Linux GNU 11.4.0 Code Coverage Report

Directory: ./
Coverage: low: ≥ 0% medium: ≥ 75.0% high: ≥ 90.0%
Coverage Exec / Excl / Total
Lines: 80.0% 448 / 0 / 560
Functions: -% 0 / 1 / 1
Branches: 67.9% 38 / 0 / 56
build_cmake/OMCompiler/Compiler/generated-mo/Template/CodegenCppInit.mo
Line Branch Exec Source
1 encapsulated package CodegenCppInit
2 "
3 file: CodegenCppInit.mo
4 package: CodegenCppInit
5 description: Generated by Susan.
6 "
7
8 public import Tpl;
9
10 public import SimCodeVar;
11 public import HashTableCrefSimVar;
12 public import SimCode;
13 public import SimCodeFunction;
14 public import SimCodeCodegenUtil;
15 public import SimCodeFunctionUtil;
16 public import BackendDAE;
17 public import System;
18 public import Autoconf;
19 protected import Absyn;
20 protected import AbsynUtil;
21 public import MMath;
22 public import DAE;
23 public import ClassInf;
24 public import ClassInfUtil;
25 protected import SCode;
26 protected import SCodeDump;
27 public import StringUtil;
28 public import Util;
29 public import List;
30 public import ComponentReferenceBasics;
31 public import ComponentReference;
32 public import Expression;
33 protected import ExpressionDump;
34 public import ExpressionBasics;
35 public import Config;
36 public import Testsuite;
37 public import Flags;
38 public import FlagsUtil;
39 public import Settings;
40 public import Patternm;
41 public import Error;
42 public import Values;
43 public import ValuesUtil;
44 public import DAEDump;
45 public import Algorithm;
46 protected import ElementSource;
47 public import DAEUtil;
48 public import TypesDump;
49 public import Types;
50 public import HashTableCrIListArray;
51 public import BackendVariable;
52 public import HpcOmSimCode;
53 public import HpcOmCodegenUtil;
54 public import FMI;
55 public import CodegenUtil;
56 protected import CodegenCppCommon;
57 protected import CodegenFMUCommon;
58 protected import CodegenFMU2;
59 protected import CodegenFMU1;
60
61 protected function fun_52
62 input Tpl.Text in_txt;
63 input Boolean in_a_generateFMUModelDescription;
64
65 output Tpl.Text out_txt;
66 algorithm
67 out_txt :=
68 match(in_txt, in_a_generateFMUModelDescription)
69 local
70 Tpl.Text txt;
71
72 case ( txt,
73 false )
74 algorithm
75 49 txt := Tpl.writeTok(txt, Tpl.ST_STRING("ModelDescription"));
76 then txt;
77
78 case ( txt,
79 _ )
80 algorithm
81 1 txt := Tpl.writeTok(txt, Tpl.ST_STRING("fmiModelDescription"));
82 then txt;
83 end match;
84 end fun_52;
85
86 protected function fun_53
87 input Tpl.Text in_txt;
88 input Boolean in_a_generateFMUModelDescription;
89 input String in_a_FMUGuid;
90 input String in_a_FMUType;
91 input String in_a_FMUVersion;
92 input SimCode.SimCode in_a_simCode;
93 input Absyn.Path in_a_modelInfo_name;
94
95 output Tpl.Text out_txt;
96 algorithm
97 out_txt :=
98 match(in_txt, in_a_generateFMUModelDescription, in_a_FMUGuid, in_a_FMUType, in_a_FMUVersion, in_a_simCode, in_a_modelInfo_name)
99 local
100 Tpl.Text txt;
101 String a_FMUGuid;
102 String a_FMUType;
103 String a_FMUVersion;
104 SimCode.SimCode a_simCode;
105 Absyn.Path a_modelInfo_name;
106
107 case ( txt,
108 false,
109 _,
110 _,
111 _,
112 _,
113 a_modelInfo_name )
114 algorithm
115 49 txt := Tpl.writeTok(txt, Tpl.ST_STRING("modelName=\""));
116 49 txt := CodegenUtil.dotPath(txt, a_modelInfo_name);
117 49 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\""));
118 then txt;
119
120 case ( txt,
121 _,
122 a_FMUGuid,
123 a_FMUType,
124 a_FMUVersion,
125 a_simCode,
126 _ )
127 algorithm
128 1 txt := fmiDescriptionAttributes(txt, a_simCode, a_FMUVersion, a_FMUType, a_FMUGuid);
129 then txt;
130 end match;
131 end fun_53;
132
133 protected function fun_54
134 input Tpl.Text in_txt;
135 input Boolean in_a_generateFMUModelDescription;
136 input String in_a_FMUVersion;
137 input SimCode.SimCode in_a_simCode;
138
139 output Tpl.Text out_txt;
140 algorithm
141 out_txt :=
142 match(in_txt, in_a_generateFMUModelDescription, in_a_FMUVersion, in_a_simCode)
143 local
144 Tpl.Text txt;
145 String a_FMUVersion;
146 SimCode.SimCode a_simCode;
147
148 case ( txt,
149 false,
150 _,
151 _ )
152 then txt;
153
154 case ( txt,
155 _,
156 a_FMUVersion,
157 a_simCode )
158 algorithm
159 1 txt := CodegenFMUCommon.fmiTypeDefinitions(txt, a_simCode, a_FMUVersion);
160 then txt;
161 end match;
162 end fun_54;
163
164 protected function fun_55
165 input Tpl.Text in_txt;
166 input Boolean in_a_generateFMUModelDescription;
167 input String in_a_FMUVersion;
168 input Option<SimCode.SimulationSettings> in_a_simulationSettingsOpt;
169
170 output Tpl.Text out_txt;
171 algorithm
172 out_txt :=
173 match(in_txt, in_a_generateFMUModelDescription, in_a_FMUVersion, in_a_simulationSettingsOpt)
174 local
175 Tpl.Text txt;
176 String a_FMUVersion;
177 Option<SimCode.SimulationSettings> a_simulationSettingsOpt;
178
179 case ( txt,
180 false,
181 _,
182 _ )
183 then txt;
184
185 case ( txt,
186 _,
187 a_FMUVersion,
188 a_simulationSettingsOpt )
189 algorithm
190 1 txt := CodegenFMUCommon.DefaultExperiment(txt, a_simulationSettingsOpt, a_FMUVersion);
191 then txt;
192 end match;
193 end fun_55;
194
195 public function modelInitXMLFile
196 input Tpl.Text in_txt;
197 input SimCode.SimCode in_a_simCode;
198 input String in_a_numRealVars;
199 input String in_a_numIntVars;
200 input String in_a_numBoolVars;
201 input String in_a_numStringVars;
202 input String in_a_FMUVersion;
203 input String in_a_FMUType;
204 input String in_a_FMUGuid;
205 input Boolean in_a_generateFMUModelDescription;
206 input String in_a_generatorComments;
207 input Tpl.Text in_a_complexStartExpressions;
208 input Tpl.Text in_a_stateDerVectorName;
209
210 output Tpl.Text out_txt;
211 output Tpl.Text out_a_complexStartExpressions;
212 output Tpl.Text out_a_stateDerVectorName;
213 algorithm
214 (out_txt, out_a_complexStartExpressions, out_a_stateDerVectorName) :=
215 match(in_txt, in_a_simCode, in_a_numRealVars, in_a_numIntVars, in_a_numBoolVars, in_a_numStringVars, in_a_FMUVersion, in_a_FMUType, in_a_FMUGuid, in_a_generateFMUModelDescription, in_a_generatorComments, in_a_complexStartExpressions, in_a_stateDerVectorName)
216 local
217 Tpl.Text txt;
218 String a_numRealVars;
219 String a_numIntVars;
220 String a_numBoolVars;
221 String a_numStringVars;
222 String a_FMUVersion;
223 String a_FMUType;
224 String a_FMUGuid;
225 Boolean a_generateFMUModelDescription;
226 String a_generatorComments;
227 Tpl.Text a_complexStartExpressions;
228 Tpl.Text a_stateDerVectorName;
229 Option<SimCode.SimulationSettings> i_simulationSettingsOpt;
230 Absyn.Path i_modelInfo_name;
231 HashTableCrIListArray.HashTable i_varToArrayIndexMapping;
232 SimCode.ModelInfo i_modelInfo;
233 SimCode.SimCode i_simCode;
234 Tpl.Text l_fmiDefaultExperiment;
235 Tpl.Text l_fmiTypeDefinitions;
236 Tpl.Text l_fmiDescriptionAttributes;
237 Tpl.Text l_descriptionTag;
238 Tpl.Text txt_4;
239 Tpl.Text txt_3;
240 Tpl.Text txt_2;
241 Tpl.Text txt_1;
242 Tpl.Text l_variables;
243
244 case ( txt,
245 (i_simCode as SimCode.SIMCODE(modelInfo = (i_modelInfo as SimCode.MODELINFO(name = i_modelInfo_name)), varToArrayIndexMapping = i_varToArrayIndexMapping, simulationSettingsOpt = i_simulationSettingsOpt)),
246 a_numRealVars,
247 a_numIntVars,
248 a_numBoolVars,
249 a_numStringVars,
250 a_FMUVersion,
251 a_FMUType,
252 a_FMUGuid,
253 a_generateFMUModelDescription,
254 a_generatorComments,
255 a_complexStartExpressions,
256 a_stateDerVectorName )
257 algorithm
258 50 txt_1 := Tpl.writeStr(Tpl.emptyTxt, a_numRealVars);
259 50 txt_1 := Tpl.writeTok(txt_1, Tpl.ST_STRING(" - 1"));
260 50 txt_2 := Tpl.writeStr(Tpl.emptyTxt, a_numIntVars);
261 50 txt_2 := Tpl.writeTok(txt_2, Tpl.ST_STRING(" - 1"));
262 50 txt_3 := Tpl.writeStr(Tpl.emptyTxt, a_numBoolVars);
263 50 txt_3 := Tpl.writeTok(txt_3, Tpl.ST_STRING(" - 1"));
264 50 txt_4 := Tpl.writeStr(Tpl.emptyTxt, a_numStringVars);
265 50 txt_4 := Tpl.writeTok(txt_4, Tpl.ST_STRING(" - 1"));
266 50 (l_variables, a_complexStartExpressions, a_stateDerVectorName) := modelVariablesXML(Tpl.emptyTxt, i_simCode, i_modelInfo, i_varToArrayIndexMapping, Tpl.textString(txt_1), Tpl.textString(txt_2), Tpl.textString(txt_3), Tpl.textString(txt_4), a_generateFMUModelDescription, a_complexStartExpressions, a_stateDerVectorName);
267 50 l_descriptionTag := fun_52(Tpl.emptyTxt, a_generateFMUModelDescription);
268 50 l_fmiDescriptionAttributes := fun_53(Tpl.emptyTxt, a_generateFMUModelDescription, a_FMUGuid, a_FMUType, a_FMUVersion, i_simCode, i_modelInfo_name);
269 50 l_fmiTypeDefinitions := fun_54(Tpl.emptyTxt, a_generateFMUModelDescription, a_FMUVersion, i_simCode);
270 50 l_fmiDefaultExperiment := fun_55(Tpl.emptyTxt, a_generateFMUModelDescription, a_FMUVersion, i_simulationSettingsOpt);
271 50 txt := Tpl.writeTok(txt, Tpl.ST_STRING_LIST({
272 "<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n",
273 "<!--Generated with the modifications: "
274 }, false));
275 50 txt := Tpl.writeStr(txt, a_generatorComments);
276 50 txt := Tpl.writeTok(txt, Tpl.ST_STRING_LIST({
277 " -->\n",
278 "<!--Take care about array indices, they are stored in column major layout.-->\n",
279 "<"
280 }, false));
281 50 txt := Tpl.writeText(txt, l_descriptionTag);
282 50 txt := Tpl.writeTok(txt, Tpl.ST_STRING(" "));
283 50 txt := Tpl.writeText(txt, l_fmiDescriptionAttributes);
284 50 txt := Tpl.writeTok(txt, Tpl.ST_LINE(">\n"));
285 50 txt := Tpl.pushBlock(txt, Tpl.BT_INDENT(2));
286 50 txt := Tpl.writeText(txt, l_fmiTypeDefinitions);
287 50 txt := Tpl.softNewLine(txt);
288 50 txt := Tpl.writeText(txt, l_fmiDefaultExperiment);
289 50 txt := Tpl.softNewLine(txt);
290 50 txt := Tpl.writeTok(txt, Tpl.ST_LINE("<ModelVariables>\n"));
291 50 txt := Tpl.pushBlock(txt, Tpl.BT_INDENT(2));
292 50 txt := Tpl.writeText(txt, l_variables);
293 50 txt := Tpl.softNewLine(txt);
294 50 txt := Tpl.popBlock(txt);
295 50 txt := Tpl.writeTok(txt, Tpl.ST_LINE("</ModelVariables>\n"));
296 50 txt := Tpl.popBlock(txt);
297 50 txt := Tpl.writeTok(txt, Tpl.ST_STRING("</"));
298 50 txt := Tpl.writeText(txt, l_descriptionTag);
299 50 txt := Tpl.writeTok(txt, Tpl.ST_STRING(">"));
300 50 then (txt, a_complexStartExpressions, a_stateDerVectorName);
301
302 case ( txt,
303 _,
304 _,
305 _,
306 _,
307 _,
308 _,
309 _,
310 _,
311 _,
312 _,
313 a_complexStartExpressions,
314 a_stateDerVectorName )
315 then (txt, a_complexStartExpressions, a_stateDerVectorName);
316 end match;
317 end modelInitXMLFile;
318
319 protected function fun_57
320 input Tpl.Text in_txt;
321 input Boolean in_mArg;
322 input SimCode.SimCode in_a_simCode;
323 input String in_a_FMUGuid;
324
325 output Tpl.Text out_txt;
326 algorithm
327 out_txt :=
328 match(in_txt, in_mArg, in_a_simCode, in_a_FMUGuid)
329 local
330 Tpl.Text txt;
331 SimCode.SimCode a_simCode;
332 String a_FMUGuid;
333
334 case ( txt,
335 false,
336 a_simCode,
337 a_FMUGuid )
338 algorithm
339 1 txt := fmiModelDescriptionAttributes(txt, a_simCode, a_FMUGuid);
340 then txt;
341
342 case ( txt,
343 _,
344 a_simCode,
345 a_FMUGuid )
346 algorithm
347 ✗ txt := CodegenFMU2.fmiModelDescriptionAttributes(txt, a_simCode, a_FMUGuid);
348 then txt;
349 end match;
350 end fun_57;
351
352 public function fmiDescriptionAttributes
353 input Tpl.Text txt;
354 input SimCode.SimCode a_simCode;
355 input String a_FMUVersion;
356 input String a_FMUType;
357 input String a_FMUGuid;
358
359 output Tpl.Text out_txt;
360 protected
361 Boolean ret_0;
362 algorithm
363 1 ret_0 := FMI.isFMIVersion20(a_FMUVersion);
364 1 out_txt := fun_57(txt, ret_0, a_simCode, a_FMUGuid);
365 end fmiDescriptionAttributes;
366
367 public function fmiModelDescriptionAttributes
368 input Tpl.Text in_txt;
369 input SimCode.SimCode in_a_simCode;
370 input String in_a_guid;
371
372 output Tpl.Text out_txt;
373 algorithm
374 out_txt :=
375 match(in_txt, in_a_simCode, in_a_guid)
376 local
377 Tpl.Text txt;
378 String a_guid;
379 SimCode.SimCode i_simCode;
380 Integer i_vi_numStateVars;
381 String i_fileNamePrefix;
382 Absyn.Path i_modelInfo_name;
383 Tpl.Text l_numberOfEventIndicators;
384 Tpl.Text l_numberOfContinuousStates;
385 Tpl.Text l_variableNamingConvention;
386 Util.DateTime ret_12;
387 Tpl.Text l_generationDateAndTime;
388 String ret_10;
389 Tpl.Text l_generationTool;
390 Tpl.Text l_version;
391 Tpl.Text l_author;
392 Tpl.Text l_description;
393 String ret_5;
394 Tpl.Text l_modelIdentifier;
395 String ret_3;
396 Tpl.Text txt_2;
397 Tpl.Text l_modelName;
398 Tpl.Text l_fmiVersion;
399
400 case ( txt,
401 (i_simCode as SimCode.SIMCODE(modelInfo = SimCode.MODELINFO(varInfo = SimCode.VARINFO(numStateVars = i_vi_numStateVars), vars = SimCodeVar.SIMVARS(stateVars = _), name = i_modelInfo_name), fileNamePrefix = i_fileNamePrefix)),
402 a_guid )
403 algorithm
404 1 l_fmiVersion := Tpl.writeTok(Tpl.emptyTxt, Tpl.ST_STRING("1.0"));
405 1 txt_2 := CodegenUtil.dotPath(Tpl.emptyTxt, i_modelInfo_name);
406 1 ret_3 := System.stringReplace(Tpl.textString(txt_2), "$", "_D_");
407 1 l_modelName := Tpl.writeStr(Tpl.emptyTxt, ret_3);
408 1 ret_5 := System.stringReplace(i_fileNamePrefix, ".", "_");
409 1 l_modelIdentifier := Tpl.writeStr(Tpl.emptyTxt, ret_5);
410 l_description := Tpl.emptyTxt;
411 l_author := Tpl.emptyTxt;
412 l_version := Tpl.emptyTxt;
413 1 l_generationTool := Tpl.writeTok(Tpl.emptyTxt, Tpl.ST_STRING("OpenModelica Compiler "));
414 1 ret_10 := Settings.getVersionNr();
415 1 l_generationTool := Tpl.writeStr(l_generationTool, ret_10);
416 1 ret_12 := Util.getCurrentDateTime();
417 1 l_generationDateAndTime := CodegenFMUCommon.xsdateTime(Tpl.emptyTxt, ret_12);
418 1 l_variableNamingConvention := Tpl.writeTok(Tpl.emptyTxt, Tpl.ST_STRING("structured"));
419 1 l_numberOfContinuousStates := Tpl.writeStr(Tpl.emptyTxt, intString(i_vi_numStateVars));
420 1 l_numberOfEventIndicators := CodegenFMUCommon.getNumberOfEventIndicators(Tpl.emptyTxt, i_simCode);
421 1 txt := Tpl.writeTok(txt, Tpl.ST_STRING("fmiVersion=\""));
422 1 txt := Tpl.writeText(txt, l_fmiVersion);
423 1 txt := Tpl.writeTok(txt, Tpl.ST_STRING_LIST({
424 "\"\n",
425 "modelName=\""
426 }, false));
427 1 txt := Tpl.writeText(txt, l_modelName);
428 1 txt := Tpl.writeTok(txt, Tpl.ST_STRING_LIST({
429 "\"\n",
430 "modelIdentifier=\""
431 }, false));
432 1 txt := Tpl.writeText(txt, l_modelIdentifier);
433 1 txt := Tpl.writeTok(txt, Tpl.ST_STRING_LIST({
434 "\"\n",
435 "guid=\"{"
436 }, false));
437 1 txt := Tpl.writeStr(txt, a_guid);
438 1 txt := Tpl.writeTok(txt, Tpl.ST_STRING_LIST({
439 "}\"\n",
440 "generationTool=\""
441 }, false));
442 1 txt := Tpl.writeText(txt, l_generationTool);
443 1 txt := Tpl.writeTok(txt, Tpl.ST_STRING_LIST({
444 "\"\n",
445 "generationDateAndTime=\""
446 }, false));
447 1 txt := Tpl.writeText(txt, l_generationDateAndTime);
448 1 txt := Tpl.writeTok(txt, Tpl.ST_STRING_LIST({
449 "\"\n",
450 "variableNamingConvention=\""
451 }, false));
452 1 txt := Tpl.writeText(txt, l_variableNamingConvention);
453 1 txt := Tpl.writeTok(txt, Tpl.ST_STRING_LIST({
454 "\"\n",
455 "numberOfContinuousStates=\""
456 }, false));
457 1 txt := Tpl.writeText(txt, l_numberOfContinuousStates);
458 1 txt := Tpl.writeTok(txt, Tpl.ST_STRING_LIST({
459 "\"\n",
460 "numberOfEventIndicators=\""
461 }, false));
462 1 txt := Tpl.writeText(txt, l_numberOfEventIndicators);
