diff --git a/src/ashwface.cpp b/src/ashwface.cpp index 78657f391..fa3f1f0e8 100644 --- a/src/ashwface.cpp +++ b/src/ashwface.cpp @@ -611,7 +611,7 @@ RC FENAW::fa_Subhr( // subhr calcs for single time step // transmitted SW solar, Btuh/ft2 fa_pXS->xs_glzTrans = fa_mSolar * (sbcO.sb_sgTarg.st_bm*fa_BmTauF(iH) + sbcO.sb_sgTarg.st_df*fa_DfTauF()); -#if defined( _DEBUG) +#if 0 && defined( _DEBUG) if (fa_absSlr[nL] > 0.) { double trans2 = fa_mSolar * IrSItoIP(fa_absSlr[nL]); diff --git a/src/cnloads.cpp b/src/cnloads.cpp index 2ec53b71c..1f38fa906 100644 --- a/src/cnloads.cpp +++ b/src/cnloads.cpp @@ -1278,33 +1278,43 @@ RC ZNR::zn_AirRequest( // determine air requirement given rs_asSup orWarn("Flipped tSup RSYS='%s', tPln=%0.3f, tSup=%0.3f, tSP=%0.1f, tZn=%0.3f\n", rs->Name(), rs->rs_asOut.as_tdb, tSup0, zn_tzsp, tz); } + if (zn_hcMode != RSYS::rsmOFF && zn_tzsp > 0.f) + orWarn("Inconsistent hcMode RSYS='%s', hcMode=%d, tSP=%0.1f, tZn=%0.3f\n", + rs->Name(), zn_hcMode, zn_tzsp, tz); #endif - double amfSup0 = zn_AmfHvacCR(zn_tzsp, tSup0); // dry air mass flow rate required to hold + // if zone needs conditioning + // Note: RSYS::rs_ZoneAirRequest() has no effect for air flow = 0, OK to skip calls + if (zn_hcMode != RSYS::rsmOFF) + { + // dry air mass flow rate required to hold setpoint, lbm/hr + double amfSup0 = zn_AmfHvacCR(zn_tzsp, tSup0); + #if 0 && defined(_DEBUG) - double qLoad = zn_QAirCR(zn_tzsp); - // load at system, Btuh - double qLoad0 = rs->rs_asOut.as_QSenDiff2(rs->rs_asIn, amfSup0); - if (fabs(qLoad - qLoad0) > 5.) - printf("\nzn_AirRequest mismatch"); + double qLoad = zn_QAirCR(zn_tzsp); + // load at system, Btuh + double qLoad0 = rs->rs_asOut.as_QSenDiff2(rs->rs_asIn, amfSup0); + if (fabs(qLoad - qLoad0) > 5.) + printf("\nzn_AirRequest mismatch"); #endif - zn_rsAmfSysReq[0] = rs->rs_ZoneAirRequest(amfSup0, 0); // notify system of requirement - CHECKFP(zn_rsAmfSysReq[0]); // check for NaN etc (debug only) + zn_rsAmfSysReq[0] = rs->rs_ZoneAirRequest(amfSup0, 0); // notify system of requirement + CHECKFP(zn_rsAmfSysReq[0]); // check for NaN etc (debug only) - if (zn_hcMode == RSYS::rsmHEAT && rs->rs_CanHaveAuxHeat() && rs->rs_speedF==1.f) - { // HP heating full speed: repeat calc with full aux - double tSup1 = rs->rs_asSupAux.as_tdb; - double amfSup1 = zn_AmfHvacCR(zn_tzsp, tSup1); - zn_rsAmfSysReq[1] = rs->rs_ZoneAirRequest(amfSup1, 1); + if (zn_hcMode == RSYS::rsmHEAT && rs->rs_CanHaveAuxHeat() && rs->rs_speedF==1.f) + { // HP heating full speed: repeat calc with full aux + double tSup1 = rs->rs_asSupAux.as_tdb; + double amfSup1 = zn_AmfHvacCR(zn_tzsp, tSup1); + zn_rsAmfSysReq[1] = rs->rs_ZoneAirRequest(amfSup1, 1); #if defined( _DEBUG) - double qHt0 = amfSup0 * (tSup0 - zn_tzsp); - double qHt1 = amfSup1 * (tSup1 - zn_tzsp); - // zn_AmfHvacCR can return DBL_MAX - if (qHt0 > 0. && qHt0 < 1.e10 && qHt1 > 0. && qHt1 < 1.e10 - && frDiff(qHt0, qHt1) > .001) - printf("\nqHt mismatch"); + double qHt0 = amfSup0 * (tSup0 - zn_tzsp); + double qHt1 = amfSup1 * (tSup1 - zn_tzsp); + // zn_AmfHvacCR can return DBL_MAX + if (qHt0 > 0. && qHt0 < 1.e10 && qHt1 > 0. && qHt1 < 1.e10 + && frDiff(qHt0, qHt1) > .001) + printf("\nqHt mismatch"); #endif + } } return rc; } // ZNR::zn_AirRequest @@ -5418,7 +5428,7 @@ void RSYS::rs_ClearSubhrResults( rs_amf = 0.; rs_fanPwr = 0.f; rs_amfReq[0] = rs_amfReq[1] = 0.; - rs_znLoad[0] = rs_znLoad[1] = 0.; + rs_znLoad[0] = rs_znLoad[1] = 0.f; rs_asRet.as_Init(); rs_asIn.as_Init(); rs_twbIn = 0.; @@ -5735,7 +5745,10 @@ double RSYS::rs_ZoneAirRequest( // air quantity needed by zone int iAux /*=0*/) // 0 = primary mode (compressor) // 1 = aux mode (aux alone or main+aux (ASHP heating only) // each zone needing conditioning requests air -// returns RSYS (not supply register) amf needed to provide zone requirement +// Note: no effect if znSupReq = 0 (OK to skip call) +// +// returns RSYS amf (not supply register amf) needed to provide zone requirement, lbm/hr + { // handle impossible requests // supplyDT = tz - tSup diff --git a/test/CMakeLists.txt b/test/CMakeLists.txt index ddedba3e4..483272116 100644 --- a/test/CMakeLists.txt +++ b/test/CMakeLists.txt @@ -55,6 +55,7 @@ make_cse_test(ashpPkgRoom) make_cse_test(ashp_dfng) make_cse_test(perfmap) make_cse_test(perfmap3) +make_cse_test(perfmap2z) make_cse_test(fancoil) make_cse_test(wshp) make_cse_test(herv) diff --git a/test/perfmap2z.cse b/test/perfmap2z.cse new file mode 100644 index 000000000..b7ef860df --- /dev/null +++ b/test/perfmap2z.cse @@ -0,0 +1,3731 @@ + #define RunDateFmt 11:31, Tue, Sep 30, 2025 + #define RunID 7 // Proposed + #define AnalysisType 13 // Proposed and Standard + #define CompCodeBase 2025 // CA2025 + #define StdDesignBase 2025 // CA2025 + #define StandardsVersion 2026 // Compliance 2026 + #define DesignRatingBase 0 // - none - + #define ClimateZone 12 // CZ12 (Sacramento) + #define DD1 Jul 02 + #define CD1 Jul 05 + #define HD1 Jan 10 + #define SEASONCHANGESETPT 60 + #define FANVENTLOCKOUTTEMP 68 + #define ISSEASONCOOLING (@weather.taDbAvg07 > SEASONCHANGESETPT) + #define FANVENTAVAIL (@weather.taDbAvg07 > FANVENTLOCKOUTTEMP) + #define WINDOWVENTAVAIL (!@Top.autoSizing && ($hour < 24 && ($hour > 12 || $radDiff+$radbeam > .01))) + #define HWUSEF_WD hourval( 0.014, 0.008, 0.009, 0.011, 0.020, 0.044, 0.089, 0.107, 0.089, 0.066, 0.052, 0.038, 0.036, 0.033, 0.032, 0.026, 0.042, 0.048, 0.052, 0.047, 0.042, 0.039, 0.036, 0.022 ) + #define HWUSEF_WE hourval( 0.018, 0.010, 0.009, 0.008, 0.015, 0.023, 0.026, 0.047, 0.077, 0.083, 0.074, 0.061, 0.051, 0.043, 0.039, 0.039, 0.052, 0.058, 0.056, 0.052, 0.047, 0.044, 0.040, 0.028 ) + #define ShwrFLOWF 1 + #define ShwrDRAINHREFF 0 + #define CwshHOTF 0.22 + #define CwshUSEF 2.03 + #define FaucHOTF 0.5 + #define FaucFlowF 1 + #define BathFLOWF 1 + #define BathDRAINHREFF 0 + #define DwshFLOWF 1 + #define Cook_WD hourval( .005,.004,.004,.004,.004,.014,.019,.025,.026,.022,.021,.029,.035,.032,.034,.052,.115,.193,.180,.098,.042,.020,.012,.010) + #define Cook_WEH hourval( .005,.004,.003,.003,.003,.005,.010,.027,.048,.048,.046,.055,.063,.059,.062,.068,.091,.139,.129,.072,.032,.014,.009,.005) + #define TV_WD hourval( .035,.026,.023,.022,.021,.021,.025,.032,.038,.040,.038,.038,.041,.042,.042,.041,.044,.049,.056,.064,.070,.074,.067,.051) + #define TV_WEH hourval( .035,.027,.022,.021,.020,.020,.022,.029,.037,.043,.042,.039,.040,.042,.045,.048,.051,.052,.056,.061,.065,.069,.064,.050) + #define STB_WD hourval( .040,.040,.040,.040,.040,.040,.040,.041,.040,.040,.040,.040,.040,.040,.041,.041,.042,.043,.044,.045,.046,.047,.045,.045) + #define STB_WEH hourval( .041,.041,.040,.041,.040,.040,.040,.040,.041,.042,.042,.041,.041,.041,.041,.042,.042,.043,.044,.044,.045,.045,.044,.039) + #define Comp_WD hourval( .036,.033,.032,.032,.031,.032,.034,.036,.039,.043,.045,.045,.046,.046,.046,.047,.048,.049,.049,.049,.049,.048,.044,.041) + #define Comp_WEH hourval( .036,.034,.033,.033,.032,.033,.033,.035,.038,.042,.044,.045,.046,.047,.047,.048,.049,.049,.048,.048,.048,.047,.044,.041) + #define RMEL_WD hourval( .037,.035,.034,.034,.032,.036,.042,.044,.037,.032,.033,.033,.032,.033,.035,.037,.044,.053,.058,.060,.062,.060,.052,.045) + #define RMEL_WEH hourval( .037,.035,.034,.034,.032,.036,.042,.044,.037,.032,.033,.033,.032,.033,.035,.037,.044,.053,.058,.060,.062,.060,.052,.045) + #define IntLight_WD hourval( .023,.019,.015,.017,.021,.031,.042,.041,.034,.029,.027,.025,.021,.021,.021,.026,.031,.044,.084,.117,.113,.096,.063,.039) + #define IntLight_WEH hourval( .023,.019,.015,.017,.021,.031,.042,.041,.034,.029,.027,.025,.021,.021,.021,.026,.031,.044,.084,.117,.113,.096,.063,.039) + #define ExtLight_WD hourval( .046,.046,.046,.046,.046,.037,.035,.034,.033,.028,.022,.015,.012,.011,.011,.012,.019,.037,.049,.065,.091,.105,.091,.063) + #define ExtLight_WEH hourval( .046,.046,.045,.045,.046,.045,.044,.041,.036,.030,.024,.016,.012,.011,.011,.012,.019,.038,.048,.060,.083,.098,.085,.059) + #define Cook_SM choose1( $month, 1.094,1.065,1.074,0.889,0.891,0.935,0.993,0.92,0.923,0.92,1.128,1.168) + #define TV_SM choose1( $month, 1.032,.991,.986,.99,.971,.971,1.002,1.013,1.008,1.008,1.02,1.008) + #define STB_SM choose1( $month, 1.02,.84,.92,.98,.91,.94,1.05,1.06,1.06,1.14,1.03,1.050) + #define Comp_SM choose1( $month, 0.98,0.87,0.89,1.11,1.14,0.99,1.05,1.01,0.96,0.97,0.99,1.04) + #define Other_SM choose1( $month, 1.19,1.11,1.02,.93,.84,.8,.82,.88,.98,1.07,1.16,1.2) + #define RefrConst_WD hourval( -0.5436,-0.3646,-0.4044,-0.3871,-0.5341,-0.7521,-0.3747,0.0041,-0.1293,-0.4644,-0.4800,-0.4351,-0.2195,-0.3301,-0.0919,-0.1686,-0.4819,-0.4731,-0.2223,0.0604,-0.1466,-0.3214,-0.4113,-0.7701) + #define RefrConst_WEH hourval( -0.3467,-0.2779,-0.2844,-0.2954,-0.4680,-0.5127,-0.7110,-0.5662,0.0463,-0.2995,-0.2388,-0.2646,-0.2905,-0.2730,-0.3306,-0.0031,-0.4356,-0.2580,0.2384,0.1176,-0.0458,-0.0596,-0.5300,0.0197 ) + #define RefrTemp_WD hourval( 0.0195,0.0167,0.0169,0.0165,0.0183,0.0218,0.0178,0.0136,0.0151,0.0189,0.0188,0.0183,0.0156,0.0169,0.0137,0.0149,0.0197,0.0208,0.0184,0.0144,0.0166,0.0184,0.0188,0.0229) + #define RefrTemp_WEH hourval( 0.0171,0.0156,0.0155,0.0154,0.0175,0.0181,0.0212,0.0201,0.0130,0.0176,0.0165,0.0171,0.0177,0.0176,0.0182,0.0139,0.0197,0.0180,0.0121,0.0135,0.0154,0.0150,0.0205,0.0129) + #define FVCHPC 0.95 // VCHP cooling input energy factor + #define FVCHPH 0.88 // VCHP heating input energy factor + #define NumCntrlWHtrs( s) tofloat( 1+fix(@DHWSYS[ s].loadMax / (15400. * @DHWSYS[ s].loadMaxDur))) + #define RunFileName Plan 1-2025 - Prop + #define FAWHPC 0.92 // AWHP cooling input energy factor + #define FAWHPH 0.98 // AWHP heating input energy factor + #define FAWHPD 0.98 // DWHEATER whFAdjElec electricity use adjustment multiplier (default 1) + + repHdrL = "T24 Analysis" + runTitle = "T24 Analysis / Proposed / Plan 1-2025.ribd25 / C:/CompMngr/Issue281/Plan 1-2025 - Comp25/" // written to report footers, export headers, and in the title lines of INP, LOG, and ERR reports + wfName = "USA_CA_Sacramento.Exec.AP.724830_CTZ2010.epw" + // tdvfName = "Plan 1-2025 - Prop-tdv.csv" + ebTolHour = 0.001 + ebTolDay = 0.001 + ebTolMon = 0.001 + ebTolSubHr = 0.001 + jan1DOW = "THU" + skyModel = "anisotropic" + bldgAzm = 0 + dt = "YES" + heatDsTDbO = 31.5 // °F + coolDsCond = "ClgDC_0p4pct_Jul" // Cool design condition(s) + nSubSteps = 6 + wuDays = 30 + awTrigSlr = 0.1 + anTolAbs = 0.005 + anTolRel = 0.0005 + auszTol = 0.01 + awTrigT = 3 + awTrigH = 0.3 + +CONSTRUCTION "cc-R-13 + R-4 Ext. Wall" // Cavity R-val: 13 + + LAYER "cl1-R-13 + R-4 Ext. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-13 + R-4 Ext. Wall" + lrMat = "m-Ins-R13-D1.5-SH0.2-C0.02244" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-R-13 + R-4 Ext. Wall" + lrMat = "m-Insul-R4-D1.5-SH0.35-C0.02083" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + + LAYER "cl4-R-13 + R-4 Ext. Wall" + lrMat = "m-Synthetic Stucco" // Layer material + lrThk = 0.03125 // Thickness (feet), ft + +CONSTRUCTION "fc-R-13 + R-4 Ext. Wall" + + LAYER "fl1-R-13 + R-4 Ext. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-13 + R-4 Ext. Wall" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-R-13 + R-4 Ext. Wall" + lrMat = "m-Insul-R4-D1.5-SH0.35-C0.02083" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + + LAYER "fl4-R-13 + R-4 Ext. Wall" + lrMat = "m-Synthetic Stucco" // Layer material + lrThk = 0.03125 // Thickness (feet), ft + +CONSTRUCTION "cc-R-19 + R-4 Ext. Wall" // Cavity R-val: 18 + + LAYER "cl1-R-19 + R-4 Ext. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-19 + R-4 Ext. Wall" + lrMat = "m-Ins-R18-D1.5-SH0.2-C0.02546" // Layer material + lrThk = 0.458333 // Thickness (feet), ft + + LAYER "cl3-R-19 + R-4 Ext. Wall" + lrMat = "m-Insul-R4-D1.5-SH0.35-C0.02083" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + + LAYER "cl4-R-19 + R-4 Ext. Wall" + lrMat = "m-Synthetic Stucco" // Layer material + lrThk = 0.03125 // Thickness (feet), ft + +CONSTRUCTION "fc-R-19 + R-4 Ext. Wall" + + LAYER "fl1-R-19 + R-4 Ext. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-19 + R-4 Ext. Wall" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.458333 // Thickness (feet), ft + + LAYER "fl3-R-19 + R-4 Ext. Wall" + lrMat = "m-Insul-R4-D1.5-SH0.35-C0.02083" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + + LAYER "fl4-R-19 + R-4 Ext. Wall" + lrMat = "m-Synthetic Stucco" // Layer material + lrThk = 0.03125 // Thickness (feet), ft + +CONSTRUCTION "cc-R-13 Int. Wall" + + LAYER "cl1-R-13 Int. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-13 Int. Wall" + lrMat = "m-Ins-R13-D1.5-SH0.2-C0.02244" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-R-13 Int. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + +CONSTRUCTION "fc-R-13 Int. Wall" + + LAYER "fl1-R-13 Int. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-13 Int. Wall" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-R-13 Int. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + +CONSTRUCTION "cc-R-19 Int. Wall" + + LAYER "cl1-R-19 Int. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-19 Int. Wall" + lrMat = "m-Ins-R18-D1.5-SH0.2-C0.02546" // Layer material + lrThk = 0.458333 // Thickness (feet), ft + + LAYER "cl3-R-19 Int. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + +CONSTRUCTION "fc-R-19 Int. Wall" + + LAYER "fl1-R-19 Int. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-19 Int. Wall" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.458333 // Thickness (feet), ft + + LAYER "fl3-R-19 Int. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + +CONSTRUCTION "cc-R-0 Ext. Gar. Wall" // Cavity R-val: 0 + + LAYER "cl1-R-0 Ext. Gar. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-0 Ext. Gar. Wall" + lrMat = "m-VertWallCavity" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-R-0 Ext. Gar. Wall" + lrMat = "m-Synthetic Stucco" // Layer material + lrThk = 0.03125 // Thickness (feet), ft + +CONSTRUCTION "fc-R-0 Ext. Gar. Wall" + + LAYER "fl1-R-0 Ext. Gar. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-0 Ext. Gar. Wall" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-R-0 Ext. Gar. Wall" + lrMat = "m-Synthetic Stucco" // Layer material + lrThk = 0.03125 // Thickness (feet), ft + +CONSTRUCTION "cc-Tile Roof (steep)-user" // Cavity R-val: 0 + + LAYER "cl2-Tile Roof (steep)-user" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl3-Tile Roof (steep)-user" + lrMat = "m-TileGap" // Layer material + lrThk = 0.0625 // Thickness (feet), ft + + LAYER "cl4-Tile Roof (steep)-user" + lrMat = "m-10 PSF Roof" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + +CONSTRUCTION "fc-Tile Roof (steep)-user" + + LAYER "fl1-Tile Roof (steep)-user" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl2-Tile Roof (steep)-user" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl3-Tile Roof (steep)-user" + lrMat = "m-TileGap" // Layer material + lrThk = 0.0625 // Thickness (feet), ft + + LAYER "fl4-Tile Roof (steep)-user" + lrMat = "m-10 PSF Roof" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + +CONSTRUCTION "cc-R-30 Ceiling below Attic" // Cavity R-val: 30 + + LAYER "cl1-R-30 Ceiling below Attic" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-30 Ceiling below Attic" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-R-30 Ceiling below Attic" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.669872 // Thickness (feet), ft + +CONSTRUCTION "fc-R-30 Ceiling below Attic" + + LAYER "fl1-R-30 Ceiling below Attic" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-30 Ceiling below Attic" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-R-30 Ceiling below Attic" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.669872 // Thickness (feet), ft + +CONSTRUCTION "cc-R-19 Comp. Roof" // Cavity R-val: 19 + + LAYER "cl1-R-19 Comp. Roof" + lrMat = "m-Ins-R13-D1.5-SH0.2-C0.02244" // Layer material + lrThk = 0.134648 // Thickness (feet), ft + + LAYER "cl2-R-19 Comp. Roof" + lrMat = "m-Ins-R13-D1.5-SH0.2-C0.02244" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-R-19 Comp. Roof" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl4-R-19 Comp. Roof" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + +CONSTRUCTION "fc-R-19 Comp. Roof" + + LAYER "fl2-R-19 Comp. Roof" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-R-19 Comp. Roof" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl4-R-19 Comp. Roof" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + +CONSTRUCTION "cc-R-0 Ceiling below Attic Gar." // Cavity R-val: 0 + + LAYER "cl1-R-0 Ceiling below Attic Gar." + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + +CONSTRUCTION "fc-R-0 Ceiling below Attic Gar." + + LAYER "fl1-R-0 Ceiling below Attic Gar." + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-0 Ceiling below Attic Gar." + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + +CONSTRUCTION "cc-Tile Roof (steep)-user-2" // Cavity R-val: 0 + + LAYER "cl2-Tile Roof (steep)-user-2" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl3-Tile Roof (steep)-user-2" + lrMat = "m-TileGap" // Layer material + lrThk = 0.0625 // Thickness (feet), ft + + LAYER "cl4-Tile Roof (steep)-user-2" + lrMat = "m-10 PSF Roof" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + +CONSTRUCTION "fc-Tile Roof (steep)-user-2" + + LAYER "fl1-Tile Roof (steep)-user-2" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl2-Tile Roof (steep)-user-2" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl3-Tile Roof (steep)-user-2" + lrMat = "m-TileGap" // Layer material + lrThk = 0.0625 // Thickness (feet), ft + + LAYER "fl4-Tile Roof (steep)-user-2" + lrMat = "m-10 PSF Roof" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + +CONSTRUCTION "cc-R-0 Comp. Roof" // Cavity R-val: 0 + + LAYER "cl2-R-0 Comp. Roof" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl3-R-0 Comp. Roof" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + +CONSTRUCTION "fc-R-0 Comp. Roof" + + LAYER "fl1-R-0 Comp. Roof" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl2-R-0 Comp. Roof" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl3-R-0 Comp. Roof" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + +CONSTRUCTION "cc-R-0 Floor over Cond" + + LAYER "cl1-R-0 Floor over Cond" + lrMat = "m-Carpet" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-0 Floor over Cond" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl4-R-0 Floor over Cond" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + +CONSTRUCTION "fc-R-0 Floor over Cond" + + LAYER "fl1-R-0 Floor over Cond" + lrMat = "m-Carpet" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-0 Floor over Cond" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl3-R-0 Floor over Cond" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.9375 // Thickness (feet), ft + + LAYER "fl4-R-0 Floor over Cond" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + +CONSTRUCTION "cc-R-19 Floor over Ext." + + LAYER "cl1-R-19 Floor over Ext." + lrMat = "m-Carpet" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-19 Floor over Ext." + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl3-R-19 Floor over Ext." + lrMat = "m-Ins-R19-D1.5-SH0.2-C0.04934" // Layer material + lrThk = 0.9375 // Thickness (feet), ft + + LAYER "cl4-R-19 Floor over Ext." + lrMat = "m-Synthetic Stucco" // Layer material + lrThk = 0.03125 // Thickness (feet), ft + +CONSTRUCTION "fc-R-19 Floor over Ext." + + LAYER "fl1-R-19 Floor over Ext." + lrMat = "m-Carpet" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-19 Floor over Ext." + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl3-R-19 Floor over Ext." + lrMat = "m-SoftWood" // Layer material + lrThk = 0.9375 // Thickness (feet), ft + + LAYER "fl4-R-19 Floor over Ext." + lrMat = "m-Synthetic Stucco" // Layer material + lrThk = 0.03125 // Thickness (feet), ft + +CONSTRUCTION "cc-R-19 Floor over Gar." + + LAYER "cl1-R-19 Floor over Gar." + lrMat = "m-Carpet" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-19 Floor over Gar." + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl3-R-19 Floor over Gar." + lrMat = "m-Ins-R19-D1.5-SH0.2-C0.04934" // Layer material + lrThk = 0.9375 // Thickness (feet), ft + + LAYER "cl4-R-19 Floor over Gar." + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + +CONSTRUCTION "fc-R-19 Floor over Gar." + + LAYER "fl1-R-19 Floor over Gar." + lrMat = "m-Carpet" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-19 Floor over Gar." + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl3-R-19 Floor over Gar." + lrMat = "m-SoftWood" // Layer material + lrThk = 0.9375 // Thickness (feet), ft + + LAYER "fl4-R-19 Floor over Gar." + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + +CONSTRUCTION "cc-R-22 Platform" // Cavity R-val: 22 + + LAYER "cl1-R-22 Platform" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-22 Platform" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-R-22 Platform" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.413462 // Thickness (feet), ft + +CONSTRUCTION "fc-R-22 Platform" + + LAYER "fl1-R-22 Platform" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-22 Platform" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-R-22 Platform" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.413462 // Thickness (feet), ft + +CONSTRUCTION "cc-Tile Roof (steep)" // Cavity R-val: 0 + + LAYER "cl2-Tile Roof (steep)" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl3-Tile Roof (steep)" + lrMat = "m-TileGap" // Layer material + lrThk = 0.0625 // Thickness (feet), ft + + LAYER "cl4-Tile Roof (steep)" + lrMat = "m-10 PSF Roof" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + +CONSTRUCTION "fc-Tile Roof (steep)" + + LAYER "fl1-Tile Roof (steep)" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl2-Tile Roof (steep)" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl3-Tile Roof (steep)" + lrMat = "m-TileGap" // Layer material + lrThk = 0.0625 // Thickness (feet), ft + + LAYER "fl4-Tile Roof (steep)" + lrMat = "m-10 PSF Roof" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + +CONSTRUCTION "cc-Garage Ext Wall" // Cavity R-val: 0 + + LAYER "cl1-Garage Ext Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-Garage Ext Wall" + lrMat = "m-VertWallCavity" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-Garage Ext Wall" + lrMat = "m-3 Coat Stucco" // Layer material + lrThk = 0.072917 // Thickness (feet), ft + +CONSTRUCTION "fc-Garage Ext Wall" + + LAYER "fl1-Garage Ext Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-Garage Ext Wall" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-Garage Ext Wall" + lrMat = "m-3 Coat Stucco" // Layer material + lrThk = 0.072917 // Thickness (feet), ft + +CONSTRUCTION "cc-Ceiling below attic-AtcEdgWA" + + LAYER "cl1-Ceiling below attic-AtcEdgWA" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-Ceiling below attic-AtcEdgWA" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.445388 // Thickness (feet), ft + + LAYER "cl3-Ceiling below attic-AtcEdgWA" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl4-Ceiling below attic-AtcEdgWA" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + +CONSTRUCTION "fc-Ceiling below attic-AtcEdgWA" + + LAYER "fl1-Ceiling below attic-AtcEdgWA" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-Ceiling below attic-AtcEdgWA" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.445388 // Thickness (feet), ft + + LAYER "fl3-Ceiling below attic-AtcEdgWA" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl4-Ceiling below attic-AtcEdgWA" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + +CONSTRUCTION "cc-Ceiling below attic-AtcEdgWB" + + LAYER "cl1-Ceiling below attic-AtcEdgWB" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-Ceiling below attic-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-Ceiling below attic-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.502172 // Thickness (feet), ft + + LAYER "cl4-Ceiling below attic-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.59911 // Thickness (feet), ft + + LAYER "cl5-Ceiling below attic-AtcEdgWB" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl6-Ceiling below attic-AtcEdgWB" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + +CONSTRUCTION "fc-Ceiling below attic-AtcEdgWB" + + LAYER "fl1-Ceiling below attic-AtcEdgWB" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-Ceiling below attic-AtcEdgWB" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-Ceiling below attic-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.502172 // Thickness (feet), ft + + LAYER "fl4-Ceiling below attic-AtcEdgWB" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.59911 // Thickness (feet), ft + + LAYER "fl5-Ceiling below attic-AtcEdgWB" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl6-Ceiling below attic-AtcEdgWB" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + +CONSTRUCTION "cc-FAU Platform-AtcEdgWA" + + LAYER "cl1-FAU Platform-AtcEdgWA" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-FAU Platform-AtcEdgWA" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.454713 // Thickness (feet), ft + + LAYER "cl3-FAU Platform-AtcEdgWA" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl4-FAU Platform-AtcEdgWA" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + +CONSTRUCTION "fc-FAU Platform-AtcEdgWA" + + LAYER "fl1-FAU Platform-AtcEdgWA" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-FAU Platform-AtcEdgWA" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.454713 // Thickness (feet), ft + + LAYER "fl3-FAU Platform-AtcEdgWA" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl4-FAU Platform-AtcEdgWA" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + +CONSTRUCTION "cc-FAU Platform-AtcEdgWB" + + LAYER "cl1-FAU Platform-AtcEdgWB" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-FAU Platform-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-FAU Platform-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.384111 // Thickness (feet), ft + + LAYER "cl4-FAU Platform-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.61776 // Thickness (feet), ft + + LAYER "cl5-FAU Platform-AtcEdgWB" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl6-FAU Platform-AtcEdgWB" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + +CONSTRUCTION "fc-FAU Platform-AtcEdgWB" + + LAYER "fl1-FAU Platform-AtcEdgWB" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-FAU Platform-AtcEdgWB" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-FAU Platform-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.384111 // Thickness (feet), ft + + LAYER "fl4-FAU Platform-AtcEdgWB" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.61776 // Thickness (feet), ft + + LAYER "fl5-FAU Platform-AtcEdgWB" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl6-FAU Platform-AtcEdgWB" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + +CONSTRUCTION "cc-Ceiling below attic-2-AtcEdgWA" + + LAYER "cl1-Ceiling below attic-2-AtcEdgWA" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-Ceiling below attic-2-AtcEdgWA" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.454713 // Thickness (feet), ft + + LAYER "cl3-Ceiling below attic-2-AtcEdgWA" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl4-Ceiling below attic-2-AtcEdgWA" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + +CONSTRUCTION "fc-Ceiling below attic-2-AtcEdgWA" + + LAYER "fl1-Ceiling below attic-2-AtcEdgWA" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-Ceiling below attic-2-AtcEdgWA" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.454713 // Thickness (feet), ft + + LAYER "fl3-Ceiling below attic-2-AtcEdgWA" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl4-Ceiling below attic-2-AtcEdgWA" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + +CONSTRUCTION "cc-Ceiling below attic-2-AtcEdgWB" + + LAYER "cl1-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.512316 // Thickness (feet), ft + + LAYER "cl4-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.61776 // Thickness (feet), ft + + LAYER "cl5-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl6-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + +CONSTRUCTION "fc-Ceiling below attic-2-AtcEdgWB" + + LAYER "fl1-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.512316 // Thickness (feet), ft + + LAYER "fl4-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.61776 // Thickness (feet), ft + + LAYER "fl5-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl6-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + +CONSTRUCTION "scn-SlabConsCarpet" + + LAYER "cl1-SNEICCCarpet" + lrMat = "m-SNEICCarpet" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-SNEICCConcrete" + lrMat = "m-SNEICConcrete" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-SNEICCEarth" + lrMat = "m-SNEICEarth" // Layer material + lrThk = 2 // Thickness (feet), ft + +CONSTRUCTION "scn-SlabConsExposed" + + LAYER "cl1-SNEIXCConcrete" + lrMat = "m-SNEICConcrete" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl2-SNEIXCEarth" + lrMat = "m-SNEICEarth" // Layer material + lrThk = 2 // Thickness (feet), ft + +CONSTRUCTION "c-16070 Gar. Door-dr" // Door Ufactor 1.000 Btuh/ft2-°F + + LAYER "l-16070 Gar. Door-dr" + lrMat = "m-16070 Gar. Door-dr" // Layer material, Door Ufactor 1.000 Btuh/ft2-°F + +CONSTRUCTION "c-2868 Gar. Door-dr" // Door Ufactor 1.000 Btuh/ft2-°F + + LAYER "l-2868 Gar. Door-dr" + lrMat = "m-2868 Gar. Door-dr" // Layer material, Door Ufactor 1.000 Btuh/ft2-°F + +CONSTRUCTION "c-3080 Ent.-dr" // Door Ufactor 0.200 Btuh/ft2-°F + + LAYER "l-3080 Ent.-dr" + lrMat = "m-3080 Ent.-dr" // Layer material, Door Ufactor 0.200 Btuh/ft2-°F + +CONSTRUCTION "c-2868 SC Int.-dr" // Door Ufactor 0.500 Btuh/ft2-°F + + LAYER "l-2868 SC Int.-dr" + lrMat = "m-2868 SC Int.-dr" // Layer material, Door Ufactor 0.500 Btuh/ft2-°F + +CONSTRUCTION "con-AtticTruss" + + LAYER "lyr-AtticTruss" + lrMat = "m-AtticTruss" // Layer material + lrThk = 0.0625 // Thickness (feet), ft + +CONSTRUCTION "con-AtticTruss 54" + + LAYER "lyr-AtticTruss 182" + lrMat = "m-AtticTruss 26" // Layer material + lrThk = 0.0625 // Thickness (feet), ft + +CONSTRUCTION "con-AtticTruss 55" + + LAYER "lyr-AtticTruss 183" + lrMat = "m-AtticTruss 27" // Layer material + lrThk = 0.0625 // Thickness (feet), ft + +CONSTRUCTION "con-FurnIMass" + + LAYER "cl1-FurnIMass" + lrMat = "IntMassMat-SoftWood" // Layer material + lrThk = 0.208333 // Thickness (feet), ft + +CONSTRUCTION "con-WallFrmIMass" + + LAYER "cl1-WallFrmIMass" + lrMat = "IntMassMat-Gypsum" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-WallFrmIMass" + lrMat = "IntMassMat-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-WallFrmIMass" + lrMat = "IntMassMat-Gypsum" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + +CONSTRUCTION "con-WallCavIMass" + + LAYER "cl1-WallCavIMass" + lrMat = "IntMassMat-Gypsum" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-WallCavIMass" + lrMat = "IntMassMat-Gypsum" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + +MATERIAL "m-SoftWood" + matDens = 35 // Density, lb/ft3 + matSpHt = 0.39 // Specific heat of material, Btu/lb-°F + matCond = 0.08167 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.0012 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + +MATERIAL "m-Steel" + matDens = 489 // Density, lb/ft3 + matSpHt = 0.12 // Specific heat of material, Btu/lb-°F + matCond = 26.2 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + +MATERIAL "m-SIPSskin" + matDens = 41 // Density, lb/ft3 + matSpHt = 0.45 // Specific heat of material, Btu/lb-°F + matCond = 0.06127 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.0012 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + +MATERIAL "m-Gypsum Board" + matDens = 40 // Density, lb/ft3 + matSpHt = 0.27 // Specific heat of material, Btu/lb-°F + matCond = 0.09167 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.000122 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + +MATERIAL "m-Insul-R4-D1.5-SH0.35-C0.02083" + matDens = 1.5 // Density, lb/ft3 + matSpHt = 0.35 // Specific heat of material, Btu/lb-°F + matCond = 0.020833 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.00175 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + +MATERIAL "m-Synthetic Stucco" + matDens = 58 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 0.2 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + +MATERIAL "m-VertWallCavity" + matDens = 0.075 // Density, lb/ft3 + matSpHt = 0.24 // Specific heat of material, Btu/lb-°F + matCond = 0.314 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.00397 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + +MATERIAL "m-Wood layer" + matDens = 41 // Density, lb/ft3 + matSpHt = 0.45 // Specific heat of material, Btu/lb-°F + matCond = 0.06127 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.0012 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + +MATERIAL "m-TileGap" + matDens = 0.075 // Density, lb/ft3 + matSpHt = 0.24 // Specific heat of material, Btu/lb-°F + matCond = 0.07353 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + +MATERIAL "m-10 PSF Roof" + matDens = 120 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 1 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + +MATERIAL "m-Light Roof" + matDens = 120 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 1 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + +MATERIAL "m-Carpet" + matDens = 12.3 // Density, lb/ft3 + matSpHt = 0.34 // Specific heat of material, Btu/lb-°F + matCond = 0.02 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + +MATERIAL "m-3 Coat Stucco" + matDens = 116 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 0.4167 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + +MATERIAL "m-Ins-R13-D1.5-SH0.2-C0.02244" + matDens = 1.5 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 0.022436 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.003254 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + +MATERIAL "m-Ins-R18-D1.5-SH0.2-C0.02546" + matDens = 1.5 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 0.025463 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.003254 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + +MATERIAL "m-Ins-R9.1-D1.5-SH0.2-C0.03205" + matDens = 1.5 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 0.032051 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.00418 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + +MATERIAL "m-Ins-R19-D1.5-SH0.2-C0.04934" + matDens = 1.5 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 0.049342 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.003254 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + +MATERIAL "m-SNEICConcrete" + matDens = 144 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 1 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + +MATERIAL "m-SNEICEarth" + matDens = 115 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 1 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + +MATERIAL "m-SNEICCarpet" + matDens = 12.3 // Density, lb/ft3 + matSpHt = 0.34 // Specific heat of material, Btu/lb-°F + matCond = 0.02 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + +MATERIAL "m-16070 Gar. Door-dr" // Door Ufactor 1.000 Btuh/ft2-°F + matThk = 0.041667 // Thickness (feet), ft + matDens = 41 // Density, lb/ft3 + matSpHt = 0.39 // Specific heat of material, Btu/lb-°F + matCond = 0.277778 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + +MATERIAL "m-2868 Gar. Door-dr" // Door Ufactor 1.000 Btuh/ft2-°F + matThk = 0.041667 // Thickness (feet), ft + matDens = 41 // Density, lb/ft3 + matSpHt = 0.39 // Specific heat of material, Btu/lb-°F + matCond = 0.277778 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + +MATERIAL "m-3080 Ent.