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September 8, 2013 update
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‎INSTALL‎

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@@ -9,11 +9,11 @@ If you have any issues with installation, please contact Devsim LLC through the
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https://github.com/devsim/devsim/issues
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There are the required dependencies for ubuntu 12.04.
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sudo apt-get install cmake git python2.7-dev g++ gcc gfortran make tcl8.5 tcl8.5-dev tcl-dev tclthread python2.7 python2.7-dev flex bison sqlite3 libsqlite3-dev zlib1g-dev libsqlite3-tcl cgns-convert libcgns-dev libcgns2
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sudo apt-get install cmake git python2.7-dev g++ gcc gfortran make tcl8.5 tcl8.5-dev tcl-dev tclthread python2.7 python2.7-dev flex bison sqlite3 libsqlite3-dev zlib1g-dev libsqlite3-tcl cgns-convert libcgns-dev libcgns2 python-numpy
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Similar dependencies are required for Redhat 6.4.
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Note that tcl-dev package must be specified explicitly so that libtclstub.a is a symlink to tcl8.5-dev. Then SYMDIFF will compile properly.
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Note that tcl-dev package must be specified explicitly so that libtclstub.a is a symlink to tcl8.5-dev. Then SYMDIFF will compile properly. The "python-numpy" package is required for laux1.py test.
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For Mac OS X, the developer tools should be installed (Xcode 3.2.6), these contain all the necessary libraries. The math libraries are from the Apple Accelerate Framework. Note that a FORTRAN compiler is not required.
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https://developer.apple.com/technologies/tools

‎doc/devsim.pdf‎

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‎examples/diode/gmsh_diode3d.py‎

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write_devices(file="gmsh_diode3d_dd.dat", type="tecplot")
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#element_from_node_model(node_model="node_index", device=device, region=region)
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#en0 = map(lambda x : int(x), get_element_model_values(name="node_index@en0", device=device, region=region))
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#en1 = map(lambda x : int(x), get_element_model_values(name="node_index@en1", device=device, region=region))
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#en2 = map(lambda x : int(x), get_element_model_values(name="node_index@en2", device=device, region=region))
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#en3 = map(lambda x : int(x), get_element_model_values(name="node_index@en3", device=device, region=region))
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#for i in range(len(en0)):
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# print "%d %d %d %d" % (en0[i], en1[i], en2[i], en3[i])
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‎examples/mobility/gmsh_mos2d_kla.py‎

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from ds import *
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from python_packages.simple_physics import *
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from python_packages.ramp import *
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from Klaassen import *
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from mos_physics import *
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from python_packages.Klaassen import *
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from python_packages.mos_physics import *
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# TODO: write out mesh, and then read back in as separate test
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device = "mos2d"

‎goldenresults/osx_10.6.8_x86_64/examples/bioapp1/bioapp1_2d_7.0.dat‎

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‎goldenresults/osx_10.6.8_x86_64/examples/bioapp1/bioapp1_3d_7.0.dat‎

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‎goldenresults/osx_10.6.8_x86_64/examples/capacitance/cap2d.dat‎

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‎goldenresults/osx_10.6.8_x86_64/examples/genius/pn2d.msh‎

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BUILTIN
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end_edge_model
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begin_edge_model "edge_index"
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BUILTIN
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end_edge_model
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begin_edge_model "unitx"
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BUILTIN
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end_edge_model

