def getSides(self):
points = []
for zAngle in range(self.RESOLUTION):
for yAngle in range(self.RESOLUTION):
point = util3D.multiAxisRotation((self.radius, 0, 0), (0, math.radians(yAngle * 360 / self.RESOLUTION), math.radians(zAngle * 360 / self.RESOLUTION)))
point = util3D.multiAxisRotation(point, self.angles)
point = self.addLocation(point)
point = util3D.multiAxisRotation(point, self.perspective.angles)
point = self.addFocusPoint(point)
points.append(point)
sides = []
for j in range(self.RESOLUTION - 1):
for i in range(self.RESOLUTION - 1):
side = []
side.append(points[i + j * self.RESOLUTION])
side.append(points[i + j * self.RESOLUTION + 1])
side.append(points[i + (j + 1) * self.RESOLUTION + 1])
side.append(points[i + (j + 1) * self.RESOLUTION])
sides.append(side)
side = [] #a side is missed by the side generation algorithm
side.append(points[self.RESOLUTION + (self.RESOLUTION - 2) * self.RESOLUTION - self.RESOLUTION * (int(self.RESOLUTION / 2 - 1)) - 1])
side.append(points[self.RESOLUTION + (self.RESOLUTION - 3) * self.RESOLUTION - self.RESOLUTION * (int(self.RESOLUTION / 2 - 1))])
side.append(points[self.RESOLUTION + (self.RESOLUTION - 2) * self.RESOLUTION - self.RESOLUTION * (int(self.RESOLUTION / 2 - 1))])
side.append(points[self.RESOLUTION + (self.RESOLUTION - 1) * self.RESOLUTION - self.RESOLUTION * (int(self.RESOLUTION / 2 - 1)) - 1])
sides.append(side)
polygons = []
for side in sides:
polygons.append(Polygon(side, self.color))
return polygons
def getSides(self):
point1 = util3D.multiAxisRotation(self.getRelPoint(1), self.angles)
point2 = util3D.multiAxisRotation(self.getRelPoint(2), self.angles)
point3 = util3D.multiAxisRotation(self.getRelPoint(3), self.angles)
point4 = util3D.multiAxisRotation(self.getRelPoint(4), self.angles)
point5 = util3D.multiAxisRotation(self.getRelPoint(5), self.angles)
point1 = self.addLocation(point1)
point2 = self.addLocation(point2)
point3 = self.addLocation(point3)
point4 = self.addLocation(point4)
point5 = self.addLocation(point5)
point1 = util3D.multiAxisRotation(point1, self.perspective.angles)
point2 = util3D.multiAxisRotation(point2, self.perspective.angles)
point3 = util3D.multiAxisRotation(point3, self.perspective.angles)
point4 = util3D.multiAxisRotation(point4, self.perspective.angles)
point5 = util3D.multiAxisRotation(point5, self.perspective.angles)
point1 = self.addFocusPoint(point1)
point2 = self.addFocusPoint(point2)
point3 = self.addFocusPoint(point3)
point4 = self.addFocusPoint(point4)
point5 = self.addFocusPoint(point5)
side1 = [point1, point2, point3, point4]
side2 = [point1, point2, point5]
side3 = [point2, point3, point5]
side4 = [point3, point4, point5]
side5 = [point4, point1, point5]
sides = [Polygon(side1, self.color), Polygon(side2, self.color), Polygon(side3, self.color),
Polygon(side4, self.color), Polygon(side5, self.color)]
return sides