public override void Draw()
{
Mesh mesh = MeshPool.GridPlane(this.def.graphicData.drawSize);
Graphics.DrawMesh(mesh, this.DrawPos, this.ExactRotation, this.def.DrawMatSingle, 0);
base.Comps_PostDraw();
}
public virtual Mesh MeshAt(Rot4 rot)
{
Mesh result;
if (this.ShouldDrawRotated)
{
result = MeshPool.GridPlane(this.drawSize);
}
else
{
Vector2 vector = this.drawSize;
if (rot.IsHorizontal)
{
vector = vector.Rotated();
}
if (rot == Rot4.West && this.WestFlipped)
{
result = MeshPool.GridPlaneFlip(vector);
}
else
{
result = MeshPool.GridPlane(vector);
}
}
return(result);
}
public override void Draw()
{
float num = ArcHeightFactor * GenMath.InverseParabola(DistanceCoveredFraction);
Vector3 drawPos = DrawPos;
Vector3 position = drawPos + new Vector3(0f, 0f, 1f) * num;
if (def.projectile.shadowSize > 0f)
{
DrawShadow(drawPos, num);
}
Graphics.DrawMesh(MeshPool.GridPlane(def.graphicData.drawSize), position, ExactRotation, def.DrawMatSingle, 0);
Comps_PostDraw();
}
public virtual Mesh MeshAt(Rot4 rot)
{
Vector2 vector = drawSize;
if (rot.IsHorizontal && !ShouldDrawRotated)
{
vector = vector.Rotated();
}
if ((rot == Rot4.West && WestFlipped) || (rot == Rot4.East && EastFlipped))
{
return(MeshPool.GridPlaneFlip(vector));
}
return(MeshPool.GridPlane(vector));
}
public virtual Mesh MeshAt(Rot4 rot)
{
if (this.ShouldDrawRotated)
{
return(MeshPool.GridPlane(this.drawSize));
}
Vector2 vector = this.drawSize;
if (rot.IsHorizontal)
{
vector = vector.Rotated();
}
if (rot == Rot4.West && (this.data == null || this.data.allowFlip))
{
return(MeshPool.GridPlaneFlip(vector));
}
return(MeshPool.GridPlane(vector));
}
public override void Draw()
{
Graphics.DrawMesh(MeshPool.GridPlane(def.graphicData.drawSize), DrawPos, ExactRotation, def.DrawMatSingle, 0);
Comps_PostDraw();
}
