protected Element CreateLine(Line line, Element visibleTo, Element location, Element scale, IWorkshopTree reevaluation, Element rotation)
{
Vertex vertex1 = line.Vertex1;
Vertex vertex2 = line.Vertex2;
Element pos1;
Element pos2;
bool scaleSet = false;
bool rotationSet = false;
if (scale != null)
{
double?constantScale = null;
// Double constant scale
if (scale.ConstantSupported <double>())
{
constantScale = (double)scale.GetConstant();
}
// Null constant rotation
else if (scale is V_Null)
{
constantScale = 1;
}
if (constantScale == 1)
{
scaleSet = true;
}
if (!scaleSet && constantScale != null)
{
vertex1 = vertex1.Scale((double)constantScale);
vertex2 = vertex2.Scale((double)constantScale);
scaleSet = true;
}
}
if (rotation != null)
{
Vertex rotationConstant = null;
// Vector constant rotation
if (rotation.ConstantSupported <Vertex>())
{
rotationConstant = (Vertex)rotation.GetConstant();
}
// Double constant rotation
else if (rotation.ConstantSupported <double>())
{
rotationConstant = new Vertex(0, (double)rotation.GetConstant(), 0);
}
// Null constant rotation
else if (rotation is V_Null)
{
rotationConstant = new Vertex(0, 0, 0);
}
if (rotationConstant != null && rotationConstant.EqualTo(new Vertex(0, 0, 0)))
{
rotationSet = true;
}
if (rotationConstant != null && !rotationSet)
{
vertex1 = vertex1.Rotate(rotationConstant);
vertex2 = vertex2.Rotate(rotationConstant);
rotationSet = true;
}
}
if (rotation != null && !rotationSet)
{
var pos1X = new V_Number(vertex1.X);
var pos1Y = new V_Number(vertex1.Y);
var pos1Z = new V_Number(vertex1.Z);
var pos2X = new V_Number(vertex2.X);
var pos2Y = new V_Number(vertex2.Y);
var pos2Z = new V_Number(vertex2.Z);
var yaw = Element.Part <V_HorizontalAngleFromDirection>(rotation);
var pitch = Element.Part <V_VerticalAngleFromDirection>(rotation);
var cosa = Element.Part <V_CosineFromDegrees>(pitch);
var sina = Element.Part <V_SineFromDegrees>(pitch);
var cosb = Element.Part <V_CosineFromDegrees>(yaw);
var sinb = Element.Part <V_SineFromDegrees>(yaw);
var Axx = Element.Part <V_Multiply>(cosa, cosb);
var Axy = Element.Part <V_Subtract>(new V_Number(0), sina);
var Axz = Element.Part <V_Multiply>(cosa, sinb);
var Ayx = Element.Part <V_Multiply>(sina, cosb);
var Ayy = cosa;
var Ayz = Element.Part <V_Multiply>(sina, sinb);
var Azx = Element.Part <V_Multiply>(new V_Number(-1), sinb);
pos1 = Element.Part <V_Vector>(
Element.Part <V_Add>(Element.Part <V_Add>(
Element.Part <V_Multiply>(Axx, pos1X),
Element.Part <V_Multiply>(Axy, pos1Y)),
Element.Part <V_Multiply>(Axz, pos1Z)),
Element.Part <V_Add>(Element.Part <V_Add>(
Element.Part <V_Multiply>(Ayx, pos1X),
Element.Part <V_Multiply>(Ayy, pos1Y)),
Element.Part <V_Multiply>(Ayz, pos1Z)),
Element.Part <V_Add>(
Element.Part <V_Multiply>(Azx, pos1X),
pos1Z)
);
pos2 = Element.Part <V_Vector>(
Element.Part <V_Add>(Element.Part <V_Add>(
Element.Part <V_Multiply>(Axx, pos2X),
Element.Part <V_Multiply>(Axy, pos2Y)),
Element.Part <V_Multiply>(Axz, pos2Z)),
Element.Part <V_Add>(Element.Part <V_Add>(
