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atlearn.etl
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atlearn.etl
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*++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
* Copyright (C) 2000-2023 Energy Technology Systems Analysis Programme (ETSAP)
* This file is part of the IEA-ETSAP TIMES model generator, licensed
* under the GNU General Public License v3.0 (see file NOTICE-GPLv3.txt).
*=============================================================================*
* File : ATLEARN.ETL
* Language : GAMS
* Programmer: Ad Seebregts, adaped by Gary Goldstein for TIMES
* Origin : 02-06-98
* Last edit : 07-27-01
* Warning :
* Purpose : Write specific LEARNing output to output file, resembling standard
* MARKAL analysis table output
* Location : TIMES directory
* Called : at the end of RPTMAIN.MOD
* Output : <case>.ETL
*=============================================================================*
FILE ETL / %RUN_NAME%.ETL /;
PUT ETL;
$IF NOT %STAGES% == YES $GOTO REPORT
*-----------------------------------------------------------------------------
* If running stochastics, loop over SOW and write results for each
* For now, no stochastic reporting parameters for ETL are available
*-----------------------------------------------------------------------------
$%SW_NOTAGS%
$ BATINCLUDE mod_vars.etl
$ BATINCLUDE eqdeclr.etl
$%SW_TAGS%
LOOP(SOW,
* Get levels
OPTION CLEAR=VAR_CCAP;
OPTION CLEAR=VAR_CCOST;
OPTION CLEAR=VAR_IC;
OPTION CLEAR=VAR_CAP;
OPTION CLEAR=VAR_NCAP;
VAR_CCAP.L(R,T,P) $= SUM(SW_TSW(SOW,T,W), %VAR%_CCAP.L(R,T,P,W));
VAR_CCOST.L(R,T,P) $= SUM(SW_TSW(SOW,T,W), %VAR%_CCOST.L(R,T,P,W));
VAR_IC.L(R,T,P) $= SUM(SW_TSW(SOW,T,W), %VAR%_IC.L(R,T,P,W));
VAR_CAP.L(R,T,P) $= SUM(SW_TSW(SOW,T,W), %VAR%_CAP.L(R,T,P,W));
VAR_NCAP.L(R,T,P) $= SUM(SW_TSW(SOW,T,W), %VAR%_NCAP.L(R,T,P,W));
PUT_UTILITY 'REN' / '%RUN_NAME%-',SOW.TL:0,'.ETL' ;
$LABEL REPORT
*-----------------------------------------------------------------------------
ETL.PW=1000;
ETL.ND=4;
PUT /"Generated by ATLEARN.ETL"/;
PUT "-----------------------";
PUT /"Date: ", SYSTEM.DATE, " (M/D/Y)";
PUT /"Time: ", SYSTEM.TIME;
PUT /"-------------------------------------";
PUT /"MODELSTAT AND SOLVESTAT INFO";
PUT /"Modelstat : ", %MODEL_NAME%.MODELSTAT:2:0;
PUT /"Solvestat : ", %MODEL_NAME%.SOLVESTAT:2:0;
PUT /"Number of iterations : ", %MODEL_NAME%.ITERUSD:7:0;
PUT /"Number of variables : ", %MODEL_NAME%.NUMVAR:7:0;
PUT /"Number of equations : ", %MODEL_NAME%.NUMEQU:7:0;
PUT /"Maximum number of segments: ", (CARD(KP)-1):3:0," (SET KP defined in MMINIT.INC)";
PUT /"Number of periods T : ", CARD(T):3:0
PUT //"---------------------------------------------------------------------------------------"/;
PUT "* Input learning PARAMETERS:";
PUT " - Progress ratio, Start cost, Initial Cum. Cap., max. Cum. Cap"/;
PUT " - Indicators derived from these: Floor cost (absolute and as percentage)"/;
PUT " - Max. number of doublings, number of segments linearization"/;
