The error is from Type 15 and it's saying it can't find the weather file. Make sure the path to the weather file is an absolute path (full path) and not a relative path.<br /><br />Jeff<br /><br />Jeff Thornton <br /> President - TESS, LLC <br /> <br /> 22 North Carroll Street - Suite 370<br /> Madison WI 53703 USA <br /> <br /> Phone: 608-274-2577 <br /> Fax: 608-278-1475 <br /> E-mail: thornton@tess-inc.com <br /> Web: www.tess-inc.com<br /> <br /> <br /> <br /> <!--replyfwdwrap--><div style="background-image: url(http://webmail.fusemail.com/de/r_bg_img.gif);background-position:top;background-repeat:repeat-x;"><strong>----- Original Message -----</strong><br /><strong>From:</strong> "narghes doust" <narghes.doust@gmail.com> <br /><strong>Sent:</strong> Thu, February 23, 2012 7:06<br /><strong>Subject:</strong> [TRNSYS-users] Genopt and trnsys16 problem<br /><br /><table cellspacing="5" width="100%"><tbody><tr><td><div class="PrivateMsgDiv"><!-- begin !
sanitized html --> <div>Dear all,</div> <div>I have a problem in running optimization with genopt and trnsys16.</div> <div>I create .bui and .dck that works properly, I change the parameters value with their name in order to create the template files but once I run genopt, it creates the .bui and .dck files changing the parameter name with the right value, it starts running trnsyss but I have a trnsys error message of the kind: "One error was find in the dek. Check the listing file for more information" and then Genopt stops running. I cannot really understand why it appens, also because if i compare both .dck and .bui files that run properly with those generated by Genopt there is no difference at all (just the value of the parameters). I attach below the listing file.</div> <div>Please help me!!!</div> <div>Thank you</div> <div>Bye</div> <div>Narghes</div> <div> </div> <p><br /> &nbs!
p; TRNSYS - the TRaNsient SYstem Simulation program</p> <p
> The Solar Energy Lab at the University of Wisconsin - Madison, USA<br />Le Centre Scientifique et Technique du Batiment, Sophia Antipolis, France<br /> Transsolar Energietechnik GmBH, Stuttgart, Germany<br /> Thermal Energy System Specialists, Madison Wisconsin, USA</p> <p> Release 16.01.0003</p> <p>Listing file for: "C:\Users\Narghes\Documents\TESI DI DOTTORATO_CARTELLE\CASI STUDIO\cubo\tmp-genopt-run-1\Simulazione_cubo.dck"<br /> <br />*** Notice at time : 0.000000<br /> Generated by Unit : Not applicable or not available<br /> Generated by T!
ype : Not applicable or not available<br /> Message : The TRNSYS Executable (TRNExe.exe) and main DLL (TRNDll.dll) are located in "C:\Program Files\Trnsys16_1\Exe"<br /> </p> <p> *** Pre-Processing the TRNSYS EQUATIONs and CONSTANTs to check for fatal errors.</p> <p> *** Pre-Processing of EQUATIONs and CONSTANTs completed with no fatal errors found.</p> <p> *** Evaluating the EQUATIONs and CONSTANTs to determine their initial values.</p> <p> *** Finished evaluating the EQUATIONs and CONSTANTs and ready to begin processing the remainder of the TRNSYS input file.</p> <p> VERSION 16<br />******************************************************************************* !
&nbs
p; &nb!
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bsp;
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; <br /> *** TRNSYS input file (deck) generated by TrnsysStudio &!
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nbsp; <br /> *** on Tuesday, February 21, 2012 at 15:18 &nbs!
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sp; <br /> *** from TrnsysStudio project: C:\Users\Narghes\Documents\TESI DI DOTTORATO_CARTELLE\CASI STUDIO\cubo\Simulazione_cubo.tpf &nbs!
p; &n!
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<br /> ***  !
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p; <br /> *** If you edit this file, use the File/Import TRNSYS Input File function in &n!
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p; &n
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; &nb
sp; &n!
bsp; <br /> *** TrnsysStudio to update the project. &!