‎goldenresults/osx_10.6.8_x86_64/testing/dio2.out‎

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Equation: "ElectronContinuityEquation" RelError: 4.42416e+00 AbsError: 4.87234e+20
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 4.63654e+20
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Equation: "PotentialEquation" RelError: 1.10615e+00 AbsError: 1.52691e-01
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Iteration: 5
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Device: "MyDevice" RelError: 1.00149e+03 AbsError: 5.13437e+20
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Region: "MyRegion" RelError: 1.00149e+03 AbsError: 5.13437e+20
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Equation: "ElectronContinuityEquation" RelError: 1.91291e+00 AbsError: 2.74717e+20
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 2.38720e+20
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Equation: "PotentialEquation" RelError: 5.77648e-01 AbsError: 1.52267e-01
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Iteration: 6
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Device: "MyDevice" RelError: 1.99832e+03 AbsError: 5.14459e+20
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Region: "MyRegion" RelError: 1.99832e+03 AbsError: 5.14459e+20
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 2.57108e+20
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 2.57351e+20
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Equation: "PotentialEquation" RelError: 3.17056e-01 AbsError: 1.51838e-01
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Iteration: 7
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Device: "MyDevice" RelError: 1.99832e+03 AbsError: 7.79539e+19
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 2.25020e+19
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 5.54519e+19
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Equation: "PotentialEquation" RelError: 3.24818e-01 AbsError: 1.58378e-01
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Iteration: 8
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Device: "MyDevice" RelError: 1.99823e+03 AbsError: 9.65869e+19
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 4.11446e+19
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 5.54423e+19
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Equation: "PotentialEquation" RelError: 2.31644e-01 AbsError: 1.57140e-01
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Iteration: 9
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Device: "MyDevice" RelError: 1.99819e+03 AbsError: 4.31157e+19
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Region: "MyRegion" RelError: 1.99819e+03 AbsError: 4.31157e+19
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 1.65783e+19
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 2.65374e+19
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Equation: "PotentialEquation" RelError: 1.93775e-01 AbsError: 1.52878e-01
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Iteration: 10
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Device: "MyDevice" RelError: 3.84126e+01 AbsError: 2.13554e+20
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Equation: "ElectronContinuityEquation" RelError: 6.70960e+00 AbsError: 1.18030e+20
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Equation: "HoleContinuityEquation" RelError: 3.15421e+01 AbsError: 9.55241e+19
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Equation: "PotentialEquation" RelError: 1.60937e-01 AbsError: 1.50972e-01
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Iteration: 11
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Device: "MyDevice" RelError: 1.99817e+03 AbsError: 3.11046e+20
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 1.33861e+20
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 1.77186e+20
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Equation: "PotentialEquation" RelError: 1.67965e-01 AbsError: 1.49597e-01
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Iteration: 12
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Device: "MyDevice" RelError: 1.99814e+03 AbsError: 1.80991e+20
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Region: "MyRegion" RelError: 1.99814e+03 AbsError: 1.80991e+20
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 6.61909e+19
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 1.14800e+20
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Equation: "PotentialEquation" RelError: 1.39777e-01 AbsError: 1.49128e-01
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Iteration: 13
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Device: "MyDevice" RelError: 1.99813e+03 AbsError: 2.14262e+20
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 1.07577e+20
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 1.06684e+20
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Equation: "PotentialEquation" RelError: 1.31021e-01 AbsError: 1.48653e-01
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Device: "MyDevice" RelError: 1.99815e+03 AbsError: 7.75610e+19
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 3.64586e+19
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 4.11024e+19
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Equation: "PotentialEquation" RelError: 1.46382e-01 AbsError: 1.48171e-01
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Iteration: 15
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Device: "MyDevice" RelError: 1.99811e+03 AbsError: 6.68491e+19
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Region: "MyRegion" RelError: 1.99811e+03 AbsError: 6.68491e+19
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 2.57878e+19
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 4.10613e+19
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Equation: "PotentialEquation" RelError: 1.05250e-01 AbsError: 1.47680e-01
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Device: "MyDevice" RelError: 1.99811e+03 AbsError: 8.18448e+19
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Region: "MyRegion" RelError: 1.99811e+03 AbsError: 8.18448e+19
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 4.22205e+19
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 3.96242e+19
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Equation: "PotentialEquation" RelError: 1.05551e-01 AbsError: 1.47182e-01
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Device: "MyDevice" RelError: 4.47765e+00 AbsError: 1.48157e+20
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Equation: "ElectronContinuityEquation" RelError: 3.36959e+00 AbsError: 7.36956e+19
