private void cboTestParameter_Changed(object sender, EventArgs e)
{
string testParameter = this.cboTestParameter.Text;
float[] testParameterBoundaries = ServiceVolumeArterialInputs.GetTestParameterValues(testParameter);
this.lblLowerBound.Text = "Lower Bound: " + testParameterBoundaries[0].ToString();
this.lblUpperBound.Text = "Upper Bound: " + testParameterBoundaries[1].ToString();
this.lblStep.Text = "Step: " + testParameterBoundaries[2].ToString();
}
/*private void bgwRunServiceVolsCalcs_DoWork(object sender, System.ComponentModel.DoWorkEventArgs e)
* {
* Project = new ProjectData(AnalysisMode.Planning);
*
* string testParameter = this.cboTestParameter.Text;
* float[] testParameterBoundaries = ServiceVolumeArterialInputs.GetTestParameterValues(testParameter);
* List<ServiceVolumes> serviceVolResults = new List<ServiceVolumes>();
*
* for (float iterateBoundary = testParameterBoundaries[0]; iterateBoundary <= testParameterBoundaries[1]; iterateBoundary += testParameterBoundaries[2])
* {
* ServiceVolumes SerVols = new ServiceVolumes(iterateBoundary, testParameter);
* ServiceVolumeArterialInputs InputsOneLane = new ServiceVolumeArterialInputs(false, testParameter, iterateBoundary);
* ServiceVolumeArterialInputs InputsMultiLane = new ServiceVolumeArterialInputs(true, testParameter, iterateBoundary);
* this.lblIteration.Text = "Iteration: " + Math.Round(iterateBoundary,2).ToString();
* CalcsServiceVolumes.ServiceVolsAuto(Project, SerVols, InputsOneLane, InputsMultiLane);
* serviceVolResults.Add(SerVols);
* }
* //e.Cancel = true;
* ServiceVolResultsOutput.WriteServiceVolResultsData("Service Volume Outputs.csv", serviceVolResults);
*
* //ServiceVolumeArterialInputs InputsOneLane = new ServiceVolumeArterialInputs(false, TestParameter, 0);
* //ServiceVolumeArterialInputs InputsMultiLane = new ServiceVolumeArterialInputs(true, TestParameter, 0);
* //CalcsServiceVolumes.ServiceVolsAuto(Project, SerVols, InputsOneLane, InputsMultiLane);
* }*/
private void bgwRunServiceVolsCalcs_DoWork(object sender, System.ComponentModel.DoWorkEventArgs e)
{
if (SerVolTables.Count == 0)
{
MessageBox.Show("Please read in a Service Volumes Input File first.");
}
else
{
Project = new ProjectData(AnalysisMode.Planning);
string testParameter = this.cboTestParameter.Text;
float[] testParameterBoundaries = ServiceVolumeArterialInputs.GetTestParameterValues(testParameter);
int numberOfTestParmsPerTable = (int)(((testParameterBoundaries[1] - testParameterBoundaries[0]) / testParameterBoundaries[2]) + 1);
List <ServiceVolumes> serviceVolResults = new List <ServiceVolumes>();
foreach (SerVolTablesByClass SerVolTablesForClasses in SerVolTables)
{
foreach (SerVolTablesByMultiLane SerVolTablesForNumLanes in SerVolTablesForClasses.SerVolTablesMultiLane)
{
for (float iterateBoundary = testParameterBoundaries[0]; iterateBoundary <= testParameterBoundaries[1]; iterateBoundary += testParameterBoundaries[2])
{
ServiceVolumes SerVols = new ServiceVolumes(iterateBoundary, testParameter, SerVolTablesForClasses.ArtAreaType, SerVolTablesForNumLanes.ArtClass);
SerVolTablesForNumLanes.SerVolTables[0] = ServiceVolumeTableFDOT.ChangeTestParameterValue(SerVolTablesForNumLanes.SerVolTables[0], testParameter, iterateBoundary);
SerVolTablesForNumLanes.SerVolTables[1] = ServiceVolumeTableFDOT.ChangeTestParameterValue(SerVolTablesForNumLanes.SerVolTables[1], testParameter, iterateBoundary);
this.lblIteration.Text = "Iteration: " + Math.Round(iterateBoundary, 2).ToString();
CalcsServiceVolumes.ServiceVolsAutoNew(Project, SerVols, SerVolTablesForNumLanes.SerVolTables[0], SerVolTablesForNumLanes.SerVolTables[1]);
serviceVolResults.Add(SerVols);
}
}
}
ServiceVolResultsOutput.WriteServiceVolResultsDataNew("Service Volume Outputs.csv", serviceVolResults, numberOfTestParmsPerTable);
MessageBox.Show("Calculations Finished! Please check out the \"Service Volume Outputs.csv\" file.");
}
}