from Togra import *
from TograUtil import *
import Image

GL_RGB          = 0x1907

SLICES=30
SEGS=20

im = Image.open("IMG_1716.JPG")
im = im.resize((1024, 1024))

scene = init()

pauseQuitKeystrokes(scene)

my_sphere = sphere(0, 0, 0, 10, SLICES, SEGS)

sphere_texCoords_top = FloatList()
sphere_texCoords_bottom = FloatList()

sphere_texCoords_top.append(0.5)
sphere_texCoords_top.append(0.0)

sphere_texCoords_bottom.append(0.5)
sphere_texCoords_bottom.append(1.0)

for i in range(SEGS + 1):
        sphere_texCoords_top.append(1 - i/float(SEGS))
        sphere_texCoords_top.append(1/float(SLICES))
        sphere_texCoords_bottom.append(i/float(SEGS))
        sphere_texCoords_bottom.append(1 - 1/float(SLICES))

for i in range(SLICES - 2):
        tc_temp = FloatList()
        for j in range(SEGS + 1):
                tc_temp.append(j / float(SEGS))
                tc_temp.append((i+2)/float(SLICES))
                tc_temp.append(j / float(SEGS))
                tc_temp.append((i+1)/float(SLICES))
        my_sphere[i + 1].textureCoords = tc_temp

my_sphere[0].textureCoords = sphere_texCoords_top
my_sphere[SLICES-1].textureCoords = sphere_texCoords_bottom

m = Material(0.5, 0.5, 0.5, 1)
m.setTexture(im.tostring(), 1024, 1024, GL_RGB)

my_sphere.setMaterial(m)

my_sphere.setPath(rotatePath(Vector(0,1,0), 6500))

scene.baseContainer.append(my_sphere)
scene.baseContainer.setPath(rotatePath(Vector(0,0,1), 10000))
scene.run()