inheritCulling=0,
culling='none',
inheritShading=0,
shading='flat')
vi.AddObject(tet, parent=g)
# display histo BB
hbb = Box('histoVolBB', cornerPoints=h1.boundingBox)
vi.AddObject(hbb)
if ViewerType == 'dejavu':
cp = vi.clipP[0]
vi.GUI.clipvar[0][0].set(1)
tet.AddClipPlane(cp, 1, False)
fpg = Points('notFreePoints')
vi.AddObject(fpg)
else:
fpg = Geom('notFreePoints')
vi.AddObject(fpg)
if ViewerType == 'dejavu':
vi.Reset_cb()
vi.Normalize_cb()
vi.Center_cb()
cam = vi.currentCamera
cam.master.master.geometry('%dx%d+%d+%d' % (400, 400, 92, 73))
vi.update()
cam.fog.Set(enabled=1)
sph = Spheres('debugSph', inheritMaterial=False)
vi.AddObject(sph)
faces = []
for residue in residues:
faces.extend(residue._base_faces)
geom_bases = IndexedPolygons('Bases', vertices=vertices, faces=faces,
inheritShading = False,shading = GL.GL_FLAT,
materials = materials, inheritMaterial = False,)
return geom_bases
def returnStarOrQuote(atoms, txt):
names = [name.split("@")[0] for name in atoms.name]
try:
idx=names.index(txt+'*')
return atoms[idx]
except:
idx=names.index(txt+"'")
return atoms[idx]
if __name__ == '__main__':
from DejaVu import Viewer
vi = Viewer()
from DejaVu import NucleicBases
b = NucleicBases.Pyrimidine_old('b')
vi.AddObject(b)
while(1):
vi.update()