463 1 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\""));
464 then txt;
465
466 case ( txt,
467 _,
468 _ )
469 then txt;
470 end match;
471 end fmiModelDescriptionAttributes;
472
473 protected function lm_60
474 input output Tpl.Text txt;
475 input list<SimCodeVar.SimVar> items;
476 input output Tpl.Text a_stateDerVectorName;
477 input output Tpl.Text a_complexStartExpressions;
478 input Boolean a_generateFMUModelDescription;
479 input String a_indexForUndefinedReferencesReal;
480 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
481 input SimCode.SimCode a_simCode;
482 algorithm
483
2/2
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 226 for lstElt_60 in items loop
484 (txt, a_stateDerVectorName, a_complexStartExpressions) := match lstElt_60
485 local
486 SimCodeVar.SimVar i_var;
487
488 case i_var
489 algorithm
490 176 (txt, a_complexStartExpressions, a_stateDerVectorName) := scalarVariableXML(txt, a_simCode, i_var, a_varToArrayIndexMapping, a_indexForUndefinedReferencesReal, a_generateFMUModelDescription, a_complexStartExpressions, a_stateDerVectorName);
491 176 txt := Tpl.nextIter(txt);
492 then (txt, a_stateDerVectorName, a_complexStartExpressions);
493 end match;
494 end for;
495 end lm_60;
496
497 protected function lm_61
498 input output Tpl.Text txt;
499 input list<SimCodeVar.SimVar> items;
500 input output Tpl.Text a_stateDerVectorName;
501 input output Tpl.Text a_complexStartExpressions;
502 input Boolean a_generateFMUModelDescription;
503 input String a_indexForUndefinedReferencesReal;
504 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
505 input SimCode.SimCode a_simCode;
506 algorithm
507
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 226 for lstElt_61 in items loop
508 (txt, a_stateDerVectorName, a_complexStartExpressions) := match lstElt_61
509 local
510 SimCodeVar.SimVar i_var;
511
512 case i_var
513 algorithm
514 176 (txt, a_complexStartExpressions, a_stateDerVectorName) := scalarVariableXML(txt, a_simCode, i_var, a_varToArrayIndexMapping, a_indexForUndefinedReferencesReal, a_generateFMUModelDescription, a_complexStartExpressions, a_stateDerVectorName);
515 176 txt := Tpl.nextIter(txt);
516 then (txt, a_stateDerVectorName, a_complexStartExpressions);
517 end match;
518 end for;
519 end lm_61;
520
521 protected function lm_62
522 input output Tpl.Text txt;
523 input list<SimCodeVar.SimVar> items;
524 input output Tpl.Text a_stateDerVectorName;
525 input output Tpl.Text a_complexStartExpressions;
526 input Boolean a_generateFMUModelDescription;
527 input String a_indexForUndefinedReferencesReal;
528 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
529 input SimCode.SimCode a_simCode;
530 algorithm
531
2/2
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 4048 for lstElt_62 in items loop
532 (txt, a_stateDerVectorName, a_complexStartExpressions) := match lstElt_62
533 local
534 SimCodeVar.SimVar i_var;
535
536 case i_var
537 algorithm
538 3998 (txt, a_complexStartExpressions, a_stateDerVectorName) := scalarVariableXML(txt, a_simCode, i_var, a_varToArrayIndexMapping, a_indexForUndefinedReferencesReal, a_generateFMUModelDescription, a_complexStartExpressions, a_stateDerVectorName);
539 3998 txt := Tpl.nextIter(txt);
540 then (txt, a_stateDerVectorName, a_complexStartExpressions);
541 end match;
542 end for;
543 end lm_62;
544
545 protected function lm_63
546 input output Tpl.Text txt;
547 input list<SimCodeVar.SimVar> items;
548 input output Tpl.Text a_stateDerVectorName;
549 input output Tpl.Text a_complexStartExpressions;
550 input Boolean a_generateFMUModelDescription;
551 input String a_indexForUndefinedReferencesReal;
552 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
553 input SimCode.SimCode a_simCode;
554 algorithm
555
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 353 for lstElt_63 in items loop
556 (txt, a_stateDerVectorName, a_complexStartExpressions) := match lstElt_63
557 local
558 SimCodeVar.SimVar i_var;
559
560 case i_var
561 algorithm
562 303 (txt, a_complexStartExpressions, a_stateDerVectorName) := scalarVariableXML(txt, a_simCode, i_var, a_varToArrayIndexMapping, a_indexForUndefinedReferencesReal, a_generateFMUModelDescription, a_complexStartExpressions, a_stateDerVectorName);
563 303 txt := Tpl.nextIter(txt);
564 then (txt, a_stateDerVectorName, a_complexStartExpressions);
565 end match;
566 end for;
567 end lm_63;
568
569 protected function lm_64
570 input output Tpl.Text txt;
571 input list<SimCodeVar.SimVar> items;
572 input output Tpl.Text a_stateDerVectorName;
573 input output Tpl.Text a_complexStartExpressions;
574 input Boolean a_generateFMUModelDescription;
575 input String a_indexForUndefinedReferencesReal;
576 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
577 input SimCode.SimCode a_simCode;
578 algorithm
579
2/2
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 1884 for lstElt_64 in items loop
580 (txt, a_stateDerVectorName, a_complexStartExpressions) := match lstElt_64
581 local
582 SimCodeVar.SimVar i_var;
583
584 case i_var
585 algorithm
586 1834 (txt, a_complexStartExpressions, a_stateDerVectorName) := scalarVariableXML(txt, a_simCode, i_var, a_varToArrayIndexMapping, a_indexForUndefinedReferencesReal, a_generateFMUModelDescription, a_complexStartExpressions, a_stateDerVectorName);
587 1834 txt := Tpl.nextIter(txt);
588 then (txt, a_stateDerVectorName, a_complexStartExpressions);
589 end match;
590 end for;
591 end lm_64;
592
593 protected function lm_65
594 input output Tpl.Text txt;
595 input list<SimCodeVar.SimVar> items;
596 input output Tpl.Text a_stateDerVectorName;
597 input output Tpl.Text a_complexStartExpressions;
598 input Boolean a_generateFMUModelDescription;
599 input String a_indexForUndefinedReferencesReal;
600 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
601 input SimCode.SimCode a_simCode;
602 algorithm
603
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 3368 for lstElt_65 in items loop
604 (txt, a_stateDerVectorName, a_complexStartExpressions) := match lstElt_65
605 local
606 SimCodeVar.SimVar i_var;
607
608 case i_var
609 algorithm
610 3318 (txt, a_complexStartExpressions, a_stateDerVectorName) := scalarVariableXML(txt, a_simCode, i_var, a_varToArrayIndexMapping, a_indexForUndefinedReferencesReal, a_generateFMUModelDescription, a_complexStartExpressions, a_stateDerVectorName);
611 3318 txt := Tpl.nextIter(txt);
612 then (txt, a_stateDerVectorName, a_complexStartExpressions);
613 end match;
614 end for;
615 end lm_65;
616
617 protected function lm_66
618 input output Tpl.Text txt;
619 input list<SimCodeVar.SimVar> items;
620 input output Tpl.Text a_stateDerVectorName;
621 input output Tpl.Text a_complexStartExpressions;
622 input Boolean a_generateFMUModelDescription;
623 input String a_indexForUndefinedReferencesInt;
624 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
625 input SimCode.SimCode a_simCode;
626 algorithm
627
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 324 for lstElt_66 in items loop
628 (txt, a_stateDerVectorName, a_complexStartExpressions) := match lstElt_66
629 local
630 SimCodeVar.SimVar i_var;
631
632 case i_var
633 algorithm
634 274 (txt, a_complexStartExpressions, a_stateDerVectorName) := scalarVariableXML(txt, a_simCode, i_var, a_varToArrayIndexMapping, a_indexForUndefinedReferencesInt, a_generateFMUModelDescription, a_complexStartExpressions, a_stateDerVectorName);
635 274 txt := Tpl.nextIter(txt);
636 then (txt, a_stateDerVectorName, a_complexStartExpressions);
637 end match;
638 end for;
639 end lm_66;
640
641 protected function lm_67
642 input output Tpl.Text txt;
643 input list<SimCodeVar.SimVar> items;
644 input output Tpl.Text a_stateDerVectorName;
645 input output Tpl.Text a_complexStartExpressions;
646 input Boolean a_generateFMUModelDescription;
647 input String a_indexForUndefinedReferencesInt;
648 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
649 input SimCode.SimCode a_simCode;
650 algorithm
651
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 427 for lstElt_67 in items loop
652 (txt, a_stateDerVectorName, a_complexStartExpressions) := match lstElt_67
653 local
654 SimCodeVar.SimVar i_var;
655
656 case i_var
657 algorithm
658 377 (txt, a_complexStartExpressions, a_stateDerVectorName) := scalarVariableXML(txt, a_simCode, i_var, a_varToArrayIndexMapping, a_indexForUndefinedReferencesInt, a_generateFMUModelDescription, a_complexStartExpressions, a_stateDerVectorName);
659 377 txt := Tpl.nextIter(txt);
660 then (txt, a_stateDerVectorName, a_complexStartExpressions);
661 end match;
662 end for;
663 end lm_67;
664
665 protected function lm_68
666 input output Tpl.Text txt;
667 input list<SimCodeVar.SimVar> items;
668 input output Tpl.Text a_stateDerVectorName;
669 input output Tpl.Text a_complexStartExpressions;
670 input Boolean a_generateFMUModelDescription;
671 input String a_indexForUndefinedReferencesInt;
672 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
673 input SimCode.SimCode a_simCode;
674 algorithm
675
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 306 for lstElt_68 in items loop
676 (txt, a_stateDerVectorName, a_complexStartExpressions) := match lstElt_68
677 local
678 SimCodeVar.SimVar i_var;
679
680 case i_var
681 algorithm
682 256 (txt, a_complexStartExpressions, a_stateDerVectorName) := scalarVariableXML(txt, a_simCode, i_var, a_varToArrayIndexMapping, a_indexForUndefinedReferencesInt, a_generateFMUModelDescription, a_complexStartExpressions, a_stateDerVectorName);
683 256 txt := Tpl.nextIter(txt);
684 then (txt, a_stateDerVectorName, a_complexStartExpressions);
685 end match;
686 end for;
687 end lm_68;
688
689 protected function lm_69
690 input output Tpl.Text txt;
691 input list<SimCodeVar.SimVar> items;
692 input output Tpl.Text a_stateDerVectorName;
693 input output Tpl.Text a_complexStartExpressions;
694 input Boolean a_generateFMUModelDescription;
695 input String a_indexForUndefinedReferencesBool;
696 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
697 input SimCode.SimCode a_simCode;
698 algorithm
699
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 358 for lstElt_69 in items loop
700 (txt, a_stateDerVectorName, a_complexStartExpressions) := match lstElt_69
701 local
702 SimCodeVar.SimVar i_var;
703
704 case i_var
705 algorithm
706 308 (txt, a_complexStartExpressions, a_stateDerVectorName) := scalarVariableXML(txt, a_simCode, i_var, a_varToArrayIndexMapping, a_indexForUndefinedReferencesBool, a_generateFMUModelDescription, a_complexStartExpressions, a_stateDerVectorName);
707 308 txt := Tpl.nextIter(txt);
708 then (txt, a_stateDerVectorName, a_complexStartExpressions);
709 end match;
710 end for;
711 end lm_69;
712
713 protected function lm_70
714 input output Tpl.Text txt;
715 input list<SimCodeVar.SimVar> items;
716 input output Tpl.Text a_stateDerVectorName;
717 input output Tpl.Text a_complexStartExpressions;
718 input Boolean a_generateFMUModelDescription;
719 input String a_indexForUndefinedReferencesBool;
720 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
721 input SimCode.SimCode a_simCode;
722 algorithm
723
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 446 for lstElt_70 in items loop
724 (txt, a_stateDerVectorName, a_complexStartExpressions) := match lstElt_70
725 local
726 SimCodeVar.SimVar i_var;
727
728 case i_var
729 algorithm
730 396 (txt, a_complexStartExpressions, a_stateDerVectorName) := scalarVariableXML(txt, a_simCode, i_var, a_varToArrayIndexMapping, a_indexForUndefinedReferencesBool, a_generateFMUModelDescription, a_complexStartExpressions, a_stateDerVectorName);
731 396 txt := Tpl.nextIter(txt);
732 then (txt, a_stateDerVectorName, a_complexStartExpressions);
733 end match;
734 end for;
735 end lm_70;
736
737 protected function lm_71
738 input output Tpl.Text txt;
739 input list<SimCodeVar.SimVar> items;
740 input output Tpl.Text a_stateDerVectorName;
741 input output Tpl.Text a_complexStartExpressions;
742 input Boolean a_generateFMUModelDescription;
743 input String a_indexForUndefinedReferencesBool;
744 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
745 input SimCode.SimCode a_simCode;
746 algorithm
747
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 305 for lstElt_71 in items loop
748 (txt, a_stateDerVectorName, a_complexStartExpressions) := match lstElt_71
749 local
750 SimCodeVar.SimVar i_var;
751
752 case i_var
753 algorithm
754 255 (txt, a_complexStartExpressions, a_stateDerVectorName) := scalarVariableXML(txt, a_simCode, i_var, a_varToArrayIndexMapping, a_indexForUndefinedReferencesBool, a_generateFMUModelDescription, a_complexStartExpressions, a_stateDerVectorName);
755 255 txt := Tpl.nextIter(txt);
756 then (txt, a_stateDerVectorName, a_complexStartExpressions);
757 end match;
758 end for;
759 end lm_71;
760
761 protected function lm_72
762 input output Tpl.Text txt;
763 input list<SimCodeVar.SimVar> items;
764 input output Tpl.Text a_stateDerVectorName;
765 input output Tpl.Text a_complexStartExpressions;
766 input Boolean a_generateFMUModelDescription;
767 input String a_indexForUndefinedReferencesString;
768 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
769 input SimCode.SimCode a_simCode;
770 algorithm
771
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 53 for lstElt_72 in items loop
772 (txt, a_stateDerVectorName, a_complexStartExpressions) := match lstElt_72
773 local
774 SimCodeVar.SimVar i_var;
775
776 case i_var
777 algorithm
778 3 (txt, a_complexStartExpressions, a_stateDerVectorName) := scalarVariableXML(txt, a_simCode, i_var, a_varToArrayIndexMapping, a_indexForUndefinedReferencesString, a_generateFMUModelDescription, a_complexStartExpressions, a_stateDerVectorName);
779 3 txt := Tpl.nextIter(txt);
780 then (txt, a_stateDerVectorName, a_complexStartExpressions);
781 end match;
782 end for;
783 end lm_72;
784
785 protected function lm_73
786 input output Tpl.Text txt;
787 input list<SimCodeVar.SimVar> items;
788 input output Tpl.Text a_stateDerVectorName;
789 input output Tpl.Text a_complexStartExpressions;
790 input Boolean a_generateFMUModelDescription;
791 input String a_indexForUndefinedReferencesString;
792 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
793 input SimCode.SimCode a_simCode;
794 algorithm
795
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 104 for lstElt_73 in items loop
796 (txt, a_stateDerVectorName, a_complexStartExpressions) := match lstElt_73
797 local
798 SimCodeVar.SimVar i_var;
799
800 case i_var
801 algorithm
802 54 (txt, a_complexStartExpressions, a_stateDerVectorName) := scalarVariableXML(txt, a_simCode, i_var, a_varToArrayIndexMapping, a_indexForUndefinedReferencesString, a_generateFMUModelDescription, a_complexStartExpressions, a_stateDerVectorName);
803 54 txt := Tpl.nextIter(txt);
804 then (txt, a_stateDerVectorName, a_complexStartExpressions);
805 end match;
806 end for;
807 end lm_73;
808
809 protected function lm_74
810 input output Tpl.Text txt;
811 input list<SimCodeVar.SimVar> items;
812 input output Tpl.Text a_stateDerVectorName;
813 input output Tpl.Text a_complexStartExpressions;
814 input Boolean a_generateFMUModelDescription;
815 input String a_indexForUndefinedReferencesString;
816 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
