/// <summary>
/// Method to only assign the color table of the <see cref="CAD.viewportLayout1"/>'s <see cref="Legend"/>
/// </summary>
private void ReConditionLegend()
{
OutputClass tempOC = new OutputClass();
GetDataLegendDataSource(ParentCAD.LegendDataTable);
tempOC.MaxForce = MaxValue;
tempOC.MinForce = MinValue;
ParentCAD.AssignLegendColourTable();
GridControlConditioning_SetDataSource();
}
/// <summary>
/// Event fired when the <see cref="simpleButtonOK"/> is clicked. This method repaints ALL the Arrows and Bars of the <see cref="CAD.viewportLayout1"/>
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void simpleButtonOK_Click(object sender, EventArgs e)
{
ReConditionLegend();
ParentCAD.PaintBarForce(UserNoForceWishboneColour, DisplayWishboneForces);
ParentCAD.ConditionArrowForce(UserForceArrowStyle, ArrowNoForceCylLength, ArrowNoForceColor, ForcesToBeDisplayed);
this.Hide();
}
/// <summary>
/// Medhot to Recreate the Entire Legend
/// </summary>
private void ReDoEntireLegend()
{
OutputClass tempOC = new OutputClass();
GetDataLegendDataSource(ParentCAD.LegendDataTable);
tempOC.MaxForce = MaxValue;
tempOC.MinForce = MinValue;
ParentCAD.PostProcessing(this, tempOC, UsersGradient1, UsersGradient2, UsersGradientStyle, NoOfSteps, StepSize);
GridControlConditioning_SetDataSource();
}
/// <summary>
/// Event which is fired when the Colour of the <see cref="colorPickEdit2"/> is changed. This event causes the Legend Colours to be redrawn
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void colorPickEdit2_ColorChanged(object sender, EventArgs e)
{
///<summary>Assinging the <see cref="UsersGradient1"/> property of this form</summary>
UsersGradient2 = colorPickEdit2.Color;
ParentCAD.GradientColor2 = UsersGradient2;
///<summary>Re-Painting the Colour Column of the <see cref="CAD.LegendDataTable"/></summary>
ParentCAD.PaintLegendTableColorColumn(UsersGradient1, UsersGradient2);
///<summary>Reconditionring the Legend</summary>
ReConditionLegend();
}
/// <summary>
/// Method to reset the Legend to its very initial state
/// </summary>
private void ResetLegend()
{
///<summary>Resetting the <see cref="NoOfSteps"/> and the <see cref="StepSize"/> to because thats how the default legend is created</summary>
NoOfSteps = 0;
StepSize = 0;
textBoxNoOfSteps.Clear();
textBoxStepSize.Clear();
///<summary>Calling the <see cref="CAD.PostProcessing(LegendEditor, OutputClass, Color, Color, GradientStyle, int, double)"/> method. This method is what initializes the Legend and hence it is use to reset it</summary>
ParentCAD.PostProcessing(this, BaseOC, UsersGradient1, UsersGradient2, UsersGradientStyle, NoOfSteps, StepSize);
GridControlConditioning_SetDataSource();
}
private void AddRow()
{
ParentCAD.AddRowToLegendTable(0, 0, MaxValue, MinValue, UsersGradient1, UsersGradient2);
//ParentCAD.LegendDataTable.AsEnumerable().OrderByDescending(legend => legend.Field<double>("Force Start"));
ParentCAD.LegendDataTable.DefaultView.Sort = "Force Start";
ParentCAD.LegendDataTable = ParentCAD.LegendDataTable.DefaultView.ToTable();
ParentCAD.LegendDataTable = ParentCAD.LegendDataTable.AsEnumerable().Reverse().CopyToDataTable();
ReConditionLegend();
GridControlConditioning_SetDataSource();
}
/// <summary>
/// Public Inititalizer method which Performs all the Init activites required for a fully functioning <see cref="LegendEditor"/> Form
/// </summary>
/// <param name="_MasterOC">Base <see cref="OutputClass"/></param>
/// <param name="_ParentCAD"></param>
public void InitializeLegendEditor(OutputClass _MasterOC, CAD _ParentCAD)
{
///<summary>Performing the Post Processing Activies of the Legend based on whether the Max and Min Value are 0. If they are 0 then it means the User is calling the Legend Editor for the very first time and hence the <see cref="BaseOC"/> should be passed</summary>
if (MaxValue == 0 && MinValue == 0)
{
BaseOC = _MasterOC;
_ParentCAD.PostProcessing(this, BaseOC, UsersGradient1, UsersGradient2, UsersGradientStyle, NoOfSteps, StepSize);
}
else
{
OutputClass tempOC = new OutputClass();
tempOC.MaxForce = MaxValue;
tempOC.MinForce = MinValue;
_ParentCAD.PostProcessing(this, tempOC, UsersGradient1, UsersGradient2, UsersGradientStyle, NoOfSteps, StepSize);
}
///<summary>Method to assign the Parent <see cref="CAD"/> object</summary>
GetParentCADControl(_ParentCAD);
///<summary>Method to get the <see cref="LegendDataTable"/> property of this class</summary>
GetDataLegendDataSource(_ParentCAD.LegendDataTable);
///<summary>Method to condition the <see cref="gridControl1"/> of this Form</summary>
GridControlConditioning(_ParentCAD.LegendDataTable);
///<summary>Method to initialize the <see cref="CellValueChangedEventArgs"/> </summary>
InitializeGridControlEvents();
///<remarks>
///It is best if the below lines of code are inside THIS Class and not the <see cref="VehicleGUI"/> class's <see cref="VehicleGUI.OutputDrawer(CAD, int, int, bool, bool)"/> method because this way, when the
///user wants to see the Forces of a different Motion Percentage, the options chosen by the user through the <see cref="LegendEditor"/> will be retained.
/// </remarks>
///<summary>Painting the Bars according to Force Range in between which they lie. <see cref="LegendEditor.UserNoForceWishboneColour"/> value passed as <see cref="Color.White"/></summary>
ParentCAD.PaintBarForce(UserNoForceWishboneColour, DisplayWishboneForces);
///<summary>Painting the Arrows according to Force Range in between which they lie</summary>
///<remarks>Since by default we have <see cref="ForceArrowStyle.Both"/> I can pass any random values for Length and Colour below</remarks>
ParentCAD.ConditionArrowForce(UserForceArrowStyle, ArrowNoForceCylLength, ArrowNoForceColor, ForcesToBeDisplayed);
}