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Equation: "HoleContinuityEquation" RelError: 9.99999e-01 AbsError: 7.44615e+19
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Equation: "PotentialEquation" RelError: 1.08052e-01 AbsError: 1.48884e-01
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Device: "MyDevice" RelError: 1.99808e+03 AbsError: 1.37318e+20
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Region: "MyRegion" RelError: 1.99808e+03 AbsError: 1.37318e+20
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 6.67234e+19
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 7.05944e+19
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Equation: "PotentialEquation" RelError: 7.84721e-02 AbsError: 1.46162e-01
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Device: "MyDevice" RelError: 1.99807e+03 AbsError: 2.83152e+19
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Region: "MyRegion" RelError: 1.99807e+03 AbsError: 2.83152e+19
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 1.26721e+19
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 1.56430e+19
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Equation: "PotentialEquation" RelError: 7.45544e-02 AbsError: 1.45639e-01
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Device: "MyDevice" RelError: 1.99808e+03 AbsError: 1.57411e+20
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 8.71172e+19
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 7.02940e+19
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Equation: "PotentialEquation" RelError: 8.26912e-02 AbsError: 1.45108e-01
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Device: "MyDevice" RelError: 1.99806e+03 AbsError: 1.51524e+20
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Region: "MyRegion" RelError: 1.99806e+03 AbsError: 1.51524e+20
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 8.62835e+19
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 6.52404e+19
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Equation: "PotentialEquation" RelError: 5.85044e-02 AbsError: 1.44567e-01
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Device: "MyDevice" RelError: 1.99808e+03 AbsError: 4.08578e+19
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 2.32343e+19
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 1.76235e+19
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Equation: "PotentialEquation" RelError: 7.58775e-02 AbsError: 1.44017e-01
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Device: "MyDevice" RelError: 1.99807e+03 AbsError: 1.01190e+20
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 5.57485e+19
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 4.54417e+19
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Equation: "PotentialEquation" RelError: 6.52856e-02 AbsError: 1.43457e-01
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Iteration: 24
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Device: "MyDevice" RelError: 1.99805e+03 AbsError: 1.00425e+20
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Region: "MyRegion" RelError: 1.99805e+03 AbsError: 1.00425e+20
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 5.56936e+19
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 4.47311e+19
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Equation: "PotentialEquation" RelError: 5.26268e-02 AbsError: 1.42887e-01
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Iteration: 25
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Device: "MyDevice" RelError: 1.99805e+03 AbsError: 1.40615e+20
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Region: "MyRegion" RelError: 1.99805e+03 AbsError: 1.40615e+20
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 6.46391e+19
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 7.59758e+19
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Equation: "PotentialEquation" RelError: 5.36394e-02 AbsError: 1.42306e-01
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Iteration: 26
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Device: "MyDevice" RelError: 1.99805e+03 AbsError: 1.37464e+20
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Region: "MyRegion" RelError: 1.99805e+03 AbsError: 1.37464e+20
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 6.15609e+19
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 7.59034e+19
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Equation: "PotentialEquation" RelError: 5.04583e-02 AbsError: 1.41714e-01
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Iteration: 27
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Device: "MyDevice" RelError: 1.99804e+03 AbsError: 5.04986e+19
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Region: "MyRegion" RelError: 1.99804e+03 AbsError: 5.04986e+19
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 2.46127e+19
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 2.58859e+19
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Equation: "PotentialEquation" RelError: 4.15407e-02 AbsError: 1.41112e-01
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Iteration: 28
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Device: "MyDevice" RelError: 1.99805e+03 AbsError: 6.20231e+19
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Region: "MyRegion" RelError: 1.99805e+03 AbsError: 6.20231e+19
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 2.62497e+19
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 3.57734e+19
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Equation: "PotentialEquation" RelError: 4.60557e-02 AbsError: 1.40497e-01
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Iteration: 29
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Device: "MyDevice" RelError: 1.99804e+03 AbsError: 5.51833e+19
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Region: "MyRegion" RelError: 1.99804e+03 AbsError: 5.51833e+19
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Equation: "ElectronContinuityEquation" RelError: 9.99000e+02 AbsError: 2.15349e+19
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Equation: "HoleContinuityEquation" RelError: 9.99000e+02 AbsError: 3.36484e+19
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Equation: "PotentialEquation" RelError: 3.81012e-02 AbsError: 1.39870e-01
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Convergence failure!
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Region "MyRegion" on device "MyDevice" has equations 0:134

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