817 input SimCode.SimCode a_simCode;
818 algorithm
819
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 50 for lstElt_74 in items loop
820 (txt, a_stateDerVectorName, a_complexStartExpressions) := match lstElt_74
821 local
822 SimCodeVar.SimVar i_var;
823
824 case i_var
825 algorithm
826 ✗ (txt, a_complexStartExpressions, a_stateDerVectorName) := scalarVariableXML(txt, a_simCode, i_var, a_varToArrayIndexMapping, a_indexForUndefinedReferencesString, a_generateFMUModelDescription, a_complexStartExpressions, a_stateDerVectorName);
827 ✗ txt := Tpl.nextIter(txt);
828 then (txt, a_stateDerVectorName, a_complexStartExpressions);
829 end match;
830 end for;
831 end lm_74;
832
833 protected function fun_75
834 input Tpl.Text in_txt;
835 input SimCode.ModelInfo in_a_modelInfo;
836 input SimCode.SimCode in_a_simCode;
837 input HashTableCrIListArray.HashTable in_a_varToArrayIndexMapping;
838 input String in_a_indexForUndefinedReferencesReal;
839 input String in_a_indexForUndefinedReferencesInt;
840 input String in_a_indexForUndefinedReferencesBool;
841 input String in_a_indexForUndefinedReferencesString;
842 input Boolean in_a_generateFMUModelDescription;
843 input Tpl.Text in_a_complexStartExpressions;
844 input Tpl.Text in_a_stateDerVectorName;
845
846 output Tpl.Text out_txt;
847 output Tpl.Text out_a_complexStartExpressions;
848 output Tpl.Text out_a_stateDerVectorName;
849 algorithm
850 (out_txt, out_a_complexStartExpressions, out_a_stateDerVectorName) :=
851 match(in_txt, in_a_modelInfo, in_a_simCode, in_a_varToArrayIndexMapping, in_a_indexForUndefinedReferencesReal, in_a_indexForUndefinedReferencesInt, in_a_indexForUndefinedReferencesBool, in_a_indexForUndefinedReferencesString, in_a_generateFMUModelDescription, in_a_complexStartExpressions, in_a_stateDerVectorName)
852 local
853 Tpl.Text txt;
854 SimCode.SimCode a_simCode;
855 HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
856 String a_indexForUndefinedReferencesReal;
857 String a_indexForUndefinedReferencesInt;
858 String a_indexForUndefinedReferencesBool;
859 String a_indexForUndefinedReferencesString;
860 Boolean a_generateFMUModelDescription;
861 Tpl.Text a_complexStartExpressions;
862 Tpl.Text a_stateDerVectorName;
863 list<SimCodeVar.SimVar> i_vars_stringAliasVars;
864 list<SimCodeVar.SimVar> i_vars_stringParamVars;
865 list<SimCodeVar.SimVar> i_vars_stringAlgVars;
866 list<SimCodeVar.SimVar> i_vars_boolAliasVars;
867 list<SimCodeVar.SimVar> i_vars_boolParamVars;
868 list<SimCodeVar.SimVar> i_vars_boolAlgVars;
869 list<SimCodeVar.SimVar> i_vars_intAliasVars;
870 list<SimCodeVar.SimVar> i_vars_intParamVars;
871 list<SimCodeVar.SimVar> i_vars_intAlgVars;
872 list<SimCodeVar.SimVar> i_vars_aliasVars;
873 list<SimCodeVar.SimVar> i_vars_paramVars;
874 list<SimCodeVar.SimVar> i_vars_discreteAlgVars;
875 list<SimCodeVar.SimVar> i_vars_algVars;
876 list<SimCodeVar.SimVar> i_vars_derivativeVars;
877 list<SimCodeVar.SimVar> i_vars_stateVars;
878
879 case ( txt,
880 SimCode.MODELINFO(vars = SimCodeVar.SIMVARS(stateVars = i_vars_stateVars, derivativeVars = i_vars_derivativeVars, algVars = i_vars_algVars, discreteAlgVars = i_vars_discreteAlgVars, paramVars = i_vars_paramVars, aliasVars = i_vars_aliasVars, intAlgVars = i_vars_intAlgVars, intParamVars = i_vars_intParamVars, intAliasVars = i_vars_intAliasVars, boolAlgVars = i_vars_boolAlgVars, boolParamVars = i_vars_boolParamVars, boolAliasVars = i_vars_boolAliasVars, stringAlgVars = i_vars_stringAlgVars, stringParamVars = i_vars_stringParamVars, stringAliasVars = i_vars_stringAliasVars), varInfo = SimCode.VARINFO(numAlgVars = _, numDiscreteReal = _, numOptimizeConstraints = _)),
881 a_simCode,
882 a_varToArrayIndexMapping,
883 a_indexForUndefinedReferencesReal,
884 a_indexForUndefinedReferencesInt,
885 a_indexForUndefinedReferencesBool,
886 a_indexForUndefinedReferencesString,
887 a_generateFMUModelDescription,
888 a_complexStartExpressions,
889 a_stateDerVectorName )
890 algorithm
891 50 txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, SOME(Tpl.ST_STRING("")), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
892 50 (txt, a_stateDerVectorName, a_complexStartExpressions) := lm_60(txt, i_vars_stateVars, a_stateDerVectorName, a_complexStartExpressions, a_generateFMUModelDescription, a_indexForUndefinedReferencesReal, a_varToArrayIndexMapping, a_simCode);
893 50 txt := Tpl.popIter(txt);
894 50 txt := Tpl.softNewLine(txt);
895 50 txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, SOME(Tpl.ST_STRING("")), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
896 50 (txt, a_stateDerVectorName, a_complexStartExpressions) := lm_61(txt, i_vars_derivativeVars, a_stateDerVectorName, a_complexStartExpressions, a_generateFMUModelDescription, a_indexForUndefinedReferencesReal, a_varToArrayIndexMapping, a_simCode);
897 50 txt := Tpl.popIter(txt);
898 50 txt := Tpl.softNewLine(txt);
899 50 txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, SOME(Tpl.ST_STRING("")), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
900 50 (txt, a_stateDerVectorName, a_complexStartExpressions) := lm_62(txt, i_vars_algVars, a_stateDerVectorName, a_complexStartExpressions, a_generateFMUModelDescription, a_indexForUndefinedReferencesReal, a_varToArrayIndexMapping, a_simCode);
901 50 txt := Tpl.popIter(txt);
902 50 txt := Tpl.softNewLine(txt);
903 50 txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, SOME(Tpl.ST_STRING("")), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
904 50 (txt, a_stateDerVectorName, a_complexStartExpressions) := lm_63(txt, i_vars_discreteAlgVars, a_stateDerVectorName, a_complexStartExpressions, a_generateFMUModelDescription, a_indexForUndefinedReferencesReal, a_varToArrayIndexMapping, a_simCode);
905 50 txt := Tpl.popIter(txt);
906 50 txt := Tpl.softNewLine(txt);
907 50 txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, SOME(Tpl.ST_STRING("")), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
908 50 (txt, a_stateDerVectorName, a_complexStartExpressions) := lm_64(txt, i_vars_paramVars, a_stateDerVectorName, a_complexStartExpressions, a_generateFMUModelDescription, a_indexForUndefinedReferencesReal, a_varToArrayIndexMapping, a_simCode);
909 50 txt := Tpl.popIter(txt);
910 50 txt := Tpl.softNewLine(txt);
911 50 txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, SOME(Tpl.ST_STRING("")), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
912 50 (txt, a_stateDerVectorName, a_complexStartExpressions) := lm_65(txt, i_vars_aliasVars, a_stateDerVectorName, a_complexStartExpressions, a_generateFMUModelDescription, a_indexForUndefinedReferencesReal, a_varToArrayIndexMapping, a_simCode);
913 50 txt := Tpl.popIter(txt);
914 50 txt := Tpl.softNewLine(txt);
915 50 txt := Tpl.writeTok(txt, Tpl.ST_NEW_LINE());
916 50 txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, SOME(Tpl.ST_STRING("")), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
917 50 (txt, a_stateDerVectorName, a_complexStartExpressions) := lm_66(txt, i_vars_intAlgVars, a_stateDerVectorName, a_complexStartExpressions, a_generateFMUModelDescription, a_indexForUndefinedReferencesInt, a_varToArrayIndexMapping, a_simCode);
918 50 txt := Tpl.popIter(txt);
919 50 txt := Tpl.softNewLine(txt);
920 50 txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, SOME(Tpl.ST_STRING("")), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
921 50 (txt, a_stateDerVectorName, a_complexStartExpressions) := lm_67(txt, i_vars_intParamVars, a_stateDerVectorName, a_complexStartExpressions, a_generateFMUModelDescription, a_indexForUndefinedReferencesInt, a_varToArrayIndexMapping, a_simCode);
922 50 txt := Tpl.popIter(txt);
923 50 txt := Tpl.softNewLine(txt);
924 50 txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, SOME(Tpl.ST_STRING("")), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
925 50 (txt, a_stateDerVectorName, a_complexStartExpressions) := lm_68(txt, i_vars_intAliasVars, a_stateDerVectorName, a_complexStartExpressions, a_generateFMUModelDescription, a_indexForUndefinedReferencesInt, a_varToArrayIndexMapping, a_simCode);
926 50 txt := Tpl.popIter(txt);
927 50 txt := Tpl.softNewLine(txt);
928 50 txt := Tpl.writeTok(txt, Tpl.ST_NEW_LINE());
929 50 txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, SOME(Tpl.ST_STRING("")), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
930 50 (txt, a_stateDerVectorName, a_complexStartExpressions) := lm_69(txt, i_vars_boolAlgVars, a_stateDerVectorName, a_complexStartExpressions, a_generateFMUModelDescription, a_indexForUndefinedReferencesBool, a_varToArrayIndexMapping, a_simCode);
931 50 txt := Tpl.popIter(txt);
932 50 txt := Tpl.softNewLine(txt);
933 50 txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, SOME(Tpl.ST_STRING("")), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
934 50 (txt, a_stateDerVectorName, a_complexStartExpressions) := lm_70(txt, i_vars_boolParamVars, a_stateDerVectorName, a_complexStartExpressions, a_generateFMUModelDescription, a_indexForUndefinedReferencesBool, a_varToArrayIndexMapping, a_simCode);
935 50 txt := Tpl.popIter(txt);
936 50 txt := Tpl.softNewLine(txt);
937 50 txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, SOME(Tpl.ST_STRING("")), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
938 50 (txt, a_stateDerVectorName, a_complexStartExpressions) := lm_71(txt, i_vars_boolAliasVars, a_stateDerVectorName, a_complexStartExpressions, a_generateFMUModelDescription, a_indexForUndefinedReferencesBool, a_varToArrayIndexMapping, a_simCode);
939 50 txt := Tpl.popIter(txt);
940 50 txt := Tpl.softNewLine(txt);
941 50 txt := Tpl.writeTok(txt, Tpl.ST_NEW_LINE());
942 50 txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, SOME(Tpl.ST_STRING("")), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
943 50 (txt, a_stateDerVectorName, a_complexStartExpressions) := lm_72(txt, i_vars_stringAlgVars, a_stateDerVectorName, a_complexStartExpressions, a_generateFMUModelDescription, a_indexForUndefinedReferencesString, a_varToArrayIndexMapping, a_simCode);
944 50 txt := Tpl.popIter(txt);
945 50 txt := Tpl.softNewLine(txt);
946 50 txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, SOME(Tpl.ST_STRING("")), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
947 50 (txt, a_stateDerVectorName, a_complexStartExpressions) := lm_73(txt, i_vars_stringParamVars, a_stateDerVectorName, a_complexStartExpressions, a_generateFMUModelDescription, a_indexForUndefinedReferencesString, a_varToArrayIndexMapping, a_simCode);
948 50 txt := Tpl.popIter(txt);
949 50 txt := Tpl.softNewLine(txt);
950 50 txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, SOME(Tpl.ST_STRING("")), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
951 50 (txt, a_stateDerVectorName, a_complexStartExpressions) := lm_74(txt, i_vars_stringAliasVars, a_stateDerVectorName, a_complexStartExpressions, a_generateFMUModelDescription, a_indexForUndefinedReferencesString, a_varToArrayIndexMapping, a_simCode);
952 50 txt := Tpl.popIter(txt);
953 50 then (txt, a_complexStartExpressions, a_stateDerVectorName);
954
955 case ( txt,
956 _,
957 _,
958 _,
959 _,
960 _,
961 _,
962 _,
963 _,
964 a_complexStartExpressions,
965 a_stateDerVectorName )
966 then (txt, a_complexStartExpressions, a_stateDerVectorName);
967 end match;
968 end fun_75;
969
970 public function modelVariablesXML
971 input Tpl.Text txt;
972 input SimCode.SimCode a_simCode;
973 input SimCode.ModelInfo a_modelInfo;
974 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
975 input String a_indexForUndefinedReferencesReal;
976 input String a_indexForUndefinedReferencesInt;
977 input String a_indexForUndefinedReferencesBool;
978 input String a_indexForUndefinedReferencesString;
979 input Boolean a_generateFMUModelDescription;
980 input Tpl.Text a_complexStartExpressions;
981 input Tpl.Text a_stateDerVectorName;
982
983 output Tpl.Text out_txt;
984 output Tpl.Text out_a_complexStartExpressions;
985 output Tpl.Text out_a_stateDerVectorName;
986 algorithm
987 50 (out_txt, out_a_complexStartExpressions, out_a_stateDerVectorName) := fun_75(txt, a_modelInfo, a_simCode, a_varToArrayIndexMapping, a_indexForUndefinedReferencesReal, a_indexForUndefinedReferencesInt, a_indexForUndefinedReferencesBool, a_indexForUndefinedReferencesString, a_generateFMUModelDescription, a_complexStartExpressions, a_stateDerVectorName);
988 end modelVariablesXML;
989
990 protected function fun_77
991 input Tpl.Text in_txt;
992 input Boolean in_a_generateFMUModelDescription;
993 input SimCodeVar.SimVar in_a_simVar;
994 input Tpl.Text in_a_stateDerVectorName;
995 input Tpl.Text in_a_complexStartExpressions;
996 input DAE.Type in_a_type__;
997 input Boolean in_a_isFixed;
998 input Option<DAE.Exp> in_a_nominalValue;
999 input Option<DAE.Exp> in_a_initialValue;
1000 input Option<DAE.Exp> in_a_maxValue;
1001 input Option<DAE.Exp> in_a_minValue;
1002 input String in_a_displayUnit;
1003 input String in_a_unit;
1004 input SimCodeVar.AliasVariable in_a_aliasvar;
1005 input DAE.ComponentRef in_a_name;
1006 input SimCode.SimCode in_a_simCode;
1007
1008 output Tpl.Text out_txt;
1009 output Tpl.Text out_a_stateDerVectorName;
1010 output Tpl.Text out_a_complexStartExpressions;
1011 algorithm
1012 (out_txt, out_a_stateDerVectorName, out_a_complexStartExpressions) :=
1013 match(in_txt, in_a_generateFMUModelDescription, in_a_simVar, in_a_stateDerVectorName, in_a_complexStartExpressions, in_a_type__, in_a_isFixed, in_a_nominalValue, in_a_initialValue, in_a_maxValue, in_a_minValue, in_a_displayUnit, in_a_unit, in_a_aliasvar, in_a_name, in_a_simCode)
1014 local
1015 Tpl.Text txt;
1016 SimCodeVar.SimVar a_simVar;
1017 Tpl.Text a_stateDerVectorName;
1018 Tpl.Text a_complexStartExpressions;
1019 DAE.Type a_type__;
1020 Boolean a_isFixed;
1021 Option<DAE.Exp> a_nominalValue;
1022 Option<DAE.Exp> a_initialValue;
1023 Option<DAE.Exp> a_maxValue;
1024 Option<DAE.Exp> a_minValue;
1025 String a_displayUnit;
1026 String a_unit;
1027 SimCodeVar.AliasVariable a_aliasvar;
1028 DAE.ComponentRef a_name;
1029 SimCode.SimCode a_simCode;
1030
1031 case ( txt,
1032 false,
1033 _,
1034 a_stateDerVectorName,
1035 a_complexStartExpressions,
1036 a_type__,
1037 a_isFixed,
1038 a_nominalValue,
1039 a_initialValue,
1040 a_maxValue,
1041 a_minValue,
1042 a_displayUnit,
1043 a_unit,
1044 a_aliasvar,
1045 a_name,
1046 a_simCode )
1047 algorithm
1048 4 (txt, a_complexStartExpressions, a_stateDerVectorName) := ScalarVariableType(txt, a_simCode, a_name, a_aliasvar, a_unit, a_displayUnit, a_minValue, a_maxValue, a_initialValue, a_nominalValue, a_isFixed, a_type__, a_complexStartExpressions, a_stateDerVectorName);
1049 4 then (txt, a_stateDerVectorName, a_complexStartExpressions);
1050
1051 case ( txt,
1052 _,
1053 a_simVar,
1054 a_stateDerVectorName,
1055 a_complexStartExpressions,
1056 _,
1057 _,
1058 _,
1059 _,
1060 _,
1061 _,
1062 _,
1063 _,
1064 _,
1065 _,
1066 _ )
1067 algorithm
1068 ✗ txt := CodegenFMUCommon.ScalarVariableType(txt, a_simVar);
1069 ✗ then (txt, a_stateDerVectorName, a_complexStartExpressions);
1070 end match;
1071 end fun_77;
1072
1073 protected function lm_78
1074 input output Tpl.Text txt;
1075 input list<String> items;
1076 algorithm
1077
2/2
✓ Branch 0 taken 4 times.