-dr" // Door Ufactor 0.200 Btuh/ft2-°F + matThk = 0.041667 // Thickness (feet), ft + matDens = 41 // Density, lb/ft3 + matSpHt = 0.39 // Specific heat of material, Btu/lb-°F + matCond = 0.01004 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + +MATERIAL "m-2868 SC Int.-dr" // Door Ufactor 0.500 Btuh/ft2-°F + matThk = 0.041667 // Thickness (feet), ft + matDens = 41 // Density, lb/ft3 + matSpHt = 0.39 // Specific heat of material, Btu/lb-°F + matCond = 0.036232 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + +MATERIAL "m-AtticTruss" + matDens = 35 // Density, lb/ft3 + matSpHt = 0.39 // Specific heat of material, Btu/lb-°F + matCond = 0.08167 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.0012 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + +MATERIAL "m-AtticTruss 26" + matDens = 35 // Density, lb/ft3 + matSpHt = 0.39 // Specific heat of material, Btu/lb-°F + matCond = 0.08167 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.0012 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + +MATERIAL "m-AtticTruss 27" + matDens = 35 // Density, lb/ft3 + matSpHt = 0.39 // Specific heat of material, Btu/lb-°F + matCond = 0.08167 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.0012 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + +MATERIAL "IntMassMat-SoftWood" + matDens = 35 // Density, lb/ft3 + matSpHt = 0.39 // Specific heat of material, Btu/lb-°F + matCond = 0.08167 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.0012 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + +MATERIAL "IntMassMat-Gypsum" + matDens = 40 // Density, lb/ft3 + matSpHt = 0.27 // Specific heat of material, Btu/lb-°F + matCond = 0.09167 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.000122 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + +DESCOND "ClgDC_0p4pct_Jul" + dcDB = 104.2 // Cooling design dry-bulb temperature, °F + dcDay = Jul 21 // Calendar date for this design cooling conditions + dcMCDBR = 36.4 // Coincident daily dry-bulb range, °F + dcMCWB = 71.6 // Coincident wet-bulb temperature, °F + dcMCWBR = 13.1 // Coincident daily wet-bulb range, °F + dcTauB = 0.363 // ASHRAE beam 'pseudo optical depth' + dcTauD = 2.407 // ASHRAE diffuse 'pseudo optical depth' + dcWindSpeed = 7.1 // Wind speed for design conditions, mph + +METER "MtrElec" + + +IZXFER "Ceiling below attic-BypassxA" + izNVType = "NONE" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izZn2 = "Attic-atc" // Name of secondary zone + izHConst = 0 * 45 * select(@znRes["1st Floor-zn"].prior.H.tAir - @znRes["Attic-atc"].prior.H.tAir > 0., 1., default 0.) // expression describing Conductance between zones, Btu/°F + +IZXFER "FAU Platform-BypassxA" + izNVType = "NONE" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izZn2 = "Attic-atc" // Name of secondary zone + izHConst = 0 * 50 * select(@znRes["2nd Floor-zn"].prior.H.tAir - @znRes["Attic-atc"].prior.H.tAir > 0., 1., default 0.) // expression describing Conductance between zones, Btu/°F + +IZXFER "Ceiling below attic-2-BypassxA" + izNVType = "NONE" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izZn2 = "Attic-atc" // Name of secondary zone + izHConst = 0 * 997 * select(@znRes["2nd Floor-zn"].prior.H.tAir - @znRes["Attic-atc"].prior.H.tAir > 0., 1., default 0.) // expression describing Conductance between zones, Btu/°F + +IZXFER "1st Floor-InfLU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.016145 // Area of low or only vent (typically VentOff), ft2 + izHD = 2.95 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + +IZXFER "1st Floor-InfLS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.03229 // Area of low or only vent (typically VentOff), ft2 + izHD = 2.95 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + +IZXFER "1st Floor-InfLD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.016145 // Area of low or only vent (typically VentOff), ft2 + izHD = 2.95 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + +IZXFER "1st Floor-InfHU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.016145 // Area of low or only vent (typically VentOff), ft2 + izHD = 7.45 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + +IZXFER "1st Floor-InfHS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.03229 // Area of low or only vent (typically VentOff), ft2 + izHD = 7.45 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + +IZXFER "1st Floor-InfHD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.016145 // Area of low or only vent (typically VentOff), ft2 + izHD = 7.45 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + +IZXFER "1st Floor-NVLU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 0.919 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 15.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + +IZXFER "1st Floor-NVLS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 1.838 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 15.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + +IZXFER "1st Floor-NVLD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 0.919 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 15.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + +IZXFER "1st Floor-NVHU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 0.919 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 17.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + +IZXFER "1st Floor-NVHS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 1.838 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 17.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + +IZXFER "1st Floor-NVHD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 0.919 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 17.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + +IZXFER "1st Floor-WHF2Atc" + izNVType = "AIRNETIZFAN" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izZn2 = "Attic-atc" // Name of secondary zone + izVFmin = 0 // Minimum volume flow rate (VentOff mode), cfm + izVFmax = -1331.3 * WINDOWVENTAVAIL * FANVENTAVAIL * (@ZONE["1st Floor-zn"].tzls - $tDbOSh > 3) // expression describing Maximum volume flow rate (VentOn mode), cfm + izFanVfDs = 1331.25 // Fan design or rated flow at rated pressure, cfm + izFanElecPwr = 0.14 // Fan input power per unit air flow (at design flow and pressure), W/cfm + izFanMtr = "MtrElec" // Name of meter, if any, to record energy used by supply fan (enduse = 'Fan') + izFanEndUse = "FANC" // Enduse to apply fan energy usage to + +IZXFER "2nd Floor-InfLU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.020053 // Area of low or only vent (typically VentOff), ft2 + izHD = 12.95 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + +IZXFER "2nd Floor-InfLS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.040105 // Area of low or only vent (typically VentOff), ft2 + izHD = 12.95 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + +IZXFER "2nd Floor-InfLD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.020053 // Area of low or only vent (typically VentOff), ft2 + izHD = 12.95 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + +IZXFER "2nd Floor-InfHU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.020053 // Area of low or only vent (typically VentOff), ft2 + izHD = 17.45 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + +IZXFER "2nd Floor-InfHS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.040105 // Area of low or only vent (typically VentOff), ft2 + izHD = 17.45 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + +IZXFER "2nd Floor-InfHD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.020053 // Area of low or only vent (typically VentOff), ft2 + izHD = 17.45 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + +IZXFER "2nd Floor-NVLU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 0.875 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 15.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + +IZXFER "2nd Floor-NVLS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 1.750 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 15.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + +IZXFER "2nd Floor-NVLD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 0.875 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 15.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + +IZXFER "2nd Floor-NVHU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 0.875 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 17.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + +IZXFER "2nd Floor-NVHS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 1.750 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 17.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + +IZXFER "2nd Floor-NVHD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 0.875 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 17.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + +IZXFER "2nd Floor-IAQFanE" + izNVType = "AIRNETEXTFAN" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izVFmin = -79.432939 // Minimum volume flow rate (VentOff mode), cfm + izVFmax = -79.432939 // Maximum volume flow rate (VentOn mode), cfm + izFanVfDs = 79.432939 // Fan design or rated flow at rated pressure, cfm + izFanElecPwr = 0.35 // Fan input power per unit air flow (at design flow and pressure), W/cfm + izFanMtr = "MtrElec" // Name of meter, if any, to record energy used by supply fan (enduse = 'Fan') + izFanEndUse = "FANV" // Enduse to apply fan energy usage to + +IZXFER "Ceiling below attic-xAttic" + izNVType = "AIRNETIZ" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izZn2 = "Attic-atc" // Name of secondary zone + izALo = 0.124952 // Area of low or only vent (typically VentOff), ft2 + izHD = 9.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izExp = 0.65 // Opening exponent + +IZXFER "FAU Platform-xAttic" + izNVType = "AIRNETIZ" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izZn2 = "Attic-atc" // Name of secondary zone + izALo = 0.016613 // Area of low or only vent (typically VentOff), ft2 + izHD = 19.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izExp = 0.65 // Opening exponent + +IZXFER "Ceiling below attic-2-xAttic" + izNVType = "AIRNETIZ" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izZn2 = "Attic-atc" // Name of secondary zone + izALo = 0.331262 // Area of low or only vent (typically VentOff), ft2 + izHD = 19.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izExp = 0.65 // Opening exponent + +IZXFER "Floor over Ext.-Ext" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.006801 // Area of low or only vent (typically VentOff), ft2 + izHD = 10.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = 0 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent +IZXFER "Attic-SU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "Attic-atc" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.01875 // Area of low or only vent (typically VentOff), ft2 + izHD = 9.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.6 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + +IZXFER "Attic-SS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "Attic-atc" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.0375 // Area of low or only vent (typically VentOff), ft2 + izHD = 9.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.6 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + +IZXFER "Attic-SD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "Attic-atc" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.01875 // Area of low or only vent (typically VentOff), ft2 + izHD = 9.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.6 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + +IZXFER "Attic-2-SU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "Attic-atc" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.442894 // Area of low or only vent (typically VentOff), ft2 + izHD = 19.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.6 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + +IZXFER "Attic-2-SS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "Attic-atc" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.885788 // Area of low or only vent (typically VentOff), ft2 + izHD = 19.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.6 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + +IZXFER "Attic-2-SD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "Attic-atc" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.442894 // Area of low or only vent (typically VentOff), ft2 + izHD = 19.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.6 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + +IZXFER "1st Floor-znSx2nd Floor-znS" + izNVType = "AIRNETHORIZ" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izZn2 = "2nd Floor-zn" // Name of secondary zone + izL1 = 3 // Length or width of AIRNETHORIZ opening, ft + izL2 = 10 // Width or length of AIRNETHORIZ opening, ft + izHD = 10.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + +ZONE "1st Floor-zn" + znModel = "CZM" // Zone model (CNE, CSE, CZM, UZM) + znArea = 801 // Zone area, ft2 + znVol = 7209 // Zone volume, ft3 + znEaveZ = 9.7 // Height of top of the wall in this zone above the ground, ft + znCeilingHt = 9 // Nominal zone ceiling height relative to zone floor (typically 8-10 ft), ft + znFloorZ = 0.7 // Nominal zone floor height relative to arbitrary 0 level, ft + znCAir = 1602 // Zone 'air' heat capacity: represents heat capacity of air, furniture, 'light' walls, and everything in zone except nonQUICK surfaces + znSC = select( $radDiff >1., 0.5, default 0.8 ) // Expression representing zone shade closure + znTH = select( $dsDay==1, 70, $dsDay==2, 60, ISSEASONCOOLING, 60, default 68) // Expression representing heating setpoint, °F + znTC = select( $dsDay==1, 83, $dsDay==2, 75, default 78) // Expression representing cooling setpoint, °F + znTD = select( $dsDay==1, 77, $dsDay==2, 99, ISSEASONCOOLING, 68, default 77 ) // Expression representing desired setpoint, °F + znHIRatio = 10 // Zone hygric inertia ratio + infAC = 0 // Zone infiltration air changes per hour, 1/hr + infELA = 0 // Zone effective leakage area (ELA), in2 + infShld = 4 // Zone local shielding class, used in ELA model + znRSys = "rsys-HVAC System 1" // RSYS component conditioning this ZONE + + GAIN "1st Floor-znLtg" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Lit" // Internal gain enduse + gnPower = 2.18591 * 801 * select( $dsDay==1, 0., $ISWEHOL, IntLight_WEH, Default IntLight_WD) * Other_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.2 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + + GAIN "1st Floor-znPpl" + gnPower = 11.5036 * 801 * select( $dsDay==1, 0., default hourval(0.035,0.035,0.035,0.035,0.035,0.059,0.082,0.055,0.027,0.014,0.014,0.014,0.014,0.014,0.019,0.027,0.041,0.055,0.068,0.082,0.082,0.07,0.053,0.035) * choose1($month, 1.19,1.11,1.02,0.93,0.84,0.8,0.82,0.88,0.98,1.07,1.16,1.21)) // Expression representing internal gain power, Btuh + gnFrRad = 0.3 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + gnFrLat = 0.427 // Fraction of internal gain to Zone that is Latent (single value or hourly profile) + + GAIN "1st Floor-znTV" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Rcp" // Internal gain enduse + gnPower = ((265 + (31.8 * 3)) * 3412/365) * 0.451268 * select( $dsDay==1, 0., $ISWEHOL, TV_WEH, Default TV_WD) * TV_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.4 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + + GAIN "1st Floor-znSTB" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Rcp" // Internal gain enduse + gnPower = ((76 + (59.4 * 3)) * 3412/365) * 0.451268 * select( $dsDay==1, 0., $ISWEHOL, STB_WEH, Default STB_WD) * STB_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.2 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + + GAIN "1st Floor-znComp" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Rcp" // Internal gain enduse + gnPower = ((79 + (55.4 * 3)) * 3412/365) * 0.451268 * select( $dsDay==1, 0., $ISWEHOL, Comp_WEH, Default Comp_WD) * Comp_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.2 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + + GAIN "1st Floor-znMEL" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Rcp" // Internal gain enduse + gnPower = ((570 + (198.9 * 3)) * 3412/365) * 0.451268 * select( $dsDay==1, 0., $ISWEHOL, RMEL_WEH, Default RMEL_WD) * Other_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.3 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + gnFrLat = 0.03 // Fraction of internal gain to Zone that is Latent (single value or hourly profile) + + GAIN "1st Floor-znRfrg" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Refr" // Internal gain enduse + gnPower = (1.54795 * 3412 / 24) * ( select( $isWeHol, RefrConst_WEH, default RefrConst_WD ) + select( $isWeHol, RefrTemp_WEH, default RefrTemp_WD ) * @znRes["1st Floor-zn"].prior.H.tAir) // Expression representing internal gain power, Btuh + gnFrRad = 0 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + + GAIN "1st Floor-znCkE" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Cook" // Internal gain enduse + gnPower = 2728.67 * select( $dsDay==1, 0., $ISWEHOL, Cook_WEH, Default Cook_WD) * Cook_SM // Expression representing internal gain power, Btuh + gnFrZn = 0.9 // Fraction of internal gain to Zone (single value or hourly profile) + gnFrRad = 0 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + gnFrLat = 0.67 // Fraction of internal gain to Zone that is Latent (single value or hourly profile) + + GAIN "1st Floor-znExtLtg" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Ext" // Internal gain enduse + gnPower = (((8 * 1) + (.0532 * 1775)) * 3412/365) * 0.451268 * select( $dsDay==1, 0., $ISWEHOL, ExtLight_WEH, Default ExtLight_WD) * Other_SM // Expression representing internal gain power, Btuh + gnFrZn = 0 // Fraction of internal gain to Zone (single value or hourly profile) + + + SURFACE "Ceiling below attic-WAFrm" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-Ceiling below attic-AtcEdgWA" // Surface construction + sfArea = 1.212688 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Ceiling below attic-WACav" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-Ceiling below attic-AtcEdgWA" // Surface construction + sfArea = 16.111428 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Ceiling below attic-WBFrm" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-Ceiling below attic-AtcEdgWB" // Surface construction + sfArea = 3.961556 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Ceiling below attic-WBCav" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-Ceiling below attic-AtcEdgWB" // Surface construction + sfArea = 52.632106 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Front-Frm" + sfType = "Wall" // Type of opaque surface + sfCon = "fc-R-13 + R-4 Ext. Wall" // Surface construction + sfArea = 25 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 0 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Left 2x6-Frm" + sfType = "Wall" // Type of opaque surface + sfCon = "fc-R-19 + R-4 Ext. Wall" // Surface construction + sfArea = 9 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Left-Frm" + sfType = "Wall" // Type of opaque surface + sfCon = "fc-R-13 + R-4 Ext. Wall" // Surface construction + sfArea = 33.5 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Back-Frm" + sfType = "Wall" // Type of opaque surface + sfCon = "fc-R-13 + R-4 Ext. Wall" // Surface construction + sfArea = 41.25 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 180 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Right-Frm" + sfType = "Wall" // Type of opaque surface + sfCon = "fc-R-13 + R-4 Ext. Wall" // Surface construction + sfArea = 91.25 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 270 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Front-Cav" + sfType = "Wall" // Type of opaque surface + sfCon = "cc-R-13 + R-4 Ext. Wall" // Surface construction, Cavity R-val: 13 + sfArea = 119 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 0 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + WINDOW "4050 SL-NoScrn" + wnArea = 10 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 4 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "4050 SL-Scrn" + wnArea = 10 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 4 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + DOOR "3080 Ent.-Sim" + drArea = 24 // Area, ft2 + drModel = "Forward_Difference" // Modeling option + drCon = "c-3080 Ent.-dr" // Door construction, Door Ufactor 0.200 Btuh/ft2-°F + + SURFACE "Left 2x6-Cav" + sfType = "Wall" // Type of opaque surface + sfCon = "cc-R-19 + R-4 Ext. Wall" // Surface construction, Cavity R-val: 18 + sfArea = 27 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Left-Cav" + sfType = "Wall" // Type of opaque surface + sfCon = "cc-R-13 + R-4 Ext. Wall" // Surface construction, Cavity R-val: 13 + sfArea = 118.5 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + WINDOW "2040 SH-NoScrn" + wnArea = 4 // Area, ft2 + wnHeight = 4 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "2050 SH-NoScrn" + wnArea = 5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "2040 SH-Scrn" + wnArea = 4 // Area, ft2 + wnHeight = 4 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "2050 SH-Scrn" + wnArea = 5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + SURFACE "Back-Cav" + sfType = "Wall" // Type of opaque surface + sfCon = "cc-R-13 + R-4 Ext. Wall" // Surface construction, Cavity R-val: 13 + sfArea = 201.75 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 180 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + WINDOW "6080 SGD-NoScrn" + wnArea = 24 // Area, ft2 + wnHeight = 8 // Height, ft + wnWidth = 6 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "6050 SL-NoScrn" + wnArea = 15 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 6 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "6080 SGD-Scrn" + wnArea = 24 // Area, ft2 + wnHeight = 8 // Height, ft + wnWidth = 6 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "6050 SL-Scrn" + wnArea = 15 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 6 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + SURFACE "Right-Cav" + sfType = "Wall" // Type of opaque surface + sfCon = "cc-R-13 + R-4 Ext. Wall" // Surface construction, Cavity R-val: 13 + sfArea = 304.75 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 270 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + WINDOW "2030 SH-NoScrn" + wnArea = 3 // Area, ft2 + wnHeight = 3 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "5050 SL-NoScrn" + wnArea = 12.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 5 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "2030 SH-Scrn" + wnArea = 3 // Area, ft2 + wnHeight = 3 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "5050 SL-Scrn" + wnArea = 12.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 5 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + SURFACE "Slab On Grade 1st Floor-Prm" + sfType = "Floor" // Type of opaque surface + sfCon = "scn-SlabConsCarpet" // Surface construction + sfArea = 172.8 // Wall area, ft2 + sfTilt = 180 // Surface tilt, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Ground" // Exterior condition description + sfExCTGrnd = 0.0551 // Surface ??? + sfExCTaDbAvgYr = 0.0028 // Surface ??? + sfExCTaDbAvg14 = 0.0852 // Surface ??? + sfExRConGrnd = 5.267 // Surface ??? + sfInHcModel = "Unified" // Surface ??? + + SURFACE "Slab On Grade 1st Floor-Int" + sfType = "Floor" // Type of opaque surface + sfCon = "scn-SlabConsCarpet" // Surface construction + sfArea = 468 // Wall area, ft2 + sfTilt = 180 // Surface tilt, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Ground" // Exterior condition description + sfExCTGrnd = 0.0446 // Surface ??? + sfExCTaDbAvgYr = 0.0238 // Surface ??? + sfExRConGrnd = 5.267 // Surface ??? + sfInHcModel = "Unified" // Surface ??? + + SURFACE "Slab On Grade 1st Floor-Prm 57" + sfType = "Floor" // Type of opaque surface + sfCon = "scn-SlabConsExposed" // Surface construction + sfArea = 43.2 // Wall area, ft2 + sfTilt = 180 // Surface tilt, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Ground" // Exterior condition description + sfExCTGrnd = 0.0737 // Surface ??? + sfExCTaDbAvgYr = 0.0014 // Surface ??? + sfExCTaDbAvg14 = 0.1692 // Surface ??? + sfExRConGrnd = 3.187 // Surface ??? + sfInHcModel = "Unified" // Surface ??? + + SURFACE "Slab On Grade 1st Floor-Int 58" + sfType = "Floor" // Type of opaque surface + sfCon = "scn-SlabConsExposed" // Surface construction + sfArea = 117 // Wall area, ft2 + sfTilt = 180 // Surface tilt, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Ground" // Exterior condition description + sfExCTGrnd = 0.0521 // Surface ??? + sfExCTaDbAvgYr = 0.0251 // Surface ??? + sfExRConGrnd = 3.187 // Surface ??? + sfInHcModel = "Unified" // Surface ??? + + SURFACE "Furniture-imass" + sfType = "Wall" // Type of opaque surface + sfCon = "con-FurnIMass" // Surface construction + sfArea = 1602 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "1st Floor-zn" // Zone that lies on the other side of this surface + + SURFACE "WallFrm-imass" + sfType = "Wall" // Type of opaque surface + sfCon = "con-WallFrmIMass" // Surface construction + sfArea = 179.6875 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "1st Floor-zn" // Zone that lies on the other side of this surface + + SURFACE "WallCav-imass" + sfType = "Wall" // Type of opaque surface + sfCon = "con-WallCavIMass" // Surface construction + sfArea = 539.0625 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "1st Floor-zn" // Zone that lies on the other side of this surface + +ZONE "2nd Floor-zn" + znModel = "CZM" // Zone model (CNE, CSE, CZM, UZM) + znArea = 974 // Zone area, ft2 + znVol = 8766 // Zone volume, ft3 + znEaveZ = 19.7 // Height of top of the wall in this zone above the ground, ft + znCeilingHt = 9 // Nominal zone ceiling height relative to zone floor (typically 8-10 ft), ft + znFloorZ = 10.7 // Nominal zone floor height relative to arbitrary 0 level, ft + znCAir = 1948 // Zone 'air' heat capacity: represents heat capacity of air, furniture, 'light' walls, and everything in zone except nonQUICK surfaces + znSC = select( $radDiff >1., 0.5, default 0.8 ) // Expression representing zone shade closure + znTH = select( $dsDay==1, 70, $dsDay==2, 60, ISSEASONCOOLING, 60, default 68) // Expression representing heating setpoint, °F + znTC = select( $dsDay==1, 83, $dsDay==2, 75, default 78) // Expression representing cooling setpoint, °F + znTD = select( $dsDay==1, 77, $dsDay==2, 99, ISSEASONCOOLING, 68, default 77 ) // Expression representing desired setpoint, °F + znHIRatio = 10 // Zone hygric inertia ratio + infAC = 0 // Zone infiltration air changes per hour, 1/hr + infELA = 0 // Zone effective leakage area (ELA), in2 + infShld = 4 // Zone local shielding class, used in ELA model + znRSys = "rsys-HVAC System 1" // RSYS component conditioning this ZONE + + GAIN "2nd Floor-znLtg" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Lit" // Internal gain enduse + gnPower = 2.18591 * 974 * select( $dsDay==1, 0., $ISWEHOL, IntLight_WEH, Default IntLight_WD) * Other_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.2 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + + GAIN "2nd Floor-znPpl" + gnPower = 11.5036 * 974 * select( $dsDay==1, 0., default hourval(0.035,0.035,0.035,0.035,0.035,0.059,0.082,0.055,0.027,0.014,0.014,0.014,0.014,0.014,0.019,0.027,0.041,0.055,0.068,0.082,0.082,0.07,0.053,0.035) * choose1($month, 1.19,1.11,1.02,0.93,0.84,0.8,0.82,0.88,0.98,1.07,1.16,1.21)) // Expression representing internal gain power, Btuh + gnFrRad = 0.3 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + gnFrLat = 0.427 // Fraction of internal gain to Zone that is Latent (single value or hourly profile) + + GAIN "2nd Floor-znTV" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Rcp" // Internal gain enduse + gnPower = ((265 + (31.8 * 3)) * 3412/365) * 0.548732 * select( $dsDay==1, 0., $ISWEHOL, TV_WEH, Default TV_WD) * TV_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.4 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + + GAIN "2nd Floor-znSTB" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Rcp" // Internal gain enduse + gnPower = ((76 + (59.4 * 3)) * 3412/365) * 0.548732 * select( $dsDay==1, 0., $ISWEHOL, STB_WEH, Default STB_WD) * STB_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.2 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + + GAIN "2nd Floor-znComp" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Rcp" // Internal gain enduse + gnPower = ((79 + (55.4 * 3)) * 3412/365) * 0.548732 * select( $dsDay==1, 0., $ISWEHOL, Comp_WEH, Default Comp_WD) * Comp_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.2 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + + GAIN "2nd Floor-znMEL" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Rcp" // Internal gain enduse + gnPower = ((570 + (198.9 * 3)) * 3412/365) * 0.548732 * select( $dsDay==1, 0., $ISWEHOL, RMEL_WEH, Default RMEL_WD) * Other_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.3 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + gnFrLat = 0.03 // Fraction of internal gain to Zone that is Latent (single value or hourly profile) + + GAIN "2nd Floor-znExtLtg" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Ext" // Internal gain enduse + gnPower = (((8 * 1) + (.0532 * 1775)) * 3412/365) * 0.548732 * select( $dsDay==1, 0., $ISWEHOL, ExtLight_WEH, Default ExtLight_WD) * Other_SM // Expression representing internal gain power, Btuh + gnFrZn = 0 // Fraction of internal gain to Zone (single value or hourly profile) + + SURFACE "FAU Platform-Frm" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-22 Platform" // Surface construction + sfArea = 2.837135 // Wall area, ft2 + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "Attic-atc" // Zone that lies on the other side of this surface + + SURFACE "Ceiling below attic-2-Frm" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-30 Ceiling below Attic" // Surface construction + sfArea = 53.47545 // Wall area, ft2 + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "Attic-atc" // Zone that lies on the other side of this surface + + SURFACE "FAU Platform-Cav" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-22 Platform" // Surface construction, Cavity R-val: 22 + sfArea = 37.693361 // Wall area, ft2 + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "Attic-atc" // Zone that lies on the other side of this surface + + SURFACE "Ceiling below attic-2-Cav" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-30 Ceiling below Attic" // Surface construction, Cavity R-val: 30 + sfArea = 710.459555 // Wall area, ft2 + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "Attic-atc" // Zone that lies on the other side of this surface + + SURFACE "FAU Platform-WAFrm" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-FAU Platform-AtcEdgWA" // Surface construction + sfArea = 0.197526 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Ceiling below attic-2-WAFrm" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-Ceiling below attic-2-AtcEdgWA" // Surface construction + sfArea = 3.938671 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "FAU Platform-WACav" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-FAU Platform-AtcEdgWA" // Surface construction + sfArea = 2.624276 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Ceiling below attic-2-WACav" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-Ceiling below attic-2-AtcEdgWA" // Surface construction + sfArea = 52.328056 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "FAU Platform-WBFrm" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-FAU Platform-AtcEdgWB" // Surface construction + sfArea = 0.465339 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Ceiling below attic-2-WBFrm" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-Ceiling below attic-2-AtcEdgWB" // Surface construction + sfArea = 12.375879 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "FAU Platform-WBCav" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-FAU Platform-AtcEdgWB" // Surface construction + sfArea = 6.182364 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Ceiling below attic-2-WBCav" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-Ceiling below attic-2-AtcEdgWB" // Surface construction + sfArea = 164.422389 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Front-2-Frm" + sfType = "Wall" // Type of opaque surface + sfCon = "fc-R-13 + R-4 Ext. Wall" // Surface construction + sfArea = 48.25 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 0 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Left-2-Frm" + sfType = "Wall" // Type of opaque surface + sfCon = "fc-R-13 + R-4 Ext. Wall" // Surface construction + sfArea = 82.75 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Back-2-Frm" + sfType = "Wall" // Type of opaque surface + sfCon = "fc-R-13 + R-4 Ext. Wall" // Surface construction + sfArea = 51.75 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 180 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Right-2-Frm" + sfType = "Wall" // Type of opaque surface + sfCon = "fc-R-13 + R-4 Ext. Wall" // Surface construction + sfArea = 83.75 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 270 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Front-2-Cav" + sfType = "Wall" // Type of opaque surface + sfCon = "cc-R-13 + R-4 Ext. Wall" // Surface construction, Cavity R-val: 13 + sfArea = 194.75 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 0 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + WINDOW "5050 SL-2-NoScrn" + wnArea = 12.