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<br /> *** If you have problems, questions or suggestions please contact your local  !
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; &nb
sp; <br /> *** TRNSYS distributor or <a href="mailto:software@cstb.fr" target="_new">mailto:software@cstb.fr</a> &!
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sp; <br /> *** &n!
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sp; <br /> *** Units &nb!
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<br /> **************************************************************************!
*****  
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<br /> *** Control cards &nb!
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p; <br /> * START, STOP and STEP &nb!
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nbsp; </p> <p> CONSTANTS 3<br /> START=0<br /> STOP=8760<br /> STEP=1<br />* User defined CONSTANTS &n!
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nbsp; <br /> ! Start time End time Time step  !
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bsp; &!
nbsp; </p> <p> SIMULATION 0.0000000000000000E+00 8.7600000000000000E+03 1.00000000!
00000000E+00<br />! Integration Convergence &nb
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p; </p> <p> TOLERANCES 1.0000000000000002E-03 1.0000000000000002E-03<br />! Max iterations Max warnings Trace limit  !
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 !
; </p> <p> LIMITS 30 30 31<br />! TRNSYS numerical integration solver method !
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;</p> <p> DFQ 1<br />! TRNSYS output file width, number of characters !
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p; </p> <p> LIST<br />! MAP statement &nbs!
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bsp; <br /> ! Solver statement Minimum relaxation factor Maximum relaxation factor &nb!
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</p> <p> SOLVER 0<br /> 1.000000000000000 <br /> 1.000000000000000 <br />! Nan DEBUG statement  !
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p; </p> <p> NAN_CHECK 0<br />! Overwrite DEBUG statement &n!
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nbsp; </p> <p> OVERWRITE_CHECK 0<br />! disable time report  !
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</p> <p> TIME_REPORT 0<br />! EQUATION SOLVER statement &nb!
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p; &n!
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nbsp; </p> <p> EQUATION SOLVING METHOD 0<br />* Model "Type56b" (Type 56) !
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p; <br /> * !
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bsp;&nb
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; </p> <p> UNIT 5 TYPE 56 <br />*$UNIT_NAME Type56b &n!
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p; &n!
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<br /> *$MODEL .\Loads and Structures\Multi-Zone Building\Without Standard Output Files\Type56b.tmf &!
nbsp;  !
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sp; &n!
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p; &nb!
sp; <br /> *$POSITION 247 210  !
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; <br /> *$LAYER Main #  !
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p; <br /> *$# &nb!
sp; &
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nbsp;  !
; &nb
sp;&nbs
p; &nb!
sp; <br /> PARAMETERS 3<br />! 1 Logical unit for building description file (.bui)  !
; &nb
sp; &n!
bsp; !
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p; &nb!
sp; &!
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; <br /> ! 2 Star network calculation switch &nb!
sp; &!
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p; &n!
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nbsp; <br /> ! 3 Weighting factor for operative temperature !
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; &nb
sp;&nbs
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sp; &!
nbsp; <br /> 3.1000000000000000E+
01 0.0000000000000000E+00 5.0000000000000000E-01<br /> INPUTS 21<br />! Type15-3:Dry bulb temperature -> 1- TAMB &nbs!
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; &nb!
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<br /> ! Type15-3:Humidity ratio -> 2- RELHUMAMB !
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p; &n!
bsp;
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; <br /> ! Type69b-2:Fictive sky temperature -> 3- TSKY !
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;
 !
; &nb!
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nbsp; !
<br /> ! Type15-3:Total tilted surface radiation for surface-3 -> 4- IT_NORTH &!
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p; &n!
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 !
; &nb!
sp; &
nbsp; <br /> ! Type15-3:Total tilted surface radiation for surface-1 -> 5- IT_SOUTH &nb!
sp; &!
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; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; <br /> ! Type15-3:Total tilted surface radiation for surface
-2 -> 6- IT_EAST &nbs!
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bsp;
&
nbsp; !