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 8 for lstElt_78 in items loop
1078 txt := match lstElt_78
1079 local
1080 String i_dim;
1081
1082 case i_dim
1083 algorithm
1084 4 txt := Tpl.writeTok(txt, Tpl.ST_STRING("<Dimension start=\""));
1085 4 txt := Tpl.writeStr(txt, i_dim);
1086 4 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\"/>"));
1087 4 txt := Tpl.nextIter(txt);
1088 then txt;
1089 end match;
1090 end for;
1091 end lm_78;
1092
1093 protected function fun_79
1094 input Tpl.Text in_txt;
1095 input Boolean in_a_generateFMUModelDescription;
1096 input Tpl.Text in_a_stateDerVectorName;
1097 input Tpl.Text in_a_complexStartExpressions;
1098 input DAE.Type in_a_type__;
1099 input Boolean in_a_isFixed;
1100 input Option<DAE.Exp> in_a_nominalValue;
1101 input Option<DAE.Exp> in_a_initialValue;
1102 input Option<DAE.Exp> in_a_maxValue;
1103 input Option<DAE.Exp> in_a_minValue;
1104 input String in_a_displayUnit;
1105 input String in_a_unit;
1106 input SimCodeVar.AliasVariable in_a_aliasvar;
1107 input DAE.ComponentRef in_a_name;
1108 input SimCode.SimCode in_a_simCode;
1109
1110 output Tpl.Text out_txt;
1111 output Tpl.Text out_a_stateDerVectorName;
1112 output Tpl.Text out_a_complexStartExpressions;
1113 algorithm
1114 (out_txt, out_a_stateDerVectorName, out_a_complexStartExpressions) :=
1115 match(in_txt, in_a_generateFMUModelDescription, in_a_stateDerVectorName, in_a_complexStartExpressions, in_a_type__, in_a_isFixed, in_a_nominalValue, in_a_initialValue, in_a_maxValue, in_a_minValue, in_a_displayUnit, in_a_unit, in_a_aliasvar, in_a_name, in_a_simCode)
1116 local
1117 Tpl.Text txt;
1118 Tpl.Text a_stateDerVectorName;
1119 Tpl.Text a_complexStartExpressions;
1120 DAE.Type a_type__;
1121 Boolean a_isFixed;
1122 Option<DAE.Exp> a_nominalValue;
1123 Option<DAE.Exp> a_initialValue;
1124 Option<DAE.Exp> a_maxValue;
1125 Option<DAE.Exp> a_minValue;
1126 String a_displayUnit;
1127 String a_unit;
1128 SimCodeVar.AliasVariable a_aliasvar;
1129 DAE.ComponentRef a_name;
1130 SimCode.SimCode a_simCode;
1131 DAE.Type ret_0;
1132
1133 case ( txt,
1134 false,
1135 a_stateDerVectorName,
1136 a_complexStartExpressions,
1137 a_type__,
1138 a_isFixed,
1139 a_nominalValue,
1140 a_initialValue,
1141 a_maxValue,
1142 a_minValue,
1143 a_displayUnit,
1144 a_unit,
1145 a_aliasvar,
1146 a_name,
1147 a_simCode )
1148 algorithm
1149 34 ret_0 := Types.arrayElementType(a_type__);
1150 34 (txt, a_complexStartExpressions, a_stateDerVectorName) := ScalarVariableType(txt, a_simCode, a_name, a_aliasvar, a_unit, a_displayUnit, a_minValue, a_maxValue, a_initialValue, a_nominalValue, a_isFixed, ret_0, a_complexStartExpressions, a_stateDerVectorName);
1151 34 then (txt, a_stateDerVectorName, a_complexStartExpressions);
1152
1153 case ( txt,
1154 _,
1155 a_stateDerVectorName,
1156 a_complexStartExpressions,
1157 _,
1158 _,
1159 _,
1160 _,
1161 _,
1162 _,
1163 _,
1164 _,
1165 _,
1166 _,
1167 _ )
1168 then (txt, a_stateDerVectorName, a_complexStartExpressions);
1169 end match;
1170 end fun_79;
1171
1172 protected function lm_80
1173 input output Tpl.Text txt;
1174 input list<SimCodeVar.SimVar> items;
1175 input output Tpl.Text a_stateDerVectorName;
1176 input output Tpl.Text a_complexStartExpressionsForScalarsUnused;
1177 input Boolean a_generateFMUModelDescription;
1178 input String a_indexForUndefinedReferences;
1179 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
1180 input SimCode.SimCode a_simCode;
1181 algorithm
1182
2/2
✓ Branch 0 taken 176 times.
✓ Branch 1 taken 34 times.
 210 for lstElt_80 in items loop
1183 (txt, a_stateDerVectorName, a_complexStartExpressionsForScalarsUnused) := match lstElt_80
1184 local
1185 SimCodeVar.SimVar i_var;
1186
1187 case i_var
1188 algorithm
1189 176 (txt, a_complexStartExpressionsForScalarsUnused, a_stateDerVectorName) := scalarVariableXML(txt, a_simCode, i_var, a_varToArrayIndexMapping, a_indexForUndefinedReferences, a_generateFMUModelDescription, a_complexStartExpressionsForScalarsUnused, a_stateDerVectorName);
1190 176 txt := Tpl.nextIter(txt);
1191 then (txt, a_stateDerVectorName, a_complexStartExpressionsForScalarsUnused);
1192 end match;
1193 end for;
1194 end lm_80;
1195
1196 protected function fun_81
1197 input Tpl.Text in_txt;
1198 input Boolean in_a_generateFMUModelDescription;
1199 input SimCodeVar.SimVar in_a_simVar;
1200 input Tpl.Text in_a_stateDerVectorName;
1201 input Tpl.Text in_a_complexStartExpressions;
1202 input DAE.Type in_a_type__;
1203 input Boolean in_a_isFixed;
1204 input Option<DAE.Exp> in_a_nominalValue;
1205 input Option<DAE.Exp> in_a_initialValue;
1206 input Option<DAE.Exp> in_a_maxValue;
1207 input Option<DAE.Exp> in_a_minValue;
1208 input String in_a_displayUnit;
1209 input String in_a_unit;
1210 input SimCodeVar.AliasVariable in_a_aliasvar;
1211 input DAE.ComponentRef in_a_name;
1212 input SimCode.SimCode in_a_simCode;
1213
1214 output Tpl.Text out_txt;
1215 output Tpl.Text out_a_stateDerVectorName;
1216 output Tpl.Text out_a_complexStartExpressions;
1217 algorithm
1218 (out_txt, out_a_stateDerVectorName, out_a_complexStartExpressions) :=
1219 match(in_txt, in_a_generateFMUModelDescription, in_a_simVar, in_a_stateDerVectorName, in_a_complexStartExpressions, in_a_type__, in_a_isFixed, in_a_nominalValue, in_a_initialValue, in_a_maxValue, in_a_minValue, in_a_displayUnit, in_a_unit, in_a_aliasvar, in_a_name, in_a_simCode)
1220 local
1221 Tpl.Text txt;
1222 SimCodeVar.SimVar a_simVar;
1223 Tpl.Text a_stateDerVectorName;
1224 Tpl.Text a_complexStartExpressions;
1225 DAE.Type a_type__;
1226 Boolean a_isFixed;
1227 Option<DAE.Exp> a_nominalValue;
1228 Option<DAE.Exp> a_initialValue;
1229 Option<DAE.Exp> a_maxValue;
1230 Option<DAE.Exp> a_minValue;
1231 String a_displayUnit;
1232 String a_unit;
1233 SimCodeVar.AliasVariable a_aliasvar;
1234 DAE.ComponentRef a_name;
1235 SimCode.SimCode a_simCode;
1236
1237 case ( txt,
1238 false,
1239 _,
1240 a_stateDerVectorName,
1241 a_complexStartExpressions,
1242 a_type__,
1243 a_isFixed,
1244 a_nominalValue,
1245 a_initialValue,
1246 a_maxValue,
1247 a_minValue,
1248 a_displayUnit,
1249 a_unit,
1250 a_aliasvar,
1251 a_name,
1252 a_simCode )
1253 algorithm
1254 11858 (txt, a_complexStartExpressions, a_stateDerVectorName) := ScalarVariableType(txt, a_simCode, a_name, a_aliasvar, a_unit, a_displayUnit, a_minValue, a_maxValue, a_initialValue, a_nominalValue, a_isFixed, a_type__, a_complexStartExpressions, a_stateDerVectorName);
1255 11858 then (txt, a_stateDerVectorName, a_complexStartExpressions);
1256
1257 case ( txt,
1258 _,
1259 a_simVar,
1260 a_stateDerVectorName,
1261 a_complexStartExpressions,
1262 _,
1263 _,
1264 _,
1265 _,
1266 _,
1267 _,
1268 _,
1269 _,
1270 _,
1271 _,
1272 _ )
1273 algorithm
1274 8 txt := CodegenFMUCommon.ScalarVariableType(txt, a_simVar);
1275 8 then (txt, a_stateDerVectorName, a_complexStartExpressions);
1276 end match;
1277 end fun_81;
1278
1279 protected function fun_82
1280 input Tpl.Text in_txt;
1281 input SimCodeVar.SimVar in_a_simVar;
1282 input SimCode.SimCode in_a_simCode;
1283 input HashTableCrIListArray.HashTable in_a_varToArrayIndexMapping;
1284 input String in_a_indexForUndefinedReferences;
1285 input Boolean in_a_generateFMUModelDescription;
1286 input Tpl.Text in_a_complexStartExpressions;
1287 input Tpl.Text in_a_stateDerVectorName;
1288
1289 output Tpl.Text out_txt;
1290 output Tpl.Text out_a_complexStartExpressions;
1291 output Tpl.Text out_a_stateDerVectorName;
1292 algorithm
1293 (out_txt, out_a_complexStartExpressions, out_a_stateDerVectorName) :=
1294 match(in_txt, in_a_simVar, in_a_simCode, in_a_varToArrayIndexMapping, in_a_indexForUndefinedReferences, in_a_generateFMUModelDescription, in_a_complexStartExpressions, in_a_stateDerVectorName)
1295 local
1296 Tpl.Text txt;
1297 SimCode.SimCode a_simCode;
1298 HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
1299 String a_indexForUndefinedReferences;
1300 Boolean a_generateFMUModelDescription;
1301 Tpl.Text a_complexStartExpressions;
1302 Tpl.Text a_stateDerVectorName;
1303 list<String> i_simVar_numArrayElement;
1304 SimCodeVar.SimVar i_simVar;
1305 DAE.Type i_type__;
1306 Boolean i_isFixed;
1307 Option<DAE.Exp> i_nominalValue;
1308 Option<DAE.Exp> i_initialValue;
1309 Option<DAE.Exp> i_maxValue;
1310 Option<DAE.Exp> i_minValue;
1311 String i_displayUnit;
1312 String i_unit;
1313 SimCodeVar.AliasVariable i_aliasvar;
1314 DAE.ComponentRef i_name;
1315 list<SimCodeVar.SimVar> ret_3;
1316 Tpl.Text l_complexStartExpressionsForScalarsUnused;
1317 Tpl.Text l_0__;
1318 Tpl.Text l_variableCode;
1319
1320 case ( txt,
1321 (i_simVar as SimCodeVar.SIMVAR(type_ = (i_type__ as DAE.T_ARRAY(ty = _)), arrayCref = SOME(_), name = i_name, aliasvar = i_aliasvar, unit = i_unit, displayUnit = i_displayUnit, minValue = i_minValue, maxValue = i_maxValue, initialValue = i_initialValue, nominalValue = i_nominalValue, isFixed = i_isFixed, numArrayElement = i_simVar_numArrayElement)),
1322 a_simCode,
1323 _,
1324 a_indexForUndefinedReferences,
1325 a_generateFMUModelDescription,
1326 a_complexStartExpressions,
1327 a_stateDerVectorName )
1328 algorithm
1329 4 (l_variableCode, a_stateDerVectorName, a_complexStartExpressions) := fun_77(Tpl.emptyTxt, a_generateFMUModelDescription, i_simVar, a_stateDerVectorName, a_complexStartExpressions, i_type__, i_isFixed, i_nominalValue, i_initialValue, i_maxValue, i_minValue, i_displayUnit, i_unit, i_aliasvar, i_name, a_simCode);
1330 4 txt := Tpl.writeTok(txt, Tpl.ST_STRING("<ArrayVariable "));
1331 4 txt := scalarVariableAttributeXML(txt, i_simVar, a_simCode, a_indexForUndefinedReferences, a_generateFMUModelDescription);
1332 4 txt := Tpl.writeTok(txt, Tpl.ST_LINE(">\n"));
1333 4 txt := Tpl.pushBlock(txt, Tpl.BT_INDENT(2));
1334 4 txt := Tpl.writeText(txt, l_variableCode);
1335 4 txt := Tpl.softNewLine(txt);
1336 4 txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, NONE(), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
1337 4 txt := lm_78(txt, i_simVar_numArrayElement);
1338 4 txt := Tpl.popIter(txt);
1339 4 txt := Tpl.softNewLine(txt);
1340 4 txt := Tpl.popBlock(txt);
1341 4 txt := Tpl.writeTok(txt, Tpl.ST_STRING("</ArrayVariable>"));
1342 4 then (txt, a_complexStartExpressions, a_stateDerVectorName);
1343
1344 case ( txt,
1345 (i_simVar as SimCodeVar.SIMVAR(type_ = (i_type__ as DAE.T_ARRAY(ty = _)), name = i_name, aliasvar = i_aliasvar, unit = i_unit, displayUnit = i_displayUnit, minValue = i_minValue, maxValue = i_maxValue, initialValue = i_initialValue, nominalValue = i_nominalValue, isFixed = i_isFixed)),
1346 a_simCode,
1347 a_varToArrayIndexMapping,
1348 a_indexForUndefinedReferences,
1349 a_generateFMUModelDescription,
1350 a_complexStartExpressions,
1351 a_stateDerVectorName )
1352 algorithm
1353 34 (l_0__, a_stateDerVectorName, a_complexStartExpressions) := fun_79(Tpl.emptyTxt, a_generateFMUModelDescription, a_stateDerVectorName, a_complexStartExpressions, i_type__, i_isFixed, i_nominalValue, i_initialValue, i_maxValue, i_minValue, i_displayUnit, i_unit, i_aliasvar, i_name, a_simCode);
1354 34 l_complexStartExpressionsForScalarsUnused := Tpl.emptyTxt;
1355 34 ret_3 := SimCodeCodegenUtil.getScalarElements(i_simVar);
1356 34 txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, NONE(), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
1357 34 (txt, a_stateDerVectorName, l_complexStartExpressionsForScalarsUnused) := lm_80(txt, ret_3, a_stateDerVectorName, l_complexStartExpressionsForScalarsUnused, a_generateFMUModelDescription, a_indexForUndefinedReferences, a_varToArrayIndexMapping, a_simCode);
1358 34 txt := Tpl.popIter(txt);
1359 34 then (txt, a_complexStartExpressions, a_stateDerVectorName);
1360
1361 case ( txt,
1362 (i_simVar as SimCodeVar.SIMVAR(name = i_name, aliasvar = i_aliasvar, unit = i_unit, displayUnit = i_displayUnit, minValue = i_minValue, maxValue = i_maxValue, initialValue = i_initialValue, nominalValue = i_nominalValue, isFixed = i_isFixed, type_ = i_type__)),
1363 a_simCode,
1364 _,
1365 a_indexForUndefinedReferences,
1366 a_generateFMUModelDescription,
1367 a_complexStartExpressions,
1368 a_stateDerVectorName )
1369 algorithm