Element.Part <V_Multiply>(Ayx, pos2X),
Element.Part <V_Multiply>(Ayy, pos2Y)),
Element.Part <V_Multiply>(Ayz, pos2Z)),
Element.Part <V_Add>(
Element.Part <V_Multiply>(Azx, pos2X),
pos2Z)
);
}
else
{
pos1 = vertex1.ToVector();
pos2 = vertex2.ToVector();
}
if (scale != null && !scaleSet)
{
pos1 = Element.Part <V_Multiply>(pos1, scale);
pos2 = Element.Part <V_Multiply>(pos2, scale);
}
return(Element.Part <A_CreateBeamEffect>(
visibleTo,
EnumData.GetEnumValue(BeamType.GrappleBeam),
Element.Part <V_Add>(location, pos1),
Element.Part <V_Add>(location, pos2),
EnumData.GetEnumValue(Elements.Color.Red),
reevaluation
));
}
protected void CreateLine(ActionSet actionSet, Line line, Element visibleTo, Element location, Element rotation, Element scale, IWorkshopTree reevaluation)
{
Vertex vertex1 = line.Vertex1;
Vertex vertex2 = line.Vertex2;
Element pos1;
Element pos2;
bool scaleSet = false;
bool rotationSet = false;
if (scale != null)
{
double?constantScale = null;
// Double constant scale
if (scale.ConstantSupported <double>())
{
constantScale = (double)scale.GetConstant();
}
// Null constant rotation
else if (scale is V_Null)
{
constantScale = 1;
}
if (constantScale == 1)
{
scaleSet = true;
}
if (!scaleSet && constantScale != null)
{
vertex1 = vertex1.Scale((double)constantScale);
vertex2 = vertex2.Scale((double)constantScale);
scaleSet = true;
}
}
if (rotation != null)
{
Vertex rotationConstant = null;
// Vector constant rotation
if (rotation.ConstantSupported <Vertex>())
{
rotationConstant = (Vertex)rotation.GetConstant();
}
// Double constant rotation
else if (rotation.ConstantSupported <double>())
{
rotationConstant = new Vertex(0, (double)rotation.GetConstant(), 0);
}
// Null constant rotation
else if (rotation is V_Null)
{
rotationConstant = new Vertex(0, 0, 0);
}
if (rotationConstant != null && rotationConstant.EqualTo(new Vertex(0, 0, 0)))
{
rotationSet = true;
}
if (rotationConstant != null && !rotationSet)
{
vertex1 = vertex1.Rotate(rotationConstant);
vertex2 = vertex2.Rotate(rotationConstant);
rotationSet = true;
}
}
if (rotation != null && !rotationSet)
{
var pos1X = vertex1.X;
var pos1Y = vertex1.Y;
var pos1Z = vertex1.Z;
var pos2X = vertex2.X;
var pos2Y = vertex2.Y;
var pos2Z = vertex2.Z;
var yaw = Element.Part <V_HorizontalAngleFromDirection>(rotation);
var pitch = Element.Part <V_VerticalAngleFromDirection>(rotation);
var cosa = Element.Part <V_CosineFromDegrees>(pitch);
var sina = Element.Part <V_SineFromDegrees>(pitch);
var cosb = Element.Part <V_CosineFromDegrees>(yaw);
var sinb = Element.Part <V_SineFromDegrees>(yaw);
var Axx = cosa * cosb;
var Axy = 0 - sina;
var Axz = cosa * sinb;
var Ayx = sina * cosb;
var Ayy = cosa;
var Ayz = sina * sinb;
var Azx = -sinb;
pos1 = Element.Part <V_Vector>(
Axx * pos1X +
Axy * pos1Y +
Axz * pos1Z,
Ayx * pos1X +
Ayy * pos1Y +
Ayz * pos1Z,
Azx * pos1X +
pos1Z
);
pos2 = Element.Part <V_Vector>(
Axx * pos2X +
Axy * pos2Y +
Axz * pos2Z,
Ayx * pos2X +
Ayy * pos2Y +
Ayz * pos2Z,
Azx * pos2X +
pos2Z
);
}
else
{
pos1 = vertex1.ToVector();