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 5 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "5050 SL-3-NoScrn" + wnArea = 12.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 5 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "5050 SL-2-Scrn" + wnArea = 12.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 5 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "5050 SL-3-Scrn" + wnArea = 12.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 5 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + SURFACE "Left-2-Cav" + sfType = "Wall" // Type of opaque surface + sfCon = "cc-R-13 + R-4 Ext. Wall" // Surface construction, Cavity R-val: 13 + sfArea = 277.25 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + WINDOW "2040 SH-2-NoScrn" + wnArea = 4 // Area, ft2 + wnHeight = 4 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "2030 SH-2-NoScrn" + wnArea = 3 // Area, ft2 + wnHeight = 3 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "3050 SH-NoScrn" + wnArea = 7.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 3 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "2040 SH-2-Scrn" + wnArea = 4 // Area, ft2 + wnHeight = 4 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "2030 SH-2-Scrn" + wnArea = 3 // Area, ft2 + wnHeight = 3 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "3050 SH-Scrn" + wnArea = 7.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 3 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + SURFACE "Back-2-Cav" + sfType = "Wall" // Type of opaque surface + sfCon = "cc-R-13 + R-4 Ext. Wall" // Surface construction, Cavity R-val: 13 + sfArea = 191.25 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 180 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + WINDOW "3050 SH-2-NoScrn" + wnArea = 7.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 3 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "3050 SH-3-NoScrn" + wnArea = 7.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 3 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "4016 SL-NoScrn" + wnArea = 3 // Area, ft2 + wnHeight = 1.5 // Height, ft + wnWidth = 4 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "3050 SH-2-Scrn" + wnArea = 7.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 3 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "3050 SH-3-Scrn" + wnArea = 7.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 3 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "4016 SL-Scrn" + wnArea = 3 // Area, ft2 + wnHeight = 1.5 // Height, ft + wnWidth = 4 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + SURFACE "Right-2-Cav" + sfType = "Wall" // Type of opaque surface + sfCon = "cc-R-13 + R-4 Ext. Wall" // Surface construction, Cavity R-val: 13 + sfArea = 276.25 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 270 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + WINDOW "2050 SH-2-NoScrn" + wnArea = 5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "3050 FX-NoScrn" + wnArea = 7.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 3 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.28 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.25 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "2050 SH-2-Scrn" + wnArea = 5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "3050 FX-Scrn" + wnArea = 7.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 3 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.28 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.25 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + SURFACE "Floor over Ext.-Frm" + sfType = "Floor" // Type of opaque surface + sfCon = "fc-R-19 Floor over Ext." // Surface construction + sfArea = 3.9 // Wall area, ft2 + sfTilt = 180 // Surface tilt, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Ambient" // Exterior condition description + + SURFACE "Floor over Ext.-Cav" + sfType = "Floor" // Type of opaque surface + sfCon = "cc-R-19 Floor over Ext." // Surface construction + sfArea = 35.1 // Wall area, ft2 + sfTilt = 180 // Surface tilt, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Ambient" // Exterior condition description + + SURFACE "Floor over Cond.-Frm" + sfType = "Floor" // Type of opaque surface + sfCon = "fc-R-0 Floor over Cond" // Surface construction + sfArea = 68.1 // Wall area, ft2 + sfTilt = 180 // Surface tilt, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "1st Floor-zn" // Zone that lies on the other side of this surface + + SURFACE "Floor over Cond.-Cav" + sfType = "Floor" // Type of opaque surface + sfCon = "cc-R-0 Floor over Cond" // Surface construction + sfArea = 612.9 // Wall area, ft2 + sfTilt = 180 // Surface tilt, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "1st Floor-zn" // Zone that lies on the other side of this surface + + SURFACE "Furniture-imass 93" + sfType = "Wall" // Type of opaque surface + sfCon = "con-FurnIMass" // Surface construction + sfArea = 1948 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "2nd Floor-zn" // Zone that lies on the other side of this surface + + SURFACE "WallFrm-imass 96" + sfType = "Wall" // Type of opaque surface + sfCon = "con-WallFrmIMass" // Surface construction + sfArea = 243.5 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "2nd Floor-zn" // Zone that lies on the other side of this surface + + SURFACE "WallCav-imass 97" + sfType = "Wall" // Type of opaque surface + sfCon = "con-WallCavIMass" // Surface construction + sfArea = 730.5 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "2nd Floor-zn" // Zone that lies on the other side of this surface + + +ZONE "Attic-atc" + znModel = "UZX" // Zone model (CNE, CSE, CZM, UZM) + znArea = 804.465501 // Zone area, ft2 + znVol = 2169.199618 // Zone volume, ft3 + znEaveZ = 19.7 // Height of top of the wall in this zone above the ground, ft + znCAir = 0.01 // Zone 'air' heat capacity: represents heat capacity of air, furniture, 'light' walls, and everything in zone except nonQUICK surfaces + znHIRatio = 10 // Zone hygric inertia ratio + infAC = 0 // Zone infiltration air changes per hour, 1/hr + infELA = 0 // Zone effective leakage area (ELA), in2 + infShld = 4 // Zone local shielding class, used in ELA model + + SURFACE "Attic-atc-rfNF" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-19 Comp. Roof" // Surface construction + sfArea = 0.207524 // Wall area, ft2 + sfTilt = 18.434949 // Surface tilt, deg + sfAzm = 0 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-atc-rfNC" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-19 Comp. Roof" // Surface construction, Cavity R-val: 19 + sfArea = 2.757111 // Wall area, ft2 + sfTilt = 18.434949 // Surface tilt, deg + sfAzm = 0 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-atc-rfEF" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-19 Comp. Roof" // Surface construction + sfArea = 0.207524 // Wall area, ft2 + sfTilt = 18.434949 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-atc-rfEC" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-19 Comp. Roof" // Surface construction, Cavity R-val: 19 + sfArea = 2.757111 // Wall area, ft2 + sfTilt = 18.434949 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-atc-rfSF" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-19 Comp. Roof" // Surface construction + sfArea = 0.207524 // Wall area, ft2 + sfTilt = 18.434949 // Surface tilt, deg + sfAzm = 180 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-atc-rfSC" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-19 Comp. Roof" // Surface construction, Cavity R-val: 19 + sfArea = 2.757111 // Wall area, ft2 + sfTilt = 18.434949 // Surface tilt, deg + sfAzm = 180 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-atc-rfWF" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-19 Comp. Roof" // Surface construction + sfArea = 0.207524 // Wall area, ft2 + sfTilt = 18.434949 // Surface tilt, deg + sfAzm = 270 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-atc-rfWC" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-19 Comp. Roof" // Surface construction, Cavity R-val: 19 + sfArea = 2.757111 // Wall area, ft2 + sfTilt = 18.434949 // Surface tilt, deg + sfAzm = 270 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-atc-rfT1" + sfType = "Wall" // Type of opaque surface + sfCon = "con-AtticTruss 54" // Surface construction + sfArea = 7.5 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Adiabatic" // Exterior condition description + + SURFACE "Attic-atc-rfT2" + sfType = "Wall" // Type of opaque surface + sfCon = "con-AtticTruss 54" // Surface construction + sfArea = 7.5 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Adiabatic" // Exterior condition description + + SURFACE "Attic-atc-rfT3" + sfType = "Wall" // Type of opaque surface + sfCon = "con-AtticTruss 54" // Surface construction + sfArea = 7.5 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Adiabatic" // Exterior condition description + + + SURFACE "Attic-2atc-rfNF" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-19 Comp. Roof" // Surface construction + sfArea = 15.739846 // Wall area, ft2 + sfTilt = 26.565051 // Surface tilt, deg + sfAzm = 0 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-2atc-rfNC" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-19 Comp. Roof" // Surface construction, Cavity R-val: 19 + sfArea = 209.115097 // Wall area, ft2 + sfTilt = 26.565051 // Surface tilt, deg + sfAzm = 0 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-2atc-rfEF" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-19 Comp. Roof" // Surface construction + sfArea = 15.739846 // Wall area, ft2 + sfTilt = 26.565051 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-2atc-rfEC" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-19 Comp. Roof" // Surface construction, Cavity R-val: 19 + sfArea = 209.115097 // Wall area, ft2 + sfTilt = 26.565051 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-2atc-rfSF" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-19 Comp. Roof" // Surface construction + sfArea = 15.739846 // Wall area, ft2 + sfTilt = 26.565051 // Surface tilt, deg + sfAzm = 180 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-2atc-rfSC" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-19 Comp. Roof" // Surface construction, Cavity R-val: 19 + sfArea = 209.115097 // Wall area, ft2 + sfTilt = 26.565051 // Surface tilt, deg + sfAzm = 180 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-2atc-rfWF" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-19 Comp. Roof" // Surface construction + sfArea = 15.739846 // Wall area, ft2 + sfTilt = 26.565051 // Surface tilt, deg + sfAzm = 270 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-2atc-rfWC" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-19 Comp. Roof" // Surface construction, Cavity R-val: 19 + sfArea = 209.115097 // Wall area, ft2 + sfTilt = 26.565051 // Surface tilt, deg + sfAzm = 270 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-2atc-rfT1" + sfType = "Wall" // Type of opaque surface + sfCon = "con-AtticTruss 55" // Surface construction + sfArea = 536.310334 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Adiabatic" // Exterior condition description + + SURFACE "Attic-2atc-rfT2" + sfType = "Wall" // Type of opaque surface + sfCon = "con-AtticTruss 55" // Surface construction + sfArea = 536.310334 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Adiabatic" // Exterior condition description + + SURFACE "Attic-2atc-rfT3" + sfType = "Wall" // Type of opaque surface + sfCon = "con-AtticTruss 55" // Surface construction + sfArea = 536.310334 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Adiabatic" // Exterior condition description + +PERFORMANCEMAP "Heat Pump System 1-htgperfmap" // Variable speed: Cap47 22,000 / Cap17 15,000 / HSPF2 8.8 + + PMGRIDAXIS "Heat Pump System 1-htgdbtaxis" + pmGXType = "DBT" + pmGXValues = -30, 5, 17, 47 + pmGXRefValue = 47 + + PMGRIDAXIS "Heat Pump System 1-htgspdaxis" + pmGXType = "Speed" + pmGXValues = 1, 2, 3 + pmGXRefValue = 2 + + PMLOOKUPDATA "Heat Pump System 1-htgcapdata" + pmLUType = "CapRat" + pmLUValues = 0.126308, 0.383205, 0.38773, // -30F at min, mid, max speed + 0.232064, 0.714308, 0.722802, // 5F + 0.284314, 0.681818, 0.834264, // 17F + 0.298995, 1, 1.100762 // 47F + + PMLOOKUPDATA "Heat Pump System 1-htgcopdata" + pmLUType = "COP" + pmLUValues = 1.252302, 1.087976, 1.087481, // -30F at min, mid, max speed + 2.191664, 1.898791, 1.897925, // 5F + 2.76828, 2.449062, 2.209927, // 17F + 4.254149, 3.309218, 3.107065 // 47F + +PERFORMANCEMAP "Heat Pump System 1-clgperfmap" // Variable speed: Cap95 22,265 / EER2 12.5 / SEER2 18.0 + + PMGRIDAXIS "Heat Pump System 1-clgdbtaxis" + pmGXType = "DBT" + pmGXValues = 40, 55.6, 82, 95, 125 + pmGXRefValue = 95 + + PMGRIDAXIS "Heat Pump System 1-clgspdaxis" + pmGXType = "Speed" + pmGXValues = 1, 2, 3 + pmGXRefValue = 2 + + PMLOOKUPDATA "Heat Pump System 1-clgcapdata" + pmLUType = "CapRat" + pmLUValues = 0.36489, 1.267549, 1.358531, // 40F + 0.345215, 1.191499, 1.2768, // 55.6F at min, mid, max speed + 0.312033, 1.063239, 1.138956, // 82F + 0.295673, 1, 1.070992, // 95F + 0.257918, 0.854064, 0.914152 // 125F + + PMLOOKUPDATA "Heat Pump System 1-clgcopdata" + pmLUType = "COP" + pmLUValues = 15.677658, 11.565248, 10.736359, // 40F + 14.832334, 10.871366, 10.090442, // 55.6F at min, mid, max speed + 6.703328, 4.850552, 4.500536, // 82F + 5.095658, 3.657529, 3.392823, // 95F + 3.052058, 2.143163, 1.986817 // 125F + +RSYS "rsys-HVAC System 1" + rsType = "ASHPPM" // System type + rsFChgC = 0.96 // Refrigerant charge adjustment factor (for cooling) + rsCapC = 22265 // Cooling capacity + rsSEER = 18.947368 // Cooling SEER + rsVfPerTon = 350 // CFM per Ton (default = 350) + rsFanMotTy = "BPM" // Fan motor type + rsFanPwrH = 0.45 // Heating fan power. Heating air flow is estimated based on a 50 ?F temperature rise. + rsFanPwrC = 0.45 // Cooling fan power. + rsParElec = ($tdboHrAv < 50.) * (1.-@RSYSRes["rsys-HVAC System 1"].prior.H.hrsOn) * 33.000 // Parasitic electric use, W + rsDefrostModel = "RevCycle" // Modeling options for ASHP outdoor coil defrosting when 17°F < TDbO < 45°F + rsFChgH = 0.96 // Refrigerant charge adjustment factor (for heating) + rsHSPF = 10.352941 // ratio of BTU heat output over the heating season to watt-hours of electricity used, ratio + rsCap47 = 22000 // Total rated heating capacity (@ 47°F), Btuh + rsTypeAuxH = "Resistance" // type of aux heating equipment + rsCtrlAuxH = "Cycle" // aux heating equipment control + rsCapAuxH = 65000 // Auxiliary (backup) heating capacity, Btuh + rsASHPLockOutT = -30 // Temperature below which the ASHP compressor is disabled, °F +#if 1 + rsCdH = 0.08 + rsCdC = 0.08 +#else + rsCdH = 0.4 // Heating cyclic degradation coefficient, ratio + rsCdC = 0.4 // Cooling cyclic degradation coefficient, ratio +#endif + rsOAVType = "None" // OAV system type + rsElecMtr = "MtrElec" // Electric use meter + rsPerfMapHtg = "Heat Pump System 1-htgperfmap" // Heating performance map, Variable speed: Cap47 22,000 / Cap17 15,000 / HSPF2 8.8 + rsPerfMapClg = "Heat Pump System 1-clgperfmap" // Cooling performance map, Variable speed: Cap95 22,265 / EER2 12.5 / SEER2 18.0 + + DUCTSEG "SupplyDuct-rsys-HVAC System 1" + dsTy = "SUPPLY" + dsInArea = 311.5125 // Duct segment inside surface area (at duct wall, duct wall thickness assumed negligible) for round shaped duct., ft2 + dsDiameter = 0.666667 // Duct segment round duct diameter (duct wall thickness assumed negligible), ft + dsAdjZn = "Attic-atc" + dsInsulR = 6 + dsLeakF = 0.04095 + + DUCTSEG "ReturnDuct-rsys-HVAC System 1" + dsTy = "RETURN" + dsInArea = 177.5 // Duct segment inside surface area (at duct wall, duct wall thickness assumed negligible) for round shaped duct., ft2 + dsDiameter = 1.333333 // Duct segment round duct diameter (duct wall thickness assumed negligible), ft + dsAdjZn = "Attic-atc" + dsInsulR = 6 + dsLeakF = 0.02905 + +PVARRAY "pvarray 1" + pvDCSysSize = 2.581818 // Rated array output, kW + pvModuleType = "Standard" + pvArrayType = "FixedOpenRack" + pvTilt = 22.619884 // Array tilt (0=H, 90=V), deg + pvAzm = 170 // Array azimuth (0=N, 90=E, ...), deg + pvInverterEff = 0.96 // Inverter efficiency at full load, frac + pvSIF = 1.2 // Shading impact factor - ratio of relative power output to fraction shaded: PwrOut = PwrSys*(1-SIF*FracShaded), ratio + pvSysLosses = 0.1916 // Total system losses, frac + pvElecMtr = "MtrElec" // Electric meter to report results to + + + DELETE Report "eb" + + #define SYSINFCOOL( s) REPORT rpType = UDT rpFreq=Year rpTitle="HVAC Cooling Info" rpCPL=-1 \ + REPORTCOL colVal = s colHead="Sys #" colDec=0 colWid=5 \ + REPORTCOL colVal = @Rsys[s].name colHead="System" colDec=0 colWid=24 \ + REPORTCOL colVal = @Rsys[s].Cap95 colHead="Cap95" colDec=0 colWid=6 \ + REPORTCOL colVal = @Rsys[s].SEER colHead="SEER" colDec=2 colWid=6 \ + REPORTCOL colVal = @Rsys[s].EER95 colHead="EER95" colDec=2 colWid=6 \ + REPORTCOL colVal = @Rsys[s].SEERnfX colHead="SEERnfX" colDec=2 colWid=7 \ + REPORTCOL colVal = @Rsys[s].EERnfX colHead="EERnfX" colDec=2 colWid=6 \ + REPORTCOL colVal = @Rsys[s].cdC colHead="CdC" colDec=3 colWid=4 \ + REPORTCOL colVal = @Rsys[s].vfPerTon colHead="vfPerTon" colDec=0 colWid=8 \ + REPORTCOL colVal = @Rsys[s].fanSFPC colHead="fanSFPC" colDec=3 colWid=7 \ + REPORTCOL colVal = @Rsys[s].fanHeatC colHead="fanElecC" colDec=2 colWid=8 +SYSINFCOOL( 1) + +#define SYSINFHEAT( s) REPORT rpType = UDT rpFreq=Year rpTitle="HVAC Heating Info" rpCPL=-1 \ + REPORTCOL colVal = s colHead="Sys #" colDec=0 colWid=5 \ + REPORTCOL colVal = @Rsys[s].name colHead="System" colDec=0 colWid=24 \ + REPORTCOL colVal = @Rsys[s].CapH colHead="CapH" colDec=0 colWid=6 \ + REPORTCOL colVal = @Rsys[s].fanSFPH colHead="fanSFPH" colDec=3 colWid=7 \ + REPORTCOL colVal = @Rsys[s].fanHeatH colHead="fanElecH" colDec=2 colWid=8 \ + REPORTCOL colVal = @Rsys[s].Cap47 colHead="Cap47" colDec=0 colWid=6 \ + REPORTCOL colVal = @Rsys[s].Cap35 colHead="Cap35" colDec=0 colWid=6 \ + REPORTCOL colVal = @Rsys[s].Cap17 colHead="Cap17" colDec=0 colWid=6 \ + REPORTCOL colVal = @Rsys[s].HSPF colHead="HSPF" colDec=2 colWid=6 \ + REPORTCOL colVal = @Rsys[s].COP47 colHead="COP47" colDec=2 colWid=6 \ + REPORTCOL colVal = @Rsys[s].COP35 colHead="COP35" colDec=2 colWid=6 \ + REPORTCOL colVal = @Rsys[s].COP17 colHead="COP17" colDec=2 colWid=6 \ + REPORTCOL colVal = @Rsys[s].COPmin47 colHead="COPm47" colDec=2 colWid=6 \ + REPORTCOL colVal = @Rsys[s].COPmin35 colHead="COPm35" colDec=2 colWid=6 \ + REPORTCOL colVal = @Rsys[s].COPmin17 colHead="COPm17" colDec=2 colWid=6 \ + REPORTCOL colVal = @Rsys[s].cdH colHead="CdH" colDec=3 colWid=4 \ + REPORTCOL colVal = @Rsys[s].CapAuxH colHead="AuxH" colDec=0 colWid=6 \ + REPORTCOL colVal = @Rsys[s].AFUE colHead="AFUE" colDec=3 colWid=6 +SYSINFHEAT( 1) + +REPORT "elec mtr rpt" + rpType = MTR rpMeter="MtrElec" rpFreq=Month rpBtuSf=1000 + + // report columns: RSYS heating subhour details +#define SYSCOLSH( RXCOL, rs, z1, z2, zat, dctTot) \ + RXCOL colHead="mon" colVal=$Month colWid=3 \ + RXCOL colHead="day" colVal=$Dayofmonth colWid=3 \ + RXCOL colHead="Hr" colVal=@Top.iHr colWid=2 \ + RXCOL colHead="Sh" colVal=@Top.iSubHr colWid=2 \ + RXCOL colHead="ToDb" colVal=@Top.tDbOSh colWid=5 colDec=2 \ + RXCOL colHead="Tatt" colVal=@Zone[zat].tz colWid=5 colDec=2 \ + RXCOL colHead="Tz1" colVal=@Zone[z1].tz colWid=5 colDec=2 \ + RXCOL colHead="Tz2" colVal=@Zone[z2].tz colWid=5 colDec=2 \ + RXCOL colHead="Tent" colVal=@RSYS[ rs].asIn.tDb colWid=6 colDec=2 \ + RXCOL colHead="Tlv" colVal=@RSYS[ rs].asOut.tDb colWid=6 colDec=2 \ + RXCOL colHead="Tsup" colVal=@RSYS[ rs].asSup.tDb colWid=6 colDec=2 \ + RXCOL colHead="capHt" colVal=@RSYS[ rs].capHt colWid=5 colDec=0 \ + RXCOL colHead="capHtFS" colVal=@RSYS[ rs].capHtFS colWid=7 colDec=0 \ + RXCOL colHead="capSenNetFS" colVal=@RSYS[ rs].capSenNetFS colWid=11 colDec=0 \ + RXCOL colHead="znLd" colVal=@RSYS[ rs].znLoad[ 0] colWid=5 colDec=0 \ + RXCOL colHead="capF" colVal=@RSYS[ rs].fCondCap colWid=5 colDec=3 \ + RXCOL colHead="inpF" colVal=@RSYS[ rs].fCondInp colWid=5 colDec=3 \ + RXCOL colHead="PLR" colVal=@RSYS[ rs].PLR colWid=5 colDec=3 \ + RXCOL colHead="spdF" colVal=@RSYS[ rs].speedF colWid=5 colDec=3 \ + RXCOL colHead="runF" colVal=@RSYS[ rs].runF colWid=5 colDec=3 \ + RXCOL colHead="PLF" colVal=@RSYS[ rs].plf colWid=5 colDec=3 \ + RXCOL colHead="runFAux" colVal=@RSYS[ rs].runFAux colWid=7 colDec=3 \ + RXCOL colHead="hcm1" colVal=@Zone[ z1].hcMode colWid=4 \ + RXCOL colHead="hcm2" colVal=@Zone[ z2].hcMode colWid=4 \ + RXCOL colHead="CFM1" colVal=@Zone[ z1].rsAmfSup/4.5 colWid=5 colDec=1 \ + RXCOL colHead="CFM2" colVal=@Zone[ z2].rsAmfSup/4.5 colWid=5 colDec=1 \ + RXCOL colHead="qZ1" colVal=@Zone[z1].qsHVAC colWid=6 colDec=0 \ + RXCOL colHead="qZ2" colVal=@Zone[z2].qsHVAC colWid=6 colDec=0 \ + RXCOL colHead="qComp" colVal=@RSYS[ rs].outSen colWid=6 colDec=0 \ + RXCOL colHead="qAux" colVal=@RSYS[ rs].outAux colWid=6 colDec=0 \ + RXCOL colHead="qDef" colVal=@RSYS[ rs].outDefrost colWid=5 colDec=0 \ + RXCOL colHead="qFan" colVal=@RSYS[ rs].outFan colWid=5 colDec=0 \ + RXCOL colHead="qNet" colVal=@RSYS[ rs].outSenTot colWid=6 colDec=0 \ + RXCOL colHead="qDct" colVal=-@DUCTSEGRES[ dctTot].S.qhTotSen/@Top.subhrDur colWid=6 colDec=0 \ + RXCOL colHead="qBal1" colVal=@RSYS[ rs].outSenTot-@Zone[z1].qsHVAC-@Zone[z2].qsHVAC-@DUCTSEGRES[ dctTot].S.qhTotSen/@Top.subhrDur colWid=5 colDec=0 \ + RXCOL colHead="eComp" colVal=@RSYS[rs].inPrimary colWid=5 colDec=0 \ + RXCOL colHead="eTot" colVal=@RSYSRES[rs].S.ehTot / @Top.subhrDur colWid=6 colDec = 0 \ + RXCOL colHead="COPfs" colVal=@RSYS[ rs].effHt colWid=5 colDec=3 \ + RXCOL colHead="COPpl" colVal=@RSYS[ rs].COPHtAdj colWid=5 colDec=3 \ + RXCOL colHead="COPov" colVal=abs(@Zone[z1].qsHVAC+@Zone[z2].qsHVAC)/max( 1, @RSYS[rs].inPrimary+@RSYS[rs].inAux+@RSYS[rs].inDefrost+@RSYS[rs].inFan) colWid=5 colDec=3 + +REPORT rpType=UDT rpFreq=subhour rpDayBeg=(HD1) rpTitle="RSYS Heating subhour details" +SYSCOLSH( Reportcol, 1, "1st Floor-zn", "2nd Floor-zn", "Attic-atc", 3) + +REPORT rpType=UDT rpFreq=subhour rpDayBeg=(CD1) rpTitle="RSYS cooling subhour details" +SYSCOLSH( Reportcol, 1, "1st Floor-zn", "2nd Floor-zn", "Attic-atc", 3) + +REPORT "1st Floor-zebcd" + rpType = UDT rpFreq=HOUR rpDayBeg=CD1 rpCPL=210 rpTitle="Hourly Energy (kBtu + into 1st Floor-zn, except E = Energy Consumed, * = last sub timestep value)" // string populated w/ ALL report object data + + REPORTCOL "rcol 34" + colVal = $hour colHead="Hr" colWid=2 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 35" + colVal = $tDbO colHead="Tout" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 36" + colVal = $tWbO colHead="WBo" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 37" + colVal = $wO colHead="Wo" colWid=5 colDec=4 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 38" + colVal = @znRes["Attic-atc"].H.tAir colHead="Tat2" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 40" + colVal = @znRes["1st Floor-zn"].H.tAir colHead="Tin" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 41" + colVal = @znRes["1st Floor-zn"].H.tRad colHead="Trad" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 42" + colVal = @zone["1st Floor-zn"].wz colHead="Win*" colWid=6 colDec=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 43" + colVal = @zone["1st Floor-zn"].relHum*100 colHead="RHin*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 44" + colVal = @zone["1st Floor-zn"].twb colHead="WBin*" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 45" + colVal = @znRes["1st Floor-zn"].H.qSlr/1000 colHead="Slr" colDec=2 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 46" + colVal = @znRes["1st Floor-zn"].H.qCond/1000 colHead="Cond" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 47" + colVal = @znRes["1st Floor-zn"].H.qMass/1000 colHead="Surf" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 48" + colVal = (@znRes["1st Floor-zn"].H.qsIg)/1000 colHead="ItgS" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 49" + colVal = (@znRes["1st Floor-zn"].H.qlIg)/1000 colHead="ItgL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 50" + colVal = (@znRes["1st Floor-zn"].H.qlAir)/1000 colHead="AirL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 51" + colVal = @znRes["1st Floor-zn"].H.qsIz/1000 colHead="sInfVnt" colDec=2 colWid=7 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 52" + colVal = @znRes["1st Floor-zn"].H.ivAirX colHead="ACiv" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 53" + colVal = @izxfer["Ceiling below attic-xAttic"].ad[0].mdotP*800 colHead="CCFM*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 54" + colVal = @izxfer["Ceiling below attic-xAttic"].ad[1].mdotP*800 colHead="CCFMV*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 55" + colVal = @znRes["1st Floor-zn"].H.qvMech/1000 colHead="OAV" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 56" + colVal = @znRes["1st Floor-zn"].H.qsMech/1000 colHead="qsMec" colDec=1 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 57" + colVal = @znRes["1st Floor-zn"].H.qlMech/1000 colHead="qlMec" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 58" + colVal = @znRes["1st Floor-zn"].H.qcMech/1000 colHead="Clgt" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 59" + colVal = @znRes["1st Floor-zn"].H.qhMech/1000 colHead="Htgt" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 60" + colVal = @Rsys["rsys-HVAC System 1"].runf colHead="RunF*" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 61" + colVal = @Meter["MtrElec"].H.htg/1000 colHead="HtgE" colDec=1 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 62" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].air[3].tdb colHead="SupT*" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 63" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].air[3].w colHead="SupW*" colDec=5 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 64" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].amfFL*@Rsys["rsys-HVAC System 1"].runf/4.5 colHead="Scfm*" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + +REPORT "1st Floor-zebcdt" + rpType = UDT rpFreq=Day rpDayBeg=CD1 rpHeader=No rpCPL=210 // string populated w/ ALL report object data + + REPORTCOL "rcol 65" + colVal = "Dy" colWid=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 66" + colVal = " " colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 67" + colVal = " " colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 68" + colVal = " " colWid=5 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 69" + colVal = @znRes["Attic-atc"].D.tAir colHead="Tat2" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 71" + colVal = @znRes["1st Floor-zn"].D.tAir colHead="Tin" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 72" + colVal = @znRes["1st Floor-zn"].D.tRad colHead="Trad" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 73" + colVal = " " colHead="wz" colWid=6 colDec=4 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 74" + colVal = " " colHead="RHin" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 75" + colVal = " " colHead="WBin" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 76" + colVal = @znRes["1st Floor-zn"].D.qSlr/1000 colHead="Slr" colDec=2 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 77" + colVal = @znRes["1st Floor-zn"].D.qCond/1000 colHead="Cond" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 78" + colVal = @znRes["1st Floor-zn"].D.qMass/1000 colHead="Surf" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 79" + colVal = (@znRes["1st Floor-zn"].D.qsIg)/1000 colHead="ItgS" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 80" + colVal = (@znRes["1st Floor-zn"].D.qLig)/1000 colHead="ItgL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 81" + colVal = (@znRes["1st Floor-zn"].D.qlAir)/1000 colHead="AirL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 82" + colVal = @znRes["1st Floor-zn"].D.qsIz/1000 colHead="sInfVnt" colDec=1 colWid=7 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 83" + colVal = @znRes["1st Floor-zn"].D.ivAirX colHead="ACiv" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 84" + colVal = " " colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 85" + colVal = " " colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 86" + colVal = @znRes["1st Floor-zn"].D.qvMech/1000 colHead="OAV" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 87" + colVal = @znRes["1st Floor-zn"].D.qsMech/1000 colHead="Htgs" colDec=0 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 88" + colVal = @znRes["1st Floor-zn"].D.qlMech/1000 colHead="Htgl" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 89" + colVal = @znRes["1st Floor-zn"].D.qcMech/1000 colHead="Clgt" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 90" + colVal = @znRes["1st Floor-zn"].D.qhMech/1000 colHead="Htgt" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 91" + colVal = " " colHead="RunF" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 92" + colVal = @Meter["MtrElec"].D.htg/1000 colHead="HtgE" colDec=0 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 93" + colVal = " " colHead="SupT*" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 94" + colVal = " " colHead="SupW*" colDec=5 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 95" + colVal = " " colHead="Scfm*" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + +REPORT "2nd Floor-zebcd" + rpType = UDT rpFreq=HOUR rpDayBeg=CD1 rpCPL=210 rpTitle="Hourly Energy (kBtu + into 2nd Floor-zn, except E = Energy Consumed, * = last sub timestep value)" // string populated w/ ALL report object data + + REPORTCOL "rcol 96" + colVal = $hour colHead="Hr" colWid=2 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 97" + colVal = $tDbO colHead="Tout" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 98" + colVal = $tWbO colHead="WBo" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 99" + colVal = $wO colHead="Wo" colWid=5 colDec=4 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 