def drawRotatedToTexAlpha(self, bot, angle_quat, centre_mesh, fbo, width,
height, bg, alpha, boundPlane, top):
rot = angle_quat
mid = (c_float * 3)()
wrapper.getMid(centre_mesh, mid)
wrapper.setupRotation(NULL_VEC.x, NULL_VEC.y, NULL_VEC.z, rot.x, rot.y,
rot.z, mid[0], mid[1], mid[2], mid[0], mid[1],
mid[2])
wrapper.drawToTex(self.mesh, alpha, fbo, width, height, bg, boundPlane,
top)
def drawRotatedToTexAlpha(self, bot, angle_quat, centre_mesh, fbo, width, height, bg, alpha, boundPlane, top):
rot=angle_quat
mid = (c_float * 3)()
wrapper.getMid(centre_mesh, mid)
wrapper.setupRotation(
NULL_VEC.x, NULL_VEC.y, NULL_VEC.z,
rot.x, rot.y, rot.z,
mid[0], mid[1], mid[2],
mid[0], mid[1], mid[2]
)
wrapper.drawToTex(self.mesh, alpha, fbo, width, height, bg, boundPlane, top)
def drawToTexAlpha(self, fbo, width, height, bgTex, alpha, boundPlane, top):
fpos = (c_float * 3)()
fpos[0] = 0.0
fpos[1] = 0.0
fpos[2] = 0.0
collider.setPosition(fpos)
setup_angle_axis=NULL_ROT.get_angle_axis()
setup_axis=setup_angle_axis[1].normalized()
fpos[0] = setup_axis.x
fpos[1] = setup_axis.y
fpos[2] = setup_axis.z
setAngleAxisRotation(c_float(setup_angle_axis[0]), fpos)
wrapper.drawToTex(self.mesh, alpha, fbo, width, height, bgTex, boundPlane, top)
def drawToTexAlpha(self, fbo, width, height, bgTex, alpha, boundPlane,
top):
fpos = (c_float * 3)()
fpos[0] = 0.0
fpos[1] = 0.0
fpos[2] = 0.0
collider.setPosition(fpos)
setup_angle_axis = NULL_ROT.get_angle_axis()
setup_axis = setup_angle_axis[1].normalized()
fpos[0] = setup_axis.x
fpos[1] = setup_axis.y
fpos[2] = setup_axis.z
setAngleAxisRotation(c_float(setup_angle_axis[0]), fpos)
wrapper.drawToTex(self.mesh, alpha, fbo, width, height, bgTex,
boundPlane, top)