PUT "* Cluster input info:"/;
PUT " - number of PRC's in cluster of key TEG (if any)"/;
PUT " - PRC's per cluster and coupling factor"/;
PUT "---------------------------------------------------------------------------------------"/;
PUT //"* PRC/REG", @30 "Description" @60
PUT " Pr SC0";
PUT " CCAP0 CCAPM FLOOR perc. n #seg"
PUT " #tch"/;
LOOP((TEG,REG)$SEG(REG,TEG),
PUT "KEY.",TEG.TL:0, '/REG.',REG.TL:0, @30, PRC.TE(TEG):30, @60
PRAT(REG,TEG):10:3,
SC0(REG,TEG):10:2,
CCAP0(REG,TEG):10:4,
CCAPM(REG,TEG):10:4,
* floor cost implied
(PAT(REG,TEG)*(CCAPM(REG,TEG)**(-PBT(REG,TEG)))):10:2,
((PAT(REG,TEG)*(CCAPM(REG,TEG)**(-PBT(REG,TEG))))/SC0(REG,TEG)*100):10:2,
(LOG(CCAPM(REG,TEG)/CCAP0(REG,TEG))/LOG(2)):10:2,
SEG(REG,TEG):10:0,
NTCHTEG(REG,TEG):10:0
;
PUT /;
* cluster PRC's and coupling factors plus INVCOS
LOOP(PRC$(CLUSTER(REG,TEG,PRC) GT 0),
PUT " ",PRC.TL:0;
PUT PRC.TE(PRC):30;
PUT CLUSTER(REG,TEG,PRC):10:3;
PUT /;
);
);
PUT //"Levels of learning variables: Cum. Cap. (CCAP) and Specific Cost"/;
PUT "k is for learning key technologies (in set TEG)"/;
PUT "c is for technology in corresponding cluster defined by CLUSTER(REG,TEG,PRC)"/;
PUT "------------------------------------------------------------------------"/;
$BATINCLUDE ATLEARN1.ETL VAR_CCAP 'Cumulative capacity' CCA 1 4
$BATINCLUDE ATSC.ETL
PUT //"Levels of TEG and PRC INV, CAP variables"/;
PUT "Results in order of Key technologies (TEG) and technologies in corresponding cluster"/;
PUT "Technologies in clusters may appear more than once if they belong to more than one cluster"/;
PUT "*-----------------------------------------------------------------------------------------"/;
PUT "* INV CAP plus CAP growth factors"/;
PUT "* CAM : maximum capacity based on (user-provided) growth factors"/;
PUT "* GRP : growth in capacity in one period (CAP(T)/CAP(T-1))"/;
PUT "* GRA : average annual growth in NYEARS of period T"/;
PUT "* GRF : growth factor (input): TID and time-dependent"/;
PUT "*-----------------------------------------------------------------------------------------"/;
$INCLUDE ATLEARN8.ETL
$IF %STAGES%==YES );
PUTCLOSE ETL;
$IF %STAGES%==YES $EXIT
*-----------------------------------------------------------------------------
* Exporting capital cost data for clustered technologies
* Create a set of all key components
* Create a set of all clustered technologies
LOOP((RP(R,P),PRC)$((CLUSTER(R,P,PRC) > 0.0)$CLUSTER(R,P,PRC)),
TL_RP_KC(R,P) = YES; TL_RP_CT(R,PRC) = YES);
TL_CT_COST(REG,MILESTONYR,PRC,CUR)$TL_RP_CT(REG,PRC) = OBJ_ICOST(REG,MILESTONYR,PRC,CUR) +
INVC_UNIT(REG,MILESTONYR,PRC) +
* Costs of key components in same region
SUM(P$CLUSTER(REG,P,PRC), (OBJ_ICOST(REG,MILESTONYR,P,CUR) + INVC_UNIT(REG,MILESTONYR,P)) * CLUSTER(REG,P,PRC)) +
* Costs of multi-regional key components
SUM(RP(R,P)$TL_MRCLUST(R,P,REG,PRC), (OBJ_ICOST(R,MILESTONYR,P,CUR) + INVC_UNIT(R,MILESTONYR,P)) * TL_MRCLUST(R,P,REG,PRC));
*-----------------------------------------------------------------------------