100" + colVal = @znRes["Attic-atc"].H.tAir colHead="Tat3" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 102" + colVal = @znRes["2nd Floor-zn"].H.tAir colHead="Tin" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 103" + colVal = @znRes["2nd Floor-zn"].H.tRad colHead="Trad" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 104" + colVal = @zone["2nd Floor-zn"].wz colHead="Win*" colWid=6 colDec=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 105" + colVal = @zone["2nd Floor-zn"].relHum*100 colHead="RHin*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 106" + colVal = @zone["2nd Floor-zn"].twb colHead="WBin*" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 107" + colVal = @znRes["2nd Floor-zn"].H.qSlr/1000 colHead="Slr" colDec=2 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 108" + colVal = @znRes["2nd Floor-zn"].H.qCond/1000 colHead="Cond" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 109" + colVal = @znRes["2nd Floor-zn"].H.qMass/1000 colHead="Surf" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 110" + colVal = (@znRes["2nd Floor-zn"].H.qsIg)/1000 colHead="ItgS" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 111" + colVal = (@znRes["2nd Floor-zn"].H.qlIg)/1000 colHead="ItgL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 112" + colVal = (@znRes["2nd Floor-zn"].H.qlAir)/1000 colHead="AirL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 113" + colVal = @znRes["2nd Floor-zn"].H.qsIz/1000 colHead="sInfVnt" colDec=2 colWid=7 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 114" + colVal = @znRes["2nd Floor-zn"].H.ivAirX colHead="ACiv" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 115" + colVal = @izxfer["Ceiling below attic-2-xAttic"].ad[0].mdotP*800 colHead="CCFM*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 116" + colVal = @izxfer["Ceiling below attic-2-xAttic"].ad[1].mdotP*800 colHead="CCFMV*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 117" + colVal = @znRes["2nd Floor-zn"].H.qvMech/1000 colHead="OAV" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 118" + colVal = @znRes["2nd Floor-zn"].H.qsMech/1000 colHead="qsMec" colDec=1 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 119" + colVal = @znRes["2nd Floor-zn"].H.qlMech/1000 colHead="qlMec" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 120" + colVal = @znRes["2nd Floor-zn"].H.qcMech/1000 colHead="Clgt" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 121" + colVal = @znRes["2nd Floor-zn"].H.qhMech/1000 colHead="Htgt" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 122" + colVal = @Rsys["rsys-HVAC System 1"].runf colHead="RunF*" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 123" + colVal = @Meter["MtrElec"].H.htg/1000 colHead="HtgE" colDec=1 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 124" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].air[3].tdb colHead="SupT*" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 125" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].air[3].w colHead="SupW*" colDec=5 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 126" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].amfFL*@Rsys["rsys-HVAC System 1"].runf/4.5 colHead="Scfm*" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + +REPORT "2nd Floor-zebcdt" + rpType = UDT rpFreq=Day rpDayBeg=CD1 rpHeader=No rpCPL=210 // string populated w/ ALL report object data + + REPORTCOL "rcol 127" + colVal = "Dy" colWid=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 128" + colVal = " " colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 129" + colVal = " " colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 130" + colVal = " " colWid=5 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 131" + colVal = @znRes["Attic-atc"].D.tAir colHead="Tat3" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 133" + colVal = @znRes["2nd Floor-zn"].D.tAir colHead="Tin" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 134" + colVal = @znRes["2nd Floor-zn"].D.tRad colHead="Trad" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 135" + colVal = " " colHead="wz" colWid=6 colDec=4 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 136" + colVal = " " colHead="RHin" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 137" + colVal = " " colHead="WBin" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 138" + colVal = @znRes["2nd Floor-zn"].D.qSlr/1000 colHead="Slr" colDec=2 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 139" + colVal = @znRes["2nd Floor-zn"].D.qCond/1000 colHead="Cond" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 140" + colVal = @znRes["2nd Floor-zn"].D.qMass/1000 colHead="Surf" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 141" + colVal = (@znRes["2nd Floor-zn"].D.qsIg)/1000 colHead="ItgS" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 142" + colVal = (@znRes["2nd Floor-zn"].D.qLig)/1000 colHead="ItgL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 143" + colVal = (@znRes["2nd Floor-zn"].D.qlAir)/1000 colHead="AirL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 144" + colVal = @znRes["2nd Floor-zn"].D.qsIz/1000 colHead="sInfVnt" colDec=1 colWid=7 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 145" + colVal = @znRes["2nd Floor-zn"].D.ivAirX colHead="ACiv" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 146" + colVal = " " colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 147" + colVal = " " colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 148" + colVal = @znRes["2nd Floor-zn"].D.qvMech/1000 colHead="OAV" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 149" + colVal = @znRes["2nd Floor-zn"].D.qsMech/1000 colHead="Htgs" colDec=0 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 150" + colVal = @znRes["2nd Floor-zn"].D.qlMech/1000 colHead="Htgl" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 151" + colVal = @znRes["2nd Floor-zn"].D.qcMech/1000 colHead="Clgt" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 152" + colVal = @znRes["2nd Floor-zn"].D.qhMech/1000 colHead="Htgt" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 153" + colVal = " " colHead="RunF" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 154" + colVal = @Meter["MtrElec"].D.htg/1000 colHead="HtgE" colDec=0 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 155" + colVal = " " colHead="SupT*" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 156" + colVal = " " colHead="SupW*" colDec=5 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 157" + colVal = " " colHead="Scfm*" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + +REPORT "1st Floor-zebhd" + rpType = UDT rpFreq=HOUR rpDayBeg=HD1 rpCPL=210 rpTitle="Hourly Energy (kBtu + into 1st Floor-zn, except E = Energy Consumed, * = last sub timestep value)" // string populated w/ ALL report object data + + REPORTCOL "rcol 158" + colVal = $hour colHead="Hr" colWid=2 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 159" + colVal = $tDbO colHead="Tout" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 160" + colVal = $tWbO colHead="WBo" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 161" + colVal = $wO colHead="Wo" colWid=5 colDec=4 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 162" + colVal = @znRes["Attic-atc"].H.tAir colHead="Tat2" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 164" + colVal = @znRes["1st Floor-zn"].H.tAir colHead="Tin" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 165" + colVal = @znRes["1st Floor-zn"].H.tRad colHead="Trad" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 166" + colVal = @zone["1st Floor-zn"].wz colHead="Win*" colWid=6 colDec=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 167" + colVal = @zone["1st Floor-zn"].relHum*100 colHead="RHin*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 168" + colVal = @zone["1st Floor-zn"].twb colHead="WBin*" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 169" + colVal = @znRes["1st Floor-zn"].H.qSlr/1000 colHead="Slr" colDec=2 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 170" + colVal = @znRes["1st Floor-zn"].H.qCond/1000 colHead="Cond" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 171" + colVal = @znRes["1st Floor-zn"].H.qMass/1000 colHead="Surf" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 172" + colVal = (@znRes["1st Floor-zn"].H.qsIg)/1000 colHead="ItgS" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 173" + colVal = (@znRes["1st Floor-zn"].H.qlIg)/1000 colHead="ItgL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 174" + colVal = (@znRes["1st Floor-zn"].H.qlAir)/1000 colHead="AirL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 175" + colVal = @znRes["1st Floor-zn"].H.qsIz/1000 colHead="sInfVnt" colDec=2 colWid=7 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 176" + colVal = @znRes["1st Floor-zn"].H.ivAirX colHead="ACiv" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 177" + colVal = @izxfer["Ceiling below attic-xAttic"].ad[0].mdotP*800 colHead="CCFM*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 178" + colVal = @izxfer["Ceiling below attic-xAttic"].ad[1].mdotP*800 colHead="CCFMV*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 179" + colVal = @znRes["1st Floor-zn"].H.qvMech/1000 colHead="OAV" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 180" + colVal = @znRes["1st Floor-zn"].H.qsMech/1000 colHead="qsMec" colDec=1 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 181" + colVal = @znRes["1st Floor-zn"].H.qlMech/1000 colHead="qlMec" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 182" + colVal = @znRes["1st Floor-zn"].H.qcMech/1000 colHead="Clgt" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 183" + colVal = @znRes["1st Floor-zn"].H.qhMech/1000 colHead="Htgt" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 184" + colVal = @Rsys["rsys-HVAC System 1"].runf colHead="RunF*" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 185" + colVal = @Meter["MtrElec"].H.htg/1000 colHead="HtgE" colDec=1 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 186" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].air[3].tdb colHead="SupT*" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 187" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].air[3].w colHead="SupW*" colDec=5 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 188" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].amfFL*@Rsys["rsys-HVAC System 1"].runf/4.5 colHead="Scfm*" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + +REPORT "1st Floor-zebhdt" + rpType = UDT rpFreq=Day rpDayBeg=HD1 rpHeader=No rpCPL=210 // string populated w/ ALL report object data + + REPORTCOL "rcol 189" + colVal = "Dy" colWid=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 190" + colVal = " " colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 191" + colVal = " " colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 192" + colVal = " " colWid=5 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 193" + colVal = @znRes["Attic-atc"].D.tAir colHead="Tat2" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 195" + colVal = @znRes["1st Floor-zn"].D.tAir colHead="Tin" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 196" + colVal = @znRes["1st Floor-zn"].D.tRad colHead="Trad" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 197" + colVal = " " colHead="wz" colWid=6 colDec=4 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 198" + colVal = " " colHead="RHin" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 199" + colVal = " " colHead="WBin" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 200" + colVal = @znRes["1st Floor-zn"].D.qSlr/1000 colHead="Slr" colDec=2 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 201" + colVal = @znRes["1st Floor-zn"].D.qCond/1000 colHead="Cond" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 202" + colVal = @znRes["1st Floor-zn"].D.qMass/1000 colHead="Surf" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 203" + colVal = (@znRes["1st Floor-zn"].D.qsIg)/1000 colHead="ItgS" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 204" + colVal = (@znRes["1st Floor-zn"].D.qLig)/1000 colHead="ItgL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 205" + colVal = (@znRes["1st Floor-zn"].D.qlAir)/1000 colHead="AirL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 206" + colVal = @znRes["1st Floor-zn"].D.qsIz/1000 colHead="sInfVnt" colDec=1 colWid=7 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 207" + colVal = @znRes["1st Floor-zn"].D.ivAirX colHead="ACiv" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 208" + colVal = " " colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 209" + colVal = " " colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 210" + colVal = @znRes["1st Floor-zn"].D.qvMech/1000 colHead="OAV" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 211" + colVal = @znRes["1st Floor-zn"].D.qsMech/1000 colHead="Htgs" colDec=0 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 212" + colVal = @znRes["1st Floor-zn"].D.qlMech/1000 colHead="Htgl" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 213" + colVal = @znRes["1st Floor-zn"].D.qcMech/1000 colHead="Clgt" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 214" + colVal = @znRes["1st Floor-zn"].D.qhMech/1000 colHead="Htgt" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 215" + colVal = " " colHead="RunF" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 216" + colVal = @Meter["MtrElec"].D.htg/1000 colHead="HtgE" colDec=0 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 217" + colVal = " " colHead="SupT*" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 218" + colVal = " " colHead="SupW*" colDec=5 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 219" + colVal = " " colHead="Scfm*" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + +REPORT "2nd Floor-zebhd" + rpType = UDT rpFreq=HOUR rpDayBeg=HD1 rpCPL=210 rpTitle="Hourly Energy (kBtu + into 2nd Floor-zn, except E = Energy Consumed, * = last sub timestep value)" // string populated w/ ALL report object data + + REPORTCOL "rcol 220" + colVal = $hour colHead="Hr" colWid=2 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 221" + colVal = $tDbO colHead="Tout" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 222" + colVal = $tWbO colHead="WBo" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 223" + colVal = $wO colHead="Wo" colWid=5 colDec=4 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 224" + colVal = @znRes["Attic-atc"].H.tAir colHead="Tat3" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 226" + colVal = @znRes["2nd Floor-zn"].H.tAir colHead="Tin" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 227" + colVal = @znRes["2nd Floor-zn"].H.tRad colHead="Trad" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 228" + colVal = @zone["2nd Floor-zn"].wz colHead="Win*" colWid=6 colDec=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 229" + colVal = @zone["2nd Floor-zn"].relHum*100 colHead="RHin*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 230" + colVal = @zone["2nd Floor-zn"].twb colHead="WBin*" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 231" + colVal = @znRes["2nd Floor-zn"].H.qSlr/1000 colHead="Slr" colDec=2 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 232" + colVal = @znRes["2nd Floor-zn"].H.qCond/1000 colHead="Cond" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 233" + colVal = @znRes["2nd Floor-zn"].H.qMass/1000 colHead="Surf" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 234" + colVal = (@znRes["2nd Floor-zn"].H.qsIg)/1000 colHead="ItgS" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 235" + colVal = (@znRes["2nd Floor-zn"].H.qlIg)/1000 colHead="ItgL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 236" + colVal = (@znRes["2nd Floor-zn"].H.qlAir)/1000 colHead="AirL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 237" + colVal = @znRes["2nd Floor-zn"].H.qsIz/1000 colHead="sInfVnt" colDec=2 colWid=7 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 238" + colVal = @znRes["2nd Floor-zn"].H.ivAirX colHead="ACiv" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 239" + colVal = @izxfer["Ceiling below attic-2-xAttic"].ad[0].mdotP*800 colHead="CCFM*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 240" + colVal = @izxfer["Ceiling below attic-2-xAttic"].ad[1].mdotP*800 colHead="CCFMV*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 241" + colVal = @znRes["2nd Floor-zn"].H.qvMech/1000 colHead="OAV" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 242" + colVal = @znRes["2nd Floor-zn"].H.qsMech/1000 colHead="qsMec" colDec=1 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 243" + colVal = @znRes["2nd Floor-zn"].H.qlMech/1000 colHead="qlMec" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 244" + colVal = @znRes["2nd Floor-zn"].H.qcMech/1000 colHead="Clgt" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 245" + colVal = @znRes["2nd Floor-zn"].H.qhMech/1000 colHead="Htgt" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 246" + colVal = @Rsys["rsys-HVAC System 1"].runf colHead="RunF*" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 247" + colVal = @Meter["MtrElec"].H.htg/1000 colHead="HtgE" colDec=1 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 248" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].air[3].tdb colHead="SupT*" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 249" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].air[3].w colHead="SupW*" colDec=5 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 250" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].amfFL*@Rsys["rsys-HVAC System 1"].runf/4.5 colHead="Scfm*" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + +REPORT "2nd Floor-zebhdt" + rpType = UDT rpFreq=Day rpDayBeg=HD1 rpHeader=No rpCPL=210 // string populated w/ ALL report object data + + REPORTCOL "rcol 251" + colVal = "Dy" colWid=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 252" + colVal = " " colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 253" + colVal = " " colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 254" + colVal = " " colWid=5 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 255" + colVal = @znRes["Attic-atc"].D.tAir colHead="Tat3" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 257" + colVal = @znRes["2nd Floor-zn"].D.tAir colHead="Tin" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 258" + colVal = @znRes["2nd Floor-zn"].D.tRad colHead="Trad" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 259" + colVal = " " colHead="wz" colWid=6 colDec=4 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 260" + colVal = " " colHead="RHin" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 261" + colVal = " " colHead="WBin" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 262" + colVal = @znRes["2nd Floor-zn"].D.qSlr/1000 colHead="Slr" colDec=2 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 263" + colVal = @znRes["2nd Floor-zn"].D.qCond/1000 colHead="Cond" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 264" + colVal = @znRes["2nd Floor-zn"].D.qMass/1000 colHead="Surf" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 265" + colVal = (@znRes["2nd Floor-zn"].D.qsIg)/1000 colHead="ItgS" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 266" + colVal = (@znRes["2nd Floor-zn"].D.qLig)/1000 colHead="ItgL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 267" + colVal = (@znRes["2nd Floor-zn"].D.qlAir)/1000 colHead="AirL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 268" + colVal = @znRes["2nd Floor-zn"].D.qsIz/1000 colHead="sInfVnt" colDec=1 colWid=7 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 269" + colVal = @znRes["2nd Floor-zn"].D.ivAirX colHead="ACiv" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 270" + colVal = " " colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 271" + colVal = " " colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 272" + colVal = @znRes["2nd Floor-zn"].D.qvMech/1000 colHead="OAV" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 273" + colVal = @znRes["2nd Floor-zn"].D.qsMech/1000 colHead="Htgs" colDec=0 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 274" + colVal = @znRes["2nd Floor-zn"].D.qlMech/1000 colHead="Htgl" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 275" + colVal = @znRes["2nd Floor-zn"].D.qcMech/1000 colHead="Clgt" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 276" + colVal = @znRes["2nd Floor-zn"].D.qhMech/1000 colHead="Htgt" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 277" + colVal = " " colHead="RunF" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 278" + colVal = @Meter["MtrElec"].D.htg/1000 colHead="HtgE" colDec=0 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 279" + colVal = " " colHead="SupT*" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 280" + colVal = " " colHead="SupW*" colDec=5 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 281" + colVal = " " colHead="Scfm*" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + + RUN + $EOF diff --git a/test/ref-win32-msvc/perfmap2z.rep b/test/ref-win32-msvc/perfmap2z.rep new file mode 100644 index 000000000..ad60a8afb --- /dev/null +++ b/test/ref-win32-msvc/perfmap2z.rep @@ -0,0 +1,4230 @@ + + +HVAC Cooling Info + + Sys # System Cap95 SEER EER95 SEERnfX EERnfX CdC vfPerTon fanSFPC fanElecC + ----- ------------------------ ------ ------ ------ ------- ------ ---- -------- ------- -------- + 1 rsys-HVAC System 1 22265 18.95 12.48 0 0 .080 350 0.450 997.12 + + + +HVAC Heating Info + + Sys # System CapH fanSFPH fanElecH Cap47 Cap35 Cap17 HSPF COP47 COP35 COP17 COPm47 COPm35 COPm17 CdH AuxH AFUE + ----- ------------------------ ------ ------- -------- ------ ------ ------ ------ ------ ------ ------ ------ ------ ------ ---- ------ ------ + 1 rsys-HVAC System 1 22000 0.450 985.26 22000 19200 15000 10.35 3.31 2.98 2.45 4.25 3.52 2.77 .080 65000 0 + + + +Monthly Energy Use, meter "MtrElec" + +Mon Tot Clg Htg HPBU Dhw DhwBU DhwMFL FanC FanH FanV Fan Aux Proc Lit Rcp Ext Refr Dish Dry Wash Cook User1 User2 BT PV +--- ------ ------ ------ ------ ------ ------ ------ ------ ------ ------ ------ ------ ------ ------ ------ ------ ------ ------ ------ ------ ------ ------ ------ ------ ------ +Jan 1829.2 0 1100.4 0 0 0 0 0 38.643 70.596 0 7.524 0 143.13 654.88 35.323 140.62 0 0 0 92.540 0 0 0 -454.5 +Feb 899.23 0 693.40 0 0 0 0 0 25.132 63.764 0 5.184 0 120.59 544.17 29.759 127.17 0 0 0 81.369 0 0 0 -791.3 +Mar 293.44 0 366.41 0 0 0 0 0 9.606 70.501 0 7.959 0 122.63 578.24 30.233 141.62 0 0 0 90.840 0 0 0 -1125 +Apr -26.32 0 298.26 0 0 0 0 0 8.043 68.318 0 10.988 0 108.25 550.53 26.715 137.97 0 0 0 72.774 0 0 0 -1308 +May -366.3 46.992 34.494 0 0 0 0 32.990 0.810 70.596 0 3.700 0 101.03 533.45 24.934 147.46 0 0 0 75.369 0 0 0 -1438 +Jun -437.7 79.901 0 0 0 0 0 92.301 0 68.318 0 0 0 93.120 494.97 22.980 148.99 0 0 0 76.539 0 0 0 -1515 +Jul -180.9 256.10 0 0 0 0 0 110.69 0 70.596 0 0 0 98.629 533.84 24.340 160.29 0 0 0 83.997 0 0 0 -1519 +Aug -200.1 160.69 0 0 0 0 0 110.60 0 70.596 0 0 0 105.85 553.17 26.121 159.46 0 0 0 77.822 0 0 0 -1464 +Sep -7.447 159.28 0 0 0 0 0 100.27 0 68.318 0 0 0 114.07 564.10 28.151 154.33 0 0 0 75.557 0 0 0 -1272 +Oct 19.386 0 19.588 0 0 0 0 0 0.441 70.596 0 4.473 0 128.70 619.94 31.761 148.01 0 0 0 77.822 0 0 0 -1082 +Nov 1030.1 0 577.44 0 0 0 0 0 18.973 68.413 0 6.962 0 135.09 624.81 33.371 136.97 0 0 0 92.347 0 0 0 -664.3 +Dec 1857.1 0 1138.9 0 0 0 0 0 45.234 70.596 0 5.327 0 144.34 662.23 35.619 140.34 0 0 0 98.800 0 0 0 -484.3 + +Yr 4709.6 702.96 4228.9 0 0 0 0 446.85 146.88 831.21 0 52.117 0 1415.4 6914.3 349.31 1743.2 0 0 0 995.77 0 0 0 -13117 + + + +RSYS Heating subhour details for Sat 10-Jan + + mon day Hr Sh ToDb Tatt Tz1 Tz2 Tent Tlv Tsup capHt capHtFS capSenNetFS znLd capF inpF PLR spdF runF PLF runFAux hcm1 hcm2 CFM1 CFM2 qZ1 qZ2 qComp qAux qDef qFan qNet qDct qBal1 eComp eTot COPfs COPpl COPov + --- --- -- -- ----- ----- ----- ----- ------ ------ ------ ----- ------- ----------- ----- ----- ----- ----- ----- ----- ----- ------- ---- ---- ----- ----- ------ ------ ------ ------ ----- ----- ------ ------ ----- ----- ------ ----- ----- ----- + 1 10 0 0 53.48 66.24 68.00 68.00 67.76 99.02 91.38 6557 25378 25378 4677 0.985 1.023 0.184 0.333 0.713 0.977 0 1 1 79.7 51.5 2038 1316 4652 0 0 25 4677 -1323 0 1023 1049 4.652 4.546 3.199 + 1 10 0 1 53.18 66.22 68.00 68.00 67.75 99.00 91.36 6554 25320 25320 4760 0.985 1.023 0.188 0.333 0.726 0.978 0 1 1 81.1 52.5 2071 1342 4734 0 0 26 4760 -1348 0 1046 1072 4.626 4.525 3.182 + 1 10 0 2 52.88 66.18 68.00 68.00 67.75 98.99 91.35 6551 25263 25263 4837 0.985 1.022 0.191 0.333 0.738 0.979 0 1 1 82.4 53.4 2103 1364 4811 0 0 26 4837 -1370 0 1068 1094 4.600 4.503 3.168 + 1 10 0 3 52.58 66.12 68.00 68.00 67.75 98.97 91.33 6548 25205 25205 4917 0.985 1.022 0.195 0.333 0.751 0.980 0 1 1 83.8 54.4 2137 1386 4890 0 0 27 4917 -1394 0 1091 1118 4.574 4.483 3.152 + 1 10 0 4 52.28 66.07 68.00 68.00 67.74 98.95 91.30 6545 25148 25148 5004 0.985 1.022 0.199 0.333 0.764 0.981 0 1 1 85.4 55.3 2175 1409 4977 0 0 27 5004 -1420 0 1115 1142 4.548 4.463 3.137 + 1 10 0 5 51.98 66.00 68.00 68.00 67.74 98.93 91.28 6542 25091 25091 5082 0.985 1.022 0.203 0.333 0.777 0.982 0 1 1 86.8 56.1 2210 1428 5055 0 0 28 5082 -1445 -0 1138 1166 4.523 4.442 3.121 + 1 10 1 0 51.80 66.01 68.00 68.00 67.73 98.91 91.26 6541 25057 25057 5234 0.985 1.022 0.209 0.333 0.800 0.984 0 1 1 89.1 58.1 2267 1477 5206 0 0 29 5234 -1490 0 1174 1202 4.508 4.436 3.115 + 1 10 1 1 51.62 66.04 68.00 68.00 67.73 98.90 91.25 6539 25022 25022 5295 0.985 1.022 0.212 0.333 0.810 0.985 0 1 1 90.1 58.9 2291 1497 5266 0 0 29 5295 -1508 0 1190 1219 4.493 4.424 3.107 + 1 10 1 2 51.44 66.05 68.00 68.00 67.73 98.90 91.25 6537 24988 24988 5353 0.985 1.022 0.214 0.333 0.819 0.986 0 1 1 91.0 59.7 2314 1516 5324 0 0 29 5353 -1523 -0 1206 1236 4.478 4.413 3.100 + 1 10 1 3 51.26 66.05 68.00 68.00 67.73 98.89 91.24 6535 24953 24953 5412 0.985 1.022 0.217 0.333 0.828 0.986 0 1 1 91.9 60.4 2336 1536 5382 0 0 29 5412 -1540 0 1223 1252 4.463 4.402 3.092 + 1 10 1 4 51.08 66.06 68.00 68.00 67.73 98.88 91.24 6533 24919 24919 5470 0.985 1.022 0.219 0.333 0.837 0.987 0 1 1 92.8 61.3 2357 1556 5440 0 0 30 5470 -1556 0 1239 1269 4.448 4.390 3.084 + 1 10 1 5 50.90 66.08 68.00 68.00 67.73 98.87 91.23 6531 24884 24884 5608 0.985 1.022 0.225 0.333 0.859 0.989 0 1 1 94.9 63.1 2411 1602 5578 0 0 31 5608 -1595 -0 1272 1303 4.434 4.384 3.080 + 1 10 2 0 50.78 66.08 68.00 68.00 67.73 98.87 91.23 6530 24861 24861 5718 0.985 1.022 0.230 0.333 0.876 0.990 0 1 1 96.5 64.6 2451 1641 5686 0 0 31 5718 -1626 -0 1298 1329 4.424 4.380 3.078 + 1 10 2 1 50.66 66.08 68.00 68.00 67.73 98.86 91.23 6529 24838 24838 5769 0.985 1.022 0.232 0.333 0.884 0.991 0 1 1 97.3 65.3 2470 1659 5738 0 0 31 5769 -1640 0 1312 1344 4.414 4.373 3.073 + 1 10 2 2 50.54 66.08 68.00 68.00 67.74 98.86 91.23 6528 24815 24815 5820 0.985 1.022 0.235 0.333 0.892 0.991 0 1 1 98.0 66.0 2489 1677 5789 0 0 32 5820 -1654 0 1326 1357 4.405 4.367 3.069 + 1 10 2 3 50.42 66.07 68.00 68.00 67.73 98.85 91.22 6526 24792 24792 5872 0.985 1.022 0.237 0.333 0.900 0.992 0 1 1 98.8 66.7 2508 1694 5840 0 0 32 5872 -1669 0 1339 1372 4.395 4.360 3.064 + 1 10 2 4 50.30 66.07 68.00 68.00 67.73 98.85 91.22 6525 24769 24769 5920 0.985 1.022 0.239 0.333 0.907 0.993 0 1 1 99.5 67.4 2526 1711 5887 0 0 32 5920 -1683 0 1353 1385 4.386 4.353 3.059 + 1 10 2 5 50.18 66.07 68.00 68.00 67.73 98.84 91.21 6524 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0.913 0.993 0 1 1 99.8 68.2 2532 1731 5930 0 0 33 5962 -1699 -0 1350 1382 4.424 4.393 3.084 + 1 10 3 5 50.90 65.93 68.00 68.00 67.72 98.86 91.21 6532 24884 24884 5954 0.985 1.022 0.239 0.333 0.912 0.993 0 1 1 99.6 68.2 2526 1729 5921 0 0 32 5954 -1698 -0 1345 1378 4.434 4.402 3.089 + 1 10 4 0 50.75 65.94 68.00 68.00 67.72 98.85 91.20 6530 24856 24856 6009 0.985 1.022 0.242 0.333 0.920 0.994 0 1 1 100.4 68.9 2546 1748 5977 0 0 33 6009 -1716 0 1360 1393 4.422 4.393 3.082 + 1 10 4 1 50.60 65.97 68.00 68.00 67.72 98.84 91.19 6528 24827 24827 6040 0.985 1.022 0.243 0.333 0.925 0.994 0 1 1 100.8 69.5 2555 1761 6007 0 0 33 6040 -1724 -0 1371 1403 4.410 4.383 3.075 + 1 10 4 2 50.45 65.99 68.00 68.00 67.72 98.84 91.19 6527 24798 24798 6069 0.985 1.022 0.245 0.333 0.930 0.994 0 1 1 101.2 69.9 2565 1773 6035 0 0 33 6069 -1731 0 1380 1413 4.398 4.373 3.069 + 1 10 4 3 50.30 66.02 68.00 68.00 67.72 98.84 91.19 6525 24770 24770 6097 0.985 1.022 0.246 0.333 0.934 0.995 0 1 1 101.6 70.4 2575 1784 6063 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0 0 0 + 7 5 18 2 88.07 86.83 75.67 77.14 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 18 3 87.86 86.89 75.74 77.22 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 18 4 87.65 86.95 75.81 77.30 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 18 5 87.44 87.01 75.87 77.37 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 19 0 87.29 87.06 75.93 77.44 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 19 1 87.14 87.11 75.99 77.52 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 19 2 86.99 87.15 76.04 77.58 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 19 3 86.84 87.17 76.09 77.64 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 19 4 86.69 87.18 76.13 77.70 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 19 5 86.54 87.19 76.16 77.75 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 20 0 85.82 87.17 76.18 77.79 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 20 1 85.10 87.12 76.19 77.82 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 20 2 84.38 87.07 76.21 77.85 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 20 3 83.66 86.99 76.21 77.88 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 20 4 82.94 86.89 76.22 77.90 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 20 5 82.22 86.79 76.23 77.92 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 21 0 81.23 86.68 76.23 77.94 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 21 1 80.24 86.58 76.22 77.95 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 21 2 79.25 86.47 76.22 77.96 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 21 3 78.26 86.37 76.21 77.97 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 21 4 77.27 86.26 76.20 77.97 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 21 5 76.28 86.14 76.20 77.98 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 22 0 75.35 86.07 76.15 77.91 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 22 1 74.42 85.93 76.08 77.83 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 22 2 73.49 85.77 75.98 77.75 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 22 3 72.56 80.97 75.94 77.77 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 22 4 71.63 81.65 75.82 77.67 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 22 5 70.70 81.86 75.69 77.59 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 23 0 70.19 83.24 75.68 77.61 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 23 1 69.68 83.55 75.66 77.62 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 23 2 69.17 83.18 75.64 77.62 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 23 3 68.66 83.08 75.63 77.62 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 23 4 68.15 82.50 75.64 77.62 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + 7 5 23 5 67.64 82.38 75.64 77.62 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 + + + +Hourly Energy (kBtu + into 1st Floor-zn, except E = Energy Consumed, * = last sub timestep value) for Sun 05-Jul + + Hr Tout WBo Wo Tat2 Tin Trad Win* RHin* WBin* Slr Cond Surf ItgS ItgL AirL sInfVnt ACiv CCFM* CCFMV* OAV qsMec qlMec Clgt Htgt RunF* HtgE SupT* SupW* Scfm* + -- ---- ---- ----- ---- ---- ---- ------ ----- ----- ------ ----- ----- ----- ----- ----- ------- ---- ----- ----- ----- ------ ----- ----- ----- ----- ------ ----- ------ ----- + 1 64.6 56.6 .0080 81.0 75.2 75.1 .00871 47 61.70 0 -0.50 0.056 0.68 0.13 -.024 -0.23 0.25 4 0 0 0 0 0 0 0 0 59.3 .00688 0 + 2 61.9 55.6 .0080 80.0 75.1 74.9 .00871 47 61.63 0 -0.60 0.29 0.64 0.12 -.025 -0.33 0.27 4 0 0 0 0 0 0 0 0 59.3 .00688 0 + 3 60.8 55.1 .0080 79.0 74.8 74.8 .00872 47 61.56 0 -0.65 0.43 0.62 0.12 -.018 -0.39 0.28 5 0 0 0 0 0 0 0 0 59.3 .00688 0 + 4 58.8 54.3 .0080 78.0 74.6 74.6 .00872 48 61.48 0 -0.70 0.54 0.61 0.12 -.013 -0.45 0.29 5 0 0 0 0 0 0 0 0 59.3 .00688 0 + 5 57.7 53.9 .0080 77.1 74.4 74.4 .00872 48 61.40 0 -0.75 0.65 0.60 0.12 -.008 -0.51 0.30 6 0 0 0 0 0 0 0 0 59.3 .00688 0 + 6 56.8 53.5 .0080 76.1 74.1 74.2 .00874 49 61.35 0 -0.78 0.58 0.74 0.20 -.084 -0.55 0.31 7 0 0 0 0 0 0 0 0 59.3 .00688 0 + 7 56.1 53.3 .0080 74.8 72.7 73.4 .00851 50 60.39 0.51 -0.85 8.05 0.89 0.29 1.28 -8.60 11.1 7 104 0 0 0 0 0 0 0 59.3 .00688 0 + 8 58.3 54.7 .0083 73.8 71.9 72.5 .00845 51 60.10 1.01 -0.82 6.83 0.82 0.23 0.31 -7.83 11.1 8 104 0 0 0 0 0 0 0 59.3 .00688 0 + 9 61.3 56.9 .0089 73.1 71.6 72.0 .00857 52 60.22 1.19 -0.70 4.55 0.71 0.17 -0.68 -5.76 11.1 9 104 0 0 0 0 0 0 0 59.3 .00688 0 + 10 64.8 58.3 .0090 72.8 71.6 71.8 .00872 53 60.47 1.35 -0.57 2.28 0.64 0.13 -0.80 -3.70 