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p; &n
bsp; &!
nbsp; <br /> ! Type15-3:Total tilted surface radiation for surface-4 -> 7- IT_WEST &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; <br /> ! Type15-3:Total horizontal radiation -> 8- IT_HORIZONTAL!
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; <br /> ! Type34:Incident receiver radiation -> 9- IT_SOUTHHADED &n!
bsp; !
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p; 
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; <br /> ! Typ
e15-3:Beam radiation for surface-3 -> 10- IB_NORTH !
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p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; <br /> ! Type15-3:Beam radiation for surface-1 -> 11- IB_SOUTH !
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p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; <br /> ! Type15-3:Beam radiation for surface-2 -> 12- IB_EAST &nbs!
p; &n
bsp;&nb
sp; &n!
bsp; !
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p; &nb!
sp; &!
nbsp;  
; <br /> ! Type15-3:Beam radiation for surface-4 -> 13- IB_WEST  !
; &nb!
sp; &
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p; &n
bsp; &!
nbsp;  !
; &nb
sp; <br /> ! Type15-3:Horizontal beam radiation -> 14- IB_HORIZONTAL !
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p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; <br /> ! Type34:Beam radiation on receiver -> 15- IB_SOUTHHADED  !
; &nb
sp;&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; <br /> ! Type15-3:Angle of incidence for surface-3 -> 16- AI_NORTH  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; <br /> ! Type15-3:Angle of incidence for surface-1 -> 17- AI_SOUTH !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; 
; <br /> ! Type15-3:Angle of incidence for surface-2 -> 18- AI_EAST &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; <br /> ! Type15-3:Angle of incidence for surface-4 -&g!
t; 19- AI_WEST &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; <br /> ! Type15-3:Angle of incidence for horizontal -> 20- AI_HORIZONTAL &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp;&nbs
p; <br /> ! Type34:Angle of incidence -> 21- AI_SOUTHHAD!
ED &n!
bsp;
 !
; &nb!
sp; &
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&nbs!
p; &n
bsp; <br /> 15,1 15,6 17,1 15,26 &n!
bsp; 15,24 <br /> 15,25 15,27 15,18 14,1 15,30 <br /> 15,28 15,!
29 &n
bsp; 15,31 15,19 14,2 <br /> 15,46 15,44 15,45 15,47 15,23 &!
nbsp; <br /> 14,12 <br />*** INITIAL INPUT VALUES &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; <br /> 0.0000000000000000E+00 !
0.0000000000000000E+00 0.0000000000000000E+00 0.0000000000000000E+00 0.0000000000000000E+00<br /> 0.0000000000000000E+00 0.0000000000000000E+00 0.0000000000000000E+00 0.0000000000000000E+00 0.0000000000000000E+00<br /> 0.0000000000000000E+00 0.0000000000000000E+00 0.0000000000000000E+00 0.0000000000000000E+00 0.0000000000000000E+00<br /> 0.0000000000000000E+00 0.0000000000000000E+00 0.0000000000000000E+00 0.0000000000000000E+00 0.0000000000000000E+00<br /> 0.0000000000000000E+00<br />*** External files &nbs!
p; &n
bsp;&nb
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bsp; !
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p; <br /> ASSIGN cubo.bui 31<br />*|? Building description file (*.bui) |1000 &nbs!
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sp; <br /> *------------------------------------------------------------------------------ &nbs!
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p; 
; <br /> * Model "Type34" (Type 34) &n!
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<br /> * &n!
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</p> <p> UNIT 14 TYPE 34 <br />*$UNIT_NAME Type34 &nb!
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bsp;
&
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bsp; <br /> *$MODEL .\Loads and Structures\Overhang and Wingwall Shading\Type34.tmf !
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bsp; !
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p; <br /> *$POSITION 243 370 &!
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sp; <br /> *$LAYER Main # &nb!
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sp; <br /> PARAMETERS 16<br />! 1 Upstream component mode !
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; <br /> ! 2 Receiver height !
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; <br /> ! 3 Receiver width &!
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p; &n
bsp; <br /> ! 4 Overhang projection !
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sp; &n!
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p; <br /> ! 5 Overhang gap &nb!