1370 11866 (l_variableCode, a_stateDerVectorName, a_complexStartExpressions) := fun_81(Tpl.emptyTxt, a_generateFMUModelDescription, i_simVar, a_stateDerVectorName, a_complexStartExpressions, i_type__, i_isFixed, i_nominalValue, i_initialValue, i_maxValue, i_minValue, i_displayUnit, i_unit, i_aliasvar, i_name, a_simCode);
1371 11866 txt := Tpl.writeTok(txt, Tpl.ST_STRING("<ScalarVariable "));
1372 11866 txt := scalarVariableAttributeXML(txt, i_simVar, a_simCode, a_indexForUndefinedReferences, a_generateFMUModelDescription);
1373 11866 txt := Tpl.writeTok(txt, Tpl.ST_LINE(">\n"));
1374 11866 txt := Tpl.pushBlock(txt, Tpl.BT_INDENT(2));
1375 11866 txt := Tpl.writeText(txt, l_variableCode);
1376 11866 txt := Tpl.softNewLine(txt);
1377 11866 txt := Tpl.popBlock(txt);
1378 11866 txt := Tpl.writeTok(txt, Tpl.ST_STRING("</ScalarVariable>"));
1379 11866 then (txt, a_complexStartExpressions, a_stateDerVectorName);
1380
1381 case ( txt,
1382 _,
1383 _,
1384 _,
1385 _,
1386 _,
1387 a_complexStartExpressions,
1388 a_stateDerVectorName )
1389 then (txt, a_complexStartExpressions, a_stateDerVectorName);
1390 end match;
1391 end fun_82;
1392
1393 public function scalarVariableXML
1394 input Tpl.Text txt;
1395 input SimCode.SimCode a_simCode;
1396 input SimCodeVar.SimVar a_simVar;
1397 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
1398 input String a_indexForUndefinedReferences;
1399 input Boolean a_generateFMUModelDescription;
1400 input Tpl.Text a_complexStartExpressions;
1401 input Tpl.Text a_stateDerVectorName;
1402
1403 output Tpl.Text out_txt;
1404 output Tpl.Text out_a_complexStartExpressions;
1405 output Tpl.Text out_a_stateDerVectorName;
1406 algorithm
1407 11904 (out_txt, out_a_complexStartExpressions, out_a_stateDerVectorName) := fun_82(txt, a_simVar, a_simCode, a_varToArrayIndexMapping, a_indexForUndefinedReferences, a_generateFMUModelDescription, a_complexStartExpressions, a_stateDerVectorName);
1408 end scalarVariableXML;
1409
1410 protected function fun_84
1411 input Tpl.Text in_txt;
1412 input String in_a_comment;
1413
1414 output Tpl.Text out_txt;
1415 algorithm
1416 out_txt :=
1417 match(in_txt, in_a_comment)
1418 local
1419 Tpl.Text txt;
1420 String i_comment;
1421 String ret_0;
1422
1423 case ( txt,
1424 "" )
1425 then txt;
1426
1427 case ( txt,
1428 i_comment )
1429 algorithm
1430 9987 txt := Tpl.writeTok(txt, Tpl.ST_STRING("description=\""));
1431 9987 ret_0 := Util.escapeModelicaStringToXmlString(i_comment);
1432 9987 txt := Tpl.writeStr(txt, ret_0);
1433 9987 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\""));
1434 then txt;
1435 end match;
1436 end fun_84;
1437
1438 protected function fun_85
1439 input Tpl.Text in_txt;
1440 input Option<Boolean> in_a_hideResult;
1441
1442 output Tpl.Text out_txt;
1443 algorithm
1444 out_txt :=
1445 match(in_txt, in_a_hideResult)
1446 local
1447 Tpl.Text txt;
1448 Boolean i_bval;
1449
1450 case ( txt,
1451 SOME(i_bval) )
1452 algorithm
1453 694 txt := Tpl.writeStr(txt, Tpl.booleanString(i_bval));
1454 then txt;
1455
1456 case ( txt,
1457 _ )
1458 then txt;
1459 end match;
1460 end fun_85;
1461
1462 protected function fun_86
1463 input Tpl.Text in_txt;
1464 input Boolean in_a_generateFMUModelDescription;
1465 input Boolean in_a_isValueChangeable;
1466 input Boolean in_a_isDiscrete;
1467 input Tpl.Text in_a_hr;
1468 input Boolean in_a_isProtected;
1469
1470 output Tpl.Text out_txt;
1471 algorithm
1472 out_txt :=
1473 match(in_txt, in_a_generateFMUModelDescription, in_a_isValueChangeable, in_a_isDiscrete, in_a_hr, in_a_isProtected)
1474 local
1475 Tpl.Text txt;
1476 Boolean a_isValueChangeable;
1477 Boolean a_isDiscrete;
1478 Tpl.Text a_hr;
1479 Boolean a_isProtected;
1480
1481 case ( txt,
1482 false,
1483 a_isValueChangeable,
1484 a_isDiscrete,
1485 a_hr,
1486 a_isProtected )
1487 algorithm
1488 11862 txt := Tpl.writeTok(txt, Tpl.ST_STRING("isProtected=\""));
1489 11862 txt := Tpl.writeStr(txt, Tpl.booleanString(a_isProtected));
1490 11862 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\" hideResult=\""));
1491 11862 txt := Tpl.writeText(txt, a_hr);
1492 11862 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\" isDiscrete=\""));
1493 11862 txt := Tpl.writeStr(txt, Tpl.booleanString(a_isDiscrete));
1494 11862 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\" isValueChangeable=\""));
1495 11862 txt := Tpl.writeStr(txt, Tpl.booleanString(a_isValueChangeable));
1496 11862 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\""));
1497 then txt;
1498
1499 case ( txt,
1500 _,
1501 _,
1502 _,
1503 _,
1504 _ )
1505 then txt;
1506 end match;
1507 end fun_86;
1508
1509 protected function fun_87
1510 input Tpl.Text in_txt;
1511 input SimCodeVar.SimVar in_a_simVar;
1512 input SimCode.SimCode in_a_simCode;
1513 input Boolean in_a_generateFMUModelDescription;
1514
1515 output Tpl.Text out_txt;
1516 algorithm
1517 out_txt :=
1518 match(in_txt, in_a_simVar, in_a_simCode, in_a_generateFMUModelDescription)
1519 local
1520 Tpl.Text txt;
1521 SimCode.SimCode a_simCode;
1522 Boolean a_generateFMUModelDescription;
1523 DAE.ComponentRef i_name;
1524 Boolean i_isValueChangeable;
1525 Boolean i_isDiscrete;
1526 Boolean i_isProtected;
1527 Option<Boolean> i_hideResult;
1528 String i_comment;
1529 BackendDAE.VarKind i_varKind;
1530 Option<SimCodeVar.Causality> i_causality;
1531 SimCodeVar.AliasVariable i_aliasvar;
1532 SimCodeVar.SimVar i_simVar;
1533 String ret_10;
1534 String ret_9;
1535 Tpl.Text txt_8;
1536 Tpl.Text l_additionalAttributes;
1537 Tpl.Text l_hr;
1538 Tpl.Text l_description;
1539 Tpl.Text l_variability;
1540 Tpl.Text l_causalityAtt;
1541 Tpl.Text l_alias;
1542 String ret_1;
1543 Tpl.Text l_valueReference;
1544
1545 case ( txt,
1546 (i_simVar as SimCodeVar.SIMVAR(source = DAE.SOURCE(info = _), aliasvar = i_aliasvar, causality = i_causality, varKind = i_varKind, comment = i_comment, hideResult = i_hideResult, isProtected = i_isProtected, isDiscrete = i_isDiscrete, isValueChangeable = i_isValueChangeable, name = i_name)),
1547 a_simCode,
1548 a_generateFMUModelDescription )
1549 algorithm
1550 11870 ret_1 := SimCodeCodegenUtil.getValueReference(i_simVar, a_simCode, true);
1551 11870 l_valueReference := Tpl.writeStr(Tpl.emptyTxt, ret_1);
1552 11870 l_alias := getAliasAttribute(Tpl.emptyTxt, i_aliasvar);
1553 11870 l_causalityAtt := CodegenFMUCommon.getCausality(Tpl.emptyTxt, i_causality);
1554 11870 l_variability := CodegenUtil.getVariablity(Tpl.emptyTxt, i_varKind);
1555 11870 l_description := fun_84(Tpl.emptyTxt, i_comment);
1556 11870 l_hr := fun_85(Tpl.emptyTxt, i_hideResult);
1557 11870 l_additionalAttributes := fun_86(Tpl.emptyTxt, a_generateFMUModelDescription, i_isValueChangeable, i_isDiscrete, l_hr, i_isProtected);
1558 11870 txt := Tpl.writeTok(txt, Tpl.ST_STRING("name=\""));
1559 11870 txt_8 := CodegenUtil.crefStrNoUnderscore(Tpl.emptyTxt, i_name);
1560 11870 ret_9 := Util.escapeModelicaStringToXmlString(Tpl.textString(txt_8));
1561 11870 ret_10 := System.stringReplace(ret_9, "$", "_D_");
1562 11870 txt := Tpl.writeStr(txt, ret_10);
1563 11870 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\" valueReference=\""));
1564 11870 txt := Tpl.writeText(txt, l_valueReference);
1565 11870 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\" "));
1566 11870 txt := Tpl.writeText(txt, l_description);
1567 11870 txt := Tpl.writeTok(txt, Tpl.ST_STRING(" variability=\""));
1568 11870 txt := Tpl.writeText(txt, l_variability);
1569 11870 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\" causality=\""));
1570 11870 txt := Tpl.writeText(txt, l_causalityAtt);
1571 11870 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\" alias=\""));
1572 11870 txt := Tpl.writeText(txt, l_alias);
1573 11870 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\" "));
1574 11870 txt := Tpl.writeText(txt, l_additionalAttributes);
1575 then txt;
1576
1577 case ( txt,
1578 _,
1579 _,
1580 _ )
1581 then txt;
1582 end match;
1583 end fun_87;
1584
1585 public function scalarVariableAttributeXML
1586 input Tpl.Text txt;
1587 input SimCodeVar.SimVar a_simVar;
1588 input SimCode.SimCode a_simCode;
1589 input String a_indexForUndefinedReferences;
1590 input Boolean a_generateFMUModelDescription;
1591
1592 output Tpl.Text out_txt;
1593 algorithm
1594 11870 out_txt := fun_87(txt, a_simVar, a_simCode, a_generateFMUModelDescription);
1595 end scalarVariableAttributeXML;
1596
1597 public function getAliasAttribute
1598 input Tpl.Text in_txt;
1599 input SimCodeVar.AliasVariable in_a_aliasvar;
1600
1601 output Tpl.Text out_txt;
1602 algorithm
1603 out_txt :=
1604 match(in_txt, in_a_aliasvar)
1605 local
1606 Tpl.Text txt;
1607
1608 case ( txt,
1609 SimCodeVar.NOALIAS() )
1610 algorithm
1611 8041 txt := Tpl.writeTok(txt, Tpl.ST_STRING("noAlias"));
1612 then txt;
1613
1614 case ( txt,
1615 SimCodeVar.ALIAS(varName = _) )
1616 algorithm
1617 3329 txt := Tpl.writeTok(txt, Tpl.ST_STRING("alias"));
1618 then txt;
1619
1620 case ( txt,
1621 SimCodeVar.NEGATEDALIAS(varName = _) )
1622 algorithm
1623 500 txt := Tpl.writeTok(txt, Tpl.ST_STRING("negatedAlias"));
1624 then txt;
1625
1626 case ( txt,
1627 _ )
1628 algorithm
1629 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING("undefinedAliasType"));
1630 then txt;
1631 end match;
1632 end getAliasAttribute;
1633
1634 protected function fun_90
1635 input Tpl.Text in_txt;
1636 input DAE.Type in_mArg;
1637 input SimCode.SimCode in_a_simCode;
1638 input DAE.ComponentRef in_a_simVarCref;
1639 input SimCodeVar.AliasVariable in_a_simVarAlias;
1640 input String in_a_unit;
1641 input String in_a_displayUnit;
1642 input Option<DAE.Exp> in_a_minValue;
1643 input Option<DAE.Exp> in_a_maxValue;
1644 input Option<DAE.Exp> in_a_startValue;
1645 input Option<DAE.Exp> in_a_nominalValue;
1646 input Boolean in_a_isFixed;
1647 input DAE.Type in_a_type__;
1648 input Tpl.Text in_a_complexStartExpressions;
1649 input Tpl.Text in_a_stateDerVectorName;
1650
1651 output Tpl.Text out_txt;
1652 output Tpl.Text out_a_complexStartExpressions;
1653 output Tpl.Text out_a_stateDerVectorName;
1654 algorithm
1655 (out_txt, out_a_complexStartExpressions, out_a_stateDerVectorName) :=
1656 match(in_txt, in_mArg, in_a_simCode, in_a_simVarCref, in_a_simVarAlias, in_a_unit, in_a_displayUnit, in_a_minValue, in_a_maxValue, in_a_startValue, in_a_nominalValue, in_a_isFixed, in_a_type__, in_a_complexStartExpressions, in_a_stateDerVectorName)
1657 local
1658 Tpl.Text txt;
1659 SimCode.SimCode a_simCode;
1660 DAE.ComponentRef a_simVarCref;
1661 SimCodeVar.AliasVariable a_simVarAlias;
1662 String a_unit;
1663 String a_displayUnit;
1664 Option<DAE.Exp> a_minValue;
1665 Option<DAE.Exp> a_maxValue;
1666 Option<DAE.Exp> a_startValue;
1667 Option<DAE.Exp> a_nominalValue;
1668 Boolean a_isFixed;
1669 DAE.Type a_type__;
1670 Tpl.Text a_complexStartExpressions;
1671 Tpl.Text a_stateDerVectorName;
1672 Absyn.Path i_ci_path;
1673 Tpl.Text txt_10;
1674 String ret_10;
1675 String ret_9;
1676 Tpl.Text txt_8;
1677 Boolean ret_7;
1678 Tpl.Text l_nom__;
1679 Tpl.Text l_disp__;
1680 Tpl.Text l_unit__;
1681 Tpl.Text l_max__;
1682 Tpl.Text l_min__;
1683 Tpl.Text l_fixed__;
1684 Tpl.Text l_start__;
1685
1686 case ( txt,
1687 DAE.T_INTEGER(varLst = _),
1688 a_simCode,
1689 a_simVarCref,
1690 a_simVarAlias,
1691 a_unit,
1692 a_displayUnit,
1693 a_minValue,
1694 a_maxValue,
1695 a_startValue,
1696 _,
1697 a_isFixed,
1698 _,
1699 a_complexStartExpressions,
1700 a_stateDerVectorName )
1701 algorithm
1702 503 (l_start__, _, a_complexStartExpressions, a_stateDerVectorName) := ScalarVariableTypeStartAttribute(Tpl.emptyTxt, a_simCode, a_simVarCref, a_simVarAlias, a_startValue, Tpl.strTokText(Tpl.ST_STRING("Int")), a_complexStartExpressions, a_stateDerVectorName);
1703 503 l_fixed__ := Tpl.pushBlock(Tpl.emptyTxt, Tpl.BT_INDENT(1));
1704 503 l_fixed__ := Tpl.writeTok(l_fixed__, Tpl.ST_STRING("fixed=\""));
1705 503 l_fixed__ := Tpl.writeStr(l_fixed__, Tpl.booleanString(a_isFixed));
1706 503 l_fixed__ := Tpl.writeTok(l_fixed__, Tpl.ST_STRING("\""));
1707 503 l_fixed__ := Tpl.popBlock(l_fixed__);
1708 503 l_min__ := attributeOptionString(Tpl.emptyTxt, a_minValue, "min");
1709 503 l_max__ := attributeOptionString(Tpl.emptyTxt, a_maxValue, "max");
1710 503 l_unit__ := unitString(Tpl.emptyTxt, a_unit, "unit");
1711 503 l_disp__ := unitString(Tpl.emptyTxt, a_displayUnit, "displayUnit");