11.1 10 105 0 0 0 0 0 0 0 59.3 .00688 0 + 11 70.5 61.0 .0093 73.1 71.9 72.0 .00885 53 60.83 1.56 -0.38 -0.54 0.63 0.12 -0.78 -1.26 8.06 11 -2 0 0 0 0 0 0 0 59.3 .00688 0 + 12 74.5 62.9 .0096 74.6 72.3 72.3 .00891 52 61.10 1.63 -0.20 -2.05 0.64 0.14 -0.34 -0.024 0.73 11 0 0 0 0 0 0 0 0 59.3 .00688 0 + 13 78.8 64.9 .0100 76.5 72.8 72.7 .00895 52 61.32 1.64 -.066 -2.31 0.64 0.15 -0.20 0.089 0.19 11 0 0 0 0 0 0 0 0 59.3 .00688 0 + 14 84.4 67.0 .0102 79.0 73.3 73.1 .00898 51 61.52 1.65 0.11 -2.53 0.65 0.15 -0.19 0.12 0.15 11 0 0 0 0 0 0 0 0 59.3 .00688 0 + 15 87.3 67.4 .0099 81.3 73.7 73.5 .00902 50 61.74 1.72 0.25 -2.80 0.69 0.17 -0.20 0.14 0.13 11 0 0 0 0 0 0 0 0 59.3 .00688 0 + 16 89.2 67.7 .0096 83.3 74.2 74.0 .00906 50 61.98 1.81 0.32 -3.02 0.75 0.20 -0.23 0.14 0.11 10 0 0 0 0 0 0 0 0 59.3 .00688 0 + 17 89.8 68.7 .0102 85.1 74.7 74.4 .00912 49 62.24 1.73 0.36 -3.12 0.87 0.29 -0.32 0.16 0.11 8 0 0 0 0 0 0 0 0 59.3 .00688 0 + 18 88.7 68.2 .0101 86.2 75.2 74.9 .00920 49 62.54 1.66 0.35 -3.23 1.04 0.41 -0.46 0.19 0.12 7 0 0 0 0 0 0 0 0 59.3 .00688 0 + 19 87.4 67.6 .0100 86.8 75.7 75.3 .00928 49 62.82 1.50 0.30 -3.18 1.19 0.44 -0.48 0.19 0.13 6 0 0 0 0 0 0 0 0 59.3 .00688 0 + 20 86.5 67.2 .0099 87.1 76.1 75.7 .00936 49 63.04 0.93 0.24 -2.61 1.26 0.39 -0.43 0.18 0.13 6 0 0 0 0 0 0 0 0 59.3 .00688 0 + 21 82.2 65.3 .0096 87.0 76.2 75.8 .00942 49 63.16 0.068 0.12 -1.58 1.24 0.32 -0.35 0.15 0.14 4 0 0 0 0 0 0 0 0 59.3 .00688 0 + 22 76.3 63.3 .0095 86.4 76.2 75.8 .00947 49 63.22 0 -.068 -1.14 1.13 0.26 -0.27 0.081 0.17 3 0 0 0 0 0 0 0 0 59.3 .00688 0 + 23 70.7 60.9 .0092 83.7 75.9 75.8 .00942 50 62.98 0 -0.29 0.028 0.95 0.19 0.25 -0.69 6.68 6 103 0 0 0 0 0 0 0 59.3 .00688 0 + 24 67.6 58.7 .0085 83.0 75.6 75.6 .00943 50 62.97 0 -0.44 -0.19 0.77 0.13 -.056 -0.15 0.23 4 0 0 0 0 0 0 0 0 59.3 .00688 0 + + Dy 80.0 74.2 74.1 19.96 -6.3 -4.0 19.39 4.98 -4.08 -29.0 2.63 0 0 0 0 0 0 + + + +Hourly Energy (kBtu + into 2nd Floor-zn, except E = Energy Consumed, * = last sub timestep value) for Sun 05-Jul + + Hr Tout WBo Wo Tat3 Tin Trad Win* RHin* WBin* Slr Cond Surf ItgS ItgL AirL sInfVnt ACiv CCFM* CCFMV* OAV qsMec qlMec Clgt Htgt RunF* HtgE SupT* SupW* Scfm* + -- ---- ---- ----- ---- ---- ---- ------ ----- ----- ------ ----- ----- ----- ----- ----- ------- ---- ----- ----- ----- ------ ----- ----- ----- ----- ------ ----- ------ ----- + 1 64.6 56.6 .0080 81.0 76.9 76.9 .00873 44 62.32 0 -0.54 0.17 0.57 0.14 -.036 -0.20 0.54 24 0 0 0 0 0 0 0 0 59.3 .00688 0 + 2 61.9 55.6 .0080 80.0 76.8 76.8 .00873 44 62.27 0 -0.63 0.40 0.54 0.14 -.036 -0.30 0.54 22 0 0 0 0 0 0 0 0 59.3 .00688 0 + 3 60.8 55.1 .0080 79.0 76.6 76.6 .00873 45 62.21 0 -0.68 0.54 0.51 0.14 -.030 -0.37 0.54 21 0 0 0 0 0 0 0 0 59.3 .00688 0 + 4 58.8 54.3 .0080 78.0 76.4 76.4 .00874 45 62.15 0 -0.73 0.65 0.51 0.14 -.025 -0.43 0.54 19 0 0 0 0 0 0 0 0 59.3 .00688 0 + 5 57.7 53.9 .0080 77.1 76.2 76.2 .00874 45 62.08 0 -0.78 0.75 0.51 0.14 -.022 -0.49 0.54 18 0 0 0 0 0 0 0 0 59.3 .00688 0 + 6 56.8 53.5 .0080 76.1 76.0 76.0 .00876 46 62.03 0 -0.80 0.65 0.67 0.24 -0.11 -0.52 0.54 17 0 0 0 0 0 0 0 0 59.3 .00688 0 + 7 56.1 53.3 .0080 74.8 74.7 75.4 .00859 47 61.22 0.81 -0.85 7.27 0.84 0.33 1.12 -8.06 4.88 18 275 0 0 0 0 0 0 0 59.3 .00688 0 + 8 58.3 54.7 .0083 73.8 74.0 74.6 .00851 48 60.91 1.44 -0.82 5.95 0.73 0.22 0.54 -7.30 4.83 20 276 0 0 0 0 0 0 0 59.3 .00688 0 + 9 61.3 56.9 .0089 73.1 73.5 74.1 .00856 49 60.86 1.55 -0.70 4.83 0.55 0.11 -0.29 -6.23 4.92 23 276 0 0 0 0 0 0 0 59.3 .00688 0 + 10 64.8 58.3 .0090 72.8 73.3 73.8 .00866 49 60.98 1.61 -0.58 3.32 0.47 0.060 -0.73 -4.82 5.01 25 277 0 0 0 0 0 0 0 59.3 .00688 0 + 11 70.5 61.0 .0093 73.1 73.4 73.7 .00878 50 61.26 1.58 -0.41 0.67 0.47 0.060 -0.76 -2.31 4.04 29 -6 0 0 0 0 0 0 0 59.3 .00688 0 + 12 74.5 62.9 .0096 74.6 73.9 73.9 .00882 49 61.47 1.45 -0.24 -1.46 0.46 0.060 -0.27 -0.22 1.02 33 0 0 0 0 0 0 0 0 59.3 .00688 0 + 13 78.8 64.9 .0100 76.5 74.2 74.2 .00884 49 61.63 1.29 -0.12 -1.73 0.45 0.060 -0.18 0.097 0.54 37 0 0 0 0 0 0 0 0 59.3 .00688 0 + 14 84.4 67.0 .0102 79.0 74.6 74.6 .00888 48 61.82 1.26 0.047 -2.08 0.46 0.060 -0.23 0.31 0.55 42 0 0 0 0 0 0 0 0 59.3 .00688 0 + 15 87.3 67.4 .0099 81.3 75.1 75.0 .00891 48 62.05 1.38 0.19 -2.58 0.50 0.080 -0.27 0.51 0.56 45 0 0 0 0 0 0 0 0 59.3 .00688 0 + 16 89.2 67.7 .0096 83.3 75.6 75.4 .00896 47 62.30 1.53 0.25 -3.01 0.57 0.11 -0.28 0.65 0.55 46 0 0 0 0 0 0 0 0 59.3 .00688 0 + 17 89.8 68.7 .0102 85.1 76.1 76.0 .00901 46 62.58 1.55 0.29 -3.27 0.70 0.17 -0.36 0.74 0.55 44 0 0 0 0 0 0 0 0 59.3 .00688 0 + 18 88.7 68.2 .0101 86.2 76.7 76.5 .00908 46 62.86 1.52 0.29 -3.38 0.84 0.22 -0.45 0.74 0.55 42 0 0 0 0 0 0 0 0 59.3 .00688 0 + 19 87.4 67.6 .0100 86.8 77.2 77.0 .00915 46 63.14 1.47 0.24 -3.40 1.01 0.28 -0.49 0.69 0.55 41 0 0 0 0 0 0 0 0 59.3 .00688 0 + 20 86.5 67.2 .0099 87.1 77.6 77.4 .00923 45 63.39 0.97 0.18 -2.95 1.16 0.33 -0.52 0.64 0.55 40 0 0 0 0 0 0 0 0 59.3 .00688 0 + 21 82.2 65.3 .0096 87.0 77.9 77.6 .00930 45 63.56 0.080 0.066 -1.83 1.17 0.33 -0.48 0.51 0.55 37 0 0 0 0 0 0 0 0 59.3 .00688 0 + 22 76.3 63.3 .0095 86.4 78.0 77.7 .00935 46 63.67 0 -0.12 -1.27 1.07 0.28 -0.38 0.32 0.55 34 0 0 0 0 0 0 0 0 59.3 .00688 0 + 23 70.7 60.9 .0092 83.7 77.8 77.7 .00939 46 63.59 0 -0.33 0.47 0.87 0.22 -0.27 -1.01 3.60 27 276 0 0 0 0 0 0 0 59.3 .00688 0 + 24 67.6 58.7 .0085 83.0 77.6 77.6 .00941 46 63.62 0 -0.47 -.093 0.67 0.14 -.091 -0.10 0.55 26 0 0 0 0 0 0 0 0 59.3 .00688 0 + + Dy 80.0 75.8 75.9 19.50 -7.3 -1.4 16.31 4.07 -4.65 -27.2 1.57 0 0 0 0 0 0 + + + +Hourly Energy (kBtu + into 1st Floor-zn, except E = Energy Consumed, * = last sub timestep value) for Sat 10-Jan + + Hr Tout WBo Wo Tat2 Tin Trad Win* RHin* WBin* Slr Cond Surf ItgS ItgL AirL sInfVnt ACiv CCFM* CCFMV* OAV qsMec qlMec Clgt Htgt RunF* HtgE SupT* SupW* Scfm* + -- ---- ---- ----- ---- ---- ---- ------ ----- ----- ------ ----- ----- ----- ----- ----- ------- ---- ----- ----- ----- ------ ----- ----- ----- ----- ------ ----- ------ ----- + 1 52.0 51.4 .0079 66.1 68.0 67.5 .00846 58 58.70 0 -0.55 -1.86 0.80 0.18 -.044 -0.51 0.33 9 0 0 2.1 -0.03 0 2.1 0.78 1.1 91.3 .00838 149 + 2 50.9 50.4 .0077 66.0 68.0 67.5 .00846 58 58.71 0 -0.60 -1.90 0.76 0.18 -.015 -0.58 0.34 9 0 0 2.3 -0.03 0 2.3 0.86 1.2 91.2 .00839 165 + 3 50.2 50.1 .0077 66.1 68.0 67.5 .00846 58 58.71 0 -0.65 -1.96 0.73 0.18 .0036 -0.62 0.34 9 0 0 2.5 -0.03 0 2.5 0.91 1.3 91.2 .00839 175 + 4 50.9 50.4 .0077 66.0 68.0 67.4 .00846 58 58.71 0 -0.65 -2.00 0.73 0.18 .0018 -0.62 0.34 9 0 0 2.5 -0.03 0 2.5 0.91 1.4 91.2 .00840 175 + 5 50.0 50.0 .0077 66.0 68.0 67.4 .00846 58 58.71 0 -0.66 -2.00 0.71 0.17 -.001 -0.62 0.34 9 0 0 2.6 -0.03 0 2.5 0.94 1.4 91.2 .00841 181 + 6 50.0 50.0 .0077 65.9 68.0 67.5 .00848 58 58.74 0 -0.67 -2.06 0.91 0.29 -0.12 -0.65 0.35 9 0 0 2.5 -0.02 0 2.5 0.88 1.3 91.1 .00843 170 + 7 50.0 49.7 .0075 65.6 68.0 67.5 .00852 58 58.81 0 -0.67 -2.10 1.12 0.41 -0.22 -0.66 0.35 9 0 0 2.3 -0.02 0 2.3 0.81 1.2 91.1 .00847 155 + 8 50.0 49.2 .0073 65.6 68.0 67.5 .00853 58 58.83 0.13 -0.67 -2.07 1.01 0.31 -.085 -0.65 0.35 9 0 0 2.3 -0.02 0 2.2 0.78 1.2 91.0 .00849 149 + 9 50.0 49.1 .0072 65.4 68.0 67.5 .00853 58 58.82 1.27 -0.70 -2.41 0.84 0.22 0.028 -0.64 0.34 10 0 0 1.6 -0.01 0 1.6 0.48 0.9 91.0 .00849 92 + 10 51.3 49.9 .0073 65.2 68.0 67.7 .00851 58 58.80 2.33 -0.73 -2.50 0.73 0.16 0.074 -0.61 0.34 10 0 0 0.8 -.007 0 0.8 0.18 0.5 90.9 .00847 34 + 11 52.0 50.9 .0077 64.9 68.0 67.8 .00851 58 58.80 2.99 -0.72 -2.53 0.72 0.15 0.031 -0.56 0.34 10 0 0 0.09 -.001 0 0.09 0 0.08 90.9 .00845 0 + 12 55.2 52.4 .0077 64.9 68.2 68.0 .00851 58 58.89 3.50 -0.67 -3.08 0.73 0.17 -.014 -0.48 0.36 11 0 0 0 0 0 0 0 0 90.9 .00845 0 + 13 57.2 53.7 .0080 65.2 68.4 68.2 .00852 57 58.99 3.46 -0.62 -3.18 0.73 0.18 -.054 -0.39 0.43 11 0 0 0 0 0 0 0 0 90.9 .00845 0 + 14 59.2 54.5 .0080 65.5 68.6 68.3 .00853 57 59.07 3.12 -0.57 -2.97 0.73 0.18 -.061 -0.32 0.45 11 0 0 0 0 0 0 0 0 90.9 .00845 0 + 15 60.1 54.8 .0080 65.8 68.7 68.5 .00855 57 59.13 2.43 -0.52 -2.41 0.78 0.21 -.091 -0.28 0.44 11 0 0 0 0 0 0 0 0 90.9 .00845 0 + 16 59.9 54.9 .0080 65.8 68.8 68.5 .00857 57 59.20 2.08 -0.51 -2.17 0.87 0.26 -0.14 -0.27 0.43 11 0 0 0 0 0 0 0 0 90.9 .00845 0 + 17 59.0 54.6 .0081 65.7 68.6 68.4 .00862 58 59.17 0 -0.51 -0.24 1.03 0.36 -0.26 -0.28 0.36 12 0 0 0 0 0 0 0 0 90.9 .00845 0 + 18 57.9 54.1 .0081 65.4 68.4 68.2 .00869 59 59.23 0 -0.53 -0.42 1.25 0.52 -0.41 -0.31 0.30 12 0 0 0 0 0 0 0 0 90.9 .00845 0 + 19 56.8 53.5 .0080 64.9 68.3 68.0 .00877 59 59.31 0 -0.56 -0.56 1.47 0.56 -0.43 -0.34 0.31 12 0 0 0 0 0 0 0 0 90.9 .00845 0 + 20 54.5 52.5 .0079 64.5 68.2 67.9 .00883 60 59.36 0 -0.58 -0.60 1.58 0.52 -0.37 -0.41 0.32 12 0 0 0 0 0 0 0 0 90.9 .00845 0 + 21 50.9 49.8 .0074 64.0 68.0 67.8 .00887 61 59.39 0 -0.69 -0.61 1.55 0.45 -0.23 -0.54 0.34 11 0 0 0.3 -.002 0 0.3 0.15 0.10 90.5 .00884 28 + 22 50.0 49.5 .0074 63.7 68.0 67.7 .00889 61 59.42 0 -0.79 -1.05 1.41 0.36 -.090 -0.63 0.35 12 0 0 1.1 -.006 0 1.1 0.28 0.4 90.4 .00885 53 + 23 50.0 49.9 .0076 63.5 68.0 67.6 .00889 61 59.42 0 -0.80 -1.36 1.15 0.27 -.006 -0.65 0.35 11 0 0 1.7 -0.01 0 1.6 0.54 0.7 90.3 .00882 104 + 24 50.0 49.3 .0073 63.6 68.0 67.5 .00887 61 59.38 0 -0.81 -1.58 0.92 0.18 0.12 -0.66 0.36 11 0 0 2.1 -0.03 0 2.1 0.75 1.1 90.4 .00880 144 + + Dy 65.2 68.2 67.8 21.32 -15.5 -43.6 23.26 6.66 -2.37 -12.3 0.36 0 27 -0 0 26 14 + + + +Hourly Energy (kBtu + into 2nd Floor-zn, except E = Energy Consumed, * = last sub timestep value) for Sat 10-Jan + + Hr Tout WBo Wo Tat3 Tin Trad Win* RHin* WBin* Slr Cond Surf ItgS ItgL AirL sInfVnt ACiv CCFM* CCFMV* OAV qsMec qlMec Clgt Htgt RunF* HtgE SupT* SupW* Scfm* + -- ---- ---- ----- ---- ---- ---- ------ ----- ----- ------ ----- ----- ----- ----- ----- ------- ---- ----- ----- ----- ------ ----- ----- ----- ----- ------ ----- ------ ----- + 1 52.0 51.4 .0079 66.1 68.0 67.7 .00831 57 58.46 0 -0.53 -1.19 0.75 0.21 -0.16 -0.40 0.55 18 0 0 1.4 0.02 0 1.4 0.78 1.1 91.3 .00838 149 + 2 50.9 50.4 .0077 66.0 68.0 67.7 .00833 57 58.50 0 -0.58 -1.22 0.71 0.21 -0.14 -0.44 0.55 18 0 0 1.5 0.02 0 1.5 0.86 1.2 91.2 .00839 165 + 3 50.2 50.1 .0077 66.1 68.0 67.7 .00835 57 58.53 0 -0.62 -1.27 0.68 0.21 -0.12 -0.47 0.55 17 0 0 1.7 0.02 0 1.7 0.91 1.3 91.2 .00839 175 + 4 50.9 50.4 .0077 66.0 68.0 67.7 .00837 57 58.55 0 -0.62 -1.33 0.68 0.21 -0.12 -0.46 0.55 17 0 0 1.7 0.01 0 1.7 0.91 1.4 91.2 .00840 175 + 5 50.0 50.0 .0077 66.0 68.0 67.7 .00838 57 58.58 0 -0.63 -1.35 0.67 0.21 -0.11 -0.47 0.55 17 0 0 1.8 0.01 0 1.8 0.94 1.4 91.2 .00841 181 + 6 50.0 50.0 .0077 65.9 68.0 67.7 .00842 58 58.64 0 -0.64 -1.44 0.91 0.34 -0.23 -0.48 0.55 17 0 0 1.6 0.007 0 1.7 0.88 1.3 91.1 .00843 170 + 7 50.0 49.7 .0075 65.6 68.0 67.7 .00847 58 58.72 0 -0.64 -1.50 1.16 0.48 -0.35 -0.48 0.55 16 0 0 1.5 0.004 0 1.5 0.81 1.2 91.1 .00847 155 + 8 50.0 49.2 .0073 65.6 68.0 67.7 .00849 58 58.76 0.11 -0.64 -1.47 0.98 0.32 -0.15 -0.48 0.55 16 0 0 1.5 0.002 0 1.5 0.78 1.2 91.0 .00849 149 + 9 50.0 49.1 .0072 65.4 68.0 67.7 .00848 58 58.75 0.97 -0.66 -1.71 0.72 0.16 0.030 -0.49 0.54 16 0 0 1.2 .0004 0 1.2 0.48 0.9 91.0 .00849 92 + 10 51.3 49.9 .0073 65.2 68.0 67.8 .00847 58 58.72 1.60 -0.69 -1.65 0.59 0.087 0.10 -0.47 0.54 16 0 0 0.6 0.00 0 0.6 0.18 0.5 90.9 .00847 34 + 11 52.0 50.9 .0077 64.9 68.0 67.9 .00846 58 58.71 1.85 -0.68 -1.45 0.59 0.087 0.073 -0.45 0.54 17 0 0 0.1 -0.00 0 0.1 0 0.08 90.9 .00845 0 + 12 55.2 52.4 .0077 64.9 68.0 68.0 .00845 58 58.73 1.95 -0.62 -1.52 0.58 0.087 0.055 -0.39 0.55 19 0 0 0 0 0 0 0 0 90.9 .00845 0 + 13 57.2 53.7 .0080 65.2 68.2 68.1 .00844 57 58.77 1.91 -0.57 -1.58 0.57 0.087 0.038 -0.33 0.54 20 0 0 0 0 0 0 0 0 90.9 .00845 0 + 14 59.2 54.5 .0080 65.5 68.3 68.3 .00844 57 58.82 1.87 -0.52 -1.65 0.58 0.087 0.025 -0.28 0.54 22 0 0 0 0 0 0 0 0 90.9 .00845 0 + 15 60.1 54.8 .0080 65.8 68.4 68.4 .00844 57 58.87 1.57 -0.48 -1.48 0.64 0.12 -.009 -0.25 0.54 22 0 0 0 0 0 0 0 0 90.9 .00845 0 + 16 59.9 54.9 .0080 65.8 68.6 68.5 .00845 57 58.93 1.39 -0.47 -1.40 0.73 0.16 -.065 -0.25 0.54 22 0 0 0 0 0 0 0 0 90.9 .00845 0 + 17 59.0 54.6 .0081 65.7 68.6 68.5 .00847 57 58.93 0 -0.47 -0.17 0.91 0.24 -0.16 -0.27 0.54 22 0 0 0 0 0 0 0 0 90.9 .00845 0 + 18 57.9 54.1 .0081 65.4 68.5 68.4 .00851 57 58.97 0 -0.50 -0.31 1.11 0.32 -0.24 -0.30 0.54 21 0 0 0 0 0 0 0 0 90.9 .00845 0 + 19 56.8 53.5 .0080 64.9 68.4 68.4 .00856 58 59.03 0 -0.53 -0.49 1.36 0.40 -0.32 -0.33 0.54 20 0 0 0 0 0 0 0 0 90.9 .00845 0 + 20 54.5 52.5 .0079 64.5 68.4 68.3 .00861 58 59.11 0 -0.56 -0.62 1.57 0.48 -0.39 -0.38 0.54 19 0 0 0 0 0 0 0 0 90.9 .00845 0 + 21 50.9 49.8 .0074 64.0 68.3 68.3 .00866 59 59.16 0 -0.67 -0.45 1.58 0.48 -0.35 -0.46 0.54 16 0 0 0 0 0 0 0.15 0.10 90.5 .00884 28 + 22 50.0 49.5 .0074 63.7 68.2 68.1 .00870 59 59.16 0 -0.76 -0.18 1.44 0.41 -0.25 -0.50 0.54 16 0 0 0 0 0 0 0.28 0.4 90.4 .00885 53 + 23 50.0 49.9 .0076 63.5 68.0 68.0 .00873 60 59.15 0 -0.76 -0.13 1.16 0.31 -0.16 -0.50 0.54 15 0 0 0.2 0.005 0 0.2 0.54 0.7 90.3 .00882 104 + 24 50.0 49.3 .0073 63.6 68.0 67.8 .00873 60 59.16 0 -0.76 -0.61 0.87 0.21 -.049 -0.51 0.55 15 0 0 1.0 0.01 0 1.0 0.75 1.1 90.4 .00880 144 + + Dy 65.2 68.2 68.0 13.21 -14.6 -26.2 21.55 5.91 -3.07 -9.9 0.55 0 16 0 0 16 14 + + + +! Log for Run 001: T24 Analysis / Proposed / Plan 1-2025.ribd25 / C:/Com + +! CSE 0.927.0-rc1+rsys-mzbug.1ffd4ae8.2.dirty for Win32 console + + + +Input for Run 001: + +# #define RunDateFmt 11:31, Tue, Sep 30, 2025 +# #define RunID 7 // Proposed +# #define AnalysisType 13 // Proposed and Standard +# #define CompCodeBase 2025 // CA2025 +# #define StdDesignBase 2025 // CA2025 +# #define StandardsVersion 2026 // Compliance 2026 +# #define DesignRatingBase 0 // - none - +# #define ClimateZone 12 // CZ12 (Sacramento) +# #define DD1 Jul 02 +# #define CD1 Jul 05 +# #define HD1 Jan 10 +# #define SEASONCHANGESETPT 60 +# #define FANVENTLOCKOUTTEMP 68 +# #define ISSEASONCOOLING (@weather.taDbAvg07 > SEASONCHANGESETPT) +# #define FANVENTAVAIL (@weather.taDbAvg07 > FANVENTLOCKOUTTEMP) +# #define WINDOWVENTAVAIL (!@Top.autoSizing && ($hour < 24 && ($hour > 12 || $radDiff+$radbeam > .01))) +# #define HWUSEF_WD hourval( 0.014, 0.008, 0.009, 0.011, 0.020, 0.044, 0.089, 0.107, 0.089, 0.066, 0.052, 0.038, 0.036, 0.033, 0.032, 0.026, 0.042, 0.048, 0.052, 0.047, 0.042, 0.039, 0.036, 0.022 ) +# #define HWUSEF_WE hourval( 0.018, 0.010, 0.009, 0.008, 0.015, 0.023, 0.026, 0.047, 0.077, 0.083, 0.074, 0.061, 0.051, 0.043, 0.039, 0.039, 0.052, 0.058, 0.056, 0.052, 0.047, 0.044, 0.040, 0.028 ) +# #define ShwrFLOWF 1 +# #define ShwrDRAINHREFF 0 +# #define CwshHOTF 0.22 +# #define CwshUSEF 2.03 +# #define FaucHOTF 0.5 +# #define FaucFlowF 1 +# #define BathFLOWF 1 +# #define BathDRAINHREFF 0 +# #define DwshFLOWF 1 +# #define Cook_WD hourval( .005,.004,.004,.004,.004,.014,.019,.025,.026,.022,.021,.029,.035,.032,.034,.052,.115,.193,.180,.098,.042,.020,.012,.010) +# #define Cook_WEH hourval( .005,.004,.003,.003,.003,.005,.010,.027,.048,.048,.046,.055,.063,.059,.062,.068,.091,.139,.129,.072,.032,.014,.009,.005) +# #define TV_WD hourval( .035,.026,.023,.022,.021,.021,.025,.032,.038,.040,.038,.038,.041,.042,.042,.041,.044,.049,.056,.064,.070,.074,.067,.051) +# #define TV_WEH hourval( .035,.027,.022,.021,.020,.020,.022,.029,.037,.043,.042,.039,.040,.042,.045,.048,.051,.052,.056,.061,.065,.069,.064,.050) +# #define STB_WD hourval( .040,.040,.040,.040,.040,.040,.040,.041,.040,.040,.040,.040,.040,.040,.041,.041,.042,.043,.044,.045,.046,.047,.045,.045) +# #define STB_WEH hourval( .041,.041,.040,.041,.040,.040,.040,.040,.041,.042,.042,.041,.041,.041,.041,.042,.042,.043,.044,.044,.045,.045,.044,.039) +# #define Comp_WD hourval( .036,.033,.032,.032,.031,.032,.034,.036,.039,.043,.045,.045,.046,.046,.046,.047,.048,.049,.049,.049,.049,.048,.044,.041) +# #define Comp_WEH hourval( .036,.034,.033,.033,.032,.033,.033,.035,.038,.042,.044,.045,.046,.047,.047,.048,.049,.049,.048,.048,.048,.047,.044,.041) +# #define RMEL_WD hourval( .037,.035,.034,.034,.032,.036,.042,.044,.037,.032,.033,.033,.032,.033,.035,.037,.044,.053,.058,.060,.062,.060,.052,.045) +# #define RMEL_WEH hourval( .037,.035,.034,.034,.032,.036,.042,.044,.037,.032,.033,.033,.032,.033,.035,.037,.044,.053,.058,.060,.062,.060,.052,.045) +# #define IntLight_WD hourval( .023,.019,.015,.017,.021,.031,.042,.041,.034,.029,.027,.025,.021,.021,.021,.026,.031,.044,.084,.117,.113,.096,.063,.039) +# #define IntLight_WEH hourval( .023,.019,.015,.017,.021,.031,.042,.041,.034,.029,.027,.025,.021,.021,.021,.026,.031,.044,.084,.117,.113,.096,.063,.039) +# #define ExtLight_WD hourval( .046,.046,.046,.046,.046,.037,.035,.034,.033,.028,.022,.015,.012,.011,.011,.012,.019,.037,.049,.065,.091,.105,.091,.063) +# #define ExtLight_WEH hourval( .046,.046,.045,.045,.046,.045,.044,.041,.036,.030,.024,.016,.012,.011,.011,.012,.019,.038,.048,.060,.083,.098,.085,.059) +# #define Cook_SM choose1( $month, 1.094,1.065,1.074,0.889,0.891,0.935,0.993,0.92,0.923,0.92,1.128,1.168) +# #define TV_SM choose1( $month, 1.032,.991,.986,.99,.971,.971,1.002,1.013,1.008,1.008,1.02,1.008) +# #define STB_SM choose1( $month, 1.02,.84,.92,.98,.91,.94,1.05,1.06,1.06,1.14,1.03,1.050) +# #define Comp_SM choose1( $month, 0.98,0.87,0.89,1.11,1.14,0.99,1.05,1.01,0.96,0.97,0.99,1.04) +# #define Other_SM choose1( $month, 1.19,1.11,1.02,.93,.84,.8,.82,.88,.98,1.07,1.16,1.2) +# #define RefrConst_WD hourval( -0.5436,-0.3646,-0.4044,-0.3871,-0.5341,-0.7521,-0.3747,0.0041,-0.1293,-0.4644,-0.4800,-0.4351,-0.2195,-0.3301,-0.0919,-0.1686,-0.4819,-0.4731,-0.2223,0.0604,-0.1466,-0.3214,-0.4113,-0.7701) +# #define RefrConst_WEH hourval( -0.3467,-0.2779,-0.2844,-0.2954,-0.4680,-0.5127,-0.7110,-0.5662,0.0463,-0.2995,-0.2388,-0.2646,-0.2905,-0.2730,-0.3306,-0.0031,-0.4356,-0.2580,0.2384,0.1176,-0.0458,-0.0596,-0.5300,0.0197 ) +# #define RefrTemp_WD hourval( 0.0195,0.0167,0.0169,0.0165,0.0183,0.0218,0.0178,0.0136,0.0151,0.0189,0.0188,0.0183,0.0156,0.0169,0.0137,0.0149,0.0197,0.0208,0.0184,0.0144,0.0166,0.0184,0.0188,0.0229) +# #define RefrTemp_WEH hourval( 0.0171,0.0156,0.0155,0.0154,0.0175,0.0181,0.0212,0.0201,0.0130,0.0176,0.0165,0.0171,0.0177,0.0176,0.0182,0.0139,0.0197,0.0180,0.0121,0.0135,0.0154,0.0150,0.0205,0.0129) +# #define FVCHPC 0.95 // VCHP cooling input energy factor +# #define FVCHPH 0.88 // VCHP heating input energy factor +# #define NumCntrlWHtrs( s) tofloat( 1+fix(@DHWSYS[ s].loadMax / (15400. * @DHWSYS[ s].loadMaxDur))) +# #define RunFileName Plan 1-2025 - Prop +# #define FAWHPC 0.92 // AWHP cooling input energy factor +# #define FAWHPH 0.98 // AWHP heating input energy factor +# #define FAWHPD 0.98 // DWHEATER whFAdjElec electricity use adjustment multiplier (default 1) + + repHdrL = "T24 Analysis" + runTitle = "T24 Analysis / Proposed / Plan 1-2025.ribd25 / C:/CompMngr/Issue281/Plan 1-2025 - Comp25/" // written to report footers, export headers, and in the title lines of INP, LOG, and ERR reports + wfName = "USA_CA_Sacramento.Exec.AP.724830_CTZ2010.epw" + // tdvfName = "Plan 1-2025 - Prop-tdv.csv" + ebTolHour = 0.001 + ebTolDay = 0.001 + ebTolMon = 0.001 + ebTolSubHr = 0.001 + jan1DOW = "THU" + skyModel = "anisotropic" + bldgAzm = 0 + dt = "YES" + heatDsTDbO = 31.5 // °F + coolDsCond = "ClgDC_0p4pct_Jul" // Cool design condition(s) + nSubSteps = 6 + wuDays = 30 + awTrigSlr = 0.1 + anTolAbs = 0.005 + anTolRel = 0.0005 + auszTol = 0.01 + awTrigT = 3 + awTrigH = 0.3 + + CONSTRUCTION "cc-R-13 + R-4 Ext. Wall" // Cavity R-val: 13 + + LAYER "cl1-R-13 + R-4 Ext. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-13 + R-4 Ext. Wall" + lrMat = "m-Ins-R13-D1.5-SH0.2-C0.02244" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-R-13 + R-4 Ext. Wall" + lrMat = "m-Insul-R4-D1.5-SH0.35-C0.02083" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + + LAYER "cl4-R-13 + R-4 Ext. Wall" + lrMat = "m-Synthetic Stucco" // Layer material + lrThk = 0.03125 // Thickness (feet), ft + + CONSTRUCTION "fc-R-13 + R-4 Ext. Wall" + + LAYER "fl1-R-13 + R-4 Ext. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-13 + R-4 Ext. Wall" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-R-13 + R-4 Ext. Wall" + lrMat = "m-Insul-R4-D1.5-SH0.35-C0.02083" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + + LAYER "fl4-R-13 + R-4 Ext. Wall" + lrMat = "m-Synthetic Stucco" // Layer material + lrThk = 0.03125 // Thickness (feet), ft + + CONSTRUCTION "cc-R-19 + R-4 Ext. Wall" // Cavity R-val: 18 + + LAYER "cl1-R-19 + R-4 Ext. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-19 + R-4 Ext. Wall" + lrMat = "m-Ins-R18-D1.5-SH0.2-C0.02546" // Layer material + lrThk = 0.458333 // Thickness (feet), ft + + LAYER "cl3-R-19 + R-4 Ext. Wall" + lrMat = "m-Insul-R4-D1.5-SH0.35-C0.02083" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + + LAYER "cl4-R-19 + R-4 Ext. Wall" + lrMat = "m-Synthetic Stucco" // Layer material + lrThk = 0.03125 // Thickness (feet), ft + + CONSTRUCTION "fc-R-19 + R-4 Ext. Wall" + + LAYER "fl1-R-19 + R-4 Ext. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-19 + R-4 Ext. Wall" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.458333 // Thickness (feet), ft + + LAYER "fl3-R-19 + R-4 Ext. Wall" + lrMat = "m-Insul-R4-D1.5-SH0.35-C0.02083" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + + LAYER "fl4-R-19 + R-4 Ext. Wall" + lrMat = "m-Synthetic Stucco" // Layer material + lrThk = 0.03125 // Thickness (feet), ft + + CONSTRUCTION "cc-R-13 Int. Wall" + + LAYER "cl1-R-13 Int. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-13 Int. Wall" + lrMat = "m-Ins-R13-D1.5-SH0.2-C0.02244" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-R-13 Int. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + CONSTRUCTION "fc-R-13 Int. Wall" + + LAYER "fl1-R-13 Int. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-13 Int. Wall" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-R-13 Int. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + CONSTRUCTION "cc-R-19 Int. Wall" + + LAYER "cl1-R-19 Int. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-19 Int. Wall" + lrMat = "m-Ins-R18-D1.5-SH0.2-C0.02546" // Layer material + lrThk = 0.458333 // Thickness (feet), ft + + LAYER "cl3-R-19 Int. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + CONSTRUCTION "fc-R-19 Int. Wall" + + LAYER "fl1-R-19 Int. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-19 Int. Wall" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.458333 // Thickness (feet), ft + + LAYER "fl3-R-19 Int. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + CONSTRUCTION "cc-R-0 Ext. Gar. Wall" // Cavity R-val: 0 + + LAYER "cl1-R-0 Ext. Gar. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-0 Ext. Gar. Wall" + lrMat = "m-VertWallCavity" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-R-0 Ext. Gar. Wall" + lrMat = "m-Synthetic Stucco" // Layer material + lrThk = 0.03125 // Thickness (feet), ft + + CONSTRUCTION "fc-R-0 Ext. Gar. Wall" + + LAYER "fl1-R-0 Ext. Gar. Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-0 Ext. Gar. Wall" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-R-0 Ext. Gar. Wall" + lrMat = "m-Synthetic Stucco" // Layer material + lrThk = 0.03125 // Thickness (feet), ft + + CONSTRUCTION "cc-Tile Roof (steep)-user" // Cavity R-val: 0 + + LAYER "cl2-Tile Roof (steep)-user" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl3-Tile Roof (steep)-user" + lrMat = "m-TileGap" // Layer material + lrThk = 0.0625 // Thickness (feet), ft + + LAYER "cl4-Tile Roof (steep)-user" + lrMat = "m-10 PSF Roof" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + + CONSTRUCTION "fc-Tile Roof (steep)-user" + + LAYER "fl1-Tile Roof (steep)-user" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl2-Tile Roof (steep)-user" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl3-Tile Roof (steep)-user" + lrMat = "m-TileGap" // Layer material + lrThk = 0.0625 // Thickness (feet), ft + + LAYER "fl4-Tile Roof (steep)-user" + lrMat = "m-10 PSF Roof" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + + CONSTRUCTION "cc-R-30 Ceiling below Attic" // Cavity R-val: 30 + + LAYER "cl1-R-30 Ceiling below Attic" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-30 Ceiling below Attic" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-R-30 Ceiling below Attic" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.669872 // Thickness (feet), ft + + CONSTRUCTION "fc-R-30 Ceiling below Attic" + + LAYER "fl1-R-30 Ceiling below Attic" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-30 Ceiling below Attic" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-R-30 Ceiling below Attic" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.669872 // Thickness (feet), ft + + CONSTRUCTION "cc-R-19 Comp. Roof" // Cavity R-val: 19 + + LAYER "cl1-R-19 Comp. Roof" + lrMat = "m-Ins-R13-D1.5-SH0.2-C0.02244" // Layer material + lrThk = 0.134648 // Thickness (feet), ft + + LAYER "cl2-R-19 Comp. Roof" + lrMat = "m-Ins-R13-D1.5-SH0.2-C0.02244" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-R-19 Comp. Roof" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl4-R-19 Comp. Roof" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + + CONSTRUCTION "fc-R-19 Comp. Roof" + + LAYER "fl2-R-19 Comp. Roof" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-R-19 Comp. Roof" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl4-R-19 Comp. Roof" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + + CONSTRUCTION "cc-R-0 Ceiling below Attic Gar." // Cavity R-val: 0 + + LAYER "cl1-R-0 Ceiling below Attic Gar." + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + CONSTRUCTION "fc-R-0 Ceiling below Attic Gar." + + LAYER "fl1-R-0 Ceiling below Attic Gar." + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-0 Ceiling below Attic Gar." + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + CONSTRUCTION "cc-Tile Roof (steep)-user-2" // Cavity R-val: 0 + + LAYER "cl2-Tile Roof (steep)-user-2" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl3-Tile Roof (steep)-user-2" + lrMat = "m-TileGap" // Layer material + lrThk = 0.0625 // Thickness (feet), ft + + LAYER "cl4-Tile Roof (steep)-user-2" + lrMat = "m-10 PSF Roof" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + + CONSTRUCTION "fc-Tile Roof (steep)-user-2" + + LAYER "fl1-Tile Roof (steep)-user-2" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl2-Tile Roof (steep)-user-2" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl3-Tile Roof (steep)-user-2" + lrMat = "m-TileGap" // Layer material + lrThk = 0.0625 // Thickness (feet), ft + + LAYER "fl4-Tile Roof (steep)-user-2" + lrMat = "m-10 PSF Roof" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + + CONSTRUCTION "cc-R-0 Comp. Roof" // Cavity R-val: 0 + + LAYER "cl2-R-0 Comp. Roof" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl3-R-0 Comp. Roof" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + + CONSTRUCTION "fc-R-0 Comp. Roof" + + LAYER "fl1-R-0 Comp. Roof" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl2-R-0 Comp. Roof" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl3-R-0 Comp. Roof" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + + CONSTRUCTION "cc-R-0 Floor over Cond" + + LAYER "cl1-R-0 Floor over Cond" + lrMat = "m-Carpet" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-0 Floor over Cond" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl4-R-0 Floor over Cond" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + CONSTRUCTION "fc-R-0 Floor over Cond" + + LAYER "fl1-R-0 Floor over Cond" + lrMat = "m-Carpet" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-0 Floor over Cond" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl3-R-0 Floor over Cond" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.9375 // Thickness (feet), ft + + LAYER "fl4-R-0 Floor over Cond" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + CONSTRUCTION "cc-R-19 Floor over Ext." + + LAYER "cl1-R-19 Floor over Ext." + lrMat = "m-Carpet" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-19 Floor over Ext." + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl3-R-19 Floor over Ext." + lrMat = "m-Ins-R19-D1.5-SH0.2-C0.04934" // Layer material + lrThk = 0.9375 // Thickness (feet), ft + + LAYER "cl4-R-19 Floor over Ext." + lrMat = "m-Synthetic Stucco" // Layer material + lrThk = 0.03125 // Thickness (feet), ft + + CONSTRUCTION "fc-R-19 Floor over Ext." + + LAYER "fl1-R-19 Floor over Ext." + lrMat = "m-Carpet" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-19 Floor over Ext." + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl3-R-19 Floor over Ext." + lrMat = "m-SoftWood" // Layer material + lrThk = 0.9375 // Thickness (feet), ft + + LAYER "fl4-R-19 Floor over Ext." + lrMat = "m-Synthetic Stucco" // Layer material + lrThk = 0.03125 // Thickness (feet), ft + + CONSTRUCTION "cc-R-19 Floor over Gar." + + LAYER "cl1-R-19 Floor over Gar." + lrMat = "m-Carpet" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-19 Floor over Gar." + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl3-R-19 Floor over Gar." + lrMat = "m-Ins-R19-D1.5-SH0.2-C0.04934" // Layer material + lrThk = 0.9375 // Thickness (feet), ft + + LAYER "cl4-R-19 Floor over Gar." + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + CONSTRUCTION "fc-R-19 Floor over Gar." + + LAYER "fl1-R-19 Floor over Gar." + lrMat = "m-Carpet" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-19 Floor over Gar." + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl3-R-19 Floor over Gar." + lrMat = "m-SoftWood" // Layer material + lrThk = 0.9375 // Thickness (feet), ft + + LAYER "fl4-R-19 Floor over Gar." + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + CONSTRUCTION "cc-R-22 Platform" // Cavity R-val: 22 + + LAYER "cl1-R-22 Platform" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-R-22 Platform" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-R-22 Platform" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.413462 // Thickness (feet), ft + + CONSTRUCTION "fc-R-22 Platform" + + LAYER "fl1-R-22 Platform" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-R-22 Platform" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-R-22 Platform" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.413462 // Thickness (feet), ft + + CONSTRUCTION "cc-Tile Roof (steep)" // Cavity R-val: 0 + + LAYER "cl2-Tile Roof (steep)" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl3-Tile Roof (steep)" + lrMat = "m-TileGap" // Layer material + lrThk = 0.0625 // Thickness (feet), ft + + LAYER "cl4-Tile Roof (steep)" + lrMat = "m-10 PSF Roof" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + + CONSTRUCTION "fc-Tile Roof (steep)" + + LAYER "fl1-Tile Roof (steep)" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl2-Tile Roof (steep)" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl3-Tile Roof (steep)" + lrMat = "m-TileGap" // Layer material + lrThk = 0.0625 // Thickness (feet), ft + + LAYER "fl4-Tile Roof (steep)" + lrMat = "m-10 PSF Roof" // Layer material + lrThk = 0.083333 // Thickness (feet), ft + + CONSTRUCTION "cc-Garage Ext Wall" // Cavity R-val: 0 + + LAYER "cl1-Garage Ext Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-Garage Ext Wall" + lrMat = "m-VertWallCavity" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-Garage Ext Wall" + lrMat = "m-3 Coat Stucco" // Layer material + lrThk = 0.072917 // Thickness (feet), ft + + CONSTRUCTION "fc-Garage Ext Wall" + + LAYER "fl1-Garage Ext Wall" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-Garage Ext Wall" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-Garage Ext Wall" + lrMat = "m-3 Coat Stucco" // Layer material + lrThk = 0.072917 // Thickness (feet), ft + + CONSTRUCTION "cc-Ceiling below attic-AtcEdgWA" + + LAYER "cl1-Ceiling below attic-AtcEdgWA" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-Ceiling below attic-AtcEdgWA" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.445388 // Thickness (feet), ft + + LAYER "cl3-Ceiling below attic-AtcEdgWA" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl4-Ceiling below attic-AtcEdgWA" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + + CONSTRUCTION "fc-Ceiling below attic-AtcEdgWA" + + LAYER "fl1-Ceiling below attic-AtcEdgWA" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-Ceiling below attic-AtcEdgWA" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.445388 // Thickness (feet), ft + + LAYER "fl3-Ceiling below attic-AtcEdgWA" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl4-Ceiling below attic-AtcEdgWA" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + + CONSTRUCTION "cc-Ceiling below attic-AtcEdgWB" + + LAYER "cl1-Ceiling below attic-AtcEdgWB" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-Ceiling below attic-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-Ceiling below attic-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.502172 // Thickness (feet), ft + + LAYER "cl4-Ceiling below attic-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.59911 // Thickness (feet), ft + + LAYER "cl5-Ceiling below attic-AtcEdgWB" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl6-Ceiling below attic-AtcEdgWB" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + + CONSTRUCTION "fc-Ceiling below attic-AtcEdgWB" + + LAYER "fl1-Ceiling below attic-AtcEdgWB" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-Ceiling below attic-AtcEdgWB" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-Ceiling