/// <summary>
/// Calculates or sets X and Y.
/// </summary>
/// <param name="x">x value. Half width of rectangle.</param>
/// <param name="y">y value. Half height of rectangle.</param>
/// <param name="relativity">States, if value is relative or absolute.</param>
/// <remarks>If values are relative, values have to be in [0,1].<para>
/// Calculation fails, if (BaseX = 0 or BaseY = 0).<para/>
/// If calculation fails, [call Calculate with parameter Relativity.Absolute] or [set BaseX and BaseY != 0]</para></remarks>
/// <exception cref="ArgumentOutOfRangeException">Relative value is out of expected range [0,1].</exception>
public void Calculate(double x, double y, Relativity relativity)
{
successful = false;
if (relativity == Relativity.Relative && baseX != 0 && baseY != 0)
{
if ((y < 0) || (y > 1))
{
throw new ArgumentOutOfRangeException("Relative y value is out of expected range [0,1].");
}
if ((x < 0) || (x > 1))
{
throw new ArgumentOutOfRangeException("Relative x value is out of expected range [0,1].");
}
this.x = x * baseX;
this.y = y * baseY;
successful = true;
}
else if (relativity == Relativity.Absolute)
{
this.x = x;
this.y = y;
successful = true;
}
}
/// <summary>
/// Creates an instance of Options2. Sets default values.
/// </summary>
/// <param name="x">x value of TubeSize. Half width of rectangle. </param>
/// <param name="y">y value of TubeSize. Half height of rectangle.</param>
/// <remarks>Default values: <para>
/// Use relative values for calculation of TubeSize: Relativity = Relativity.Relative <para/>
/// Delimiter = ';' <para/>
/// Separator = '.' <para/>
/// Don't save log file: log = new Log()<para/>
/// Don't save image: reportFolder = ""<para/>
/// Don't show window: showWindow = false<para/>
/// Show all (valid and invalid): ShowValidity = Validity.All<para/>
/// Always use normal drawing methods, never fast drawing methods: drawFastAbove = 0<para/>
/// Always draw points: drawPointsBelow = Int32.MaxValue
/// </para></remarks>
public Options2(double x, double y)
{
this.x = x;
this.y = y;
relativity = Relativity.Relative;
baseX = Double.NaN;
baseY = Double.NaN;
ratio = Double.NaN;
log = new Log();
reportFolder = "";
showWindow = false;
showValidity = Validity.All;
drawFastAbove = 0;
drawPointsBelow = Int32.MaxValue;
drawLabelNumber = false;
}
/// <summary>
/// Creates an instance of Options2. Sets default values.
/// </summary>
/// <param name="x">x value of TubeSize. Half width of rectangle. </param>
/// <param name="y">y value of TubeSize. Half height of rectangle.</param>
/// <remarks>Default values: <para>
/// Use relative values for calculation of TubeSize: Relativity = Relativity.Relative <para/>
/// Delimiter = ';' <para/>
/// Separator = '.' <para/>
/// Don't save log file: log = new Log()<para/>
/// Don't save image: reportFolder = ""<para/>
/// Don't show window: showWindow = false<para/>
/// Show all (valid and invalid): ShowValidity = Validity.All<para/>
/// Always use normal drawing methods, never fast drawing methods: drawFastAbove = 0<para/>
/// Always draw points: drawPointsBelow = Int32.MaxValue
/// </para></remarks>
public Options2(double x, double y)
{
this.x = x;
this.y = y;
relativity = Relativity.Relative;
baseX = Double.NaN;
baseY = Double.NaN;
ratio = Double.NaN;
log = new Log();
reportFolder = "";
showWindow = false;
showValidity = Validity.All;
drawFastAbove = 0;
drawPointsBelow = Int32.MaxValue;
drawLabelNumber = false;
}
/// <summary>
/// Creates an instance of Options1.