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; &nbs!
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sp; &
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bsp; <br /> ! 6 Overhang left extension &n!
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; &nbs!
p; <br /> ! 7 Ov!
erhang right extension
 !
; &nb!
sp; &
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p; &n
bsp; &!
nbsp; <br /> ! 8 Left wingwall projection  !
; &nb
sp; &n!
bsp; !
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p; &nb!
sp; &!
nbsp;  
;
 !
; <br /> ! 9 Left wingwall gap &nbs!
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; &nb
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bsp; !
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p; &nb!
sp; <br /> ! 10 Left wingwall top extension &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; <br /> ! 11 Left wingwall bottom extension &!
nbsp;  !
; &nb
sp; &n!
bsp; !
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p; 
; &nbs!
p; &n!
bsp;
<br /> ! 12 Right wingwall projection &nb!
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 !
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sp; &
nbsp; <br /> ! 13 Right wingwall gap  !
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p; &n
bsp; &!
nbsp; <br /> ! 14 Right wingwall top extension !
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p; &nb!
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 !
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<br /> ! 15 Right wingwall bottom extension &n!
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p; &n
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nbsp; <br /> ! 16 Receiver azimuth !
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<br /> &nb!
sp; 0.0000000000000000E+00 1.0000000000000000E+00 0.0000000000000000E+00 1.0000000000000000E+00 0.0000000000000000E+00<br /> 1.5000000000000000E+00 1.2000000000000000E+00 0.0000000000000000E+00 0.0000000000000000E+00 0.0000000000000000E+00<br /> 0.0000000000000000E+00 0.0000000000000000E+00 0.0000000000000000E+00 0.0000000000000000E+00 0.0000000000000000E+00<br /> 0.0000000000000000E+00<br /> INPUTS 7<br />! Type15-3:Solar zenith angle ->Solar zenith angle &n!
bsp;
&
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; <br /> ! Type15-3:Solar azimuth angle ->Solar azimuth angle &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; <br /> ! Type15-3:Total horizontal radiation ->Total horizontal radiation&nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp;&n
bsp; <br /> ! Type15-3:Horizontal beam radiation ->Horizontal diffuse radiation &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; <br /> ! Type15-3:Beam radiation for surface-1 ->Beam rad!
iation on surface  
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
<br /> ! Type15-3:Ground reflectance ->Ground reflectance &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp;&nbs
p; <br /> ! Type15-3:Angle of incid!
ence for surface-1 ->Incidence angle of direct radiation  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; <br /> 15,16 15,17 15,18 15,19 15,28 &n!
bsp; <br /> 15,83 15,44 <br />*** INITIAL INPUT VALUES &nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; <br /> 9.0000000000000000E+01 0.0000000000000000E+00 0.0000000000000000E+00 0.0000000000000000E+00 0.0000000000000000E+00<br /> 2.0000000000000001E-01 0.0000000000000000E+00<br />*------------------------------------------------------------------------------  !
; &nb
sp; &n!
bsp; !
&nbs
p; 
; &nbs!
p; &n!
bsp;
<br /> * Model "Type15-3" (Type 15) &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; <br /> * &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; </p> <p> UNIT 15 TYPE 15 <br />*$UNIT_NAME Type15-3 !
&nbs!
p; &n
bsp;&nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; <br /> *$MODEL .\Weather Data Reading and Processing\Standard Format\Energy+ Weather Files (EPW)\Type15-3.tmf &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; <br /> *$POSITION 355 296 !
&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; <br /> *$LAYER Weather - Data Files # &!
nbsp;  
;
 !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp; <br /> PARAMETERS 18<br />! 1 File Type !
&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; <br /> ! 2 Logical unit &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp;&nbs
p; <br /> ! 3 Tilted Su!
rface Radiation Mode &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; <br /> ! 4 Ground reflectance - no snow &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; <br /> ! 5 Ground reflectance - snow cover  !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp;&nb
sp; &n!
bsp; !
<br /> ! 6 Number of surfaces&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; <br /> ! 7 Tracking mode-1 !
