Tdv rank / Colmac

src/CGWTHR.CPP

@@ -469,9 +469,9 @@ void WDHR::wd_FillFromDESCOND(		// overwrite/adjust hourly data for design condi
 	else
 		wd_glrad = wd_bmrad = wd_dfrad = 0.f;
 
-	// Remaining items: use weather file values
-    //    wd_tGrnd, wd_tMains, wd_tdvElec, wd_tdvFuel, wd_tdvElecPk, wd_tdvElecAvg,
-	//    wd_tdvElecPvPk, wd_tdvElecAvg01
+	// Remaining items: use weather/tdv file values
+    //    wd_tGrnd, wd_tMains, wd_tdvElec, wd_tdvFuel, wd_tdvElecPk, wd_tdvElecPkRank,
+	//	  wd_tdvElecAvg, wd_tdvElecPvPk, wd_tdvElecAvg01
 
 }		// WDHR::wd_FillFromDESCOND
 //===========================================================================

src/CNCULT.CPP

@@ -580,6 +580,10 @@ RC SFI::sf_CkfWINDOW(
 	options;
 	RC rc = RCOK;
 	sfClass = sfcWINDOW;
+	FixUp();
+#if defined( _DEBUG)
+	Validate();
+#endif
 	x.xs_modelr = C_SFMODELCH_QUICK;
 	return rc;
 }	// SFI::sf_ChkWINDOW
@@ -647,6 +651,11 @@ RC SFI::sf_CkfDOOR(
 {
 	options;
 	sfClass = sfcDOOR;		// assign class
+	FixUp();
+#if defined( _DEBUG)
+	Validate(0x100);
+#endif
+
 	RC rc = RCOK;
 
 // sf_Ckf: require construction or u value, not both
@@ -716,9 +725,13 @@ RC SFI::sf_CkfSURF(		// surface checker
 {
 	BOOL bRunCheck = (options&1) != 0;
 	sfClass = sfcSURF;
+	if (options & 1)
+	{
+		FixUp();
 #if defined( _DEBUG)
-	Validate();
+		Validate(0x100);
 #endif
+	}
 
 	RC rc = RCOK;
 	BOO xcSet = IsSet( SFX( SFEXCND)); // nz if sfExCnd given by user (a choice type: no exprs
@@ -1045,14 +1058,27 @@ CULT()
 
 
 /*------------------------ PERIM command (for zone) ------------------------
+  Any number allowed.
+  Input now to PRI; later XSURFs are chained to ZNR record. */
+//-----------------------------------------------------------------------------
+RC prStarCkf(CULT *c, /*SFI* */ void *p, void *p2, void *p3) /*ARGSUSED*/
 
-     Any number allowed.
-     Input now to PRI; later XSURFs are chained to ZNR record. */
+// called at end of surface object entry.
+//	ALSO called from sf_topSf1() at RUN, to issue msgs otherwise lost
+//  if surface is part of DEFTYPE ZONE and not ALTERed at TYPE use
+//  (suppress msgs here during deftype if correctible at TYPE use).
 
-static CULT perT[] = //------------------------------------ PERIM command table
+// ONLY argument 'p' is used.
+{
+	int options = c == NULL;	// sf_topSf1 call has no CULT
+	return ((PRI*)p)->pr_Ckf(options);
+}		// sfStarCkf
+//-----------------------------------------------------------------------------
+static CULT perT[] =
 {
 // id       cs    fn                   f              uc evf     ty      b      dfls                 p2  ckf
 //--------  ----  -------------------  -------------  -- ------  -----  ------  -------------------- --- ----
+CULT( "*",         STAR, 0,                   0,             0, 0,      0,      0,     0.f,                 N,   prStarCkf),
 CULT( "*",         STAR, 0,                   0,             0, 0,      0,      0,     0.f,                 N,  N),
 CULT( "prZone",    DAT,  PRI_OWNTI,           NO_INP|RDFLIN, 0, 0,      TYREF,  &ZiB,  0.f,                 N,  N), //TYIREF-->TYREF 10-9-92
 CULT( "prXtype",   DAT,  PRI_X+XSURF_TY,      NO_INP,        0, 0,      TYSI,   0,    v CTPERIM,0.f,        N,  N), //CTPERIM: cnguts.h.

