diff --git a/nrt/data/IEEE14/CTC/files/fic_MULTIPLE.xml b/nrt/data/IEEE14/CTC/files/fic_MULTIPLE.xml
index 04a0245b..cd0bcc5c 100644
--- a/nrt/data/IEEE14/CTC/files/fic_MULTIPLE.xml
+++ b/nrt/data/IEEE14/CTC/files/fic_MULTIPLE.xml
@@ -12,5 +12,5 @@
     of simulation tools for power systems.
 -->
 <multipleJobs xmlns="http://www.rte-france.com/dynawo">
-	<criticalTimeCalculation accuracy="0.001" jobsFile="IEEE14.jobs" dydId="FAULT_GEN_1" endPar="fault_tEnd" minValue="1" maxValue="1.7"/>
+  <criticalTimeCalculation accuracy="0.001" jobsFile="IEEE14.jobs" dydId="FAULT_GEN_1" endPar="fault_tEnd" minValue="1" maxValue="1.7"/>
 </multipleJobs>
diff --git a/sources/Launcher/DYNCriticalTimeLauncher.cpp b/sources/Launcher/DYNCriticalTimeLauncher.cpp
index 1fa0cc66..ab69f1b7 100644
--- a/sources/Launcher/DYNCriticalTimeLauncher.cpp
+++ b/sources/Launcher/DYNCriticalTimeLauncher.cpp
@@ -36,14 +36,14 @@ using multipleJobs::MultipleJobs;
 namespace DYNAlgorithms {
 
 void
-CriticalTimeLauncher::SetParametersAndLaunchSimulation() {
-  inputs_.readInputs(workingDirectory_, jobsFile_, 1);
+CriticalTimeLauncher::setParametersAndLaunchSimulation() {
+  inputs_.readInputs(workingDirectory_, jobsFile_);
   boost::shared_ptr<job::JobEntry> job = inputs_.cloneJobEntry();
   SimulationParameters params;
   boost::shared_ptr<DYN::Simulation> simulation = createAndInitSimulation(workingDirectory_, job, params, results_, inputs_);
 
   if (simulation) {
-    boost::shared_ptr<DYN::ModelMulti> modelMulti = boost::dynamic_pointer_cast<DYN::ModelMulti>(simulation->model_);
+    boost::shared_ptr<DYN::ModelMulti> modelMulti = boost::dynamic_pointer_cast<DYN::ModelMulti>(simulation->getModel());
 
     const std::string& dydId = criticalTimeCalculation_->getDydId();
     const std::string& endPar = criticalTimeCalculation_->getEndPar();
@@ -78,23 +78,23 @@ CriticalTimeLauncher::launch() {
     throw DYNAlgorithmsError(CriticalTimeCalculationTaskNotFound);
 
   const double accuracy = criticalTimeCalculation_->getAccuracy();
-  double curAccuracy = 1;
-  const double multiplierRound = 1 / accuracy;
+  double curAccuracy = 1.;
+  const double multiplierRound = 1. / accuracy;
 
   tSup_ = criticalTimeCalculation_->getMaxValue();
   jobsFile_ = criticalTimeCalculation_->getJobsFile();
-  double tInf = criticalTimeCalculation_->getMinValue();
+  const double tInf = criticalTimeCalculation_->getMinValue();
   double tPrevious = tSup_;
 
   // First simulation case.
-  SetParametersAndLaunchSimulation();
+  setParametersAndLaunchSimulation();
   if (results_.getSuccess())
-    tSup_ += std::round(((tSup_ - tInf) / 2) * multiplierRound) / multiplierRound;
+    return;
   else
-    tSup_ -= std::round(((tSup_ - tInf) / 2) * multiplierRound) / multiplierRound;
+    tSup_ -= std::round(((tSup_ - tInf) / 2.) * multiplierRound) / multiplierRound;
 
   while (curAccuracy > accuracy) {
-    SetParametersAndLaunchSimulation();
+    setParametersAndLaunchSimulation();
     updateIndexes(tPrevious, curAccuracy, multiplierRound);
   }
 
diff --git a/sources/Launcher/DYNCriticalTimeLauncher.h b/sources/Launcher/DYNCriticalTimeLauncher.h
index 95705a34..f2c0a11d 100644
--- a/sources/Launcher/DYNCriticalTimeLauncher.h
+++ b/sources/Launcher/DYNCriticalTimeLauncher.h
@@ -49,12 +49,12 @@ class CriticalTimeLauncher : public RobustnessAnalysisLauncher {
    * @brief Launch the simulation with the new value calculted in the critical
    * time algorithm
    */
-  void SetParametersAndLaunchSimulation();
+  void setParametersAndLaunchSimulation();
 
   /**
    * @brief Update superior born to find the right critical time
    * and calcul the next time value we want to test.
-   * 
+   *
    * @param tPrevious previous value tested
    * @param curAccuracy current accuracy
    * @param multiplierRound value used to round results with accuracy
diff --git a/util/envDynawoAlgorithms.sh b/util/envDynawoAlgorithms.sh
index ed32ab71..5f4a807c 100755
--- a/util/envDynawoAlgorithms.sh
+++ b/util/envDynawoAlgorithms.sh
@@ -885,7 +885,7 @@ create_distrib_with_headers() {
 
   if [ "$with_omc" = "yes" ]; then
     ZIP_FILE=DynawoAlgorithms_omc_V$version.zip
-  else  
+  else
     ZIP_FILE=DynawoAlgorithms_headers_V$version.zip
   fi
 
@@ -1160,7 +1160,7 @@ case $MODE in
   CS-gdb)
     launch_CS_gdb ${ARGS} || error_exit "Dynawo simulation failed"
     ;;
-  
+
   CTC-gdb)
     launch_CTC_gdb ${ARGS} || error_exit "Critical time calculation failed"
     ;;