1712 503 txt := Tpl.writeTok(txt, Tpl.ST_STRING("<Integer "));
1713 503 txt := Tpl.writeText(txt, l_start__);
1714 503 txt := Tpl.writeText(txt, l_fixed__);
1715 503 txt := Tpl.writeText(txt, l_min__);
1716 503 txt := Tpl.writeText(txt, l_max__);
1717 503 txt := Tpl.writeText(txt, l_unit__);
1718 503 txt := Tpl.writeText(txt, l_disp__);
1719 503 txt := Tpl.writeTok(txt, Tpl.ST_STRING(" />"));
1720 503 then (txt, a_complexStartExpressions, a_stateDerVectorName);
1721
1722 case ( txt,
1723 DAE.T_REAL(varLst = _),
1724 a_simCode,
1725 a_simVarCref,
1726 a_simVarAlias,
1727 a_unit,
1728 a_displayUnit,
1729 a_minValue,
1730 a_maxValue,
1731 a_startValue,
1732 a_nominalValue,
1733 a_isFixed,
1734 _,
1735 a_complexStartExpressions,
1736 a_stateDerVectorName )
1737 algorithm
1738 9973 (l_start__, _, a_complexStartExpressions, a_stateDerVectorName) := ScalarVariableTypeStartAttribute(Tpl.emptyTxt, a_simCode, a_simVarCref, a_simVarAlias, a_startValue, Tpl.strTokText(Tpl.ST_STRING("Real")), a_complexStartExpressions, a_stateDerVectorName);
1739 9973 l_fixed__ := Tpl.pushBlock(Tpl.emptyTxt, Tpl.BT_INDENT(1));
1740 9973 l_fixed__ := Tpl.writeTok(l_fixed__, Tpl.ST_STRING("fixed=\""));
1741 9973 l_fixed__ := Tpl.writeStr(l_fixed__, Tpl.booleanString(a_isFixed));
1742 9973 l_fixed__ := Tpl.writeTok(l_fixed__, Tpl.ST_STRING("\""));
1743 9973 l_fixed__ := Tpl.popBlock(l_fixed__);
1744 9973 l_nom__ := Tpl.pushBlock(Tpl.emptyTxt, Tpl.BT_INDENT(1));
1745 9973 l_nom__ := Tpl.writeTok(l_nom__, Tpl.ST_STRING("useNominal=\""));
1746
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 9973 ret_7 := isSome(a_nominalValue);
1747 9973 l_nom__ := Tpl.writeStr(l_nom__, Tpl.booleanString(ret_7));
1748 9973 l_nom__ := Tpl.writeTok(l_nom__, Tpl.ST_STRING("\""));
1749 9973 l_nom__ := attributeOptionString(l_nom__, a_nominalValue, "nominal");
1750 9973 l_nom__ := Tpl.popBlock(l_nom__);
1751 9973 l_min__ := attributeOptionString(Tpl.emptyTxt, a_minValue, "min");
1752 9973 l_max__ := attributeOptionString(Tpl.emptyTxt, a_maxValue, "max");
1753 9973 l_unit__ := unitString(Tpl.emptyTxt, a_unit, "unit");
1754 9973 l_disp__ := unitString(Tpl.emptyTxt, a_displayUnit, "displayUnit");
1755 9973 txt := Tpl.writeTok(txt, Tpl.ST_STRING("<Real "));
1756 9973 txt := Tpl.writeText(txt, l_start__);
1757 9973 txt := Tpl.writeText(txt, l_fixed__);
1758 9973 txt := Tpl.writeText(txt, l_nom__);
1759 9973 txt := Tpl.writeText(txt, l_min__);
1760 9973 txt := Tpl.writeText(txt, l_max__);
1761 9973 txt := Tpl.writeText(txt, l_unit__);
1762 9973 txt := Tpl.writeText(txt, l_disp__);
1763 9973 txt := Tpl.writeTok(txt, Tpl.ST_STRING(" />"));
1764 9973 then (txt, a_complexStartExpressions, a_stateDerVectorName);
1765
1766 case ( txt,
1767 DAE.T_BOOL(varLst = _),
1768 a_simCode,
1769 a_simVarCref,
1770 a_simVarAlias,
1771 a_unit,
1772 a_displayUnit,
1773 _,
1774 _,
1775 a_startValue,
1776 _,
1777 a_isFixed,
1778 _,
1779 a_complexStartExpressions,
1780 a_stateDerVectorName )
1781 algorithm
1782 959 (l_start__, _, a_complexStartExpressions, a_stateDerVectorName) := ScalarVariableTypeStartAttribute(Tpl.emptyTxt, a_simCode, a_simVarCref, a_simVarAlias, a_startValue, Tpl.strTokText(Tpl.ST_STRING("Bool")), a_complexStartExpressions, a_stateDerVectorName);
1783 959 l_fixed__ := Tpl.pushBlock(Tpl.emptyTxt, Tpl.BT_INDENT(1));
1784 959 l_fixed__ := Tpl.writeTok(l_fixed__, Tpl.ST_STRING("fixed=\""));
1785 959 l_fixed__ := Tpl.writeStr(l_fixed__, Tpl.booleanString(a_isFixed));
1786 959 l_fixed__ := Tpl.writeTok(l_fixed__, Tpl.ST_STRING("\""));
1787 959 l_fixed__ := Tpl.popBlock(l_fixed__);
1788 959 l_unit__ := unitString(Tpl.emptyTxt, a_unit, "unit");
1789 959 l_disp__ := unitString(Tpl.emptyTxt, a_displayUnit, "displayUnit");
1790 959 txt := Tpl.writeTok(txt, Tpl.ST_STRING("<Boolean "));
1791 959 txt := Tpl.writeText(txt, l_start__);
1792 959 txt := Tpl.writeText(txt, l_fixed__);
1793 959 txt := Tpl.writeText(txt, l_unit__);
1794 959 txt := Tpl.writeText(txt, l_disp__);
1795 959 txt := Tpl.writeTok(txt, Tpl.ST_STRING(" />"));
1796 959 then (txt, a_complexStartExpressions, a_stateDerVectorName);
1797
1798 case ( txt,
1799 DAE.T_STRING(varLst = _),
1800 a_simCode,
1801 a_simVarCref,
1802 a_simVarAlias,
1803 a_unit,
1804 a_displayUnit,
1805 _,
1806 _,
1807 a_startValue,
1808 _,
1809 a_isFixed,
1810 _,
1811 a_complexStartExpressions,
1812 a_stateDerVectorName )
1813 algorithm
1814 57 (l_start__, _, a_complexStartExpressions, a_stateDerVectorName) := ScalarVariableTypeStartAttribute(Tpl.emptyTxt, a_simCode, a_simVarCref, a_simVarAlias, a_startValue, Tpl.strTokText(Tpl.ST_STRING("String")), a_complexStartExpressions, a_stateDerVectorName);
1815 57 l_fixed__ := Tpl.pushBlock(Tpl.emptyTxt, Tpl.BT_INDENT(1));
1816 57 l_fixed__ := Tpl.writeTok(l_fixed__, Tpl.ST_STRING("fixed=\""));
1817 57 l_fixed__ := Tpl.writeStr(l_fixed__, Tpl.booleanString(a_isFixed));
1818 57 l_fixed__ := Tpl.writeTok(l_fixed__, Tpl.ST_STRING("\""));
1819 57 l_fixed__ := Tpl.popBlock(l_fixed__);
1820 57 l_unit__ := unitString(Tpl.emptyTxt, a_unit, "unit");
1821 57 l_disp__ := unitString(Tpl.emptyTxt, a_displayUnit, "displayUnit");
1822 57 txt := Tpl.writeTok(txt, Tpl.ST_STRING("<String "));
1823 57 txt := Tpl.writeText(txt, l_start__);
1824 57 txt := Tpl.writeText(txt, l_fixed__);
1825 57 txt := Tpl.writeText(txt, l_unit__);
1826 57 txt := Tpl.writeText(txt, l_disp__);
1827 57 txt := Tpl.writeTok(txt, Tpl.ST_STRING(" />"));
1828 57 then (txt, a_complexStartExpressions, a_stateDerVectorName);
1829
1830 case ( txt,
1831 DAE.T_ENUMERATION(index = _),
1832 a_simCode,
1833 a_simVarCref,
1834 a_simVarAlias,
1835 a_unit,
1836 a_displayUnit,
1837 _,
1838 _,
1839 a_startValue,
1840 _,
1841 a_isFixed,
1842 _,
1843 a_complexStartExpressions,
1844 a_stateDerVectorName )
1845 algorithm
1846 404 (l_start__, _, a_complexStartExpressions, a_stateDerVectorName) := ScalarVariableTypeStartAttribute(Tpl.emptyTxt, a_simCode, a_simVarCref, a_simVarAlias, a_startValue, Tpl.strTokText(Tpl.ST_STRING("Int")), a_complexStartExpressions, a_stateDerVectorName);
1847 404 l_fixed__ := Tpl.pushBlock(Tpl.emptyTxt, Tpl.BT_INDENT(1));
1848 404 l_fixed__ := Tpl.writeTok(l_fixed__, Tpl.ST_STRING("fixed=\""));
1849 404 l_fixed__ := Tpl.writeStr(l_fixed__, Tpl.booleanString(a_isFixed));
1850 404 l_fixed__ := Tpl.writeTok(l_fixed__, Tpl.ST_STRING("\""));
1851 404 l_fixed__ := Tpl.popBlock(l_fixed__);
1852 404 l_unit__ := unitString(Tpl.emptyTxt, a_unit, "unit");
1853 404 l_disp__ := unitString(Tpl.emptyTxt, a_displayUnit, "displayUnit");
1854 404 txt := Tpl.writeTok(txt, Tpl.ST_STRING("<Integer "));
1855 404 txt := Tpl.writeText(txt, l_start__);
1856 404 txt := Tpl.writeText(txt, l_fixed__);
1857 404 txt := Tpl.writeText(txt, l_unit__);
1858 404 txt := Tpl.writeText(txt, l_disp__);
1859 404 txt := Tpl.writeTok(txt, Tpl.ST_STRING(" />"));
1860 404 then (txt, a_complexStartExpressions, a_stateDerVectorName);
1861
1862 case ( txt,
1863 DAE.T_COMPLEX(complexClassType = ClassInf.EXTERNAL_OBJ(path = i_ci_path)),
1864 _,
1865 _,
1866 _,
1867 _,
1868 _,
1869 _,
1870 _,
1871 _,
1872 _,
1873 _,
1874 _,
1875 a_complexStartExpressions,
1876 a_stateDerVectorName )
1877 algorithm
1878 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING("<ExternalObject path=\""));
1879 ✗ txt_8 := CodegenUtil.dotPath(Tpl.emptyTxt, i_ci_path);
1880 ✗ ret_9 := Util.escapeModelicaStringToXmlString(Tpl.textString(txt_8));
1881 ✗ txt := Tpl.writeStr(txt, ret_9);
1882 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING("\" />"));
1883 ✗ then (txt, a_complexStartExpressions, a_stateDerVectorName);
1884
1885 case ( txt,
1886 _,
1887 _,
1888 _,
1889 _,
1890 _,
1891 _,
1892 _,
1893 _,
1894 _,
1895 _,
1896 _,
1897 a_type__,
1898 a_complexStartExpressions,
1899 a_stateDerVectorName )
1900 algorithm
1901 ✗ txt_10 := Tpl.writeTok(Tpl.emptyTxt, Tpl.ST_STRING("ScalarVariableType: "));
1902 ✗ ret_10 := TypesDump.unparseType(a_type__);
1903 ✗ txt_10 := Tpl.writeStr(txt_10, ret_10);
1904 ✗ txt := CodegenUtil.error(txt, Tpl.sourceInfo("CodegenCppInit.tpl", 252, 16), Tpl.textString(txt_10));
1905 ✗ then (txt, a_complexStartExpressions, a_stateDerVectorName);
1906 end match;
1907 end fun_90;
1908
1909 public function ScalarVariableType
1910 input Tpl.Text txt;
1911 input SimCode.SimCode a_simCode;
1912 input DAE.ComponentRef a_simVarCref;
1913 input SimCodeVar.AliasVariable a_simVarAlias;
1914 input String a_unit;
1915 input String a_displayUnit;
1916 input Option<DAE.Exp> a_minValue;
1917 input Option<DAE.Exp> a_maxValue;
1918 input Option<DAE.Exp> a_startValue;
1919 input Option<DAE.Exp> a_nominalValue;
1920 input Boolean a_isFixed;
1921 input DAE.Type a_type__;
1922 input Tpl.Text a_complexStartExpressions;
1923 input Tpl.Text a_stateDerVectorName;
1924
1925 output Tpl.Text out_txt;
1926 output Tpl.Text out_a_complexStartExpressions;
1927 output Tpl.Text out_a_stateDerVectorName;
1928 protected
1929 DAE.Type ret_0;
1930 algorithm
1931 11896 ret_0 := Types.arrayElementType(a_type__);
1932 11896 (out_txt, out_a_complexStartExpressions, out_a_stateDerVectorName) := fun_90(txt, ret_0, a_simCode, a_simVarCref, a_simVarAlias, a_unit, a_displayUnit, a_minValue, a_maxValue, a_startValue, a_nominalValue, a_isFixed, a_type__, a_complexStartExpressions, a_stateDerVectorName);
1933 end ScalarVariableType;
1934
1935 protected function lm_92
1936 input output Tpl.Text txt;
1937 input list<DAE.Exp> items;
1938 algorithm
1939
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 17 for lstElt_92 in items loop
1940 txt := match lstElt_92
1941 local
1942 DAE.Exp i_elem;
1943
1944 case i_elem
1945 algorithm
1946 10 txt := CodegenUtil.initValXml(txt, i_elem, "&quot;");
1947 10 txt := Tpl.nextIter(txt);
1948 then txt;
1949 end match;
1950 end for;
1951 end lm_92;
1952
1953 protected function fun_93
1954 input Tpl.Text in_txt;
1955 input Boolean in_mArg;
1956 input list<DAE.Exp> in_a_array;
1957 input String in_a_attr__name;
1958
1959 output Tpl.Text out_txt;
1960 algorithm
1961 out_txt :=
1962 match(in_txt, in_mArg, in_a_array, in_a_attr__name)
1963 local
1964 Tpl.Text txt;
1965 list<DAE.Exp> a_array;
1966 String a_attr__name;
1967
1968 case ( txt,
1969 false,
1970 _,
1971 _ )
1972 then txt;
1973
1974 case ( txt,
1975 _,
1976 a_array,
1977 a_attr__name )
1978 algorithm
1979 7 txt := Tpl.pushBlock(txt, Tpl.BT_INDENT(1));
1980 7 txt := Tpl.writeStr(txt, a_attr__name);
1981 7 txt := Tpl.writeTok(txt, Tpl.ST_STRING("=\""));
1982 7 txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, NONE(), SOME(Tpl.ST_STRING(" ")), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
1983 7 txt := lm_92(txt, a_array);
1984 7 txt := Tpl.popIter(txt);
1985 7 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\""));
1986 7 txt := Tpl.popBlock(txt);
1987 then txt;
1988 end match;
1989 end fun_93;
1990
1991 protected function fun_94
1992 input Tpl.Text in_txt;
1993 input Boolean in_mArg;
1994 input String in_a_attr__name;
1995 input DAE.Exp in_a_expr;
1996
1997 output Tpl.Text out_txt;
1998 algorithm
1999 out_txt :=
2000 match(in_txt, in_mArg, in_a_attr__name, in_a_expr)
2001 local
2002 Tpl.Text txt;
2003 String a_attr__name;
2004 DAE.Exp a_expr;
2005
2006 case ( txt,
2007 false,
2008 _,
2009 _ )
2010 then txt;
2011
2012 case ( txt,
2013 _,
2014 a_attr__name,
2015 a_expr )
2016 algorithm
2017 ✗ txt := attributeString(txt, a_expr, a_attr__name);
2018 then txt;
2019 end match;
2020 end fun_94;
2021
2022 public function attributeString
2023 input Tpl.Text in_txt;
2024 input DAE.Exp in_a_exp;
2025 input String in_a_attr__name;
2026
2027 output Tpl.Text out_txt;
2028 algorithm
2029 out_txt :=
2030 match(in_txt, in_a_exp, in_a_attr__name)
2031 local
2032 Tpl.Text txt;
2033 String a_attr__name;
2034 DAE.Exp i_expr;
2035 list<DAE.Exp> i_array;
2036 DAE.Exp i_exp;
2037 Boolean ret_1;
2038 Boolean ret_0;
2039
2040 case ( txt,
2041 (i_exp as DAE.ICONST(integer = _)),
2042 a_attr__name )
2043 algorithm
2044 697 txt := Tpl.pushBlock(txt, Tpl.BT_INDENT(1));
2045 697 txt := Tpl.writeStr(txt, a_attr__name);
2046 697 txt := Tpl.writeTok(txt, Tpl.ST_STRING("=\""));
2047 697 txt := CodegenUtil.initValXml(txt, i_exp, "");
2048 697 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\""));
