public static Path Rectangle(float width, float height, bool isCentered = true)
{
AXTurtle t = new AXTurtle();
if (isCentered)
{
t.mov(-width / 2, -height / 2);
}
else
{
t.mov(0, 0);
}
t.dir(90);
t.right(width);
t.fwd(height);
t.left(width);
return(t.getPath());
}
// BI_CHAMFER_SIDE
public static Path BiChamferSide(float H = 1,
float R2 = 0,
float R1 = 0,
int SegsPer90 = 3,
bool BevelOut = true,
float Taper = 0,
float TopLip = 0,
float BotLip = 0,
float LipEdge = 0,
float LipEdgeBot = 0,
int Segs = 1
)
{
// DERIVED VARIABLES
/*
* float o = H-(R1+R2);
* float a = Mathf.Atan2(o, Taper) * Mathf.Rad2Deg;
*
* float d = Mathf.Sqrt(Taper*Taper + o*o);
* float dr = Mathf.Abs(R1-R2);
* float b = Mathf.Asin(dr/d) * Mathf.Rad2Deg;
*
* // his is the slope of the line or straight edge of the extrude side.
* float dir = (R2 > R1) ? 180 - (a+b) : 270 - (a + (90-b));
*
* float s = Mathf.Sqrt(d*d - dr*dr);
*/
float o = H - (R1 + R2);
float l = Taper + R2 - R1;
float a = Mathf.Atan2(o, l) * Mathf.Rad2Deg;
float d = Mathf.Sqrt(l * l + o * o);
float dr = Mathf.Abs(R1 - R2);
float s = Mathf.Sqrt(d * d - dr * dr);
float b = Mathf.Asin(dr / d) * Mathf.Rad2Deg;
// his is the slope of the line or straight edge of the extrude side.
float dir = (R2 > R1) ? 180 - (a + b) : 270 - (a + (90 - b));
// START_X
//float startX = 0;
float startX = (R2 > R1) ? R2 - R1 : 0;
startX -= BotLip;
if (!BevelOut)
{
startX -= R1;
}
float startY = LipEdgeBot;
// DRAW SHAPE
AXTurtle t = new AXTurtle();
t.mov(startX, startY);
t.dir(90);
if (LipEdgeBot != 0)
{
t.back(LipEdgeBot);
}
t.dir(0);
if (BotLip > 0)
{
t.fwd(BotLip);
}
// Chamfer Bottom
if (R1 > 0)
{
t.arcl(dir, R1, Mathf.FloorToInt((dir / 90f) * SegsPer90));
}
else
{
t.dir(dir);
}
for (int i = 0; i < Segs; i++)
{
t.fwd(s / Segs);
}
// Chamfer Top
if (R2 > 0)
{
t.arcl((180 - dir), R2, Mathf.FloorToInt(((180 - dir) / 90f) * SegsPer90));
}
else
{
t.dir(180);
}
// TopLip
if (TopLip > 0)
{
t.fwd(TopLip);
}
if (LipEdge != 0)
{
t.left(LipEdge);
}
return(t.path);
}