top.addCondition(flux, fluxprof)
print "BC's defined."
# trace_enable()
mesh.equilibrate(maxiters, tolerance, krylov_dim)
if outfile:
import display
display = display.Display()
import color
import displaymethods
edgedisp = display.add_method(
displaymethods.EdgeDisplay(outputClones.posOutput))
edgedisp.set_param('width',0.001)
edgedisp.set_param('color',color.Gray(0.5))
import psoutput
device = psoutput.PSoutput(outfile)
display.draw(mesh,device)
## import psgfx
## deformOutput = outputClones.VectorFieldOutput.clone()
## deformOutput.plugParameter(displacement,"field")
## positionSum = outputClones.VFieldSumOutput.clone()
## positionSum.plugInput(deformOutput)
## positionSum.plugInput(meshGUI.posOutput)
# trace_enable()
mesh.activate_field(temperature)
mesh.activate_equation(heat_eqn)
mesh.equilibrate(maxiters, tolerance, krylov_dim)
if psfilename:
thermalOutput = output.outputTypes['scalar field'].clone()
thermalOutput.plugParameter(temperature, "field")
rscl = outputClones.RescaleOutput.clone()
rscl.plugInput(thermalOutput)
rscl.plugParameter(0.0, "minimum")
rscl.plugParameter(1.0, "maximum")
import psoutput
import display
import displaymethods
import color
psdriver = psoutput.PSoutput(psfilename)
display = display.Display()
fill = display.add_method(
displaymethods.CenterFillDisplay(outputClones.posOutput, rscl))
fill.set_param('colormap', color.SpectralMap(saturation=0.9))
display.draw(mesh, psdriver)
except ErrSetupError, s:
print "Caught ErrSetupError."
print "Message string: " + s.message()
thermalOutput = outputClones.ScalarFieldOutput.clone()
thermalOutput.plugParameter(temperature, "field")
# create a display object
import display
display = display.Display()
import contourdisplay
import displaymethods
import color
funcOutput = outputClones.FunctionOutput.clone()
funcOutput.plugParameter(function, 'f')
contourdisp = display.add_method(
contourdisplay.FilledContourDisplay(outputClones.posOutput,
funcOutput))
contourdisp.set_param('levels', nlevels)
contourdisp.set_param('nbins', contourbins)
# contourdisp.set_param('colormap', color.SpectralMap(saturation=0.9))
if do_colors:
colordisp = display.add_method(
displaymethods.CenterFillDisplay(outputClones.posOutput,
outputClones.MaterialColorOutput))
colordisp.set_param('colormap', color.graymap)
if do_edges:
edgedisp = display.add_method(
displaymethods.EdgeDisplay(outputClones.posOutput))
edgedisp.set_param('width', 0.001)
mesh.equilibrate(maxiters, tolerance, krylov_dim)
if psfilename:
# Get the temperature Field
thermalOutput = outputClones.ScalarFieldOutput.clone()
thermalOutput.plugParameter(temperature, "field")
# create a display object
import display
display = display.Display()
import contourdisplay
import displaymethods
import color
edisp = display.add_method(
displaymethods.EdgeDisplay(outputClones.posOutput))
edisp.set_param('width', 0.0)
edisp.set_param('color', color.black)
perimdisp = display.add_method(
displaymethods.PerimeterDisplay(outputClones.posOutput))
perimdisp.set_param('width', 0.01)
perimdisp.set_param('color', color.red)
funcOutput = outputClones.FunctionOutput.clone()
funcOutput.plugParameter(function, 'f')
contourdisp = display.add_method(
contourdisplay.PlainContourDisplay(outputClones.posOutput,
funcOutput))
contourdisp.set_param('levels', nlevels)
top.addCondition(floatdispy, fixedprof)
top.addCondition(flux, fluxprof)
print "BC's defined."
