private ASTNESTMLCompilationUnit handleNeuronWithODE(
final ASTNESTMLCompilationUnit root, final Path outputBase) {
final Optional<Path> generatedScript =
SymPyScriptGenerator.generateSympyODEAnalyzer(root.getNeurons().get(0), outputBase);
checkState(generatedScript.isPresent());
final SymPyScriptEvaluator evaluator = new SymPyScriptEvaluator();
boolean successfulExecution = evaluator.execute(generatedScript.get());
checkState(successfulExecution, "Error during solver script evaluation.");
final Path odeTypePath = Paths.get(outputBase.toString(), SymPyScriptEvaluator.ODE_TYPE);
final SolutionType solutionType = readSolutionType(odeTypePath);
if (solutionType.equals(SolutionType.exact)) {
info("ODE is solved exactly.", LOG_NAME);
final ASTNESTMLCompilationUnit transformedModel =
explicitSolutionTransformer.replaceODEWithSymPySolution(
root,
Paths.get(outputBase.toString(), SymPyScriptEvaluator.P30_FILE),
Paths.get(outputBase.toString(), SymPyScriptEvaluator.PSC_INITIAL_VALUE_FILE),
Paths.get(outputBase.toString(), SymPyScriptEvaluator.STATE_VECTOR_FILE),
Paths.get(outputBase.toString(), SymPyScriptEvaluator.UPDATE_STEP_FILE));
return transformedModel;
} else {
info("ODE is solved numerically.", LOG_NAME);
return root;
}
}
private SolutionType readSolutionType(Path odeTypePath) {
try {
final List<String> type = Files.readAllLines(odeTypePath);
checkState(type.size() == 1);
return SolutionType.valueOf(type.get(0));
} catch (IOException e) {
throw new RuntimeException(e);
}
}