src/CNCULT3.CPP

@@ -2101,6 +2101,17 @@ PRI::PRI( basAnc* b, TI i, SI noZ /*=0*/)
 // called from basAnc::reAl() and this c'tor, Copy()
 {	x.xs_Init( this);
 }		// PRI::FixUp
+//-----------------------------------------------------------------------------
+RC PRI::pr_Ckf(
+	int options)	// 1
+{
+	RC rc = RCOK;
+	FixUp();
+
+	return rc;
+}		// PRI::pr_Ckf
+///////////////////////////////////////////////////////////////////////////////
+
 //=============================================================================
 XSRAT::XSRAT( basAnc* b, TI i, SI noZ /*=0*/)
 	: record( b, i, noZ)
@@ -2133,7 +2144,7 @@ XSRAT::XSRAT( basAnc* b, TI i, SI noZ /*=0*/)
 			rc |= errCrit( WRN, "XSRAT::Validate: Bad XSURF pParent");
 	}
 	if (rc == RCOK)
-		RC rc = x.xs_Validate( options);
+		rc = x.xs_Validate( options);
 	return rc;
 }		// XSRAT::Validate
 //=============================================================================
@@ -2239,8 +2250,6 @@ RC XSURF::xs_Validate(
 		{	if (xs_msi)
 				rc |= errCrit( WRN, "XSURF '%s': Unexpected mass %d for non-CTMXWALL", xs_Name(), xs_msi);
 		}
-
-
 	}
 	// ASHWAT back pointer should always be good if present
 	for (int iFA=0; iFA<2; iFA++)
@@ -2407,8 +2416,10 @@ void XSURF::xs_SetRunConstants()
 	}
 #endif
 
-	xs_sbcI.sb_SetRunConstants( dbPrint);
-	xs_sbcO.sb_SetRunConstants( dbPrint);
+	if (!xs_IsPerim())
+	{	xs_sbcI.sb_SetRunConstants(dbPrint);
+		xs_sbcO.sb_SetRunConstants(dbPrint);
+	}
 
 	xs_DeleteFENAW();		// insurance
 	if (xs_IsASHWAT())
@@ -2661,15 +2672,16 @@ void SBC::sb_SetCoeffs(		// set convective and radiant coefficients
 
 // NOTE: Some values pre-set in sb_SetRunConstants for some cases.
 //       Do not add general inits here w/o review
-
-	if (sb_zi)		// if exposed to zone
+	if (sb_pXS->xs_IsPerim())
+		sb_qrAbs = 0.;
+	else if (sb_zi)		// if exposed to zone
 	{	// boundary is adjacent to zone
 		//   sb_txa, sb_txr set at end of prior step
-		if (sb_pXS->xs_ty != CTKIVA)
+		if (!sb_pXS->xs_IsKiva())
 		{
 			sb_HCZone();	// convection
 			sb_hxa = sb_hcMult * (sb_hcNat + sb_hcFrc);
-			sb_hxr = sb_frRad*pow3(DegFtoR(0.5*(sb_tSrf + sb_txr)));
+			sb_hxr = sb_frRad * pow3(DegFtoR(0.5*(sb_tSrf + sb_txr)));
 		}
 		sb_qrAbs = area > 0. ? sb_sgTarg.st_tot / area : 0.;
 	}
@@ -2693,7 +2705,7 @@ void SBC::sb_SetCoeffs(		// set convective and radiant coefficients
 				  + sb_cTGrnd * Wthr.d.wd_tGrnd) * sb_rGrnd;
 		sb_txr = sb_txa;	// no radiation, set sb_txr as insurance
 	}
-	else if (sb_pXS->sfExCnd==C_EXCNDCH_ADIABATIC)
+	else if (sb_pXS->sfExCnd==C_EXCNDCH_ADIABATIC || sb_pXS->xs_IsPerim())
 	{	sb_hcNat = sb_hcFrc = sb_hxr = sb_hxa = 0.;
 	}
 	else
@@ -2980,16 +2992,13 @@ x			printf( "Hit\n");
 	}
 