below attic-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.502172 // Thickness (feet), ft + + LAYER "fl4-Ceiling below attic-AtcEdgWB" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.59911 // Thickness (feet), ft + + LAYER "fl5-Ceiling below attic-AtcEdgWB" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl6-Ceiling below attic-AtcEdgWB" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + + CONSTRUCTION "cc-FAU Platform-AtcEdgWA" + + LAYER "cl1-FAU Platform-AtcEdgWA" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-FAU Platform-AtcEdgWA" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.454713 // Thickness (feet), ft + + LAYER "cl3-FAU Platform-AtcEdgWA" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl4-FAU Platform-AtcEdgWA" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + + CONSTRUCTION "fc-FAU Platform-AtcEdgWA" + + LAYER "fl1-FAU Platform-AtcEdgWA" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-FAU Platform-AtcEdgWA" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.454713 // Thickness (feet), ft + + LAYER "fl3-FAU Platform-AtcEdgWA" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl4-FAU Platform-AtcEdgWA" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + + CONSTRUCTION "cc-FAU Platform-AtcEdgWB" + + LAYER "cl1-FAU Platform-AtcEdgWB" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-FAU Platform-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-FAU Platform-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.384111 // Thickness (feet), ft + + LAYER "cl4-FAU Platform-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.61776 // Thickness (feet), ft + + LAYER "cl5-FAU Platform-AtcEdgWB" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl6-FAU Platform-AtcEdgWB" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + + CONSTRUCTION "fc-FAU Platform-AtcEdgWB" + + LAYER "fl1-FAU Platform-AtcEdgWB" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-FAU Platform-AtcEdgWB" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-FAU Platform-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.384111 // Thickness (feet), ft + + LAYER "fl4-FAU Platform-AtcEdgWB" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.61776 // Thickness (feet), ft + + LAYER "fl5-FAU Platform-AtcEdgWB" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl6-FAU Platform-AtcEdgWB" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + + CONSTRUCTION "cc-Ceiling below attic-2-AtcEdgWA" + + LAYER "cl1-Ceiling below attic-2-AtcEdgWA" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-Ceiling below attic-2-AtcEdgWA" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.454713 // Thickness (feet), ft + + LAYER "cl3-Ceiling below attic-2-AtcEdgWA" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl4-Ceiling below attic-2-AtcEdgWA" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + + CONSTRUCTION "fc-Ceiling below attic-2-AtcEdgWA" + + LAYER "fl1-Ceiling below attic-2-AtcEdgWA" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-Ceiling below attic-2-AtcEdgWA" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.454713 // Thickness (feet), ft + + LAYER "fl3-Ceiling below attic-2-AtcEdgWA" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl4-Ceiling below attic-2-AtcEdgWA" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + + CONSTRUCTION "cc-Ceiling below attic-2-AtcEdgWB" + + LAYER "cl1-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.512316 // Thickness (feet), ft + + LAYER "cl4-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.61776 // Thickness (feet), ft + + LAYER "cl5-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl6-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + + CONSTRUCTION "fc-Ceiling below attic-2-AtcEdgWB" + + LAYER "fl1-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Gypsum Board" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl2-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "fl3-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Ins-R9.1-D1.5-SH0.2-C0.03205" // Layer material + lrThk = 0.512316 // Thickness (feet), ft + + LAYER "fl4-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-SoftWood" // Layer material + lrThk = 0.61776 // Thickness (feet), ft + + LAYER "fl5-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Wood layer" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "fl6-Ceiling below attic-2-AtcEdgWB" + lrMat = "m-Light Roof" // Layer material + lrThk = 0.016667 // Thickness (feet), ft + + CONSTRUCTION "scn-SlabConsCarpet" + + LAYER "cl1-SNEICCCarpet" + lrMat = "m-SNEICCarpet" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-SNEICCConcrete" + lrMat = "m-SNEICConcrete" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-SNEICCEarth" + lrMat = "m-SNEICEarth" // Layer material + lrThk = 2 // Thickness (feet), ft + + CONSTRUCTION "scn-SlabConsExposed" + + LAYER "cl1-SNEIXCConcrete" + lrMat = "m-SNEICConcrete" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl2-SNEIXCEarth" + lrMat = "m-SNEICEarth" // Layer material + lrThk = 2 // Thickness (feet), ft + + CONSTRUCTION "c-16070 Gar. Door-dr" // Door Ufactor 1.000 Btuh/ft2-°F + + LAYER "l-16070 Gar. Door-dr" + lrMat = "m-16070 Gar. Door-dr" // Layer material, Door Ufactor 1.000 Btuh/ft2-°F + + CONSTRUCTION "c-2868 Gar. Door-dr" // Door Ufactor 1.000 Btuh/ft2-°F + + LAYER "l-2868 Gar. Door-dr" + lrMat = "m-2868 Gar. Door-dr" // Layer material, Door Ufactor 1.000 Btuh/ft2-°F + + CONSTRUCTION "c-3080 Ent.-dr" // Door Ufactor 0.200 Btuh/ft2-°F + + LAYER "l-3080 Ent.-dr" + lrMat = "m-3080 Ent.-dr" // Layer material, Door Ufactor 0.200 Btuh/ft2-°F + + CONSTRUCTION "c-2868 SC Int.-dr" // Door Ufactor 0.500 Btuh/ft2-°F + + LAYER "l-2868 SC Int.-dr" + lrMat = "m-2868 SC Int.-dr" // Layer material, Door Ufactor 0.500 Btuh/ft2-°F + + CONSTRUCTION "con-AtticTruss" + + LAYER "lyr-AtticTruss" + lrMat = "m-AtticTruss" // Layer material + lrThk = 0.0625 // Thickness (feet), ft + + CONSTRUCTION "con-AtticTruss 54" + + LAYER "lyr-AtticTruss 182" + lrMat = "m-AtticTruss 26" // Layer material + lrThk = 0.0625 // Thickness (feet), ft + + CONSTRUCTION "con-AtticTruss 55" + + LAYER "lyr-AtticTruss 183" + lrMat = "m-AtticTruss 27" // Layer material + lrThk = 0.0625 // Thickness (feet), ft + + CONSTRUCTION "con-FurnIMass" + + LAYER "cl1-FurnIMass" + lrMat = "IntMassMat-SoftWood" // Layer material + lrThk = 0.208333 // Thickness (feet), ft + + CONSTRUCTION "con-WallFrmIMass" + + LAYER "cl1-WallFrmIMass" + lrMat = "IntMassMat-Gypsum" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-WallFrmIMass" + lrMat = "IntMassMat-SoftWood" // Layer material + lrThk = 0.291667 // Thickness (feet), ft + + LAYER "cl3-WallFrmIMass" + lrMat = "IntMassMat-Gypsum" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + CONSTRUCTION "con-WallCavIMass" + + LAYER "cl1-WallCavIMass" + lrMat = "IntMassMat-Gypsum" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + LAYER "cl2-WallCavIMass" + lrMat = "IntMassMat-Gypsum" // Layer material + lrThk = 0.041667 // Thickness (feet), ft + + MATERIAL "m-SoftWood" + matDens = 35 // Density, lb/ft3 + matSpHt = 0.39 // Specific heat of material, Btu/lb-°F + matCond = 0.08167 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.0012 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + + MATERIAL "m-Steel" + matDens = 489 // Density, lb/ft3 + matSpHt = 0.12 // Specific heat of material, Btu/lb-°F + matCond = 26.2 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + + MATERIAL "m-SIPSskin" + matDens = 41 // Density, lb/ft3 + matSpHt = 0.45 // Specific heat of material, Btu/lb-°F + matCond = 0.06127 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.0012 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + + MATERIAL "m-Gypsum Board" + matDens = 40 // Density, lb/ft3 + matSpHt = 0.27 // Specific heat of material, Btu/lb-°F + matCond = 0.09167 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.000122 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + + MATERIAL "m-Insul-R4-D1.5-SH0.35-C0.02083" + matDens = 1.5 // Density, lb/ft3 + matSpHt = 0.35 // Specific heat of material, Btu/lb-°F + matCond = 0.020833 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.00175 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + + MATERIAL "m-Synthetic Stucco" + matDens = 58 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 0.2 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + + MATERIAL "m-VertWallCavity" + matDens = 0.075 // Density, lb/ft3 + matSpHt = 0.24 // Specific heat of material, Btu/lb-°F + matCond = 0.314 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.00397 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + + MATERIAL "m-Wood layer" + matDens = 41 // Density, lb/ft3 + matSpHt = 0.45 // Specific heat of material, Btu/lb-°F + matCond = 0.06127 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.0012 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + + MATERIAL "m-TileGap" + matDens = 0.075 // Density, lb/ft3 + matSpHt = 0.24 // Specific heat of material, Btu/lb-°F + matCond = 0.07353 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + + MATERIAL "m-10 PSF Roof" + matDens = 120 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 1 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + + MATERIAL "m-Light Roof" + matDens = 120 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 1 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + + MATERIAL "m-Carpet" + matDens = 12.3 // Density, lb/ft3 + matSpHt = 0.34 // Specific heat of material, Btu/lb-°F + matCond = 0.02 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + + MATERIAL "m-3 Coat Stucco" + matDens = 116 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 0.4167 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + + MATERIAL "m-Ins-R13-D1.5-SH0.2-C0.02244" + matDens = 1.5 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 0.022436 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.003254 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + + MATERIAL "m-Ins-R18-D1.5-SH0.2-C0.02546" + matDens = 1.5 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 0.025463 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.003254 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + + MATERIAL "m-Ins-R9.1-D1.5-SH0.2-C0.03205" + matDens = 1.5 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 0.032051 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.00418 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + + MATERIAL "m-Ins-R19-D1.5-SH0.2-C0.04934" + matDens = 1.5 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 0.049342 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.003254 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + + MATERIAL "m-SNEICConcrete" + matDens = 144 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 1 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + + MATERIAL "m-SNEICEarth" + matDens = 115 // Density, lb/ft3 + matSpHt = 0.2 // Specific heat of material, Btu/lb-°F + matCond = 1 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + + MATERIAL "m-SNEICCarpet" + matDens = 12.3 // Density, lb/ft3 + matSpHt = 0.34 // Specific heat of material, Btu/lb-°F + matCond = 0.02 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + + MATERIAL "m-16070 Gar. Door-dr" // Door Ufactor 1.000 Btuh/ft2-°F + matThk = 0.041667 // Thickness (feet), ft + matDens = 41 // Density, lb/ft3 + matSpHt = 0.39 // Specific heat of material, Btu/lb-°F + matCond = 0.277778 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + + MATERIAL "m-2868 Gar. Door-dr" // Door Ufactor 1.000 Btuh/ft2-°F + matThk = 0.041667 // Thickness (feet), ft + matDens = 41 // Density, lb/ft3 + matSpHt = 0.39 // Specific heat of material, Btu/lb-°F + matCond = 0.277778 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + + MATERIAL "m-3080 Ent.-dr" // Door Ufactor 0.200 Btuh/ft2-°F + matThk = 0.041667 // Thickness (feet), ft + matDens = 41 // Density, lb/ft3 + matSpHt = 0.39 // Specific heat of material, Btu/lb-°F + matCond = 0.01004 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + + MATERIAL "m-2868 SC Int.-dr" // Door Ufactor 0.500 Btuh/ft2-°F + matThk = 0.041667 // Thickness (feet), ft + matDens = 41 // Density, lb/ft3 + matSpHt = 0.39 // Specific heat of material, Btu/lb-°F + matCond = 0.036232 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + + MATERIAL "m-AtticTruss" + matDens = 35 // Density, lb/ft3 + matSpHt = 0.39 // Specific heat of material, Btu/lb-°F + matCond = 0.08167 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.0012 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + + MATERIAL "m-AtticTruss 26" + matDens = 35 // Density, lb/ft3 + matSpHt = 0.39 // Specific heat of material, Btu/lb-°F + matCond = 0.08167 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.0012 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + + MATERIAL "m-AtticTruss 27" + matDens = 35 // Density, lb/ft3 + matSpHt = 0.39 // Specific heat of material, Btu/lb-°F + matCond = 0.08167 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.0012 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + + MATERIAL "IntMassMat-SoftWood" + matDens = 35 // Density, lb/ft3 + matSpHt = 0.39 // Specific heat of material, Btu/lb-°F + matCond = 0.08167 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.0012 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + + MATERIAL "IntMassMat-Gypsum" + matDens = 40 // Density, lb/ft3 + matSpHt = 0.27 // Specific heat of material, Btu/lb-°F + matCond = 0.09167 // Conductivity (always per foot of thickness), Btuh-ft/ft2-°F + matCondCT = 0.000122 // Coefficient for temperature adjustment of matCond in the forward difference surface conduction model, F(-1) + + DESCOND "ClgDC_0p4pct_Jul" + dcDB = 104.2 // Cooling design dry-bulb temperature, °F + dcDay = Jul 21 // Calendar date for this design cooling conditions + dcMCDBR = 36.4 // Coincident daily dry-bulb range, °F + dcMCWB = 71.6 // Coincident wet-bulb temperature, °F + dcMCWBR = 13.1 // Coincident daily wet-bulb range, °F + dcTauB = 0.363 // ASHRAE beam 'pseudo optical depth' + dcTauD = 2.407 // ASHRAE diffuse 'pseudo optical depth' + dcWindSpeed = 7.1 // Wind speed for design conditions, mph + + METER "MtrElec" + + + IZXFER "Ceiling below attic-BypassxA" + izNVType = "NONE" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izZn2 = "Attic-atc" // Name of secondary zone + izHConst = 0 * 45 * select(@znRes["1st Floor-zn"].prior.H.tAir - @znRes["Attic-atc"].prior.H.tAir > 0., 1., default 0.) // expression describing Conductance between zones, Btu/°F + + IZXFER "FAU Platform-BypassxA" + izNVType = "NONE" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izZn2 = "Attic-atc" // Name of secondary zone + izHConst = 0 * 50 * select(@znRes["2nd Floor-zn"].prior.H.tAir - @znRes["Attic-atc"].prior.H.tAir > 0., 1., default 0.) // expression describing Conductance between zones, Btu/°F + + IZXFER "Ceiling below attic-2-BypassxA" + izNVType = "NONE" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izZn2 = "Attic-atc" // Name of secondary zone + izHConst = 0 * 997 * select(@znRes["2nd Floor-zn"].prior.H.tAir - @znRes["Attic-atc"].prior.H.tAir > 0., 1., default 0.) // expression describing Conductance between zones, Btu/°F + + IZXFER "1st Floor-InfLU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.016145 // Area of low or only vent (typically VentOff), ft2 + izHD = 2.95 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + + IZXFER "1st Floor-InfLS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.03229 // Area of low or only vent (typically VentOff), ft2 + izHD = 2.95 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + + IZXFER "1st Floor-InfLD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.016145 // Area of low or only vent (typically VentOff), ft2 + izHD = 2.95 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + + IZXFER "1st Floor-InfHU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.016145 // Area of low or only vent (typically VentOff), ft2 + izHD = 7.45 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + + IZXFER "1st Floor-InfHS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.03229 // Area of low or only vent (typically VentOff), ft2 + izHD = 7.45 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + + IZXFER "1st Floor-InfHD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.016145 // Area of low or only vent (typically VentOff), ft2 + izHD = 7.45 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + + IZXFER "1st Floor-NVLU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 0.919 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 15.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + + IZXFER "1st Floor-NVLS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 1.838 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 15.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + + IZXFER "1st Floor-NVLD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 0.919 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 15.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + + IZXFER "1st Floor-NVHU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 0.919 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 17.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + + IZXFER "1st Floor-NVHS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 1.838 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 17.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + + IZXFER "1st Floor-NVHD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 0.919 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 17.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + + IZXFER "1st Floor-WHF2Atc" + izNVType = "AIRNETIZFAN" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izZn2 = "Attic-atc" // Name of secondary zone + izVFmin = 0 // Minimum volume flow rate (VentOff mode), cfm + izVFmax = -1331.3 * WINDOWVENTAVAIL * FANVENTAVAIL * (@ZONE["1st Floor-zn"].tzls - $tDbOSh > 3) // expression describing Maximum volume flow rate (VentOn mode), cfm + izFanVfDs = 1331.25 // Fan design or rated flow at rated pressure, cfm + izFanElecPwr = 0.14 // Fan input power per unit air flow (at design flow and pressure), W/cfm + izFanMtr = "MtrElec" // Name of meter, if any, to record energy used by supply fan (enduse = 'Fan') + izFanEndUse = "FANC" // Enduse to apply fan energy usage to + + IZXFER "2nd Floor-InfLU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.020053 // Area of low or only vent (typically VentOff), ft2 + izHD = 12.95 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + + IZXFER "2nd Floor-InfLS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.040105 // Area of low or only vent (typically VentOff), ft2 + izHD = 12.95 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + + IZXFER "2nd Floor-InfLD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.020053 // Area of low or only vent (typically VentOff), ft2 + izHD = 12.95 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + + IZXFER "2nd Floor-InfHU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.020053 // Area of low or only vent (typically VentOff), ft2 + izHD = 17.45 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + + IZXFER "2nd Floor-InfHS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.040105 // Area of low or only vent (typically VentOff), ft2 + izHD = 17.45 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + + IZXFER "2nd Floor-InfHD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.020053 // Area of low or only vent (typically VentOff), ft2 + izHD = 17.45 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + + IZXFER "2nd Floor-NVLU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 0.875 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 15.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + + IZXFER "2nd Floor-NVLS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 1.750 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 15.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + + IZXFER "2nd Floor-NVLD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 0.875 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 15.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + + IZXFER "2nd Floor-NVHU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 0.875 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 17.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + + IZXFER "2nd Floor-NVHS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 1.750 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 17.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + + IZXFER "2nd Floor-NVHD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0 // Area of low or only vent (typically VentOff), ft2 + izAHi = 0.875 * WINDOWVENTAVAIL // Additional vent area (high vent or VentOn) (expression/formula), ft2 + izHD = 17.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.5 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izAFCat = "VentEx" // Air flow (infiltration) reporting category + + IZXFER "2nd Floor-IAQFanE" + izNVType = "AIRNETEXTFAN" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izVFmin = -79.432939 // Minimum volume flow rate (VentOff mode), cfm + izVFmax = -79.432939 // Maximum volume flow rate (VentOn mode), cfm + izFanVfDs = 79.432939 // Fan design or rated flow at rated pressure, cfm + izFanElecPwr = 0.35 // Fan input power per unit air flow (at design flow and pressure), W/cfm + izFanMtr = "MtrElec" // Name of meter, if any, to record energy used by supply fan (enduse = 'Fan') + izFanEndUse = "FANV" // Enduse to apply fan energy usage to + + IZXFER "Ceiling below attic-xAttic" + izNVType = "AIRNETIZ" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izZn2 = "Attic-atc" // Name of secondary zone + izALo = 0.124952 // Area of low or only vent (typically VentOff), ft2 + izHD = 9.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izExp = 0.65 // Opening exponent + + IZXFER "FAU Platform-xAttic" + izNVType = "AIRNETIZ" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izZn2 = "Attic-atc" // Name of secondary zone + izALo = 0.016613 // Area of low or only vent (typically VentOff), ft2 + izHD = 19.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izExp = 0.65 // Opening exponent + + IZXFER "Ceiling below attic-2-xAttic" + izNVType = "AIRNETIZ" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izZn2 = "Attic-atc" // Name of secondary zone + izALo = 0.331262 // Area of low or only vent (typically VentOff), ft2 + izHD = 19.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izExp = 0.65 // Opening exponent + + IZXFER "Floor over Ext.-Ext" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "2nd Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.006801 // Area of low or only vent (typically VentOff), ft2 + izHD = 10.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 1 // Vent discharge coefficient coefficient + izCpr = 0 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + IZXFER "Attic-SU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "Attic-atc" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.01875 // Area of low or only vent (typically VentOff), ft2 + izHD = 9.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.6 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + + IZXFER "Attic-SS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "Attic-atc" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.0375 // Area of low or only vent (typically VentOff), ft2 + izHD = 9.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.6 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + + IZXFER "Attic-SD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "Attic-atc" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.01875 // Area of low or only vent (typically VentOff), ft2 + izHD = 9.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.6 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + + IZXFER "Attic-2-SU" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "Attic-atc" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.442894 // Area of low or only vent (typically VentOff), ft2 + izHD = 19.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.6 // Vent discharge coefficient coefficient + izCpr = 0.6 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + + IZXFER "Attic-2-SS" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "Attic-atc" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.885788 // Area of low or only vent (typically VentOff), ft2 + izHD = 19.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.6 // Vent discharge coefficient coefficient + izCpr = -0.65 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + + IZXFER "Attic-2-SD" + izNVType = "AIRNETEXT" // Choice determining interzone ventilation + izZn1 = "Attic-atc" // Name of primary zone (flow rates > 0 are into the primary zone) + izALo = 0.442894 // Area of low or only vent (typically VentOff), ft2 + izHD = 19.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + izNVEff = 0.6 // Vent discharge coefficient coefficient + izCpr = -0.3 // Wind pressure coefficient (for AIRNETEXT) + izExp = 0.65 // Opening exponent + + IZXFER "1st Floor-znSx2nd Floor-znS" + izNVType = "AIRNETHORIZ" // Choice determining interzone ventilation + izZn1 = "1st Floor-zn" // Name of primary zone (flow rates > 0 are into the primary zone) + izZn2 = "2nd Floor-zn" // Name of secondary zone + izL1 = 3 // Length or width of AIRNETHORIZ opening, ft + izL2 = 10 // Width or length of AIRNETHORIZ opening, ft + izHD = 10.7 // Vent center-to-center height difference (for TWOWAY) or vent height above nominal 0 level (for AirNet types), ft + + ZONE "1st Floor-zn" + znModel = "CZM" // Zone model (CNE, CSE, CZM, UZM) + znArea = 801 // Zone area, ft2 + znVol = 7209 // Zone volume, ft3 + znEaveZ = 9.7 // Height of top of the wall in this zone above the ground, ft + znCeilingHt = 9 // Nominal zone ceiling height relative to zone floor (typically 8-10 ft), ft + znFloorZ = 0.7 // Nominal zone floor height relative to arbitrary 0 level, ft + znCAir = 1602 // Zone 'air' heat capacity: represents heat capacity of air, furniture, 'light' walls, and everything in zone except nonQUICK surfaces + znSC = select( $radDiff >1., 0.5, default 0.8 ) // Expression representing zone shade closure + znTH = select( $dsDay==1, 70, $dsDay==2, 60, ISSEASONCOOLING, 60, default 68) // Expression representing heating setpoint, °F + znTC = select( $dsDay==1, 83, $dsDay==2, 75, default 78) // Expression representing cooling setpoint, °F + znTD = select( $dsDay==1, 77, $dsDay==2, 99, ISSEASONCOOLING, 68, default 77 ) // Expression representing desired setpoint, °F + znHIRatio = 10 // Zone hygric inertia ratio + infAC = 0 // Zone infiltration air changes per hour, 1/hr + infELA = 0 // Zone effective leakage area (ELA), in2 + infShld = 4 // Zone local shielding class, used in ELA model + znRSys = "rsys-HVAC System 1" // RSYS component conditioning this ZONE + + GAIN "1st Floor-znLtg" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Lit" // Internal gain enduse + gnPower = 2.18591 * 801 * select( $dsDay==1, 0., $ISWEHOL, IntLight_WEH, Default IntLight_WD) * Other_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.2 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + + GAIN "1st Floor-znPpl" + gnPower = 11.5036 * 801 * select( $dsDay==1, 0., default hourval(0.035,0.035,0.035,0.035,0.035,0.059,0.082,0.055,0.027,0.014,0.014,0.014,0.014,0.014,0.019,0.027,0.041,0.055,0.068,0.082,0.082,0.07,0.053,0.035) * choose1($month, 1.19,1.11,1.02,0.93,0.84,0.8,0.82,0.88,0.98,1.07,1.16,1.21)) // Expression representing internal gain power, Btuh + gnFrRad = 0.3 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + gnFrLat = 0.427 // Fraction of internal gain to Zone that is Latent (single value or hourly profile) + + GAIN "1st Floor-znTV" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Rcp" // Internal gain enduse + gnPower = ((265 + (31.8 * 3)) * 3412/365) * 0.451268 * select( $dsDay==1, 0., $ISWEHOL, TV_WEH, Default TV_WD) * TV_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.4 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + + GAIN "1st Floor-znSTB" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Rcp" // Internal gain enduse + gnPower = ((76 + (59.4 * 3)) * 3412/365) * 0.451268 * select( $dsDay==1, 0., $ISWEHOL, STB_WEH, Default STB_WD) * STB_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.2 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + + GAIN "1st Floor-znComp" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Rcp" // Internal gain enduse + gnPower = ((79 + (55.4 * 3)) * 3412/365) * 0.451268 * select( $dsDay==1, 0., $ISWEHOL, Comp_WEH, Default Comp_WD) * Comp_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.2 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + + GAIN "1st Floor-znMEL" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Rcp" // Internal gain enduse + gnPower = ((570 + (198.9 * 3)) * 3412/365) * 0.451268 * select( $dsDay==1, 0., $ISWEHOL, RMEL_WEH, Default RMEL_WD) * Other_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.3 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + gnFrLat = 0.03 // Fraction of internal gain to Zone that is Latent (single value or hourly profile) + + GAIN "1st Floor-znRfrg" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Refr" // Internal gain enduse + gnPower = (1.54795 * 3412 / 24) * ( select( $isWeHol, RefrConst_WEH, default RefrConst_WD ) + select( $isWeHol, RefrTemp_WEH, default RefrTemp_WD ) * @znRes["1st Floor-zn"].prior.H.tAir) // Expression representing internal gain power, Btuh + gnFrRad = 0 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + + GAIN "1st Floor-znCkE" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Cook" // Internal gain enduse + gnPower = 2728.67 * select( $dsDay==1, 0., $ISWEHOL, Cook_WEH, Default Cook_WD) * Cook_SM // Expression representing internal gain power, Btuh + gnFrZn = 0.9 // Fraction of internal gain to Zone (single value or hourly profile) + gnFrRad = 0 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + gnFrLat = 0.67 // Fraction of internal gain to Zone that is Latent (single value or hourly profile) + + GAIN "1st Floor-znExtLtg" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Ext" // Internal gain enduse + gnPower = (((8 * 1) + (.0532 * 1775)) * 3412/365) * 0.451268 * select( $dsDay==1, 0., $ISWEHOL, ExtLight_WEH, Default ExtLight_WD) * Other_SM // Expression representing internal gain power, Btuh + gnFrZn = 0 // Fraction of internal gain to Zone (single value or hourly profile) + + + SURFACE "Ceiling below attic-WAFrm" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-Ceiling below attic-AtcEdgWA" // Surface construction + sfArea = 1.212688 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Ceiling below attic-WACav" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-Ceiling below attic-AtcEdgWA" // Surface construction + sfArea = 16.111428 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Ceiling below attic-WBFrm" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-Ceiling below attic-AtcEdgWB" // Surface construction + sfArea = 3.961556 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Ceiling below attic-WBCav" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-Ceiling below attic-AtcEdgWB" // Surface construction + sfArea = 52.632106 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Front-Frm" + sfType = "Wall" // Type of opaque surface + sfCon = "fc-R-13 + R-4 Ext. Wall" // Surface construction + sfArea = 25 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 0 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Left 2x6-Frm" + sfType = "Wall" // Type of opaque surface + sfCon = "fc-R-19 + R-4 Ext. Wall" // Surface construction + sfArea = 9 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Left-Frm" + sfType = "Wall" // Type of opaque surface + sfCon = "fc-R-13 + R-4 Ext. Wall" // Surface construction + sfArea = 33.5 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Back-Frm" + sfType = "Wall" // Type of opaque surface + sfCon = "fc-R-13 + R-4 Ext. Wall" // Surface construction + sfArea = 41.25 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 180 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Right-Frm" + sfType = "Wall" // Type of opaque surface + sfCon = "fc-R-13 + R-4 Ext. Wall" // Surface construction + sfArea = 91.25 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 270 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Front-Cav" + sfType = "Wall" // Type of opaque surface + sfCon = "cc-R-13 + R-4 Ext. Wall" // Surface construction, Cavity R-val: 13 + sfArea = 119 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 0 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + WINDOW "4050 SL-NoScrn" + wnArea = 10 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 4 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "4050 SL-Scrn" + wnArea = 10 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 4 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + DOOR "3080 Ent.