/// </summary>
/// <param name="value">Value of TubeSize.</param>
/// <param name="axes">States, if value is x (half width of rectangle) or y (half height of rectangle).</param>
/// /// <remarks>Default values: <para>
/// Use relative values for calculation of TubeSize: Relativity = Relativity.Relative <para/>
/// Delimiter = ';' <para/>
/// Separator = '.' <para/>
/// Don't save log file: log = new Log()<para/>
/// Don't save image: reportFolder = ""<para/>
/// Don't show window: showWindow = false<para/>
/// Show all (valid and invalid): ShowValidity = Validity.All<para/>
/// Always use normal drawing methods, never fast drawing methods: drawFastAbove = 0<para/>
/// Always draw points: drawPointsBelow = Int32.MaxValue
/// </para></remarks>
public Options1(double value, Axes axes)
{
this.val = value;
this.axes = axes;
relativity = Relativity.Relative;
baseX = Double.NaN;
baseY = Double.NaN;
ratio = Double.NaN;
log = new Log();
reportFolder = "";
showWindow = false;
showValidity = Validity.All;
drawFastAbove = 0;
drawPointsBelow = Int32.MaxValue;
formerBaseAndRatio = false;
drawLabelNumber = false;
}
/// <summary>
/// Creates an instance of Options1.
/// </summary>
/// <param name="value">Value of TubeSize.</param>
/// <param name="axes">States, if value is x (half width of rectangle) or y (half height of rectangle).</param>
/// <param name="formerBaseAndRatio">Base and Ratio are calculated like in the former CSV-Compare, if true;<para>
/// Ratio and Base get standard values, elsewise.</para></param>
/// /// <remarks>Default values: <para>
/// Use relative values for calculation of TubeSize: Relativity = Relativity.Relative <para/>
/// Delimiter = ';' <para/>
/// Separator = '.' <para/>
/// Don't save log file: log = new Log()<para/>
/// Don't save image: reportFolder = ""<para/>
/// Don't show window: showWindow = false<para/>
/// Show all (valid and invalid): ShowValidity = Validity.All<para/>
/// Always use normal drawing methods, never fast drawing methods: drawFastAbove = 0<para/>
/// Always draw points: drawPointsBelow = Int32.MaxValue
/// </para></remarks>
public Options1(double value, Axes axes, bool formerBaseAndRatio)
{
this.val = value;
this.axes = axes;
relativity = Relativity.Relative;
baseX = Double.NaN;
baseY = Double.NaN;
ratio = Double.NaN;
log = new Log();
reportFolder = "";
showWindow = false;
showValidity = Validity.All;
drawFastAbove = 0;
drawPointsBelow = Int32.MaxValue;
this.formerBaseAndRatio = formerBaseAndRatio;
drawLabelNumber = false;
}
public override bool Translate()
{
var cellExp = (SpreadsheetParser.CellExpContext)Exp;
Relativity leftRelative = getRelativity(cellExp.left);
Relativity rightRelative = getRelativity(cellExp.right);
var left = getValueExp(cellExp.left);
var right = getValueExp(cellExp.right);
if (left is SpreadsheetParser.ValueExpContext && right is SpreadsheetParser.ValueExpContext)
{
var leftParam = (SpreadsheetParser.ValueExpContext)left;
var rightParam = (SpreadsheetParser.ValueExpContext)right;
if (leftParam.val is SpreadsheetParser.IntValContext && rightParam.val is SpreadsheetParser.IntValContext)
{
var leftVal = int.Parse(leftParam.val.GetText());
if (leftRelative == Relativity.Neg)
{
leftVal *= -1;
}
var rightVal = int.Parse(rightParam.val.GetText());
if (rightRelative == Relativity.Neg)
{
rightVal *= -1;
}
Node = new AbstractCellNode(this, new Tuple <int, int>(leftVal, rightVal), isRelative(leftRelative), isRelative(rightRelative));
}
else
{
var text = "Typecheck Error - Cell Expression has indices of type other than int.";
Node = new AbstractErrorNode(this, text);
return(false);
}
}
else
{
var text = "Cell Expression has indices of type other than simple values - this is not supported yet.";
Node = new AbstractErrorNode(this, text);
return(false);
}
return(true);
}
/// <summary>
/// Calculates or sets X and Y.