 	case C_CONVMODELCH_TARP:
-	{
-
-		sb_hcNat = sb_hcConst[TD>0.] * pow(fabs(TD), 1. / 3.);
+	{	sb_hcNat = sb_hcConst[TD>0.] * pow(fabs(TD), 1. / 3.);
 		sb_hcFrc = 0.f;
 		break;
 	}
 
 	case C_CONVMODELCH_MILLS:
 	  {
-
 		// get nat conv h for underside of roof construction:
 		// Ref: A.F. Mills, "Heat Transfer", '92; Eq 4.85 & 4.86.
 		//  applied to hot all roofs facing downward, and to cold roof facing downward if Theta < 60 deg.
@@ -3043,7 +3052,6 @@ x			printf( "Hit\n");
 		break;
 	  }
 
-
 	case C_CONVMODELCH_INPUT:
 		sb_hcNat = 1.f;
 		sb_hcFrc = 0.f;
@@ -3246,6 +3254,16 @@ TI XSURF::xs_GetZi(			// get zone idx
 	return zi;
 }		// XSURF::xs_GetZi
 //-----------------------------------------------------------------------------
+int XSURF::xs_IsPerim() const		// nz iff this is a PERIMETER
+{
+	return xs_ty == CTPERIM;
+}		// XSURF::xs_IsPerim
+//-----------------------------------------------------------------------------
+int XSURF::xs_IsKiva() const		// nz iff surface uses Kiva ground conduction
+{
+	return xs_ty == CTKIVA;
+}	// XSURF::xs_IsKiva
+//-----------------------------------------------------------------------------
 int XSURF::xs_IsASHWAT() const		// nz iff this is an ASHWAT window
 {
 	return xs_fenModel == C_FENMODELCH_ASHWAT;

src/CNDTYPES.DEF

@@ -405,6 +405,7 @@ PIPESEGP -- "class PIPESEG*"	 4	    none
 			AOSMITHSHPT50 "AOSmithSHPT50"		// AOSmith add'l models (added 3-24-2017)
 			AOSMITHSHPT66 "AOSmithSHPT66"
 			AOSMITHSHPT80 "AOSmithSHPT80"
+			COLMACCXA20 "ColmacCxA20"			// Colmac CxA-20 modular HPWH
 		}
 
 *choicb DHWEUCH {			// hot end uses

src/CNLOADS.CPP

@@ -4418,17 +4418,12 @@ static RC loadsSurfaces( 		// surface runtime simulation
 
 		TMRSTART( TMR_AWTOT);	// total ASHWAT time (incl setup)
 								// see also TMR_AWCALC
-		RLUP (XsB, xr)
-		{	if (xr->x.xs_IsASHWAT())
-				rc |= xr->x.xs_ASHWAT();
-		}
+		RLUPC(XsB, xr, xr->x.xs_IsASHWAT())
+			rc |= xr->x.xs_ASHWAT();
 		TMRSTOP( TMR_AWTOT);
 
-		RLUP(XsB, xr)
-		{	if (xr->x.xs_ty != CTMXWALL)
-			{	rc |= xr->x.xs_SubhrQS();
-			}
-		}
+		RLUPC(XsB, xr, xr->x.xs_ty != CTMXWALL)
+			rc |= xr->x.xs_SubhrQS();
 	}
 
 	float dur, tDbO;
@@ -4444,16 +4439,11 @@ static RC loadsSurfaces( 		// surface runtime simulation
 	// masses
 	TMRSTART( TMR_COND);
 	MSRAT* mse;
-	RLUP( MsR, mse)				// for mse = MSRAT record 1 to n (cnglob.h)
-	{
-		if (subhrly != mse->isSubhrly)
-			continue;	// skip masses for wrong interval
-
-		if (mse->ms_isFD)
+	RLUPC( MsR, mse, subhrly == mse->isSubhrly)	// do matching interval
+	{	if (mse->ms_isFD)
 			mse->ms_StepFD();		// FD (forward_difference) model is only subhourly
 		else
 			mse->ms_StepMX( dur, tDbO);
-
 	} // mass loop
 	TMRSTOP( TMR_COND);
 

src/CNRECS.DEF

@@ -821,9 +821,11 @@ RECORD WDHR "wfdata sub" *SUBSTRUCT	// hourly data substructure for WFDATA
 
