#store = vis.Store(outputPath + "/subduction")
# %%
figsize = (1000, 300)
camera = ['zoom 100'] #['rotate x 30']
boundingBox = (minCoord, maxCoord)
materialFilter = Model.materialField > 0
# ERROR with boundaringBox, maybe BUG for Okaluza
# figSwarm = vis.Figure(figsize=figsize, boundingBox=boundingBox )
# swarmPlot = vis.objects.Points(swarm, materialIndex, materialFilter, colours='gray', opacity=0.5, fn_size=2.,
# discrete=True, colourBar=False, )
Fig = vis.Figure(figsize=(1200, 400))
# Show single colour
# Fig.Points(Model.swarm, colour='gray', opacity=0.5, discrete=True,
# fn_mask=materialFilter, fn_size=2.0, colourBar=False)
# Show all glory
Fig.Points(Model.swarm,
fn_colour=Model.materialField,
fn_mask=materialFilter,
opacity=0.5,
fn_size=2.0)
# # Save image to disk
# Fig.save("foobar.png")
# sg11=Model.add_material(name="Weakness1", shape=geometry[5][0])
# sg12=Model.add_material(name="Weakness2", shape=geometry[5][1])
# sg13=Model.add_material(name="Weakness3", shape=geometry[5][2])
# sg14=Model.add_material(name="Weakness4", shape=geometry[5][3])
# %%
# #Eclogite material
# eclogite=Model.add_material(name="EclogiteTrans")
# #Orogenic wedge material
# #Owedge=Model.add_material(name="Orogen Material"))
# %%
#Preview of 2D materials-Materials Field (from swarm)
Fig = glucifer.Figure(figsize=(1200, 400))
Fig.Points(Model.swarm, Model.materialField, fn_size=2.0, discrete=True)
#Fig.Surface(Model.mesh,Model.projMaterialField,fn_size=2.0)
Fig.show()
# %%
#Lateral Change in density or not in this model.
LateralChange = False
if LateralChange == True:
fac = 1.
else:
fac = 0.
#Parameters
if orientation == 1:
figsize=(1000,300)
camera = ['zoom 100']#['rotate x 30']
boundingBox=( minCoord, maxCoord )
materialFilter = Model.materialField > 0
# ERROR with boundaringBox, maybe BUG for Okaluza
# figSwarm = vis.Figure(figsize=figsize, boundingBox=boundingBox )
# swarmPlot = vis.objects.Points(swarm, materialIndex, materialFilter, colours='gray', opacity=0.5, fn_size=2.,
# discrete=True, colourBar=False, )
Fig = vis.Figure(figsize=(1200,400))
# Show single colour
# Fig.Points(Model.swarm, colour='gray', opacity=0.5, discrete=True,
# fn_mask=materialFilter, fn_size=2.0, colourBar=False)
# Show all glory
Fig.Points(Model.swarm, fn_colour=Model.materialField,
fn_mask=materialFilter, opacity=0.5, fn_size=2.0)
# # Save image to disk
# Fig.save("foobar.png")
# Rotate camera angle
#Fig.script(camera)