/// </summary>
/// <param name="value">Value.</param>
/// <param name="axes">States, if value is x (half width of rectangle) or y (half height of rectangle).</param>
/// <param name="relativity">States, if value is relative or absolute. </param>
/// <remarks>If value is relative, value have to be in [0,1]. <para>
/// Calculation fails, if (Ratio = 0 or BaseX = 0 or BaseY = 0).<para/>
/// If calculation fails, [set Ratio and BaseX and BaseY != 0] or [call Calculate(double x, double y, Relativity relativity) with parameter Relativity.Absolute]</para></remarks>
/// <exception cref="ArgumentOutOfRangeException">Relative value is out of expected range [0,1].</exception>
public void Calculate(double value, Axes axes, Relativity relativity)
{
successful = false;
if (ratio > 0)
{
if (relativity == Relativity.Relative)
{
if ((value < 0) || (value > 1))
{
throw new ArgumentOutOfRangeException("Relative value is out of expected range [0,1].");
}
if (axes == Axes.Y && baseY > 0)
{
y = value * baseY;
x = y / ratio;
successful = true;
}
else if (axes == Axes.X && baseX > 0)
{
x = value * baseX;
y = ratio * x;
successful = true;
}
}
else if (relativity == Relativity.Absolute)
{
if (axes == Axes.Y)
{
this.y = value;
this.x = value / ratio;
}
else if (axes == Axes.X)
{
this.x = value;
this.y = value * ratio;
}
successful = true;
}
}
}
private void resetWidget()
{
if (bone == null)
{
txtPositionX.Text = "-";
txtPositionY.Text = "-";
txtPositionZ.Text = "-";
txtRotationX.Text = "-";
txtRotationY.Text = "-";
txtRotationZ.Text = "-";
txtScaleX.Text = "-";
txtScaleY.Text = "-";
txtScaleZ.Text = "-";
txtPositionX.Enabled = false;
txtPositionY.Enabled = false;
txtPositionZ.Enabled = false;
txtRotationX.Enabled = false;
txtRotationY.Enabled = false;
txtRotationZ.Enabled = false;
txtScaleX.Enabled = false;
txtScaleY.Enabled = false;
txtScaleZ.Enabled = false;
return;
}
resetLinks();
gang.Reset();
txtPositionX.Enabled = true;
txtPositionY.Enabled = true;
txtPositionZ.Enabled = true;
txtRotationX.Enabled = true;
txtRotationY.Enabled = true;
txtRotationZ.Enabled = true;
txtScaleX.Enabled = true;
txtScaleY.Enabled = true;
txtScaleZ.Enabled = true;
relativity = (rdoRelative.Checked ? Relativity.Relative : Relativity.Absolute);
if (relativity == Relativity.Relative)
{
txtPositionX.Text = "0.00";
txtPositionY.Text = "0.00";
txtPositionZ.Text = "0.00";
txtRotationX.Text = "0";
txtRotationY.Text = "0";
txtRotationZ.Text = "0";
txtScaleX.Text = "100";
txtScaleY.Text = "100";
txtScaleZ.Text = "100";
btnFreezePosition.Enabled = false;
btnFreezeRotation.Enabled = false;
btnFreezeScale.Enabled = false;
}
else
{
btnFreezePosition.Enabled = true;
btnFreezeRotation.Enabled = true;
btnFreezeScale.Enabled = true;
var p = bone.GetPosition();
var r = bone.GetRotation();
var s = bone.GetScale();
txtPositionX.Text = p.X.ToString(FlummeryApplication.Culture);
txtPositionY.Text = p.Y.ToString(FlummeryApplication.Culture);
txtPositionZ.Text = p.Z.ToString(FlummeryApplication.Culture);
txtRotationX.Text = r.X.ToString(FlummeryApplication.Culture);