-Sim" + drArea = 24 // Area, ft2 + drModel = "Forward_Difference" // Modeling option + drCon = "c-3080 Ent.-dr" // Door construction, Door Ufactor 0.200 Btuh/ft2-°F + + SURFACE "Left 2x6-Cav" + sfType = "Wall" // Type of opaque surface + sfCon = "cc-R-19 + R-4 Ext. Wall" // Surface construction, Cavity R-val: 18 + sfArea = 27 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Left-Cav" + sfType = "Wall" // Type of opaque surface + sfCon = "cc-R-13 + R-4 Ext. Wall" // Surface construction, Cavity R-val: 13 + sfArea = 118.5 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + WINDOW "2040 SH-NoScrn" + wnArea = 4 // Area, ft2 + wnHeight = 4 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "2050 SH-NoScrn" + wnArea = 5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "2040 SH-Scrn" + wnArea = 4 // Area, ft2 + wnHeight = 4 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "2050 SH-Scrn" + wnArea = 5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + SURFACE "Back-Cav" + sfType = "Wall" // Type of opaque surface + sfCon = "cc-R-13 + R-4 Ext. Wall" // Surface construction, Cavity R-val: 13 + sfArea = 201.75 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 180 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + WINDOW "6080 SGD-NoScrn" + wnArea = 24 // Area, ft2 + wnHeight = 8 // Height, ft + wnWidth = 6 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "6050 SL-NoScrn" + wnArea = 15 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 6 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "6080 SGD-Scrn" + wnArea = 24 // Area, ft2 + wnHeight = 8 // Height, ft + wnWidth = 6 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "6050 SL-Scrn" + wnArea = 15 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 6 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + SURFACE "Right-Cav" + sfType = "Wall" // Type of opaque surface + sfCon = "cc-R-13 + R-4 Ext. Wall" // Surface construction, Cavity R-val: 13 + sfArea = 304.75 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 270 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + WINDOW "2030 SH-NoScrn" + wnArea = 3 // Area, ft2 + wnHeight = 3 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "5050 SL-NoScrn" + wnArea = 12.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 5 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "2030 SH-Scrn" + wnArea = 3 // Area, ft2 + wnHeight = 3 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "5050 SL-Scrn" + wnArea = 12.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 5 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + SURFACE "Slab On Grade 1st Floor-Prm" + sfType = "Floor" // Type of opaque surface + sfCon = "scn-SlabConsCarpet" // Surface construction + sfArea = 172.8 // Wall area, ft2 + sfTilt = 180 // Surface tilt, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Ground" // Exterior condition description + sfExCTGrnd = 0.0551 // Surface ??? + sfExCTaDbAvgYr = 0.0028 // Surface ??? + sfExCTaDbAvg14 = 0.0852 // Surface ??? + sfExRConGrnd = 5.267 // Surface ??? + sfInHcModel = "Unified" // Surface ??? + + SURFACE "Slab On Grade 1st Floor-Int" + sfType = "Floor" // Type of opaque surface + sfCon = "scn-SlabConsCarpet" // Surface construction + sfArea = 468 // Wall area, ft2 + sfTilt = 180 // Surface tilt, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Ground" // Exterior condition description + sfExCTGrnd = 0.0446 // Surface ??? + sfExCTaDbAvgYr = 0.0238 // Surface ??? + sfExRConGrnd = 5.267 // Surface ??? + sfInHcModel = "Unified" // Surface ??? + + SURFACE "Slab On Grade 1st Floor-Prm 57" + sfType = "Floor" // Type of opaque surface + sfCon = "scn-SlabConsExposed" // Surface construction + sfArea = 43.2 // Wall area, ft2 + sfTilt = 180 // Surface tilt, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Ground" // Exterior condition description + sfExCTGrnd = 0.0737 // Surface ??? + sfExCTaDbAvgYr = 0.0014 // Surface ??? + sfExCTaDbAvg14 = 0.1692 // Surface ??? + sfExRConGrnd = 3.187 // Surface ??? + sfInHcModel = "Unified" // Surface ??? + + SURFACE "Slab On Grade 1st Floor-Int 58" + sfType = "Floor" // Type of opaque surface + sfCon = "scn-SlabConsExposed" // Surface construction + sfArea = 117 // Wall area, ft2 + sfTilt = 180 // Surface tilt, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Ground" // Exterior condition description + sfExCTGrnd = 0.0521 // Surface ??? + sfExCTaDbAvgYr = 0.0251 // Surface ??? + sfExRConGrnd = 3.187 // Surface ??? + sfInHcModel = "Unified" // Surface ??? + + SURFACE "Furniture-imass" + sfType = "Wall" // Type of opaque surface + sfCon = "con-FurnIMass" // Surface construction + sfArea = 1602 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "1st Floor-zn" // Zone that lies on the other side of this surface + + SURFACE "WallFrm-imass" + sfType = "Wall" // Type of opaque surface + sfCon = "con-WallFrmIMass" // Surface construction + sfArea = 179.6875 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "1st Floor-zn" // Zone that lies on the other side of this surface + + SURFACE "WallCav-imass" + sfType = "Wall" // Type of opaque surface + sfCon = "con-WallCavIMass" // Surface construction + sfArea = 539.0625 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "1st Floor-zn" // Zone that lies on the other side of this surface + + ZONE "2nd Floor-zn" + znModel = "CZM" // Zone model (CNE, CSE, CZM, UZM) + znArea = 974 // Zone area, ft2 + znVol = 8766 // Zone volume, ft3 + znEaveZ = 19.7 // Height of top of the wall in this zone above the ground, ft + znCeilingHt = 9 // Nominal zone ceiling height relative to zone floor (typically 8-10 ft), ft + znFloorZ = 10.7 // Nominal zone floor height relative to arbitrary 0 level, ft + znCAir = 1948 // Zone 'air' heat capacity: represents heat capacity of air, furniture, 'light' walls, and everything in zone except nonQUICK surfaces + znSC = select( $radDiff >1., 0.5, default 0.8 ) // Expression representing zone shade closure + znTH = select( $dsDay==1, 70, $dsDay==2, 60, ISSEASONCOOLING, 60, default 68) // Expression representing heating setpoint, °F + znTC = select( $dsDay==1, 83, $dsDay==2, 75, default 78) // Expression representing cooling setpoint, °F + znTD = select( $dsDay==1, 77, $dsDay==2, 99, ISSEASONCOOLING, 68, default 77 ) // Expression representing desired setpoint, °F + znHIRatio = 10 // Zone hygric inertia ratio + infAC = 0 // Zone infiltration air changes per hour, 1/hr + infELA = 0 // Zone effective leakage area (ELA), in2 + infShld = 4 // Zone local shielding class, used in ELA model + znRSys = "rsys-HVAC System 1" // RSYS component conditioning this ZONE + + GAIN "2nd Floor-znLtg" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Lit" // Internal gain enduse + gnPower = 2.18591 * 974 * select( $dsDay==1, 0., $ISWEHOL, IntLight_WEH, Default IntLight_WD) * Other_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.2 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + + GAIN "2nd Floor-znPpl" + gnPower = 11.5036 * 974 * select( $dsDay==1, 0., default hourval(0.035,0.035,0.035,0.035,0.035,0.059,0.082,0.055,0.027,0.014,0.014,0.014,0.014,0.014,0.019,0.027,0.041,0.055,0.068,0.082,0.082,0.07,0.053,0.035) * choose1($month, 1.19,1.11,1.02,0.93,0.84,0.8,0.82,0.88,0.98,1.07,1.16,1.21)) // Expression representing internal gain power, Btuh + gnFrRad = 0.3 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + gnFrLat = 0.427 // Fraction of internal gain to Zone that is Latent (single value or hourly profile) + + GAIN "2nd Floor-znTV" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Rcp" // Internal gain enduse + gnPower = ((265 + (31.8 * 3)) * 3412/365) * 0.548732 * select( $dsDay==1, 0., $ISWEHOL, TV_WEH, Default TV_WD) * TV_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.4 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + + GAIN "2nd Floor-znSTB" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Rcp" // Internal gain enduse + gnPower = ((76 + (59.4 * 3)) * 3412/365) * 0.548732 * select( $dsDay==1, 0., $ISWEHOL, STB_WEH, Default STB_WD) * STB_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.2 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + + GAIN "2nd Floor-znComp" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Rcp" // Internal gain enduse + gnPower = ((79 + (55.4 * 3)) * 3412/365) * 0.548732 * select( $dsDay==1, 0., $ISWEHOL, Comp_WEH, Default Comp_WD) * Comp_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.2 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + + GAIN "2nd Floor-znMEL" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Rcp" // Internal gain enduse + gnPower = ((570 + (198.9 * 3)) * 3412/365) * 0.548732 * select( $dsDay==1, 0., $ISWEHOL, RMEL_WEH, Default RMEL_WD) * Other_SM // Expression representing internal gain power, Btuh + gnFrRad = 0.3 // Fraction of internal gain to Zone that is Radiant (single value or hourly profile) + gnFrLat = 0.03 // Fraction of internal gain to Zone that is Latent (single value or hourly profile) + + GAIN "2nd Floor-znExtLtg" + gnMeter = "MtrElec" // Meter that tracks internal gain + gnEndUse = "Ext" // Internal gain enduse + gnPower = (((8 * 1) + (.0532 * 1775)) * 3412/365) * 0.548732 * select( $dsDay==1, 0., $ISWEHOL, ExtLight_WEH, Default ExtLight_WD) * Other_SM // Expression representing internal gain power, Btuh + gnFrZn = 0 // Fraction of internal gain to Zone (single value or hourly profile) + + SURFACE "FAU Platform-Frm" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-22 Platform" // Surface construction + sfArea = 2.837135 // Wall area, ft2 + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "Attic-atc" // Zone that lies on the other side of this surface + + SURFACE "Ceiling below attic-2-Frm" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-30 Ceiling below Attic" // Surface construction + sfArea = 53.47545 // Wall area, ft2 + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "Attic-atc" // Zone that lies on the other side of this surface + + SURFACE "FAU Platform-Cav" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-22 Platform" // Surface construction, Cavity R-val: 22 + sfArea = 37.693361 // Wall area, ft2 + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "Attic-atc" // Zone that lies on the other side of this surface + + SURFACE "Ceiling below attic-2-Cav" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-30 Ceiling below Attic" // Surface construction, Cavity R-val: 30 + sfArea = 710.459555 // Wall area, ft2 + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "Attic-atc" // Zone that lies on the other side of this surface + + SURFACE "FAU Platform-WAFrm" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-FAU Platform-AtcEdgWA" // Surface construction + sfArea = 0.197526 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Ceiling below attic-2-WAFrm" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-Ceiling below attic-2-AtcEdgWA" // Surface construction + sfArea = 3.938671 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "FAU Platform-WACav" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-FAU Platform-AtcEdgWA" // Surface construction + sfArea = 2.624276 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Ceiling below attic-2-WACav" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-Ceiling below attic-2-AtcEdgWA" // Surface construction + sfArea = 52.328056 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "FAU Platform-WBFrm" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-FAU Platform-AtcEdgWB" // Surface construction + sfArea = 0.465339 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Ceiling below attic-2-WBFrm" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-Ceiling below attic-2-AtcEdgWB" // Surface construction + sfArea = 12.375879 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "FAU Platform-WBCav" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-FAU Platform-AtcEdgWB" // Surface construction + sfArea = 6.182364 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Ceiling below attic-2-WBCav" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-Ceiling below attic-2-AtcEdgWB" // Surface construction + sfArea = 164.422389 // Wall area, ft2 + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Front-2-Frm" + sfType = "Wall" // Type of opaque surface + sfCon = "fc-R-13 + R-4 Ext. Wall" // Surface construction + sfArea = 48.25 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 0 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Left-2-Frm" + sfType = "Wall" // Type of opaque surface + sfCon = "fc-R-13 + R-4 Ext. Wall" // Surface construction + sfArea = 82.75 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Back-2-Frm" + sfType = "Wall" // Type of opaque surface + sfCon = "fc-R-13 + R-4 Ext. Wall" // Surface construction + sfArea = 51.75 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 180 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Right-2-Frm" + sfType = "Wall" // Type of opaque surface + sfCon = "fc-R-13 + R-4 Ext. Wall" // Surface construction + sfArea = 83.75 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 270 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Front-2-Cav" + sfType = "Wall" // Type of opaque surface + sfCon = "cc-R-13 + R-4 Ext. Wall" // Surface construction, Cavity R-val: 13 + sfArea = 194.75 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 0 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + WINDOW "5050 SL-2-NoScrn" + wnArea = 12.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 5 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "5050 SL-3-NoScrn" + wnArea = 12.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 5 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "5050 SL-2-Scrn" + wnArea = 12.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 5 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "5050 SL-3-Scrn" + wnArea = 12.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 5 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + SURFACE "Left-2-Cav" + sfType = "Wall" // Type of opaque surface + sfCon = "cc-R-13 + R-4 Ext. Wall" // Surface construction, Cavity R-val: 13 + sfArea = 277.25 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + WINDOW "2040 SH-2-NoScrn" + wnArea = 4 // Area, ft2 + wnHeight = 4 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "2030 SH-2-NoScrn" + wnArea = 3 // Area, ft2 + wnHeight = 3 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "3050 SH-NoScrn" + wnArea = 7.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 3 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "2040 SH-2-Scrn" + wnArea = 4 // Area, ft2 + wnHeight = 4 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "2030 SH-2-Scrn" + wnArea = 3 // Area, ft2 + wnHeight = 3 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "3050 SH-Scrn" + wnArea = 7.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 3 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + SURFACE "Back-2-Cav" + sfType = "Wall" // Type of opaque surface + sfCon = "cc-R-13 + R-4 Ext. Wall" // Surface construction, Cavity R-val: 13 + sfArea = 191.25 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 180 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + WINDOW "3050 SH-2-NoScrn" + wnArea = 7.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 3 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "3050 SH-3-NoScrn" + wnArea = 7.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 3 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "4016 SL-NoScrn" + wnArea = 3 // Area, ft2 + wnHeight = 1.5 // Height, ft + wnWidth = 4 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "3050 SH-2-Scrn" + wnArea = 7.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 3 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "3050 SH-3-Scrn" + wnArea = 7.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 3 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "4016 SL-Scrn" + wnArea = 3 // Area, ft2 + wnHeight = 1.5 // Height, ft + wnWidth = 4 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + SURFACE "Right-2-Cav" + sfType = "Wall" // Type of opaque surface + sfCon = "cc-R-13 + R-4 Ext. Wall" // Surface construction, Cavity R-val: 13 + sfArea = 276.25 // Wall area, ft2 + sfTilt = 90 // Surface tilt, deg + sfAzm = 270 // Surface azimuth, deg + sfExAbs = 0.5 // Surface exterior solar absorptivity + sfModel = "Forward_Difference" // Modeling option + + WINDOW "2050 SH-2-NoScrn" + wnArea = 5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "3050 FX-NoScrn" + wnArea = 7.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 3 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.28 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.25 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "None" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "2050 SH-2-Scrn" + wnArea = 5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 2 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.3 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.22 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + WINDOW "3050 FX-Scrn" + wnArea = 7.5 // Area, ft2 + wnHeight = 5 // Height, ft + wnWidth = 3 // Width, ft + wnMult = 1 // Multiplier + wnModel = "ASHWAT" // Window model + wnFMult = 0.85 // F? multiplier + wnNGlz = 2 // Number of glazing layers + wnUnfrc = 0.28 // NFRC U-factor, Btuh/ft2-°F + wnSHGC = 0.25 // NFRC solar heat gain coefficient + wnDirtLoss = 0.1 // Dirt loss factor + wnExShd = "Inscrn" // Exterior shade type + wnInShd = "DrapeMed" // Interior shade type + + SURFACE "Floor over Ext.-Frm" + sfType = "Floor" // Type of opaque surface + sfCon = "fc-R-19 Floor over Ext." // Surface construction + sfArea = 3.9 // Wall area, ft2 + sfTilt = 180 // Surface tilt, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Ambient" // Exterior condition description + + SURFACE "Floor over Ext.-Cav" + sfType = "Floor" // Type of opaque surface + sfCon = "cc-R-19 Floor over Ext." // Surface construction + sfArea = 35.1 // Wall area, ft2 + sfTilt = 180 // Surface tilt, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Ambient" // Exterior condition description + + SURFACE "Floor over Cond.-Frm" + sfType = "Floor" // Type of opaque surface + sfCon = "fc-R-0 Floor over Cond" // Surface construction + sfArea = 68.1 // Wall area, ft2 + sfTilt = 180 // Surface tilt, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "1st Floor-zn" // Zone that lies on the other side of this surface + + SURFACE "Floor over Cond.-Cav" + sfType = "Floor" // Type of opaque surface + sfCon = "cc-R-0 Floor over Cond" // Surface construction + sfArea = 612.9 // Wall area, ft2 + sfTilt = 180 // Surface tilt, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "1st Floor-zn" // Zone that lies on the other side of this surface + + SURFACE "Furniture-imass 93" + sfType = "Wall" // Type of opaque surface + sfCon = "con-FurnIMass" // Surface construction + sfArea = 1948 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "2nd Floor-zn" // Zone that lies on the other side of this surface + + SURFACE "WallFrm-imass 96" + sfType = "Wall" // Type of opaque surface + sfCon = "con-WallFrmIMass" // Surface construction + sfArea = 243.5 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "2nd Floor-zn" // Zone that lies on the other side of this surface + + SURFACE "WallCav-imass 97" + sfType = "Wall" // Type of opaque surface + sfCon = "con-WallCavIMass" // Surface construction + sfArea = 730.5 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "AdjZn" // Exterior condition description + sfAdjZn = "2nd Floor-zn" // Zone that lies on the other side of this surface + + + ZONE "Attic-atc" + znModel = "UZX" // Zone model (CNE, CSE, CZM, UZM) + znArea = 804.465501 // Zone area, ft2 + znVol = 2169.199618 // Zone volume, ft3 + znEaveZ = 19.7 // Height of top of the wall in this zone above the ground, ft + znCAir = 0.01 // Zone 'air' heat capacity: represents heat capacity of air, furniture, 'light' walls, and everything in zone except nonQUICK surfaces + znHIRatio = 10 // Zone hygric inertia ratio + infAC = 0 // Zone infiltration air changes per hour, 1/hr + infELA = 0 // Zone effective leakage area (ELA), in2 + infShld = 4 // Zone local shielding class, used in ELA model + + SURFACE "Attic-atc-rfNF" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-19 Comp. Roof" // Surface construction + sfArea = 0.207524 // Wall area, ft2 + sfTilt = 18.434949 // Surface tilt, deg + sfAzm = 0 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-atc-rfNC" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-19 Comp. Roof" // Surface construction, Cavity R-val: 19 + sfArea = 2.757111 // Wall area, ft2 + sfTilt = 18.434949 // Surface tilt, deg + sfAzm = 0 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-atc-rfEF" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-19 Comp. Roof" // Surface construction + sfArea = 0.207524 // Wall area, ft2 + sfTilt = 18.434949 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-atc-rfEC" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-19 Comp. Roof" // Surface construction, Cavity R-val: 19 + sfArea = 2.757111 // Wall area, ft2 + sfTilt = 18.434949 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-atc-rfSF" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-19 Comp. Roof" // Surface construction + sfArea = 0.207524 // Wall area, ft2 + sfTilt = 18.434949 // Surface tilt, deg + sfAzm = 180 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-atc-rfSC" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-19 Comp. Roof" // Surface construction, Cavity R-val: 19 + sfArea = 2.757111 // Wall area, ft2 + sfTilt = 18.434949 // Surface tilt, deg + sfAzm = 180 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-atc-rfWF" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-19 Comp. Roof" // Surface construction + sfArea = 0.207524 // Wall area, ft2 + sfTilt = 18.434949 // Surface tilt, deg + sfAzm = 270 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-atc-rfWC" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-19 Comp. Roof" // Surface construction, Cavity R-val: 19 + sfArea = 2.757111 // Wall area, ft2 + sfTilt = 18.434949 // Surface tilt, deg + sfAzm = 270 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-atc-rfT1" + sfType = "Wall" // Type of opaque surface + sfCon = "con-AtticTruss 54" // Surface construction + sfArea = 7.5 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Adiabatic" // Exterior condition description + + SURFACE "Attic-atc-rfT2" + sfType = "Wall" // Type of opaque surface + sfCon = "con-AtticTruss 54" // Surface construction + sfArea = 7.5 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Adiabatic" // Exterior condition description + + SURFACE "Attic-atc-rfT3" + sfType = "Wall" // Type of opaque surface + sfCon = "con-AtticTruss 54" // Surface construction + sfArea = 7.5 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Adiabatic" // Exterior condition description + + + SURFACE "Attic-2atc-rfNF" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-19 Comp. Roof" // Surface construction + sfArea = 15.739846 // Wall area, ft2 + sfTilt = 26.565051 // Surface tilt, deg + sfAzm = 0 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-2atc-rfNC" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-19 Comp. Roof" // Surface construction, Cavity R-val: 19 + sfArea = 209.115097 // Wall area, ft2 + sfTilt = 26.565051 // Surface tilt, deg + sfAzm = 0 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-2atc-rfEF" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-19 Comp. Roof" // Surface construction + sfArea = 15.739846 // Wall area, ft2 + sfTilt = 26.565051 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-2atc-rfEC" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-19 Comp. Roof" // Surface construction, Cavity R-val: 19 + sfArea = 209.115097 // Wall area, ft2 + sfTilt = 26.565051 // Surface tilt, deg + sfAzm = 90 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-2atc-rfSF" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-19 Comp. Roof" // Surface construction + sfArea = 15.739846 // Wall area, ft2 + sfTilt = 26.565051 // Surface tilt, deg + sfAzm = 180 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-2atc-rfSC" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-19 Comp. Roof" // Surface construction, Cavity R-val: 19 + sfArea = 209.115097 // Wall area, ft2 + sfTilt = 26.565051 // Surface tilt, deg + sfAzm = 180 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-2atc-rfWF" + sfType = "Ceiling" // Type of opaque surface + sfCon = "fc-R-19 Comp. Roof" // Surface construction + sfArea = 15.739846 // Wall area, ft2 + sfTilt = 26.565051 // Surface tilt, deg + sfAzm = 270 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-2atc-rfWC" + sfType = "Ceiling" // Type of opaque surface + sfCon = "cc-R-19 Comp. Roof" // Surface construction, Cavity R-val: 19 + sfArea = 209.115097 // Wall area, ft2 + sfTilt = 26.565051 // Surface tilt, deg + sfAzm = 270 // Surface azimuth, deg + sfExAbs = 0.9 // Surface exterior solar absorptivity + sfExEpsLW = 0.85 // Surface exterior long wave (thermal) emittance + sfInEpsLW = 0.9 // Surface interior long wave (thermal) emittance + sfModel = "Forward_Difference" // Modeling option + + SURFACE "Attic-2atc-rfT1" + sfType = "Wall" // Type of opaque surface + sfCon = "con-AtticTruss 55" // Surface construction + sfArea = 536.310334 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Adiabatic" // Exterior condition description + + SURFACE "Attic-2atc-rfT2" + sfType = "Wall" // Type of opaque surface + sfCon = "con-AtticTruss 55" // Surface construction + sfArea = 536.310334 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Adiabatic" // Exterior condition description + + SURFACE "Attic-2atc-rfT3" + sfType = "Wall" // Type of opaque surface + sfCon = "con-AtticTruss 55" // Surface construction + sfArea = 536.310334 // Wall area, ft2 + sfAzm = 0 // Surface azimuth, deg + sfModel = "Forward_Difference" // Modeling option + sfExCnd = "Adiabatic" // Exterior condition description + + PERFORMANCEMAP "Heat Pump System 1-htgperfmap" // Variable speed: Cap47 22,000 / Cap17 15,000 / HSPF2 8.8 + + PMGRIDAXIS "Heat Pump System 1-htgdbtaxis" + pmGXType = "DBT" + pmGXValues = -30, 5, 17, 47 + pmGXRefValue = 47 + + PMGRIDAXIS "Heat Pump System 1-htgspdaxis" + pmGXType = "Speed" + pmGXValues = 1, 2, 3 + pmGXRefValue = 2 + + PMLOOKUPDATA "Heat Pump System 1-htgcapdata" + pmLUType = "CapRat" + pmLUValues = 0.126308, 0.383205, 0.38773, // -30F at min, mid, max speed + 0.232064, 0.714308, 0.722802, // 5F + 0.284314, 0.681818, 0.834264, // 17F + 0.298995, 1, 1.100762 // 47F + + PMLOOKUPDATA "Heat Pump System 1-htgcopdata" + pmLUType = "COP" + pmLUValues = 1.252302, 1.087976, 1.087481, // -30F at min, mid, max speed + 2.191664, 1.898791, 1.897925, // 5F + 2.76828, 2.449062, 2.209927, // 17F + 4.254149, 3.309218, 3.107065 // 47F + + PERFORMANCEMAP "Heat Pump System 1-clgperfmap" // Variable speed: Cap95 22,265 / EER2 12.5 / SEER2 18.0 + + PMGRIDAXIS "Heat Pump System 1-clgdbtaxis" + pmGXType = "DBT" + pmGXValues = 40, 55.6, 82, 95, 125 + pmGXRefValue = 95 + + PMGRIDAXIS "Heat Pump System 1-clgspdaxis" + pmGXType = "Speed" + pmGXValues = 1, 2, 3 + pmGXRefValue = 2 + + PMLOOKUPDATA "Heat Pump System 1-clgcapdata" + pmLUType = "CapRat" + pmLUValues = 0.36489, 1.267549, 1.358531, // 40F + 0.345215, 1.191499, 1.2768, // 55.6F at min, mid, max speed + 0.312033, 1.063239, 1.138956, // 82F + 0.295673, 1, 1.070992, // 95F + 0.257918, 0.854064, 0.914152 // 125F + + PMLOOKUPDATA "Heat Pump System 1-clgcopdata" + pmLUType = "COP" + pmLUValues = 15.677658, 11.565248, 10.736359, // 40F + 14.832334, 10.871366, 10.090442, // 55.6F at min, mid, max speed + 6.703328, 4.850552, 4.500536, // 82F + 5.095658, 3.657529, 3.392823, // 95F + 3.052058, 2.143163, 1.986817 // 125F + + RSYS "rsys-HVAC System 1" + rsType = "ASHPPM" // System type + rsFChgC = 0.96 // Refrigerant charge adjustment factor (for cooling) + rsCapC = 22265 // Cooling capacity + rsSEER = 18.947368 // Cooling SEER + rsVfPerTon = 350 // CFM per Ton (default = 350) + rsFanMotTy = "BPM" // Fan motor type + rsFanPwrH = 0.45 // Heating fan power. Heating air flow is estimated based on a 50 ?F temperature rise. + rsFanPwrC = 0.45 // Cooling fan power. + rsParElec = ($tdboHrAv < 50.) * (1.