# trace_enable()
mesh.equilibrate(maxiters, tolerance, krylov_dim)
if outfile:
import display
display = display.Display()
import color
import displaymethods
edgedisp = display.add_method(
displaymethods.EdgeDisplay(outputClones.posOutput))
edgedisp.set_param('width', 0.001)
edgedisp.set_param('color', color.Gray(0.5))
import psoutput
device = psoutput.PSoutput(outfile)
display.draw(mesh, device)
## import psgfx
## deformOutput = outputClones.VectorFieldOutput.clone()
## deformOutput.plugParameter(displacement,"field")
## positionSum = outputClones.VFieldSumOutput.clone()
## positionSum.plugInput(deformOutput)
## positionSum.plugInput(meshGUI.posOutput)
thermalOutput = outputClones.ScalarFieldOutput.clone()
thermalOutput.plugParameter(temperature, "field")
# create a display object
import display
display = display.Display()
import contourdisplay
import displaymethods
import color
funcOutput = outputClones.FunctionOutput.clone()
funcOutput.plugParameter(function, 'f')
contourdisp = display.add_method(
contourdisplay.FilledContourDisplay(outputClones.posOutput,
funcOutput))
contourdisp.set_param('levels', nlevels)
contourdisp.set_param('nbins', contourbins)
# contourdisp.set_param('colormap', color.SpectralMap(saturation=0.9))
if do_edges:
edgedisp = display.add_method(
displaymethods.EdgeDisplay(outputClones.posOutput))
edgedisp.set_param('width', 0.001)
edgedisp.set_param('color', color.Gray(0.5))
if do_contours:
cdisp = display.add_method(
contourdisplay.PlainContourDisplay(outputClones.posOutput,
funcOutput))
mesh.activate_field(temperature)
mesh.activate_equation(heat_eqn)
mesh.equilibrate(maxiters, tolerance, krylov_dim)
if psfilename:
thermalOutput = output.outputTypes['scalar field'].clone()
thermalOutput.plugParameter(temperature, "field")
rscl = outputClones.RescaleOutput.clone()
rscl.plugInput(thermalOutput)
rscl.plugParameter(0.0, "minimum")
rscl.plugParameter(1.0, "maximum")
import psoutput
import display
import displaymethods
import color
psdriver = psoutput.PSoutput(psfilename)
display = display.Display()
fill = display.add_method(
displaymethods.CenterFillDisplay(outputClones.posOutput, rscl))
fill.set_param('colormap', color.SpectralMap(saturation=0.9))
display.draw(mesh, psdriver)
except ErrSetupError, s:
print "Caught ErrSetupError."
print "Message string: " + s.message()
thermalOutput = outputClones.ScalarFieldOutput.clone()
thermalOutput.plugParameter(temperature, "field")
# create a display object
import display
display = display.Display()
import contourdisplay
import displaymethods
import color
funcOutput = outputClones.FunctionOutput.clone()
funcOutput.plugParameter(function, 'f')
contourdisp = display.add_method(
contourdisplay.FilledContourDisplay(outputClones.posOutput,
funcOutput))
contourdisp.set_param('levels', nlevels)
contourdisp.set_param('nbins', contourbins)
# contourdisp.set_param('colormap', color.SpectralMap(saturation=0.9))
if do_edges:
edgedisp = display.add_method(
displaymethods.EdgeDisplay(outputClones.posOutput))
edgedisp.set_param('width', 0.001)
edgedisp.set_param('color', color.Gray(0.5))
if do_contours:
cdisp = display.add_method(
contourdisplay.PlainContourDisplay(outputClones.posOutput,
funcOutput))
positionSum.plugInput(outputClones.posOutput)
thermalOutput = output.outputTypes['scalar field'].clone()
thermalOutput.plugParameter(temperature, "field")
rscl = outputClones.RescaleOutput.clone()
rscl.plugInput(thermalOutput)
rscl.plugParameter(0.0, "minimum")
rscl.plugParameter(0.95, "maximum")
# create a display object
import display
display = display.Display()
import displaymethods
import color
fill = display.add_method(
displaymethods.CenterFillDisplay(positionSum, rscl))
fill.set_param('colormap', color.HSVMap(saturation=0.9))
display.add_method(displaymethods.EdgeDisplay(positionSum))
display.add_method(displaymethods.EdgeDisplay(outputClones.posOutput))
# get an output device
import psoutput
device = psoutput.PSoutput(psfilename)
display.draw(mesh, device)
else:
for node in mesh.funcnode_iterator():
pos = node.position()
print displacement.value(mesh, node, 0), \
displacement.value(mesh, node, 1)
thermalOutput = outputClones.ScalarFieldOutput.clone()
thermalOutput.plugParameter(temperature, "field")
# create a display object
import display
display = display.Display()
import contourdisplay
import displaymethods
import color
funcOutput = outputClones.FunctionOutput.clone()
funcOutput.plugParameter(function, 'f')
contourdisp = display.add_method(
contourdisplay.FilledContourDisplay(outputClones.posOutput,
funcOutput))
contourdisp.set_param('levels', nlevels)
contourdisp.set_param('nbins', contourbins)
# contourdisp.set_param('colormap', color.SpectralMap(saturation=0.9))
if do_colors:
colordisp = display.add_method(
displaymethods.CenterFillDisplay(outputClones.posOutput,
outputClones.MaterialColorOutput))
colordisp.set_param('colormap', color.graymap)
if do_edges:
edgedisp = display.add_method(
displaymethods.EdgeDisplay(outputClones.posOutput))
edgedisp.set_param('width', 0.001)