&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; <br /> ! 8 Slope of surface-1 &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp;&nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; <br /> ! 9 Azimuth of surface-1  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; <br /> ! 10 Tracking mode-2 !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; <br /> ! 11 Slope of surface-2 &n!
bsp; !
&nbs
p; 
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; <br /> ! 12 Azimuth of surface-2 &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; <br /> ! 13 Tracking mode-3 &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; <br /> ! 14 Slope of surface-3 &!
nbsp;  
;
 !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp; <br /> ! 15 Azimuth of surface-3 &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp; <br /> ! 16 Tracking mode-4 &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp;&n
bsp; &!
nbsp; <br /> ! 17 Slope of surface-4 &nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; <br /> ! 18 Azimuth of surface-4 !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; <br /> 3.0000000000000000E+00 3.3000000000000000E+01 3.0000000000000000E+00 2.0000000000000001E-01 7.0000000000000007E-01<br /> 4.0000000000000000E+00 1.0000000000000000E+00 9.0000000000000000E+01 0.0000000000000000E+00 1.0000000000000000E+00<br /> 9.0000000!
000000000E+01 -9.0000000000000000E+01 1.0000000000000000E+00 9.0000000000000000E+01 -1.8000000000000000E+02<br /> 1.0000000000000000E+00 9.0000000000000000E+01 9.0000000000000000E+01<br /> *** External files &!
nbsp;  
; &nbs!
p; &n!
bsp;
&
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp; <br /> ASSIGN ITA_Bergamo-Orio.al.Serio.160760_IGDG.epw 33<br />*|? Which file contains the Energy+ weather data? |1000 &nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; <br /> *------------------------------------------------------------------------------ !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; <br /> * Model "Type33e-3" (Type 33) &nbs!
p; &n!
bsp;
&
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp; <br /> * &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp; </p> <p> UNIT 16 TYPE 33 &nbs!
p; &n
bsp; <br />*$UNIT_NAME Type33e-3 &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; <br /> *$MODEL .\Physical Phenomena\Th!
ermodynamic Properties\Psychrometrics\Dry Bulb and Relative Humidity K
nown\Ty
pe33e.tmf &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; <br /> *$POSITION 460 197 !
&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
<br /> *$L!
AYER Main #  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
;
<br /> PARAMETERS 3<br />! 1 Psychrometrics mode &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; <br /> ! 2 Wet bulb mode  !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; <br /> ! 3 Error mode &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp;&n
bsp; &!
nbsp;  !
; &nb
sp; <br /> 2.0000000000000000E+00 1.0000000000000000E+00 2.0000000000000000E+00<br /> INPUTS 3<br />! Type15-3:Dry bulb temperature ->Dry bulb temp. &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; <br /> ! Type15-3:Percent relative humidity ->P!
ercent relative humidity &nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; <br /> ! [unconnected] Pressure &!
nbsp;  
; &nbs!
p; &n!
bsp;
&
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp; <br /> 15,1 15,7 CONST <br />*** INITIAL INPUT VALUES &nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; <br /> 2.2000000000000000E+01 6.0000000000000000E+01 1.0000000000000000E+00<br />*------------------------------------------------------------------------------ &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; <br /> * Model "Type69b-2" (Type 69) &!
nbsp;  !
; &nb
sp;&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
<br /> * &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
</p> <p> UNIT 17 TYPE 69 <br />*$UNIT_NAME Type69b-2 !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; 
; <br /> *$MODEL .\Physical Phenomena\Sky Temperature\calculate cloudiness factor\Type69b.tmf &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
<br /> *$POSITION 459 391 &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; <br /> *$LAYER Main #  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
;
 !
; <br /> PARAMETERS 2<br />! 1 mode for cloudiness factor !
&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; <br /> ! 2 height over sea level !
