def __init__(self, width, height, texture, border):
module3d.Object3D.__init__(self, '9slice_' + texture + '_' + str(border))
t = module3d.getTexture(texture)
# Make sure fractions are calculated correctly
textureWidth = float(t.width)
textureHeight = float(t.height)
# Make up some dimesnions when the texture is missing
if not textureWidth or not textureHeight:
textureWidth = border[0] + border[2] + 1
textureHeight = border[1] + border[3] + 1
outer=[[0, 0], [width, height]]
inner=[[border[0], border[1]], [width - border[2], height - border[3]]]
self.uvValues = []
self.indexBuffer = []
# create group
fg = self.createFaceGroup('9slice')
xc = [outer[0][0], inner[0][0], inner[1][0], outer[1][0]]
yc = [outer[0][1], inner[0][1], inner[1][1], outer[1][1]]
xuv = [0.0, border[0] / textureWidth, (textureWidth - border[2]) / textureWidth, 1.0]
yuv = [1.0, 1.0 - border[1] / textureHeight, 1.0 - (textureHeight - border[3]) / textureHeight, 0.0]
# The 16 vertices
v = []
for y in yc:
for x in xc:
v.append(self.createVertex([x, y, 0.0]))
# The 16 uv values
uv = []
for y in yuv:
for x in xuv:
uv.append([x, y])
# The 18 faces (9 quads)
for y in xrange(3):
for x in xrange(3):
o = x + y * 4
fg.createFace((v[o+4], v[o+5], v[o+1], v[o]), (uv[o+4], uv[o+5], uv[o+1], uv[o]))
self.border = border
self.texture = texture
self.setCameraProjection(1)
self.setShadeless(1)
self.updateIndexBuffer()
def __init__(self, width, height, texture, border):
module3d.Object3D.__init__(self,
'9slice_' + texture + '_' + str(border))
t = module3d.getTexture(texture)
# Make sure fractions are calculated correctly
textureWidth = float(t.width)
textureHeight = float(t.height)
# Make up some dimesnions when the texture is missing
if not textureWidth or not textureHeight:
textureWidth = border[0] + border[2] + 1
textureHeight = border[1] + border[3] + 1
# create group
fg = self.createFaceGroup('9slice')
xc = [0, border[0], width - border[2], width]
yc = [0, border[1], height - border[3], height]
xuv = [
0.0, border[0] / textureWidth,
(textureWidth - border[2]) / textureWidth, 1.0
]
yuv = [
1.0, 1.0 - border[1] / textureHeight,
1.0 - (textureHeight - border[3]) / textureHeight, 0.0
]
# The 16 vertices
v = [(x, y, 0.0) for y in yc for x in xc]
# The 16 uv values
uv = [(x, y) for y in yuv for x in xuv]
# The 18 faces (9 quads)
f = [[o + 4, o + 5, o + 1, o] for y in xrange(3) for x in xrange(3)
for o in [x + y * 4]]
self.setCoords(v)
self.setUVs(uv)
self.setFaces(f, f, fg.idx)
self.border = border
self.texture = texture
self.setCameraProjection(1)
self.setShadeless(1)
self.updateIndexBuffer()
def __init__(self, width, height, texture, border):
module3d.Object3D.__init__(self, '9slice_' + texture + '_' + str(border))
t = module3d.getTexture(texture)
# Make sure fractions are calculated correctly
textureWidth = float(t.width)
textureHeight = float(t.height)
# Make up some dimesnions when the texture is missing
if not textureWidth or not textureHeight:
textureWidth = border[0] + border[2] + 1
textureHeight = border[1] + border[3] + 1
# create group
fg = self.createFaceGroup('9slice')
xc = [0, border[0], width - border[2], width]
yc = [0, border[1], height - border[3], height]
xuv = [0.0, border[0] / textureWidth, (textureWidth - border[2]) / textureWidth, 1.0]
yuv = [1.0, 1.0 - border[1] / textureHeight, 1.0 - (textureHeight - border[3]) / textureHeight, 0.0]
# The 16 vertices
v = [(x, y, 0.0) for y in yc for x in xc]
# The 16 uv values
uv = [(x, y) for y in yuv for x in xuv]
# The 18 faces (9 quads)
f = [[o+4, o+5, o+1, o] for y in xrange(3) for x in xrange(3) for o in [x + y * 4]]
self.setCoords(v)
self.setUVs(uv)
self.setFaces(f, f, fg.idx)
self.border = border
self.texture = texture
self.setCameraProjection(1)
self.setShadeless(1)
self.updateIndexBuffer()
def setEyes(self, human, mhstx):
f = open(mhstx, 'rU')
try:
subTextures = eval(f.read(), {"__builtins__":None}, {'True':True, 'False':False})
except:
import traceback
exc_type, exc_value, exc_traceback = sys.exc_info()
print ''.join(traceback.format_exception(exc_type, exc_value, exc_traceback))
f.close()
return
f.close()
texture = module3d.getTexture(human.getTexture())
img = mh.Image(human.getTexture())
for subTexture in subTextures:
path = os.path.join('data/eyes', subTexture['txt'])
subImg = mh.Image(path)
x, y = subTexture['dst']
img.blit(subImg, x, y)
texture.loadSubImage(img, 0, 0)