 							// derived (computed) electricity TDV values
 							//   values updated at standard time day beg / same all day
-							//   *except* wd_tdvElecPk is updated at hr=23 iff DST
+							//   *except* at hr=23 iff DST
 	*h float wd_tdvElecPk			// current day peak TDVelec (includes future hours)
 									//   updated at hr=23 iff DST
+    *h SI wd_tdvElecPkRank			//   current day wd_tdvElecPk rank within year (1-365/366)
+									//       (largest wd_tdvElecPk=1, next=2, etc.)
 	*h float wd_tdvElecAvg			// current day avg TDVelec (includes future hours)
 	*h float wd_tdvElecPvPk			// previous-day peak TDVelec
 	*h float wd_tdvElecAvg01		// previous-day avg TDVelec (not including current day)
@@ -1177,6 +1179,7 @@ RECORD XSURF "xsurf sub" *SUBSTRUCT	// for PRI, SFI, XSRAT.
 	*declare "int xs_HasControlledShade() const;"
 	*declare "int xs_IsDelayed() const { return xs_msi != 0; }"
 	*declare "int xs_IsKiva() const;"
+	*declare "int xs_IsPerim() const;"
 	*declare "int xs_CanBeSGTarget() const;"
 	*declare "int xs_Class() const;"
 	*declare "int xs_TyFromTilt() const;"
@@ -1267,6 +1270,7 @@ RECORD PRI "perimeter" *RAT	// perimeter input RAT
 
 	*excon
 	*ovrcopy
+	*declare "RC pr_Ckf( int options);"
 	*declare "void FixUp();"	// virtual fixup after basAnc reAl
 								// .ownTi (base class) is zone subscript
     *r *hide *noname *nest XSURF x	// hs info (struct above).

src/DHWCalc.cpp

@@ -2159,6 +2159,7 @@ RC HPWHLINK::hw_InitPreset(		// set up HPWH from model type choice
 			: ashpTy == C_WHASHPTYCH_AOSMITHHPTU80DR ? HPWH::MODELS_AOSmithHPTU80_DR
 			: ashpTy == C_WHASHPTYCH_SANDEN40 ? HPWH::MODELS_Sanden40
 			: ashpTy == C_WHASHPTYCH_SANDEN80 ? HPWH::MODELS_Sanden80
+			: ashpTy == C_WHASHPTYCH_COLMACCXA20 ? HPWH::MODELS_CxA_20
 			: ashpTy == C_WHASHPTYCH_GE2012 ? HPWH::MODELS_GE2012
 			: ashpTy == C_WHASHPTYCH_GE2014 ? HPWH::MODELS_GE2014
 			: ashpTy == C_WHASHPTYCH_GE2014_80 ? HPWH::MODELS_GE2014_80

src/Foundation.cpp

@@ -163,15 +163,9 @@ ZNR* KIVA::kv_GetZone() const
 {
 	return ZrB.GetAt(XsB.GetAt(kv_floor)->x.xs_sbcI.sb_zi); // Zone at inside surface
 }
-
-int XSURF::xs_IsKiva() const
-{
-	return xs_ty == CTKIVA;
-}
-
 RC XSRAT::xr_ApplyKivaResults()
 {
-	if (x.xs_ty == CTKIVA)
+	if (x.xs_IsKiva())
 	{
 		auto& sbc = x.xs_sbcI;
 
@@ -192,7 +186,7 @@ RC XSRAT::xr_ApplyKivaResults()
 
 RC XSRAT::xr_KivaZoneAccum()
 {
-	if (x.xs_ty == CTKIVA)
+	if (x.xs_IsKiva())
 	{
 		auto& sbc = x.xs_sbcI;
 		ZNR& z = ZrB[sbc.sb_zi];