2049 697 txt := Tpl.popBlock(txt);
2050 then txt;
2051
2052 case ( txt,
2053 (i_exp as DAE.RCONST(real = _)),
2054 a_attr__name )
2055 algorithm
2056 8306 txt := Tpl.pushBlock(txt, Tpl.BT_INDENT(1));
2057 8306 txt := Tpl.writeStr(txt, a_attr__name);
2058 8306 txt := Tpl.writeTok(txt, Tpl.ST_STRING("=\""));
2059 8306 txt := CodegenUtil.initValXml(txt, i_exp, "");
2060 8306 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\""));
2061 8306 txt := Tpl.popBlock(txt);
2062 then txt;
2063
2064 case ( txt,
2065 (i_exp as DAE.SCONST(string = _)),
2066 a_attr__name )
2067 algorithm
2068 49 txt := Tpl.pushBlock(txt, Tpl.BT_INDENT(1));
2069 49 txt := Tpl.writeStr(txt, a_attr__name);
2070 49 txt := Tpl.writeTok(txt, Tpl.ST_STRING("=\""));
2071 49 txt := CodegenUtil.initValXml(txt, i_exp, "");
2072 49 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\""));
2073 49 txt := Tpl.popBlock(txt);
2074 then txt;
2075
2076 case ( txt,
2077 (i_exp as DAE.BCONST(bool = _)),
2078 a_attr__name )
2079 algorithm
2080 435 txt := Tpl.pushBlock(txt, Tpl.BT_INDENT(1));
2081 435 txt := Tpl.writeStr(txt, a_attr__name);
2082 435 txt := Tpl.writeTok(txt, Tpl.ST_STRING("=\""));
2083 435 txt := CodegenUtil.initValXml(txt, i_exp, "");
2084 435 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\""));
2085 435 txt := Tpl.popBlock(txt);
2086 then txt;
2087
2088 case ( txt,
2089 (i_exp as DAE.ENUM_LITERAL(name = _)),
2090 a_attr__name )
2091 algorithm
2092 200 txt := Tpl.pushBlock(txt, Tpl.BT_INDENT(1));
2093 200 txt := Tpl.writeStr(txt, a_attr__name);
2094 200 txt := Tpl.writeTok(txt, Tpl.ST_STRING("=\""));
2095 200 txt := CodegenUtil.initValXml(txt, i_exp, "");
2096 200 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\""));
2097 200 txt := Tpl.popBlock(txt);
2098 then txt;
2099
2100 case ( txt,
2101 (i_exp as DAE.ARRAY(array = i_array)),
2102 a_attr__name )
2103 algorithm
2104 7 ret_0 := Expression.isSimpleLiteralValue(i_exp, true);
2105 7 txt := fun_93(txt, ret_0, i_array, a_attr__name);
2106 then txt;
2107
2108 case ( txt,
2109 DAE.REDUCTION(expr = i_expr),
2110 a_attr__name )
2111 algorithm
2112 ✗ ret_1 := Expression.isSimpleLiteralValue(i_expr, true);
2113 ✗ txt := fun_94(txt, ret_1, a_attr__name, i_expr);
2114 then txt;
2115
2116 case ( txt,
2117 _,
2118 _ )
2119 then txt;
2120 end match;
2121 end attributeString;
2122
2123 public function attributeOptionString
2124 input Tpl.Text in_txt;
2125 input Option<DAE.Exp> in_a_exp__opt;
2126 input String in_a_attr__name;
2127
2128 output Tpl.Text out_txt;
2129 algorithm
2130 out_txt :=
2131 match(in_txt, in_a_exp__opt, in_a_attr__name)
2132 local
2133 Tpl.Text txt;
2134 String a_attr__name;
2135 DAE.Exp i_exp;
2136
2137 case ( txt,
2138 SOME(i_exp),
2139 a_attr__name )
2140 algorithm
2141 5377 txt := attributeString(txt, i_exp, a_attr__name);
2142 then txt;
2143
2144 case ( txt,
2145 _,
2146 _ )
2147 then txt;
2148 end match;
2149 end attributeOptionString;
2150
2151 public function unitString
2152 input Tpl.Text in_txt;
2153 input String in_a_unit;
2154 input String in_a_attr__name;
2155
2156 output Tpl.Text out_txt;
2157 algorithm
2158 out_txt :=
2159 match(in_txt, in_a_unit, in_a_attr__name)
2160 local
2161 Tpl.Text txt;
2162 String a_attr__name;
2163 String i_unit;
2164 String ret_0;
2165
2166 case ( txt,
2167 "",
2168 _ )
2169 then txt;
2170
2171 case ( txt,
2172 i_unit,
2173 a_attr__name )
2174 algorithm
2175 8011 txt := Tpl.pushBlock(txt, Tpl.BT_INDENT(1));
2176 8011 txt := Tpl.writeStr(txt, a_attr__name);
2177 8011 txt := Tpl.writeTok(txt, Tpl.ST_STRING("=\""));
2178 8011 ret_0 := Util.escapeModelicaStringToXmlString(i_unit);
2179 8011 txt := Tpl.writeStr(txt, ret_0);
2180 8011 txt := Tpl.writeTok(txt, Tpl.ST_STRING("\""));
2181 8011 txt := Tpl.popBlock(txt);
2182 then txt;
2183 end match;
2184 end unitString;
2185
2186 protected function fun_98
2187 input Tpl.Text in_txt;
2188 input SimCodeVar.AliasVariable in_a_simVarAlias;
2189 input Tpl.Text in_a_type;
2190 input Tpl.Text in_a_complexStartExpressions;
2191 input DAE.Exp in_a_exp;
2192 input Tpl.Text in_a_stateDerVectorName;
2193 input SimCode.SimCode in_a_simCode;
2194 input DAE.ComponentRef in_a_simVarCref;
2195
2196 output Tpl.Text out_txt;
2197 output Tpl.Text out_a_complexStartExpressions;
2198 output Tpl.Text out_a_stateDerVectorName;
2199 algorithm
2200 (out_txt, out_a_complexStartExpressions, out_a_stateDerVectorName) :=
2201 match(in_txt, in_a_simVarAlias, in_a_type, in_a_complexStartExpressions, in_a_exp, in_a_stateDerVectorName, in_a_simCode, in_a_simVarCref)
2202 local
2203 Tpl.Text txt;
2204 Tpl.Text a_type;
2205 Tpl.Text a_complexStartExpressions;
2206 DAE.Exp a_exp;
2207 Tpl.Text a_stateDerVectorName;
2208 SimCode.SimCode a_simCode;
2209 DAE.ComponentRef a_simVarCref;
2210 Tpl.Text l_expression;
2211 Tpl.Text l_crefStr;
2212 Tpl.Text l_extraFuncsDecl;
2213 Tpl.Text l_extraFuncs;
2214 Tpl.Text l_varDecls;
2215 Tpl.Text l_complexPreExpression;
2216
2217 case ( txt,
2218 SimCodeVar.NOALIAS(),
2219 a_type,
2220 a_complexStartExpressions,
2221 a_exp,
2222 a_stateDerVectorName,
2223 a_simCode,
2224 a_simVarCref )
2225 algorithm
2226 183 l_complexPreExpression := Tpl.emptyTxt;
2227 183 l_varDecls := Tpl.emptyTxt;
2228 183 l_extraFuncs := Tpl.emptyTxt;
2229 183 l_extraFuncsDecl := Tpl.emptyTxt;
2230 183 (l_crefStr, l_extraFuncs, l_extraFuncsDecl, _, l_varDecls, a_stateDerVectorName) := CodegenCppCommon.cref1(Tpl.emptyTxt, a_simVarCref, a_simCode, l_extraFuncs, l_extraFuncsDecl, Tpl.strTokText(Tpl.ST_STRING("")), SimCodeFunction.contextOther, l_varDecls, a_stateDerVectorName, false);
2231 183 (l_expression, l_complexPreExpression, l_varDecls, l_extraFuncs, l_extraFuncsDecl, _, a_stateDerVectorName) := CodegenCppCommon.daeExp(Tpl.emptyTxt, a_exp, SimCodeFunction.contextOther, l_complexPreExpression, l_varDecls, a_simCode, l_extraFuncs, l_extraFuncsDecl, Tpl.strTokText(Tpl.ST_STRING("")), a_stateDerVectorName, false);
2232 183 a_complexStartExpressions := Tpl.writeText(a_complexStartExpressions, l_varDecls);
2233 183 a_complexStartExpressions := Tpl.writeText(a_complexStartExpressions, l_complexPreExpression);
2234 183 a_complexStartExpressions := Tpl.writeTok(a_complexStartExpressions, Tpl.ST_STRING("SystemDefaultImplementation::set"));
2235 183 a_complexStartExpressions := Tpl.writeText(a_complexStartExpressions, a_type);
2236 183 a_complexStartExpressions := Tpl.writeTok(a_complexStartExpressions, Tpl.ST_STRING("StartValue("));
2237 183 a_complexStartExpressions := Tpl.writeText(a_complexStartExpressions, l_crefStr);
2238 183 a_complexStartExpressions := Tpl.writeTok(a_complexStartExpressions, Tpl.ST_STRING(","));
2239 183 a_complexStartExpressions := Tpl.writeText(a_complexStartExpressions, l_expression);
2240 183 a_complexStartExpressions := Tpl.writeTok(a_complexStartExpressions, Tpl.ST_STRING(");"));
2241 183 a_complexStartExpressions := Tpl.writeTok(a_complexStartExpressions, Tpl.ST_NEW_LINE());
2242 183 then (txt, a_complexStartExpressions, a_stateDerVectorName);
2243
2244 case ( txt,
2245 _,
2246 _,
2247 a_complexStartExpressions,
2248 _,
2249 a_stateDerVectorName,
2250 _,
2251 _ )
2252 then (txt, a_complexStartExpressions, a_stateDerVectorName);
2253 end match;
2254 end fun_98;
2255
2256 protected function fun_99
2257 input Tpl.Text in_txt;
2258 input String in_mArg;
2259 input Tpl.Text in_a_startString;
2260 input Tpl.Text in_a_type;
2261 input Tpl.Text in_a_complexStartExpressions;
2262 input DAE.Exp in_a_exp;
2263 input Tpl.Text in_a_stateDerVectorName;
2264 input SimCode.SimCode in_a_simCode;
2265 input DAE.ComponentRef in_a_simVarCref;
2266 input SimCodeVar.AliasVariable in_a_simVarAlias;
2267
2268 output Tpl.Text out_txt;
2269 output Tpl.Text out_a_complexStartExpressions;
2270 output Tpl.Text out_a_stateDerVectorName;
2271 algorithm
2272 (out_txt, out_a_complexStartExpressions, out_a_stateDerVectorName) :=
2273 match(in_txt, in_mArg, in_a_startString, in_a_type, in_a_complexStartExpressions, in_a_exp, in_a_stateDerVectorName, in_a_simCode, in_a_simVarCref, in_a_simVarAlias)
2274 local
2275 Tpl.Text txt;
2276 Tpl.Text a_startString;
2277 Tpl.Text a_type;
2278 Tpl.Text a_complexStartExpressions;
2279 DAE.Exp a_exp;
2280 Tpl.Text a_stateDerVectorName;
2281 SimCode.SimCode a_simCode;
2282 DAE.ComponentRef a_simVarCref;
2283 SimCodeVar.AliasVariable a_simVarAlias;
2284 Tpl.Text l_unsued;
2285
2286 case ( txt,
2287 "",
2288 _,
2289 a_type,
2290 a_complexStartExpressions,
2291 a_exp,
2292 a_stateDerVectorName,
2293 a_simCode,
2294 a_simVarCref,
2295 a_simVarAlias )
2296 algorithm
2297 185 (l_unsued, a_complexStartExpressions, a_stateDerVectorName) := fun_98(Tpl.emptyTxt, a_simVarAlias, a_type, a_complexStartExpressions, a_exp, a_stateDerVectorName, a_simCode, a_simVarCref);
2298 185 then (txt, a_complexStartExpressions, a_stateDerVectorName);
2299
2300 case ( txt,
2301 _,
2302 a_startString,
2303 _,
2304 a_complexStartExpressions,
2305 _,
2306 a_stateDerVectorName,
2307 _,
2308 _,
2309 _ )
2310 algorithm
2311 4334 txt := Tpl.writeText(txt, a_startString);
2312 then (txt, a_complexStartExpressions, a_stateDerVectorName);
2313 end match;
2314 end fun_99;
2315
2316 protected function fun_100
2317 input Tpl.Text in_txt;
2318 input Option<DAE.Exp> in_a_startValue;
2319 input SimCode.SimCode in_a_simCode;
2320 input DAE.ComponentRef in_a_simVarCref;
2321 input SimCodeVar.AliasVariable in_a_simVarAlias;
2322 input Tpl.Text in_a_type;
2323 input Tpl.Text in_a_complexStartExpressions;
2324 input Tpl.Text in_a_stateDerVectorName;
2325
2326 output Tpl.Text out_txt;
2327 output Tpl.Text out_a_complexStartExpressions;
2328 output Tpl.Text out_a_stateDerVectorName;
2329 algorithm
2330 (out_txt, out_a_complexStartExpressions, out_a_stateDerVectorName) :=
2331 match(in_txt, in_a_startValue, in_a_simCode, in_a_simVarCref, in_a_simVarAlias, in_a_type, in_a_complexStartExpressions, in_a_stateDerVectorName)
2332 local
2333 Tpl.Text txt;
2334 SimCode.SimCode a_simCode;
2335 DAE.ComponentRef a_simVarCref;
2336 SimCodeVar.AliasVariable a_simVarAlias;
2337 Tpl.Text a_type;
2338 Tpl.Text a_complexStartExpressions;
2339 Tpl.Text a_stateDerVectorName;
2340 DAE.Exp i_exp;
2341 String str_1;
2342 Tpl.Text l_startString;
2343
2344 case ( txt,
2345 SOME(i_exp),
2346 a_simCode,
2347 a_simVarCref,
2348 a_simVarAlias,
2349 a_type,
2350 a_complexStartExpressions,
2351 a_stateDerVectorName )
2352 algorithm
2353 4519 l_startString := attributeString(Tpl.emptyTxt, i_exp, "start");
2354 4519 str_1 := Tpl.textString(l_startString);
2355 4519 (txt, a_complexStartExpressions, a_stateDerVectorName) := fun_99(txt, str_1, l_startString, a_type, a_complexStartExpressions, i_exp, a_stateDerVectorName, a_simCode, a_simVarCref, a_simVarAlias);
2356 then (txt, a_complexStartExpressions, a_stateDerVectorName);
2357
2358 case ( txt,
2359 NONE(),
2360 _,
2361 _,
2362 _,
2363 _,
2364 a_complexStartExpressions,
2365 a_stateDerVectorName )
2366 7377 then (txt, a_complexStartExpressions, a_stateDerVectorName);
2367
2368 case ( txt,
2369 _,
2370 _,
2371 _,
2372 _,
2373 _,
2374 a_complexStartExpressions,
2375 a_stateDerVectorName )
2376 ✗ then (txt, a_complexStartExpressions, a_stateDerVectorName);
2377 end match;
2378 end fun_100;
2379
2380 public function ScalarVariableTypeStartAttribute
2381 input Tpl.Text txt;
2382 input SimCode.SimCode a_simCode;
2383 input DAE.ComponentRef a_simVarCref;
2384 input SimCodeVar.AliasVariable a_simVarAlias;
2385 input Option<DAE.Exp> a_startValue;
2386 input Tpl.Text a_type;
2387 input Tpl.Text a_complexStartExpressions;
2388 input Tpl.Text a_stateDerVectorName;
2389
2390 output Tpl.Text out_txt;
2391 output Tpl.Text out_a_type;
2392 output Tpl.Text out_a_complexStartExpressions;
2393 output Tpl.Text out_a_stateDerVectorName;
2394 algorithm
2395 11896 (out_txt, out_a_complexStartExpressions, out_a_stateDerVectorName) := fun_100(txt, a_startValue, a_simCode, a_simVarCref, a_simVarAlias, a_type, a_complexStartExpressions, a_stateDerVectorName);
2396 out_a_type := a_type;
2397 end ScalarVariableTypeStartAttribute;
2398
2399 protected function lm_102
2400 input output Tpl.Text txt;
2401 input list<String> items;
2402 algorithm
2403 ✗ for lstElt_102 in items loop
