def drawCornerAsArc(corner, bm):
if corner.startx == WRONG_FLOAT or corner.starty == WRONG_FLOAT or corner.endx == WRONG_FLOAT or corner.endy == WRONG_FLOAT:
return
center = Vector((corner.x, corner.y, defaultZ))
startPoint = Vector ((corner.startx, corner.starty, defaultZ))
endPoint = Vector ((corner.endx, corner.endy, defaultZ))
geomCalc = GeometryCalculator()
angleDeg, angle = geomCalc.getPositiveAngleBetween3Points(startPoint, center, endPoint)
spinAxis = Vector((0, 0, 1))
v0 = bm.verts.new(startPoint)
if corner.flipAngle:
v0 = bm.verts.new(endPoint)
angle = two_pi - angle
result = bmesh.ops.spin(bm, geom = [v0], cent = center, axis = spinAxis, \
angle = -angle, steps = corner.sides, use_duplicate = False)
def drawCornerAsArc(corner, bm):
if corner.startx == WRONG_FLOAT or corner.starty == WRONG_FLOAT or corner.endx == WRONG_FLOAT or corner.endy == WRONG_FLOAT:
return
center = Vector((corner.x, corner.y, defaultZ))
startPoint = Vector((corner.startx, corner.starty, defaultZ))
endPoint = Vector((corner.endx, corner.endy, defaultZ))
geomCalc = GeometryCalculator()
angleDeg, angle = geomCalc.getPositiveAngleBetween3Points(
startPoint, center, endPoint)
spinAxis = Vector((0, 0, 1))
v0 = bm.verts.new(startPoint)
if corner.flipAngle:
v0 = bm.verts.new(endPoint)
angle = two_pi - angle
result = bmesh.ops.spin(bm, geom = [v0], cent = center, axis = spinAxis, \
angle = -angle, steps = corner.sides, use_duplicate = False)
def drawTangentConnectionTemplate(corner1, corner2, connection, bm,
getRadiusesForIntersections,
getConnectionEndPoints):
c1 = Vector((corner1.x, corner1.y, defaultZ))
c2 = Vector((corner2.x, corner2.y, defaultZ))
r1, r2 = getRadiusesForIntersections(connection.radius, corner1.radius,
corner2.radius)
geomCalc = GeometryCalculator()
intersections = geomCalc.getCircleIntersections(c1, r1, c2, r2)
if intersections == None:
assignCornerEndPoint(corner1, None)
assignCornerStartPoint(corner2, None)
return
center = None
if len(intersections) == 1:
center = intersections[0]
elif len(intersections) == 2:
if not connection.flipCenter:
center = intersections[1]
else:
center = intersections[0]
connectionStartPoint, connectionEndPoint = getConnectionEndPoints(
geomCalc, center, c1, corner1.radius, c2, corner2.radius,
connection.radius)
assignCornerEndPoint(corner1, connectionStartPoint)
assignCornerStartPoint(corner2, connectionEndPoint)
angleDeg, angleRad = geomCalc.getPositiveAngleBetween3Points(
connectionStartPoint, center, connectionEndPoint)
if (angleDeg == None) or (angleRad == None):
return
if connection.flipAngle:
angleRad = -(2 * pi - angleRad)
spinAxis = Vector((0, 0, 1))
v0 = bm.verts.new(connectionEndPoint)
result = bmesh.ops.spin(bm, geom = [v0], cent = center, axis = spinAxis, \
angle = angleRad, steps = connection.sides, use_duplicate = False)
def drawTangentConnectionTemplate(corner1, corner2, connection, bm, getRadiusesForIntersections, getConnectionEndPoints):
c1 = Vector((corner1.x, corner1.y, defaultZ))
c2 = Vector((corner2.x, corner2.y, defaultZ))
r1, r2 = getRadiusesForIntersections(connection.radius, corner1.radius, corner2.radius)
geomCalc = GeometryCalculator()
intersections = geomCalc.getCircleIntersections(c1, r1, c2, r2)
if intersections == None:
assignCornerEndPoint(corner1, None)
assignCornerStartPoint(corner2, None)
return
center = None
if len(intersections) == 1:
center = intersections[0]
elif len(intersections) == 2:
if not connection.flipCenter:
center = intersections[1]
else:
center = intersections[0]
connectionStartPoint, connectionEndPoint = getConnectionEndPoints(geomCalc, center, c1, corner1.radius, c2, corner2.radius, connection.radius)
assignCornerEndPoint(corner1, connectionStartPoint)
assignCornerStartPoint(corner2, connectionEndPoint)
angleDeg, angleRad = geomCalc.getPositiveAngleBetween3Points(connectionStartPoint, center, connectionEndPoint)
if (angleDeg == None) or (angleRad == None):
return
if connection.flipAngle:
angleRad = -(2 * pi - angleRad)
spinAxis = Vector((0, 0, 1))
v0 = bm.verts.new(connectionEndPoint)
result = bmesh.ops.spin(bm, geom = [v0], cent = center, axis = spinAxis, \
angle = angleRad, steps = connection.sides, use_duplicate = False)