pos2 = vertex2.ToVector();
}
if (scale != null && !scaleSet)
{
pos1 = pos1 * scale;
pos2 = pos2 * scale;
}
actionSet.AddAction(Element.Part <A_CreateBeamEffect>(
visibleTo,
EnumData.GetEnumValue(BeamType.GrappleBeam),
location + pos1,
location + pos2,
EnumData.GetEnumValue(Elements.Color.Red),
reevaluation
));
}
protected void CreateLine(ActionSet actionSet, Line line, Element visibleTo, Element location, Element rotation, Element scale, IWorkshopTree reevaluation)
{
Vertex vertex1 = line.Vertex1;
Vertex vertex2 = line.Vertex2;
Element pos1;
Element pos2;
bool scaleSet = false;
bool rotationSet = false;
if (scale != null)
{
double?constantScale = null;
// Double constant scale
if (scale.TryGetConstant(out double newScale))
{
constantScale = newScale;
}
// Null constant rotation
else if (scale.Function.Name == "Null")
{
constantScale = 1;
}
if (constantScale == 1)
{
scaleSet = true;
}
if (!scaleSet && constantScale != null)
{
vertex1 = vertex1.Scale((double)constantScale);
vertex2 = vertex2.Scale((double)constantScale);
scaleSet = true;
}
}
if (rotation != null)
{
Vertex rotationConstant = null;
// Vector constant rotation
if (rotation.TryGetConstant(out Vertex newPosition))
{
rotationConstant = newPosition;
}
// Double constant rotation
else if (rotation.TryGetConstant(out double y))
{
rotationConstant = new Vertex(0, y, 0);
}
// Null constant rotation
else if (rotation.Function.Name == "Null")
{
rotationConstant = new Vertex(0, 0, 0);
}
if (rotationConstant != null && rotationConstant.EqualTo(new Vertex(0, 0, 0)))
{
rotationSet = true;
}
if (rotationConstant != null && !rotationSet)
{
vertex1 = vertex1.Rotate(rotationConstant);
vertex2 = vertex2.Rotate(rotationConstant);
rotationSet = true;
}
}
if (rotation != null && !rotationSet)
{
var pos1X = vertex1.X;
var pos1Y = vertex1.Y;
var pos1Z = vertex1.Z;
var pos2X = vertex2.X;
var pos2Y = vertex2.Y;
var pos2Z = vertex2.Z;
var yaw = Element.Part("Horizontal Angle From Direction", rotation);
var pitch = Element.Part("Vertical Angle From Direction", rotation);
var cosa = Element.Part("Cosine From Degrees", pitch);
var sina = Element.Part("Sine From Degrees", pitch);
var cosb = Element.Part("Cosine From Degrees", yaw);
var sinb = Element.Part("Sine From Degrees", yaw);
var Axx = cosa * cosb;
var Axy = 0 - sina;
var Axz = cosa * sinb;
var Ayx = sina * cosb;
var Ayy = cosa;
var Ayz = sina * sinb;
var Azx = -sinb;
pos1 = Element.Vector(
Axx * pos1X +
Axy * pos1Y +
Axz * pos1Z,
Ayx * pos1X +
Ayy * pos1Y +
Ayz * pos1Z,
Azx * pos1X +
pos1Z
);
pos2 = Element.Vector(
Axx * pos2X +
Axy * pos2Y +
Axz * pos2Z,
Ayx * pos2X +
Ayy * pos2Y +
Ayz * pos2Z,
Azx * pos2X +
pos2Z
);
}
else
{
pos1 = vertex1.ToVector();
pos2 = vertex2.ToVector();
}
if (scale != null && !scaleSet)
{
pos1 = pos1 * scale;
pos2 = pos2 * scale;
}
actionSet.AddAction(Element.Part("Create Beam Effect",
visibleTo,
ElementRoot.Instance.GetEnumValue("BeamType", "GrappleBeam"),
location + pos1,
location + pos2,
ElementRoot.Instance.GetEnumValue("Color", "Red"),
reevaluation
));
}