&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; <br /> 0.0000000000000000E+00 0.0000000000000000E+00<br /> INPUTS 4<br />! Type15-3:Dry bulb temperature ->Ambient temperature &nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp;&nbs
p; &nb!
sp; &!
nbsp;  
; <br /> ! Type33e-3:Dew point temperature. ->Dew point temperature at ambient conditions &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; <br /> ! Type15-3:Horizontal beam radiation ->Beam radiation on the horizontal &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; <br /> ! Type15-3:Sky diffuse radiation on the horizontal ->Diffuse radiation on the horizontal  !
; &nb
sp; &n!
bsp; !
&nbs
p; 
; &nbs!
p; &n!
bsp;
 !
; <br /> 15,1 16,8 15,19 15,20 <br />*** INITIAL INPUT VALUES &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp; <br /> 0.0000000000000000E+00 2.0000000000000000E+01 0.0000000000000000E+00 0.0000000000000000E+00<br />*------------------------------------------------------------------------------ !
&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; <br /> * Model "Type65d" (Type 65) !
&nbs
p; 
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; <br /> * &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; </p> <p> UNIT 19 TYPE 65 <br !
/>*$UNIT_NAME Type65d &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp;&n
bsp; <br /> *$MODEL .\Output\Online Plotter\Online Plotter Without File\Type65d.tmf !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; <br /> *$POSITION 653 285 &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; <br /> *$LAYER Main # !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp;&nbs
p; &nb!
sp; <br /> PARAMETERS 12<br />! 1 Nb. of left-axis variables &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; <br /> ! 2 Nb. of right-axis variables &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; <br /> ! 3 Left axis minimum &!
nbsp;  
; &nbs!
p; &n!
bsp;
&
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp; <br /> ! 4 Left axis maximum !
&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
<br /> ! 5 Right axis minimum  !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; <br /> ! 6 Right axis maximum &n!
bsp; !
&nbs
p; 
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; <br /> ! 7 Number of plots per simulation !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; <br /> ! 8 X-axis gridpoints &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
<br /> ! 9 Shut off Online w/o removing !
&nbs
p; 
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
<br /> ! 10 Logical unit for output file  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; <br /> ! 11 Output file uni!
ts &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp;&nb
sp; <br /> ! 12 Output file delimiter &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; <br /> 1.0000000000000000E+00 2.0000000000000000E+00 0.0000000000000000E+00 3.0000000000000000E+01 0.0000000000000000E+00<br /> 1.0000000000000000E+03 1.0000000000000000E+00 1.2000000000000000E+01 0.0000000000000000E+00 -1.0000000000000000E+00<br /> 0.0000000000000000E+00 0.0000000000000000E+00<br /> &nb!
sp; INPUTS 3<br />! Type56b: 1- TAIR_Z1 ->Left axis variable &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; <br /> ! Type56b: 2- QHEAT_Z1 ->Right axis variable-1 &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
&
nbsp; !
&nbs!
p; &n
bsp; <br /> ! Type56b: 3- QCOOL_Z1 ->Right axis variable-2 &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
<br /> 5,1 &nbs!
p; &n
bsp; 5,2 5,3 <br />*** INITIAL INPUT VALUES &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
&nbs!
p; <br />
T_PT Q_HEAT Q_COOL <br /> LABELS 3<br /> Temperatures  !
; &nb!
sp; &
nbsp;&n
bsp; <br /> Heat transfer rates &nb!
sp; &!
nbsp;  
; <br /> Graph 1 !
<br /> *-------!
----------------------------------------------------------------------
- &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
<br /> * Model "Type28b" (Type 28) &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
<br /> * &!
nbsp;  
;
 !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp; </p> <p> UNIT 21 TYPE 28 <br />*$UNIT_NAME Type28b &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp; <br /> *$MODEL .\Output\Simulation Summary\Results to External File\Without Energy Balance\Type28b.tmf &nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; 
; <br /> *$POSITION 439 402 &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
<br /> *$LAYER Outputs # &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; <br /> PARAMETERS 22<br />! 1 Summary interval &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; 
; &nbs!
p; <br /> ! 2 Summary start time &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp; <br /> ! 3 Summary stop time !
&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; <br /> ! 4 Logical unit for the output file &!
nbsp;  
; &nbs!
p; &n!
bsp;
&
nbsp; !