-@RSYSRes["rsys-HVAC System 1"].prior.H.hrsOn) * 33.000 // Parasitic electric use, W + rsDefrostModel = "RevCycle" // Modeling options for ASHP outdoor coil defrosting when 17°F < TDbO < 45°F + rsFChgH = 0.96 // Refrigerant charge adjustment factor (for heating) + rsHSPF = 10.352941 // ratio of BTU heat output over the heating season to watt-hours of electricity used, ratio + rsCap47 = 22000 // Total rated heating capacity (@ 47°F), Btuh + rsTypeAuxH = "Resistance" // type of aux heating equipment + rsCtrlAuxH = "Cycle" // aux heating equipment control + rsCapAuxH = 65000 // Auxiliary (backup) heating capacity, Btuh + rsASHPLockOutT = -30 // Temperature below which the ASHP compressor is disabled, °F +# #if 1 + rsCdH = 0.08 + rsCdC = 0.08 +# #else +0 rsCdH = 0.4 // Heating cyclic degradation coefficient, ratio +0 rsCdC = 0.4 // Cooling cyclic degradation coefficient, ratio +# #endif + rsOAVType = "None" // OAV system type + rsElecMtr = "MtrElec" // Electric use meter + rsPerfMapHtg = "Heat Pump System 1-htgperfmap" // Heating performance map, Variable speed: Cap47 22,000 / Cap17 15,000 / HSPF2 8.8 + rsPerfMapClg = "Heat Pump System 1-clgperfmap" // Cooling performance map, Variable speed: Cap95 22,265 / EER2 12.5 / SEER2 18.0 + + DUCTSEG "SupplyDuct-rsys-HVAC System 1" + dsTy = "SUPPLY" + dsInArea = 311.5125 // Duct segment inside surface area (at duct wall, duct wall thickness assumed negligible) for round shaped duct., ft2 + dsDiameter = 0.666667 // Duct segment round duct diameter (duct wall thickness assumed negligible), ft + dsAdjZn = "Attic-atc" + dsInsulR = 6 + dsLeakF = 0.04095 + + DUCTSEG "ReturnDuct-rsys-HVAC System 1" + dsTy = "RETURN" + dsInArea = 177.5 // Duct segment inside surface area (at duct wall, duct wall thickness assumed negligible) for round shaped duct., ft2 + dsDiameter = 1.333333 // Duct segment round duct diameter (duct wall thickness assumed negligible), ft + dsAdjZn = "Attic-atc" + dsInsulR = 6 + dsLeakF = 0.02905 + + PVARRAY "pvarray 1" + pvDCSysSize = 2.581818 // Rated array output, kW + pvModuleType = "Standard" + pvArrayType = "FixedOpenRack" + pvTilt = 22.619884 // Array tilt (0=H, 90=V), deg + pvAzm = 170 // Array azimuth (0=N, 90=E, ...), deg + pvInverterEff = 0.96 // Inverter efficiency at full load, frac + pvSIF = 1.2 // Shading impact factor - ratio of relative power output to fraction shaded: PwrOut = PwrSys*(1-SIF*FracShaded), ratio + pvSysLosses = 0.1916 // Total system losses, frac + pvElecMtr = "MtrElec" // Electric meter to report results to + + + DELETE Report "eb" + +# #define SYSINFCOOL( s) REPORT rpType = UDT rpFreq=Year rpTitle="HVAC Cooling Info" rpCPL=-1 \ +# REPORTCOL colVal = s colHead="Sys #" colDec=0 colWid=5 \ +# REPORTCOL colVal = @Rsys[s].name colHead="System" colDec=0 colWid=24 \ +# REPORTCOL colVal = @Rsys[s].Cap95 colHead="Cap95" colDec=0 colWid=6 \ +# REPORTCOL colVal = @Rsys[s].SEER colHead="SEER" colDec=2 colWid=6 \ +# REPORTCOL colVal = @Rsys[s].EER95 colHead="EER95" colDec=2 colWid=6 \ +# REPORTCOL colVal = @Rsys[s].SEERnfX colHead="SEERnfX" colDec=2 colWid=7 \ +# REPORTCOL colVal = @Rsys[s].EERnfX colHead="EERnfX" colDec=2 colWid=6 \ +# REPORTCOL colVal = @Rsys[s].cdC colHead="CdC" colDec=3 colWid=4 \ +# REPORTCOL colVal = @Rsys[s].vfPerTon colHead="vfPerTon" colDec=0 colWid=8 \ +# REPORTCOL colVal = @Rsys[s].fanSFPC colHead="fanSFPC" colDec=3 colWid=7 \ +# REPORTCOL colVal = @Rsys[s].fanHeatC colHead="fanElecC" colDec=2 colWid=8 + SYSINFCOOL( 1) + +# #define SYSINFHEAT( s) REPORT rpType = UDT rpFreq=Year rpTitle="HVAC Heating Info" rpCPL=-1 \ +# REPORTCOL colVal = s colHead="Sys #" colDec=0 colWid=5 \ +# REPORTCOL colVal = @Rsys[s].name colHead="System" colDec=0 colWid=24 \ +# REPORTCOL colVal = @Rsys[s].CapH colHead="CapH" colDec=0 colWid=6 \ +# REPORTCOL colVal = @Rsys[s].fanSFPH colHead="fanSFPH" colDec=3 colWid=7 \ +# REPORTCOL colVal = @Rsys[s].fanHeatH colHead="fanElecH" colDec=2 colWid=8 \ +# REPORTCOL colVal = @Rsys[s].Cap47 colHead="Cap47" colDec=0 colWid=6 \ +# REPORTCOL colVal = @Rsys[s].Cap35 colHead="Cap35" colDec=0 colWid=6 \ +# REPORTCOL colVal = @Rsys[s].Cap17 colHead="Cap17" colDec=0 colWid=6 \ +# REPORTCOL colVal = @Rsys[s].HSPF colHead="HSPF" colDec=2 colWid=6 \ +# REPORTCOL colVal = @Rsys[s].COP47 colHead="COP47" colDec=2 colWid=6 \ +# REPORTCOL colVal = @Rsys[s].COP35 colHead="COP35" colDec=2 colWid=6 \ +# REPORTCOL colVal = @Rsys[s].COP17 colHead="COP17" colDec=2 colWid=6 \ +# REPORTCOL colVal = @Rsys[s].COPmin47 colHead="COPm47" colDec=2 colWid=6 \ +# REPORTCOL colVal = @Rsys[s].COPmin35 colHead="COPm35" colDec=2 colWid=6 \ +# REPORTCOL colVal = @Rsys[s].COPmin17 colHead="COPm17" colDec=2 colWid=6 \ +# REPORTCOL colVal = @Rsys[s].cdH colHead="CdH" colDec=3 colWid=4 \ +# REPORTCOL colVal = @Rsys[s].CapAuxH colHead="AuxH" colDec=0 colWid=6 \ +# REPORTCOL colVal = @Rsys[s].AFUE colHead="AFUE" colDec=3 colWid=6 + SYSINFHEAT( 1) + + REPORT "elec mtr rpt" + rpType = MTR rpMeter="MtrElec" rpFreq=Month rpBtuSf=1000 + + // report columns: RSYS heating subhour details +# #define SYSCOLSH( RXCOL, rs, z1, z2, zat, dctTot) \ +# RXCOL colHead="mon" colVal=$Month colWid=3 \ +# RXCOL colHead="day" colVal=$Dayofmonth colWid=3 \ +# RXCOL colHead="Hr" colVal=@Top.iHr colWid=2 \ +# RXCOL colHead="Sh" colVal=@Top.iSubHr colWid=2 \ +# RXCOL colHead="ToDb" colVal=@Top.tDbOSh colWid=5 colDec=2 \ +# RXCOL colHead="Tatt" colVal=@Zone[zat].tz colWid=5 colDec=2 \ +# RXCOL colHead="Tz1" colVal=@Zone[z1].tz colWid=5 colDec=2 \ +# RXCOL colHead="Tz2" colVal=@Zone[z2].tz colWid=5 colDec=2 \ +# RXCOL colHead="Tent" colVal=@RSYS[ rs].asIn.tDb colWid=6 colDec=2 \ +# RXCOL colHead="Tlv" colVal=@RSYS[ rs].asOut.tDb colWid=6 colDec=2 \ +# RXCOL colHead="Tsup" colVal=@RSYS[ rs].asSup.tDb colWid=6 colDec=2 \ +# RXCOL colHead="capHt" colVal=@RSYS[ rs].capHt colWid=5 colDec=0 \ +# RXCOL colHead="capHtFS" colVal=@RSYS[ rs].capHtFS colWid=7 colDec=0 \ +# RXCOL colHead="capSenNetFS" colVal=@RSYS[ rs].capSenNetFS colWid=11 colDec=0 \ +# RXCOL colHead="znLd" colVal=@RSYS[ rs].znLoad[ 0] colWid=5 colDec=0 \ +# RXCOL colHead="capF" colVal=@RSYS[ rs].fCondCap colWid=5 colDec=3 \ +# RXCOL colHead="inpF" colVal=@RSYS[ rs].fCondInp colWid=5 colDec=3 \ +# RXCOL colHead="PLR" colVal=@RSYS[ rs].PLR colWid=5 colDec=3 \ +# RXCOL colHead="spdF" colVal=@RSYS[ rs].speedF colWid=5 colDec=3 \ +# RXCOL colHead="runF" colVal=@RSYS[ rs].runF colWid=5 colDec=3 \ +# RXCOL colHead="PLF" colVal=@RSYS[ rs].plf colWid=5 colDec=3 \ +# RXCOL colHead="runFAux" colVal=@RSYS[ rs].runFAux colWid=7 colDec=3 \ +# RXCOL colHead="hcm1" colVal=@Zone[ z1].hcMode colWid=4 \ +# RXCOL colHead="hcm2" colVal=@Zone[ z2].hcMode colWid=4 \ +# RXCOL colHead="CFM1" colVal=@Zone[ z1].rsAmfSup/4.5 colWid=5 colDec=1 \ +# RXCOL colHead="CFM2" colVal=@Zone[ z2].rsAmfSup/4.5 colWid=5 colDec=1 \ +# RXCOL colHead="qZ1" colVal=@Zone[z1].qsHVAC colWid=6 colDec=0 \ +# RXCOL colHead="qZ2" colVal=@Zone[z2].qsHVAC colWid=6 colDec=0 \ +# RXCOL colHead="qComp" colVal=@RSYS[ rs].outSen colWid=6 colDec=0 \ +# RXCOL colHead="qAux" colVal=@RSYS[ rs].outAux colWid=6 colDec=0 \ +# RXCOL colHead="qDef" colVal=@RSYS[ rs].outDefrost colWid=5 colDec=0 \ +# RXCOL colHead="qFan" colVal=@RSYS[ rs].outFan colWid=5 colDec=0 \ +# RXCOL colHead="qNet" colVal=@RSYS[ rs].outSenTot colWid=6 colDec=0 \ +# RXCOL colHead="qDct" colVal=-@DUCTSEGRES[ dctTot].S.qhTotSen/@Top.subhrDur colWid=6 colDec=0 \ +# RXCOL colHead="qBal1" colVal=@RSYS[ rs].outSenTot-@Zone[z1].qsHVAC-@Zone[z2].qsHVAC-@DUCTSEGRES[ dctTot].S.qhTotSen/@Top.subhrDur colWid=5 colDec=0 \ +# RXCOL colHead="eComp" colVal=@RSYS[rs].inPrimary colWid=5 colDec=0 \ +# RXCOL colHead="eTot" colVal=@RSYSRES[rs].S.ehTot / @Top.subhrDur colWid=6 colDec = 0 \ +# RXCOL colHead="COPfs" colVal=@RSYS[ rs].effHt colWid=5 colDec=3 \ +# RXCOL colHead="COPpl" colVal=@RSYS[ rs].COPHtAdj colWid=5 colDec=3 \ +# RXCOL colHead="COPov" colVal=abs(@Zone[z1].qsHVAC+@Zone[z2].qsHVAC)/max( 1, @RSYS[rs].inPrimary+@RSYS[rs].inAux+@RSYS[rs].inDefrost+@RSYS[rs].inFan) colWid=5 colDec=3 + + REPORT rpType=UDT rpFreq=subhour rpDayBeg=(HD1) rpTitle="RSYS Heating subhour details" + SYSCOLSH( Reportcol, 1, "1st Floor-zn", "2nd Floor-zn", "Attic-atc", 3) + + REPORT rpType=UDT rpFreq=subhour rpDayBeg=(CD1) rpTitle="RSYS cooling subhour details" + SYSCOLSH( Reportcol, 1, "1st Floor-zn", "2nd Floor-zn", "Attic-atc", 3) + + REPORT "1st Floor-zebcd" + rpType = UDT rpFreq=HOUR rpDayBeg=CD1 rpCPL=210 rpTitle="Hourly Energy (kBtu + into 1st Floor-zn, except E = Energy Consumed, * = last sub timestep value)" // string populated w/ ALL report object data + + REPORTCOL "rcol 34" + colVal = $hour colHead="Hr" colWid=2 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 35" + colVal = $tDbO colHead="Tout" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 36" + colVal = $tWbO colHead="WBo" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 37" + colVal = $wO colHead="Wo" colWid=5 colDec=4 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 38" + colVal = @znRes["Attic-atc"].H.tAir colHead="Tat2" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 40" + colVal = @znRes["1st Floor-zn"].H.tAir colHead="Tin" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 41" + colVal = @znRes["1st Floor-zn"].H.tRad colHead="Trad" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 42" + colVal = @zone["1st Floor-zn"].wz colHead="Win*" colWid=6 colDec=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 43" + colVal = @zone["1st Floor-zn"].relHum*100 colHead="RHin*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 44" + colVal = @zone["1st Floor-zn"].twb colHead="WBin*" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 45" + colVal = @znRes["1st Floor-zn"].H.qSlr/1000 colHead="Slr" colDec=2 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 46" + colVal = @znRes["1st Floor-zn"].H.qCond/1000 colHead="Cond" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 47" + colVal = @znRes["1st Floor-zn"].H.qMass/1000 colHead="Surf" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 48" + colVal = (@znRes["1st Floor-zn"].H.qsIg)/1000 colHead="ItgS" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 49" + colVal = (@znRes["1st Floor-zn"].H.qlIg)/1000 colHead="ItgL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 50" + colVal = (@znRes["1st Floor-zn"].H.qlAir)/1000 colHead="AirL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 51" + colVal = @znRes["1st Floor-zn"].H.qsIz/1000 colHead="sInfVnt" colDec=2 colWid=7 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 52" + colVal = @znRes["1st Floor-zn"].H.ivAirX colHead="ACiv" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 53" + colVal = @izxfer["Ceiling below attic-xAttic"].ad[0].mdotP*800 colHead="CCFM*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 54" + colVal = @izxfer["Ceiling below attic-xAttic"].ad[1].mdotP*800 colHead="CCFMV*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 55" + colVal = @znRes["1st Floor-zn"].H.qvMech/1000 colHead="OAV" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 56" + colVal = @znRes["1st Floor-zn"].H.qsMech/1000 colHead="qsMec" colDec=1 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 57" + colVal = @znRes["1st Floor-zn"].H.qlMech/1000 colHead="qlMec" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 58" + colVal = @znRes["1st Floor-zn"].H.qcMech/1000 colHead="Clgt" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 59" + colVal = @znRes["1st Floor-zn"].H.qhMech/1000 colHead="Htgt" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 60" + colVal = @Rsys["rsys-HVAC System 1"].runf colHead="RunF*" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 61" + colVal = @Meter["MtrElec"].H.htg/1000 colHead="HtgE" colDec=1 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 62" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].air[3].tdb colHead="SupT*" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 63" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].air[3].w colHead="SupW*" colDec=5 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 64" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].amfFL*@Rsys["rsys-HVAC System 1"].runf/4.5 colHead="Scfm*" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORT "1st Floor-zebcdt" + rpType = UDT rpFreq=Day rpDayBeg=CD1 rpHeader=No rpCPL=210 // string populated w/ ALL report object data + + REPORTCOL "rcol 65" + colVal = "Dy" colWid=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 66" + colVal = " " colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 67" + colVal = " " colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 68" + colVal = " " colWid=5 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 69" + colVal = @znRes["Attic-atc"].D.tAir colHead="Tat2" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 71" + colVal = @znRes["1st Floor-zn"].D.tAir colHead="Tin" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 72" + colVal = @znRes["1st Floor-zn"].D.tRad colHead="Trad" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 73" + colVal = " " colHead="wz" colWid=6 colDec=4 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 74" + colVal = " " colHead="RHin" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 75" + colVal = " " colHead="WBin" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 76" + colVal = @znRes["1st Floor-zn"].D.qSlr/1000 colHead="Slr" colDec=2 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 77" + colVal = @znRes["1st Floor-zn"].D.qCond/1000 colHead="Cond" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 78" + colVal = @znRes["1st Floor-zn"].D.qMass/1000 colHead="Surf" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 79" + colVal = (@znRes["1st Floor-zn"].D.qsIg)/1000 colHead="ItgS" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 80" + colVal = (@znRes["1st Floor-zn"].D.qLig)/1000 colHead="ItgL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 81" + colVal = (@znRes["1st Floor-zn"].D.qlAir)/1000 colHead="AirL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 82" + colVal = @znRes["1st Floor-zn"].D.qsIz/1000 colHead="sInfVnt" colDec=1 colWid=7 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 83" + colVal = @znRes["1st Floor-zn"].D.ivAirX colHead="ACiv" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 84" + colVal = " " colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 85" + colVal = " " colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 86" + colVal = @znRes["1st Floor-zn"].D.qvMech/1000 colHead="OAV" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 87" + colVal = @znRes["1st Floor-zn"].D.qsMech/1000 colHead="Htgs" colDec=0 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 88" + colVal = @znRes["1st Floor-zn"].D.qlMech/1000 colHead="Htgl" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 89" + colVal = @znRes["1st Floor-zn"].D.qcMech/1000 colHead="Clgt" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 90" + colVal = @znRes["1st Floor-zn"].D.qhMech/1000 colHead="Htgt" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 91" + colVal = " " colHead="RunF" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 92" + colVal = @Meter["MtrElec"].D.htg/1000 colHead="HtgE" colDec=0 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 93" + colVal = " " colHead="SupT*" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 94" + colVal = " " colHead="SupW*" colDec=5 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 95" + colVal = " " colHead="Scfm*" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORT "2nd Floor-zebcd" + rpType = UDT rpFreq=HOUR rpDayBeg=CD1 rpCPL=210 rpTitle="Hourly Energy (kBtu + into 2nd Floor-zn, except E = Energy Consumed, * = last sub timestep value)" // string populated w/ ALL report object data + + REPORTCOL "rcol 96" + colVal = $hour colHead="Hr" colWid=2 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 97" + colVal = $tDbO colHead="Tout" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 98" + colVal = $tWbO colHead="WBo" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 99" + colVal = $wO colHead="Wo" colWid=5 colDec=4 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 100" + colVal = @znRes["Attic-atc"].H.tAir colHead="Tat3" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 102" + colVal = @znRes["2nd Floor-zn"].H.tAir colHead="Tin" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 103" + colVal = @znRes["2nd Floor-zn"].H.tRad colHead="Trad" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 104" + colVal = @zone["2nd Floor-zn"].wz colHead="Win*" colWid=6 colDec=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 105" + colVal = @zone["2nd Floor-zn"].relHum*100 colHead="RHin*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 106" + colVal = @zone["2nd Floor-zn"].twb colHead="WBin*" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 107" + colVal = @znRes["2nd Floor-zn"].H.qSlr/1000 colHead="Slr" colDec=2 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 108" + colVal = @znRes["2nd Floor-zn"].H.qCond/1000 colHead="Cond" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 109" + colVal = @znRes["2nd Floor-zn"].H.qMass/1000 colHead="Surf" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 110" + colVal = (@znRes["2nd Floor-zn"].H.qsIg)/1000 colHead="ItgS" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 111" + colVal = (@znRes["2nd Floor-zn"].H.qlIg)/1000 colHead="ItgL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 112" + colVal = (@znRes["2nd Floor-zn"].H.qlAir)/1000 colHead="AirL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 113" + colVal = @znRes["2nd Floor-zn"].H.qsIz/1000 colHead="sInfVnt" colDec=2 colWid=7 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 114" + colVal = @znRes["2nd Floor-zn"].H.ivAirX colHead="ACiv" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 115" + colVal = @izxfer["Ceiling below attic-2-xAttic"].ad[0].mdotP*800 colHead="CCFM*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 116" + colVal = @izxfer["Ceiling below attic-2-xAttic"].ad[1].mdotP*800 colHead="CCFMV*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 117" + colVal = @znRes["2nd Floor-zn"].H.qvMech/1000 colHead="OAV" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 118" + colVal = @znRes["2nd Floor-zn"].H.qsMech/1000 colHead="qsMec" colDec=1 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 119" + colVal = @znRes["2nd Floor-zn"].H.qlMech/1000 colHead="qlMec" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 120" + colVal = @znRes["2nd Floor-zn"].H.qcMech/1000 colHead="Clgt" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 121" + colVal = @znRes["2nd Floor-zn"].H.qhMech/1000 colHead="Htgt" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 122" + colVal = @Rsys["rsys-HVAC System 1"].runf colHead="RunF*" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 123" + colVal = @Meter["MtrElec"].H.htg/1000 colHead="HtgE" colDec=1 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 124" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].air[3].tdb colHead="SupT*" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 125" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].air[3].w colHead="SupW*" colDec=5 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 126" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].amfFL*@Rsys["rsys-HVAC System 1"].runf/4.5 colHead="Scfm*" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORT "2nd Floor-zebcdt" + rpType = UDT rpFreq=Day rpDayBeg=CD1 rpHeader=No rpCPL=210 // string populated w/ ALL report object data + + REPORTCOL "rcol 127" + colVal = "Dy" colWid=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 128" + colVal = " " colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 129" + colVal = " " colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 130" + colVal = " " colWid=5 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 131" + colVal = @znRes["Attic-atc"].D.tAir colHead="Tat3" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 133" + colVal = @znRes["2nd Floor-zn"].D.tAir colHead="Tin" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 134" + colVal = @znRes["2nd Floor-zn"].D.tRad colHead="Trad" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 135" + colVal = " " colHead="wz" colWid=6 colDec=4 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 136" + colVal = " " colHead="RHin" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 137" + colVal = " " colHead="WBin" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 138" + colVal = @znRes["2nd Floor-zn"].D.qSlr/1000 colHead="Slr" colDec=2 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 139" + colVal = @znRes["2nd Floor-zn"].D.qCond/1000 colHead="Cond" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 140" + colVal = @znRes["2nd Floor-zn"].D.qMass/1000 colHead="Surf" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 141" + colVal = (@znRes["2nd Floor-zn"].D.qsIg)/1000 colHead="ItgS" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 142" + colVal = (@znRes["2nd Floor-zn"].D.qLig)/1000 colHead="ItgL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 143" + colVal = (@znRes["2nd Floor-zn"].D.qlAir)/1000 colHead="AirL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 144" + colVal = @znRes["2nd Floor-zn"].D.qsIz/1000 colHead="sInfVnt" colDec=1 colWid=7 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 145" + colVal = @znRes["2nd Floor-zn"].D.ivAirX colHead="ACiv" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 146" + colVal = " " colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 147" + colVal = " " colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 148" + colVal = @znRes["2nd Floor-zn"].D.qvMech/1000 colHead="OAV" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 149" + colVal = @znRes["2nd Floor-zn"].D.qsMech/1000 colHead="Htgs" colDec=0 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 150" + colVal = @znRes["2nd Floor-zn"].D.qlMech/1000 colHead="Htgl" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 151" + colVal = @znRes["2nd Floor-zn"].D.qcMech/1000 colHead="Clgt" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 152" + colVal = @znRes["2nd Floor-zn"].D.qhMech/1000 colHead="Htgt" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 153" + colVal = " " colHead="RunF" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 154" + colVal = @Meter["MtrElec"].D.htg/1000 colHead="HtgE" colDec=0 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 155" + colVal = " " colHead="SupT*" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 156" + colVal = " " colHead="SupW*" colDec=5 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 157" + colVal = " " colHead="Scfm*" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORT "1st Floor-zebhd" + rpType = UDT rpFreq=HOUR rpDayBeg=HD1 rpCPL=210 rpTitle="Hourly Energy (kBtu + into 1st Floor-zn, except E = Energy Consumed, * = last sub timestep value)" // string populated w/ ALL report object data + + REPORTCOL "rcol 158" + colVal = $hour colHead="Hr" colWid=2 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 159" + colVal = $tDbO colHead="Tout" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 160" + colVal = $tWbO colHead="WBo" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 161" + colVal = $wO colHead="Wo" colWid=5 colDec=4 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 162" + colVal = @znRes["Attic-atc"].H.tAir colHead="Tat2" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 164" + colVal = @znRes["1st Floor-zn"].H.tAir colHead="Tin" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 165" + colVal = @znRes["1st Floor-zn"].H.tRad colHead="Trad" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 166" + colVal = @zone["1st Floor-zn"].wz colHead="Win*" colWid=6 colDec=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 167" + colVal = @zone["1st Floor-zn"].relHum*100 colHead="RHin*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 168" + colVal = @zone["1st Floor-zn"].twb colHead="WBin*" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 169" + colVal = @znRes["1st Floor-zn"].H.qSlr/1000 colHead="Slr" colDec=2 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 170" + colVal = @znRes["1st Floor-zn"].H.qCond/1000 colHead="Cond" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 171" + colVal = @znRes["1st Floor-zn"].H.qMass/1000 colHead="Surf" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 172" + colVal = (@znRes["1st Floor-zn"].H.qsIg)/1000 colHead="ItgS" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 173" + colVal = (@znRes["1st Floor-zn"].H.qlIg)/1000 colHead="ItgL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 174" + colVal = (@znRes["1st Floor-zn"].H.qlAir)/1000 colHead="AirL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 175" + colVal = @znRes["1st Floor-zn"].H.qsIz/1000 colHead="sInfVnt" colDec=2 colWid=7 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 176" + colVal = @znRes["1st Floor-zn"].H.ivAirX colHead="ACiv" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 177" + colVal = @izxfer["Ceiling below attic-xAttic"].ad[0].mdotP*800 colHead="CCFM*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 178" + colVal = @izxfer["Ceiling below attic-xAttic"].ad[1].mdotP*800 colHead="CCFMV*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 179" + colVal = @znRes["1st Floor-zn"].H.qvMech/1000 colHead="OAV" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 180" + colVal = @znRes["1st Floor-zn"].H.qsMech/1000 colHead="qsMec" colDec=1 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 181" + colVal = @znRes["1st Floor-zn"].H.qlMech/1000 colHead="qlMec" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 182" + colVal = @znRes["1st Floor-zn"].H.qcMech/1000 colHead="Clgt" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 183" + colVal = @znRes["1st Floor-zn"].H.qhMech/1000 colHead="Htgt" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 184" + colVal = @Rsys["rsys-HVAC System 1"].runf colHead="RunF*" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 185" + colVal = @Meter["MtrElec"].H.htg/1000 colHead="HtgE" colDec=1 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 186" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].air[3].tdb colHead="SupT*" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 187" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].air[3].w colHead="SupW*" colDec=5 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 188" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].amfFL*@Rsys["rsys-HVAC System 1"].runf/4.5 colHead="Scfm*" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORT "1st Floor-zebhdt" + rpType = UDT rpFreq=Day rpDayBeg=HD1 rpHeader=No rpCPL=210 // string populated w/ ALL report object data + + REPORTCOL "rcol 189" + colVal = "Dy" colWid=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 190" + colVal = " " colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 191" + colVal = " " colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 192" + colVal = " " colWid=5 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 193" + colVal = @znRes["Attic-atc"].D.tAir colHead="Tat2" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 195" + colVal = @znRes["1st Floor-zn"].D.tAir colHead="Tin" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 196" + colVal = @znRes["1st Floor-zn"].D.tRad colHead="Trad" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 197" + colVal = " " colHead="wz" colWid=6 colDec=4 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 198" + colVal = " " colHead="RHin" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 199" + colVal = " " colHead="WBin" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 200" + colVal = @znRes["1st Floor-zn"].D.qSlr/1000 colHead="Slr" colDec=2 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 201" + colVal = @znRes["1st Floor-zn"].D.qCond/1000 colHead="Cond" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 202" + colVal = @znRes["1st Floor-zn"].D.qMass/1000 colHead="Surf" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 203" + colVal = (@znRes["1st Floor-zn"].D.qsIg)/1000 colHead="ItgS" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 204" + colVal = (@znRes["1st Floor-zn"].D.qLig)/1000 colHead="ItgL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 205" + colVal = (@znRes["1st Floor-zn"].D.qlAir)/1000 colHead="AirL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 206" + colVal = @znRes["1st Floor-zn"].D.qsIz/1000 colHead="sInfVnt" colDec=1 colWid=7 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 207" + colVal = @znRes["1st Floor-zn"].D.ivAirX colHead="ACiv" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 208" + colVal = " " colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 209" + colVal = " " colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 210" + colVal = @znRes["1st Floor-zn"].D.qvMech/1000 colHead="OAV" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 211" + colVal = @znRes["1st Floor-zn"].D.qsMech/1000 colHead="Htgs" colDec=0 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 212" + colVal = @znRes["1st Floor-zn"].D.qlMech/1000 colHead="Htgl" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 213" + colVal = @znRes["1st Floor-zn"].D.qcMech/1000 colHead="Clgt" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 214" + colVal = @znRes["1st Floor-zn"].D.qhMech/1000 colHead="Htgt" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 215" + colVal = " " colHead="RunF" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 216" + colVal = @Meter["MtrElec"].D.htg/1000 colHead="HtgE" colDec=0 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 217" + colVal = " " colHead="SupT*" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 218" + colVal = " " colHead="SupW*" colDec=5 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 219" + colVal = " " colHead="Scfm*" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORT "2nd Floor-zebhd" + rpType = UDT rpFreq=HOUR rpDayBeg=HD1 rpCPL=210 rpTitle="Hourly Energy (kBtu + into 2nd Floor-zn, except E = Energy Consumed, * = last sub timestep value)" // string populated w/ ALL report object data + + REPORTCOL "rcol 220" + colVal = $hour colHead="Hr" colWid=2 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 221" + colVal = $tDbO colHead="Tout" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 222" + colVal = $tWbO colHead="WBo" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 223" + colVal = $wO colHead="Wo" colWid=5 colDec=4 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 224" + colVal = @znRes["Attic-atc"].H.tAir colHead="Tat3" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 226" + colVal = @znRes["2nd Floor-zn"].H.tAir colHead="Tin" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 227" + colVal = @znRes["2nd Floor-zn"].H.tRad colHead="Trad" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 228" + colVal = @zone["2nd Floor-zn"].wz colHead="Win*" colWid=6 colDec=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 229" + colVal = @zone["2nd Floor-zn"].relHum*100 colHead="RHin*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 230" + colVal = @zone["2nd Floor-zn"].twb colHead="WBin*" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 231" + colVal = @znRes["2nd Floor-zn"].H.qSlr/1000 colHead="Slr" colDec=2 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 232" + colVal = @znRes["2nd Floor-zn"].H.qCond/1000 colHead="Cond" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 233" + colVal = @znRes["2nd Floor-zn"].H.qMass/1000 colHead="Surf" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 234" + colVal = (@znRes["2nd Floor-zn"].H.qsIg)/1000 colHead="ItgS" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 235" + colVal = (@znRes["2nd Floor-zn"].H.qlIg)/1000 colHead="ItgL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 236" + colVal = (@znRes["2nd Floor-zn"].H.qlAir)/1000 colHead="AirL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 237" + colVal = @znRes["2nd Floor-zn"].H.qsIz/1000 colHead="sInfVnt" colDec=2 colWid=7 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 238" + colVal = @znRes["2nd Floor-zn"].H.ivAirX colHead="ACiv" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 239" + colVal = @izxfer["Ceiling below attic-2-xAttic"].ad[0].mdotP*800 colHead="CCFM*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 240" + colVal = @izxfer["Ceiling below attic-2-xAttic"].ad[1].mdotP*800 colHead="CCFMV*" colWid=5 colDec=0 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 241" + colVal = @znRes["2nd Floor-zn"].H.qvMech/1000 colHead="OAV" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 242" + colVal = @znRes["2nd Floor-zn"].H.qsMech/1000 colHead="qsMec" colDec=1 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 243" + colVal = @znRes["2nd Floor-zn"].H.qlMech/1000 colHead="qlMec" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 244" + colVal = @znRes["2nd Floor-zn"].H.qcMech/1000 colHead="Clgt" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 245" + colVal = @znRes["2nd Floor-zn"].H.qhMech/1000 colHead="Htgt" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 246" + colVal = @Rsys["rsys-HVAC System 1"].runf colHead="RunF*" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 247" + colVal = @Meter["MtrElec"].H.htg/1000 colHead="HtgE" colDec=1 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 248" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].air[3].tdb colHead="SupT*" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 249" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].air[3].w colHead="SupW*" colDec=5 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 250" + colVal = @DuctSeg["SupplyDuct-rsys-HVAC System 1"].amfFL*@Rsys["rsys-HVAC System 1"].runf/4.5 colHead="Scfm*" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORT "2nd Floor-zebhdt" + rpType = UDT rpFreq=Day rpDayBeg=HD1 rpHeader=No rpCPL=210 // string populated w/ ALL report object data + + REPORTCOL "rcol 251" + colVal = "Dy" colWid=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 252" + colVal = " " colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 253" + colVal = " " colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 254" + colVal = " " colWid=5 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 255" + colVal = @znRes["Attic-atc"].D.tAir colHead="Tat3" colWid=4 colDec=1 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 257" + colVal = @znRes["2nd Floor-zn"].D.tAir colHead="Tin" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 258" + colVal = @znRes["2nd Floor-zn"].D.tRad colHead="Trad" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 259" + colVal = " " colHead="wz" colWid=6 colDec=4 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 260" + colVal = " " colHead="RHin" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 261" + colVal = " " colHead="WBin" colWid=5 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 262" + colVal = @znRes["2nd Floor-zn"].D.qSlr/1000 colHead="Slr" colDec=2 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 263" + colVal = @znRes["2nd Floor-zn"].D.qCond/1000 colHead="Cond" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 264" + colVal = @znRes["2nd Floor-zn"].D.qMass/1000 colHead="Surf" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 265" + colVal = (@znRes["2nd Floor-zn"].D.qsIg)/1000 colHead="ItgS" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 266" + colVal = (@znRes["2nd Floor-zn"].D.qLig)/1000 colHead="ItgL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 267" + colVal = (@znRes["2nd Floor-zn"].D.qlAir)/1000 colHead="AirL" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 268" + colVal = @znRes["2nd Floor-zn"].D.qsIz/1000 colHead="sInfVnt" colDec=1 colWid=7 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 269" + colVal = @znRes["2nd Floor-zn"].D.ivAirX colHead="ACiv" colWid=4 colDec=2 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 270" + colVal = " " colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 271" + colVal = " " colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 272" + colVal = @znRes["2nd Floor-zn"].D.qvMech/1000 colHead="OAV" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 273" + colVal = @znRes["2nd Floor-zn"].D.qsMech/1000 colHead="Htgs" colDec=0 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 274" + colVal = @znRes["2nd Floor-zn"].D.qlMech/1000 colHead="Htgl" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 275" + colVal = @znRes["2nd Floor-zn"].D.qcMech/1000 colHead="Clgt" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 276" + colVal = @znRes["2nd Floor-zn"].D.qhMech/1000 colHead="Htgt" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 277" + colVal = " " colHead="RunF" colDec=2 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 278" + colVal = @Meter["MtrElec"].D.htg/1000 colHead="HtgE" colDec=0 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 279" + colVal = " " colHead="SupT*" colDec=1 colWid=5 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 280" + colVal = " " colHead="SupW*" colDec=5 colWid=6 // string populated w/ ALL ReportCol object data + + REPORTCOL "rcol 281" + colVal = " " colHead="Scfm*" colDec=0 colWid=5 // string populated w/ ALL ReportCol object data + + + RUN + $EOF + + + +! CSE 0.927.0-rc1+rsys-mzbug.1ffd4ae8.2.dirty for Win32 console run(s) done: Thu 02-Oct-25 2:3 pm + +! Executable: d:\cse\builds\cse.exe +! 02-Oct-25 2:0 pm (VS 14.29 3377664 bytes) (HPWH 1.26.0) +! Command line: -x! -t1 perfmap2z +! Input file: D:\cse\test\perfmap2z.cse +! Report file: D:\CSE\TEST\PERFMAP2Z.REP + +! Timing info -- + +! Input: Time = 0.06 Calls = 1 T/C = 0.0610 +! AutoSizing: Time = 0.00 Calls = 0 T/C = 0.0000 +! Simulation: Time = 12.38 Calls = 1 T/C = 12.3810 +! Reports: Time = 0.00 Calls = 1 T/C = 0.0030 +! Total: Time = 12.45 Calls = 1 T/C = 12.4520