txtRotationY.Text = r.Y.ToString(FlummeryApplication.Culture);
txtRotationZ.Text = r.Z.ToString(FlummeryApplication.Culture);
txtScaleX.Text = s.X.ToString(FlummeryApplication.Culture);
txtScaleY.Text = s.Y.ToString(FlummeryApplication.Culture);
txtScaleZ.Text = s.Z.ToString(FlummeryApplication.Culture);
}
}
private void resetWidget()
{
if (bone == null)
{
txtPositionX.Text = "-";
txtPositionY.Text = "-";
txtPositionZ.Text = "-";
txtRotationX.Text = "-";
txtRotationY.Text = "-";
txtRotationZ.Text = "-";
txtScaleX.Text = "-";
txtScaleY.Text = "-";
txtScaleZ.Text = "-";
txtPositionX.Enabled = false;
txtPositionY.Enabled = false;
txtPositionZ.Enabled = false;
txtRotationX.Enabled = false;
txtRotationY.Enabled = false;
txtRotationZ.Enabled = false;
txtScaleX.Enabled = false;
txtScaleY.Enabled = false;
txtScaleZ.Enabled = false;
return;
}
resetLinks();
gang.Reset();
txtPositionX.Enabled = true;
txtPositionY.Enabled = true;
txtPositionZ.Enabled = true;
txtRotationX.Enabled = true;
txtRotationY.Enabled = true;
txtRotationZ.Enabled = true;
txtScaleX.Enabled = true;
txtScaleY.Enabled = true;
txtScaleZ.Enabled = true;
relativity = (rdoRelative.Checked ? Relativity.Relative : Relativity.Absolute);
if (relativity == Relativity.Relative)
{
txtPositionX.Text = "0.00";
txtPositionY.Text = "0.00";
txtPositionZ.Text = "0.00";
txtRotationX.Text = "0";
txtRotationY.Text = "0";
txtRotationZ.Text = "0";
txtScaleX.Text = "100";
txtScaleY.Text = "100";
txtScaleZ.Text = "100";
btnFreezePosition.Enabled = false;
btnFreezeRotation.Enabled = false;
btnFreezeScale.Enabled = false;
}
else
{
btnFreezePosition.Enabled = true;
btnFreezeRotation.Enabled = true;
btnFreezeScale.Enabled = true;
var p = bone.GetPosition();
var r = bone.GetRotation();
var s = bone.GetScale();
txtPositionX.Text = p.X.ToString(FlummeryApplication.Culture);
txtPositionY.Text = p.Y.ToString(FlummeryApplication.Culture);
txtPositionZ.Text = p.Z.ToString(FlummeryApplication.Culture);
txtRotationX.Text = r.X.ToString(FlummeryApplication.Culture);
txtRotationY.Text = r.Y.ToString(FlummeryApplication.Culture);
txtRotationZ.Text = r.Z.ToString(FlummeryApplication.Culture);
txtScaleX.Text = s.X.ToString(FlummeryApplication.Culture);
txtScaleY.Text = s.Y.ToString(FlummeryApplication.Culture);
txtScaleZ.Text = s.Z.ToString(FlummeryApplication.Culture);
}
}
private bool isRelative(Relativity relative)
{
return(relative != Relativity.None);
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="pathTargetType">Type of path to use</param>
/// <param name="relativePath">Type of path relativity to use</param>
public PathAttribute(Path pathTargetType = Path.File,
Relativity relativePath = Relativity.ProjectRelative)
{
TargetType = pathTargetType;
RelativityType = relativePath;
}
public CpkCondition(string name, CalculationTypeHandler calculationtype, double value, RelationHandler relation, Relativity relativity, bool enabled, double halfTolerance)
: base(name, calculationtype, value, relation, enabled)
{
HalfTolerance = halfTolerance;
}