&nbs!
p; &n
bsp; !
<br /> ! 5 Output mode !
&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
<br /> ! 6 Operation code-1 &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; <br /> ! 7 Operation code-2 !
&nbs!
p; &n
bsp;&nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; <br /> ! 8 Operation code-3 !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; !
<br /> ! 9 Operation code-4
 !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp; <br /> ! 10 Operation code-5 !
&nbs
p; 
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
<br /> ! 11 Operation code-6  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; <br /> ! 12 Operation code-7 &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp;&nbs
p; <br /> ! 13 Operation code-8 &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; <br /> ! 14 Operation code-9 &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
<br /> ! 15 Operation code-10  !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp;&nb
sp; &n!
bsp; !
&nbs
p; <br /> ! 16 Operation code-11 &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; <br /> ! 17 Operation code-12 &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; <br /> ! 18 Operation code-13 !
&nbs
p; &nb!
sp; &!
nbsp;  
;
 !
; &nb!
sp; &
nbsp; !
<br /> ! 19 Operation code-14 &nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; <br /> ! 20 Operation code-15 &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; <br /> ! 21 Operation code-16 !
&nbs!
p; &n
bsp;&nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; <br /> ! 22 Operation code-17 &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; <br /> -1.0000000000000000E+00 0.0000000000000000E+00 8.7600000000000000E+03 3.4000000000000000E+01 2.0000000000000000E+00<br /> -1.1000000000000000E+01 -1.2000000000000000E+01 3.0000000000000000E+00 -1.0000000000000000E+00 3.6000000000000000E+03<br /> 2.0000000000000000E+00 -4.0000000000000000E+00 -1.1000000000000000E+01 -1.0000000000000000E+00 3.6000000000000000E+03<br /> 2.0000000000000000E+00 -4.0000000000000000E+00 -1.2000000000000000E+01&!
nbsp; -1.0000000000000000E+00 3.6000000000000000E+03<br /> 2.0000000000000000E+00 -4.0000000000000000E+00<br /> INPUTS 2<br />! Type56b: 2- QHEAT_Z1 ->Summary input-1 &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp;&nb
sp; <br /> ! Type56b: 3- QCOOL_Z1 ->Summary input-2  !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp;  !
; &nb
sp; <br /> 5,2 5,3 <br />*** INITIAL INPUT VALUES &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; <br /> 0.0000000000000000E+00 0.0000000000000000E+00<br /> LABELS 3<br /> Qvent &nb!
sp; &!
nbsp;  
; <br /> Qheat &n!
bsp; !
&nbs
p; 
; <br /> Qcool &n!
bsp; !
<br /> *** External files &n
bsp; &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; <br /> ASSIGN pippo.sum 34<br />*|? File for the summary results |1000 &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
<br /> *------------------------------------------------------------------------------ &!
nbsp;  
; &nbs!
p; &n!
bsp;
&
nbsp; !
&nbs!
p; &n
bsp; <br /> * EQUATIONS "Parameters&!
quot;  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; <br /> * &!
nbsp;  !
; &nb
sp; &n!
bsp; !
&nbs
p; &nb!
sp; &!
nbsp;  
; </p> <p> EQUATIONS 2<br /> windowHeight = 1.0<br /> overhangProjection = 1.0<br />*$UNIT_NAME Parameters &!
nbsp;  !
; &nb
sp;&nbs
p; &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
<br /> *$LAYER Main &nb!
sp; &!
nbsp;  
; &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; <br /> *$POSITION 152 114 &nbs!
p; &n!
bsp;
 !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp;&nb
sp; <br /> *------------------------------------------------------------------------------  !
; &nb!
sp; &
nbsp; !
&nbs!
p; &n
bsp; &!
nbsp; </p> <p> END</p> <p><br /> TRANSIENT SIMULATION STARTING AT TIME = 0.0000000000000000E+00<br /> STOPPING AT TIME = 8.7600000000000000E+03<br />  !