2404 txt := match lstElt_102
2405 local
2406 String i_it;
2407
2408 case i_it
2409 algorithm
2410 ✗ txt := Tpl.writeStr(txt, i_it);
2411 then txt;
2412 end match;
2413 end for;
2414 end lm_102;
2415
2416 protected function lm_103
2417 input output Tpl.Text txt;
2418 input list<SimCodeVar.SimVar> items;
2419 input String a_indexForUndefinedReferences;
2420 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
2421 algorithm
2422 ✗ for lstElt_103 in items loop
2423 txt := match lstElt_103
2424 local
2425 DAE.ComponentRef i_v_name;
2426 list<String> ret_0;
2427
2428 case SimCodeVar.SIMVAR(name = i_v_name)
2429 algorithm
2430 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING("<Var type=\"double\" index=\""));
2431 ✗ ret_0 := SimCodeCodegenUtil.getVarIndexListByMapping(a_varToArrayIndexMapping, i_v_name, true, a_indexForUndefinedReferences);
2432 ✗ txt := lm_102(txt, ret_0);
2433 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING("\" />"));
2434 ✗ txt := Tpl.nextIter(txt);
2435 then txt;
2436
2437 case _
2438 then txt;
2439 end match;
2440 end for;
2441 end lm_103;
2442
2443 protected function lm_104
2444 input output Tpl.Text txt;
2445 input list<String> items;
2446 algorithm
2447 ✗ for lstElt_104 in items loop
2448 txt := match lstElt_104
2449 local
2450 String i_it;
2451
2452 case i_it
2453 algorithm
2454 ✗ txt := Tpl.writeStr(txt, i_it);
2455 then txt;
2456 end match;
2457 end for;
2458 end lm_104;
2459
2460 protected function lm_105
2461 input output Tpl.Text txt;
2462 input list<DAE.ComponentRef> items;
2463 input String a_indexForUndefinedReferences;
2464 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
2465 algorithm
2466 ✗ for lstElt_105 in items loop
2467 txt := match lstElt_105
2468 local
2469 DAE.ComponentRef i_name;
2470 list<String> ret_0;
2471
2472 case i_name
2473 algorithm
2474 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING("<Var type=\"double\" index=\""));
2475 ✗ ret_0 := SimCodeCodegenUtil.getVarIndexListByMapping(a_varToArrayIndexMapping, i_name, true, a_indexForUndefinedReferences);
2476 ✗ txt := lm_104(txt, ret_0);
2477 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING("\" />"));
2478 ✗ txt := Tpl.nextIter(txt);
2479 then txt;
2480 end match;
2481 end for;
2482 end lm_105;
2483
2484 protected function fun_106
2485 input Tpl.Text in_txt;
2486 input SimCode.SimEqSystem in_a_eqs;
2487 input HashTableCrIListArray.HashTable in_a_varToArrayIndexMapping;
2488 input String in_a_indexForUndefinedReferences;
2489
2490 output Tpl.Text out_txt;
2491 algorithm
2492 out_txt :=
2493 match(in_txt, in_a_eqs, in_a_varToArrayIndexMapping, in_a_indexForUndefinedReferences)
2494 local
2495 Tpl.Text txt;
2496 HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
2497 String a_indexForUndefinedReferences;
2498 list<DAE.ComponentRef> i_nls_crefs;
2499 Integer i_nls_index;
2500 list<SimCodeVar.SimVar> i_ls_vars;
2501 Integer i_ls_index;
2502 Integer ret_1;
2503 Integer ret_0;
2504
2505 case ( txt,
2506 SimCode.SES_LINEAR(lSystem = SimCode.LINEARSYSTEM(index = i_ls_index, vars = i_ls_vars)),
2507 a_varToArrayIndexMapping,
2508 a_indexForUndefinedReferences )
2509 algorithm
2510 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING("<Linear eqIdx=\""));
2511 ✗ txt := Tpl.writeStr(txt, intString(i_ls_index));
2512 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING("\" sparse=\"true\" size=\""));
2513 ✗ ret_0 := listLength(i_ls_vars);
2514 ✗ txt := Tpl.writeStr(txt, intString(ret_0));
2515 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING_LIST({
2516 "\">\n",
2517 " <Vars>\n"
2518 }, true));
2519 ✗ txt := Tpl.pushBlock(txt, Tpl.BT_INDENT(4));
2520 ✗ txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, NONE(), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
2521 ✗ txt := lm_103(txt, i_ls_vars, a_indexForUndefinedReferences, a_varToArrayIndexMapping);
2522 ✗ txt := Tpl.popIter(txt);
2523 ✗ txt := Tpl.softNewLine(txt);
2524 ✗ txt := Tpl.popBlock(txt);
2525 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING_LIST({
2526 " </Vars>\n",
2527 "</Linear>"
2528 }, false));
2529 then txt;
2530
2531 case ( txt,
2532 SimCode.SES_NONLINEAR(nlSystem = SimCode.NONLINEARSYSTEM(index = i_nls_index, crefs = i_nls_crefs)),
2533 a_varToArrayIndexMapping,
2534 a_indexForUndefinedReferences )
2535 algorithm
2536 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING("<NonLinear eqIdx=\""));
2537 ✗ txt := Tpl.writeStr(txt, intString(i_nls_index));
2538 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING("\" size=\""));
2539 ✗ ret_1 := listLength(i_nls_crefs);
2540 ✗ txt := Tpl.writeStr(txt, intString(ret_1));
2541 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING_LIST({
2542 "\">\n",
2543 " <Vars>\n"
2544 }, true));
2545 ✗ txt := Tpl.pushBlock(txt, Tpl.BT_INDENT(4));
2546 ✗ txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, NONE(), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
2547 ✗ txt := lm_105(txt, i_nls_crefs, a_indexForUndefinedReferences, a_varToArrayIndexMapping);
2548 ✗ txt := Tpl.popIter(txt);
2549 ✗ txt := Tpl.softNewLine(txt);
2550 ✗ txt := Tpl.popBlock(txt);
2551 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING_LIST({
2552 " </Vars>\n",
2553 " <NominalVars>\n",
2554 " <!-- Maybe Expressions here -->\n",
2555 " </NominalVars>\n",
2556 "</NonLinear>"
2557 }, false));
2558 then txt;
2559
2560 case ( txt,
2561 _,
2562 _,
2563 _ )
2564 then txt;
2565 end match;
2566 end fun_106;
2567
2568 public function algLoopXML
2569 input Tpl.Text txt;
2570 input SimCode.SimEqSystem a_eqs;
2571 input SimCode.SimCode a_simCode;
2572 input HashTableCrIListArray.HashTable a_varToArrayIndexMapping;
2573 input String a_indexForUndefinedReferences;
2574
2575 output Tpl.Text out_txt;
2576 algorithm
2577 ✗ out_txt := fun_106(txt, a_eqs, a_varToArrayIndexMapping, a_indexForUndefinedReferences);
2578 end algLoopXML;
2579
2580 protected function lm_108
2581 input output Tpl.Text txt;
2582 input list<SimCode.JacobianMatrix> items;
2583 algorithm
2584 ✗ for lstElt_108 in items loop
2585 txt := match lstElt_108
2586 local
2587 Integer i_maxColor;
2588 list<list<Integer>> i_colorList;
2589 SimCode.SparsityPattern i_sparsepattern;
2590 String i_name;
2591 list<SimCodeVar.SimVar> i_vars;
2592 list<SimCode.JacobianColumn> i_mat;
2593 Integer i_jacIndex;
2594
2595 case SimCode.JAC_MATRIX(columns = i_mat, seedVars = i_vars, matrixName = i_name, sparsity = i_sparsepattern, coloredCols = i_colorList, maxColorCols = i_maxColor, jacobianIndex = i_jacIndex)
2596 algorithm
2597 ✗ txt := jacobianMatrixXML(txt, i_jacIndex, i_mat, i_vars, i_name, i_sparsepattern, i_colorList, i_maxColor);
2598 ✗ txt := Tpl.nextIter(txt);
2599 then txt;
2600
2601 case _
2602 then txt;
2603 end match;
2604 end for;
2605 end lm_108;
2606
2607 public function jacobianMatricesXML
2608 input Tpl.Text txt;
2609 input list<SimCode.JacobianMatrix> a_JacobianMatrices;
2610
2611 output Tpl.Text out_txt;
2612 protected
2613 Tpl.Text l_jacMats;
2614 algorithm
2615 ✗ l_jacMats := Tpl.pushIter(Tpl.emptyTxt, Tpl.ITER_OPTIONS(0, SOME(Tpl.ST_STRING("")), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
2616 ✗ l_jacMats := lm_108(l_jacMats, a_JacobianMatrices);
2617 ✗ l_jacMats := Tpl.popIter(l_jacMats);
2618 ✗ out_txt := Tpl.writeText(txt, l_jacMats);
2619 end jacobianMatricesXML;
2620
2621 protected function lm_110
2622 input output Tpl.Text txt;
2623 input list<SimCode.JacobianColumn> items;
2624 algorithm
2625 ✗ for lstElt_110 in items loop
2626 txt := match lstElt_110
2627 local
2628 Integer i_nRows;
2629
2630 case SimCode.JAC_COLUMN(numberOfResultVars = i_nRows)
2631 algorithm
2632 ✗ txt := Tpl.writeStr(txt, intString(i_nRows));
2633 ✗ txt := Tpl.nextIter(txt);
2634 then txt;
2635
2636 case _
2637 then txt;
2638 end match;
2639 end for;
2640 end lm_110;
2641
2642 protected function fun_111
2643 input Tpl.Text in_txt;
2644 input String in_mArg;
2645 input Integer in_a_i__index;
2646 input Integer in_a_index;
2647
2648 output Tpl.Text out_txt;
2649 algorithm
2650 out_txt :=
2651 match(in_txt, in_mArg, in_a_i__index, in_a_index)
2652 local
2653 Tpl.Text txt;
2654 Integer a_i__index;
2655 Integer a_index;
2656
2657 case ( txt,
2658 "1",
2659 _,
2660 a_index )
2661 algorithm
2662 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING("<Entry indexX=\""));
2663 ✗ txt := Tpl.writeStr(txt, intString(a_index));
2664 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING("\" indexY=\"0\" valueIndex=\"0\"/>"));
2665 then txt;
2666
2667 case ( txt,
2668 _,
2669 a_i__index,
2670 a_index )
2671 algorithm
2672 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING("<Entry indexX=\""));
2673 ✗ txt := Tpl.writeStr(txt, intString(a_index));
2674 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING("\" indexY=\""));
2675 ✗ txt := Tpl.writeStr(txt, intString(a_i__index));
2676 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING("\" valueIndex=\""));
2677 ✗ txt := Tpl.writeStr(txt, intString(a_i__index));
2678 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING("\"/>"));
2679 then txt;
2680 end match;
2681 end fun_111;
2682
2683 protected function lm_112
2684 input output Tpl.Text txt;
2685 input list<Integer> items;
2686 input Integer a_index;
2687 input Tpl.Text a_indexColumn;
2688 algorithm
2689 ✗ for lstElt_112 in items loop
2690 txt := match lstElt_112
2691 local
2692 Integer i_i__index;
2693 String str_0;
2694
2695 case i_i__index
2696 algorithm
2697 ✗ str_0 := Tpl.textString(a_indexColumn);
2698 ✗ txt := fun_111(txt, str_0, i_i__index, a_index);
2699 ✗ txt := Tpl.nextIter(txt);
2700 then txt;
2701 end match;
2702 end for;
2703 end lm_112;
2704
2705 protected function lm_113
2706 input output Tpl.Text txt;
2707 input SimCode.SparsityPattern items;
2708 input Tpl.Text a_indexColumn;
2709 algorithm
2710 ✗ for lstElt_113 in items loop
2711 txt := match lstElt_113
2712 local
2713 Integer i_index;
2714 list<Integer> i_indexes;
2715
2716 case (i_index, i_indexes)
2717 algorithm
2718 ✗ txt := Tpl.writeTok(txt, Tpl.ST_LINE("<Column>\n"));
2719 ✗ txt := Tpl.pushBlock(txt, Tpl.BT_INDENT(19));
2720 ✗ txt := Tpl.pushIter(txt, Tpl.ITER_OPTIONS(0, NONE(), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
2721 ✗ txt := lm_112(txt, i_indexes, i_index, a_indexColumn);
2722 ✗ txt := Tpl.popIter(txt);
2723 ✗ txt := Tpl.softNewLine(txt);
2724 ✗ txt := Tpl.writeTok(txt, Tpl.ST_STRING("</Column>"));
2725 ✗ txt := Tpl.popBlock(txt);
2726 ✗ txt := Tpl.nextIter(txt);
2727 then txt;
2728 end match;
2729 end for;
2730 end lm_113;
2731
2732 public function jacobianMatrixXML
2733 input Tpl.Text txt;
2734 input Integer a_indexJacobian;
2735 input list<SimCode.JacobianColumn> a_jacobianColumn;
2736 input list<SimCodeVar.SimVar> a_seedVars;
2737 input String a_matrixName;
2738 input SimCode.SparsityPattern a_sparsepattern;
2739 input list<list<Integer>> a_colorList;
2740 input Integer a_maxColor;
2741
2742 output Tpl.Text out_txt;
2743 protected
2744 Tpl.Text l_jacvals;
2745 Tpl.Text l_indexColumn;
2746 algorithm
2747 ✗ l_indexColumn := Tpl.pushIter(Tpl.emptyTxt, Tpl.ITER_OPTIONS(0, NONE(), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
2748 ✗ l_indexColumn := lm_110(l_indexColumn, a_jacobianColumn);
2749 ✗ l_indexColumn := Tpl.popIter(l_indexColumn);
2750 ✗ l_jacvals := Tpl.pushIter(Tpl.emptyTxt, Tpl.ITER_OPTIONS(0, NONE(), SOME(Tpl.ST_NEW_LINE()), 0, 0, Tpl.ST_NEW_LINE(), 0, Tpl.ST_NEW_LINE()));
2751 ✗ l_jacvals := lm_113(l_jacvals, a_sparsepattern, l_indexColumn);
2752 ✗ l_jacvals := Tpl.popIter(l_jacvals);
2753 ✗ out_txt := Tpl.writeTok(txt, Tpl.ST_STRING("<Matrix name=\""));
2754 ✗ out_txt := Tpl.writeStr(out_txt, a_matrixName);
2755 ✗ out_txt := Tpl.writeTok(out_txt, Tpl.ST_STRING_LIST({
2756 "\">\n",
2757 " <Column>\n"
2758 }, true));
2759 ✗ out_txt := Tpl.pushBlock(out_txt, Tpl.BT_INDENT(4));
2760 ✗ out_txt := Tpl.writeText(out_txt, l_jacvals);
2761 ✗ out_txt := Tpl.softNewLine(out_txt);
2762 ✗ out_txt := Tpl.popBlock(out_txt);
2763 ✗ out_txt := Tpl.writeTok(out_txt, Tpl.ST_STRING_LIST({
2764 " </Column>\n",
2765 "</Matrix>"
2766 }, false));
2767 end jacobianMatrixXML;
2768
2769 annotation(__OpenModelica_Interface="codegen_cpp_common");
2770 end CodegenCppInit;
2771