with open(meanFile, 'a') as fid:
fid.write('\n')
fid.write('{:<20}{:<20.6f}'.format(m, magicDE))
verPoints = Points(TrCoord, r=5).cmap('rainbow_r',
TrVal,
vmin=MINLAT,
vmax=MAXLAT).addScalarBar()
estPoints = Points(vertices, r=5).cmap('rainbow_r',
latEst,
vmin=MINLAT,
vmax=MAXLAT).addScalarBar()
coloredMesh = Mesh([vertices, faces])
coloredMesh.interpolateDataFrom(estPoints,
N=1).cmap('rainbow_r',
vmin=MINLAT,
vmax=MAXLAT).addScalarBar()
# dEPoints = Points(np.array(dE), r=5).c('black')
vplt0 = Plotter(N=1,
bg='black',
resetcam=True,
sharecam=False,
offscreen=True)
vplt0.show(coloredMesh,
verPoints,
title='Patient{}, Front View'.format(patient),
camera=cam0)
video0.addFrame()
vplt = Plotter(N=1, axes=0, offscreen=True)
vplt.show(updatedMesh,
latEstPoints,
azimuth=a,
elevation=e,
roll=r,
bg='black',
zoom=z)
vplt.screenshot(filename=os.path.join(outSubDir, '7_updated_graph_withLATest'),
returnNumpy=False).close()
coloredMesh = Mesh([vertices, faces])
coloredMesh.interpolateDataFrom(latEstPoints,
N=1).cmap('gist_rainbow',
vmin=MINLAT,
vmax=MAXLAT).addScalarBar(
c='white',
title='LAT (ms) ',
titleFontSize=fontSize,
size=size)
vplt = Plotter(N=1, axes=0, offscreen=True)
vplt.show(coloredMesh,
trPoints,
azimuth=a,
elevation=e,
roll=r,
bg='black',
zoom=z)
vplt.screenshot(filename=os.path.join(outSubDir,
'8_mesh_interpolated_withTrLAT'),
returnNumpy=False).close()