; &nb
sp; TIMESTEP = 1 / 1<br /> DIFFERENTIAL EQUATION ERROR TOLERANCE = 1.0000000000000002E-03<br /> ALGEBRAIC CONVERGENCE TOLERANCE = 1.0000000000000002E-03</p> <p> DIFFERENTIAL EQUATIONS SOLVED BY MODIFIED EULER <br /> <br />*** Notice at time : 0.000000<br /> Generated by Unit : Not applicable or not available<br /> Generated by Type : Not a!
pplicable or not available<br /> Message : The following Types were loaded from TRNDll.dll: Type56, Type34, Type15, Type33, Type69, Type65, Type28<br /> <br /> <br />*** Notice at time : 0.000000<br /> Generated by Unit : Not applicable or not available<br /> Generated by Type : Not applicable or not available<br /> Message : "Type157_demo_release.dll" was found but did not contain any components from the input file.<br /> <br /> <br />*** Notice at time : 0.000000<br /> !
Generated by Unit : Not applicable or n
ot available<br /> Generated by Type : Not applicable or not available<br /> Message : "Type204_release.dll" was found but did not contain any components from the input file.<br /> <br /> <br />*** Notice at time : 0.000000<br /> Generated by Unit : Not applicable or not available<br /> Generated by Type : Not applicable or not available<br /> TRNSYS Message 199 : TRNSYS found at least one user DLL in the UserLib directory. (Note: Only DLL's including Types that are used in the simulation are loaded)<br /> Reported information : 0 user DLLs were loaded after searching in "C:\Pr!
ogram Files\Trnsys16_1\UserLib\ReleaseDLLs"<br /> <br /> <br />*** Notice at time : 0.000000<br /> Generated by Unit : 5<br /> Generated by Type : 56<br /> Message : TRNFLOW multi zone air flow model integrated<br /> <br /> <br />*** Notice at time : 0.000000<br /> Generated by Unit : 5<br /> Generated by Type : 56<br /> Message &!
nbsp; : Active layers and internal window calculations integrate
d<br /> <br /> <br />*** Notice at time : 0.000000<br /> Generated by Unit : 5<br /> Generated by Type : 56<br /> Message : No internal humidity calculations are performed and no condensation warnings are printed. if any of the outputs ntype 9,10,11,26,29,40,41,47,48 or 49 is specified The humidity calculations, using an internal timestep, will be switched on and condensation checks are performed<br /> <br /> <br />*** Notice at time : 0.000000<br /> Generated by Unit : 5<br /!
> Generated by Type : 56<br /> Message : Star network calculation: only at simulation start<br /> <br /> <br /> *** Fatal Error at time : 0.000000<br /> Generated by Unit : 15<br /> Generated by Type : 15<br /> Message : Unable to correctly read from the supplied data file - please check the file and re-run the simulation.<br /> <br /> <br />*** Notice at time : 0.000000<br /> Generated by Unit !
: 5<br /> Generated b
y Type : 56<br /> Message : Geometrical distribution factors for direct solar (GEOSURF) in zone 1 equal zero occurred. Direct solar radiaton is treated as diffuse radiation!<br /> <br />==========================================================================================<br />TYPE56 TIME REPORT: (for debugging purpose)<br />------------------------------------------------------------------------------------------<br /> time_report_unit: 6<br />time_filter: .8760E+07 [ms]<br />==========================================================================================<br />Level0 Level1 Level2 Level3 Level4 &!
nbsp; Counter DTime[ms] TTime[ms]<br /> ==========================================================================================</p> <p><br />*********************************************************************************************************<br />The Following UNIT Numbers, TYPE Numbers, and Logical Units Were Used in the Supplied TRNSYS Input File: <br /> 5 15 4<br /> 14 28 &n!
bsp; 6<br /> &nbs
p; 15 33 9<br /> 16 34 31<br /> 17 56 33<br /> !
19 65 34<br /> 21 69 35</p> <p><br />*********************************************************************************************************<br />Total TRNSYS Calculation Time: 1.7500 Seconds</p> <!-- end sanitized html --> <hr size="1" noshade="noshade" /><pre>
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</pre></div></td></tr> </tbody></table></div>