os.makedirs(OUTDIR)
if not os.path.isdir(outSubDir):
os.makedirs(outSubDir)
""" Read the files """
print('\nProcessing ' + nm + ' ...\n')
[vertices, faces] = readMesh(os.path.join(DATADIR, meshFile))
[OrigLatCoords, OrigLatVals] = readLAT(os.path.join(DATADIR, latFile))
if ablFile != '':
ablFile = os.path.join(DATADIR, ablFile)
else:
ablFile = None
print('No ablation file available for this mesh... continuing...\n')
""" Pre-process the mesh and LAT samples. """
mesh = Mesh([vertices, faces])
mesh.c('grey')
n = len(vertices)
mapIdx = [i for i in range(n)]
mapCoord = [vertices[i] for i in mapIdx]
# Map the LAT samples to nearest mesh vertices
allLatIdx, allLatCoord, allLatVal = utils.mapSamps(mapIdx, mapCoord,
OrigLatCoords, OrigLatVals)
M = len(allLatIdx)
# Identify and exclude anomalous LAT samples
anomalous = np.zeros(M)
if remove_anomalies:
for i in range(n):
if i not in TrIdx:
latNN[i] = unknownCoord[currIdx]
currIdx += 1
else:
latNN[i] = mapLAT[i]
updatedFaces = magicLAT.updateFaces(vertices, faces, latNN, TrCoord,
EDGE_THRESHOLD)
latEst = magicLAT.magicLAT(vertices, faces, TrIdx, TrCoord, TrVal,
EDGE_THRESHOLD)
mesh = Mesh([vertices, faces])
# mesh.backColor('white').lineColor('black').lineWidth(0.25)
mesh.c('grey')
size = (100, 800)
fontSize = 35
verPoints = Points(vertices, r=10, c='white')
origLatPoints = Points(OrigLatCoords, r=10).cmap('gist_rainbow',
OrigLatVals,
vmin=MINLAT,
vmax=MAXLAT).addScalarBar(
c='white',
title='LAT (ms) ',
titleFontSize=fontSize,
size=size)
allLatPoints = Points(allLatCoord, r=10).cmap('gist_rainbow',
allLatVal,
