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Published by tcaduser almost 4 years ago
https://devsim.org
Version: v1.4.13
Id | OS | Arch |
---|---|---|
devsim_linux_v1.4.13 |
Linux |
x86_64 (64 bit) |
devsim_macos_v1.4.13 |
macOS High Sierra, Mojave |
x86_64 (64 bit) |
devsim_win64_v1.4.13 |
Microsoft Windows 10 |
x64 (64 bit) |
devsim_msys_v1.4.13 |
Microsoft Windows 10 |
x64 (64 bit) |
Please see CHANGES.md file in the distribution for more information.
Notes are available in these files:
linux.txt
windows.txt
macos.txt
This software requires a working installation of Python 3 (3.6 or higher).
For macOS, Linux, and Microsoft Windows, the recommended distributions are the following.
Anaconda contains many scientific software packages and is available from:
https://continuum.io/downloads.
Miniconda is a much smaller download and is available from:
https://conda.io/miniconda.html
The releases are built against the Intel Math Kernel Library. These libraries are available through Anaconda or Miniconda using the following commands:
conda install mkl numpy
Published by tcaduser about 4 years ago
Published by tcaduser about 4 years ago
https://devsim.org
Version: v1.4.12
Id | OS | Arch |
---|---|---|
devsim_linux_v1.4.12 |
Linux |
x86_64 (64 bit) |
devsim_macos_v1.4.12 |
macOS High Sierra, Mojave |
x86_64 (64 bit) |
devsim_win64_v1.4.12 |
Microsoft Windows 10 |
x64 (64 bit) |
devsim_win32_v1.4.12 |
Microsoft Windows 10 |
x86 (32 bit) |
devsim_msys_v1.4.12 |
Microsoft Windows 10 |
x64 (64 bit) |
Element assembly for calculation of current and charges from the device into the circuit equation are fixed. These tests are added:
testing/cap_2d_edge.py
testing/cap_2d_element.py
testing/cap_3d_edge.py
testing/cap_3d_element.py
The edge
variant is using standard edge based assembly, and the element
variant is using element-based assembly.
The platform specific notes now clarify that any version of Python 3 (3.6 or higher) is supported.
linux.txt
windows.txt
macos.txt
Notes are available in these files:
linux.txt
windows.txt
macos.txt
This software requires a working installation of Python 3 (3.6 or higher).
For macOS, Linux, and Microsoft Windows, the recommended distributions are the following.
Anaconda contains many scientific software packages and is available from:
https://continuum.io/downloads.
Miniconda is a much smaller download and is available from:
https://conda.io/miniconda.html
The releases are built against the Intel Math Kernel Library. These libraries are available through Anaconda or Miniconda using the following commands:
conda install mkl numpy
Published by tcaduser about 4 years ago
Published by tcaduser about 4 years ago
Element assembly for calculation of current and charges from the device into the circuit equation are fixed. These tests are added:
testing/cap_2d_edge.py
testing/cap_2d_element.py
testing/cap_3d_edge.py
testing/cap_3d_element.py
The edge
variant is using standard edge based assembly, and the element
variant is using element-based assembly.
Published by tcaduser over 4 years ago
https://devsim.org
Version: v1.4.11
Id | OS | Arch |
---|---|---|
devsim_linux_v1.4.11 |
Linux |
x86_64 (64 bit) |
devsim_macos_v1.4.11 |
macOS High Sierra, Mojave |
x86_64 (64 bit) |
devsim_win64_v1.4.11 |
Microsoft Windows 10 |
x64 (64 bit) |
devsim_win32_v1.4.11 |
Microsoft Windows 10 |
x86 (32 bit) |
devsim_msys_v1.4.11 |
Microsoft Windows 10 |
x64 (64 bit) |
The element_pair_from_edge_model
is available to calculate element edge components averaged onto each node of the element edge. This makes it possible to create an edge weighting scheme different from those used in element_from_edge_model
.
Fixed issue where command option names where not always shown in the documentation.
The platform specific notes now clarify that any version of Python 3 (3.6 or higher) is supported.
linux.txt
windows.txt
macos.txt
Notes are available in these files:
linux.txt
windows.txt
macos.txt
This software requires a working installation of Python 3 (3.6 or higher).
For macOS, Linux, and Microsoft Windows, the recommended distributions are the following.
Anaconda contains many scientific software packages and is available from:
https://www.anaconda.com/products/individual#Downloads
Miniconda is a much smaller download and is available from:
https://conda.io/miniconda.html
The releases are built against the Intel Math Kernel Library. These libraries are available through Anaconda or Miniconda using the following commands:
conda install mkl numpy
Published by tcaduser over 4 years ago
https://devsim.org
Version: v1.4.10
Id | OS | Arch |
---|---|---|
devsim_linux_v1.4.10 |
Linux |
x86_64 (64 bit) |
devsim_macos_v1.4.10 |
macOS High Sierra, Mojave |
x86_64 (64 bit) |
devsim_win64_v1.4.10 |
Microsoft Windows 10 |
x64 (64 bit) |
devsim_win32_v1.4.10 |
Microsoft Windows 10 |
x86 (32 bit) |
devsim_msys_v1.4.10 |
Microsoft Windows 10 |
x64 (64 bit) |
Fixed crash when evaluating element edge model in 3D.
Fixed potential error using delete_node_model
and similar deletion commands.
Notes are available in these files:
linux.txt
windows.txt
macos.txt
This software requires a working installation of:
The following versions of Python are supported in the binary releases:
For macOS, Linux, and Microsoft Windows, the recommended distributions are the following.
Anaconda contains many scientific software packages and is available from:
https://continuum.io/downloads.
Miniconda is a much smaller download and is available from:
https://conda.io/miniconda.html
The releases are built against the Intel Math Kernel Library. These libraries are available through Anaconda or Miniconda using the following commands:
conda install mkl numpy
Published by tcaduser over 4 years ago
Published by tcaduser over 4 years ago
Published by tcaduser over 4 years ago
fix fatal error using model deletion commands
Published by tcaduser over 4 years ago
Fixes crash in 3d Element Model evaluation
Published by tcaduser over 4 years ago
https://devsim.org
Version: v1.4.9
Id | OS | Arch |
---|---|---|
devsim_linux_v1.4.9 |
Linux |
x86_64 (64 bit) |
devsim_macos_v1.4.9 |
macOS High Sierra, Mojave |
x86_64 (64 bit) |
devsim_win64_v1.4.9 |
Microsoft Windows 10 |
x64 (64 bit) |
devsim_win32_v1.4.9 |
Microsoft Windows 10 |
x86 (32 bit) |
devsim_msys_v1.4.9 |
Microsoft Windows 10 |
x64 (64 bit) |
Support for loading mesh files containing element edge data.
Notes are available in these files:
linux.txt
windows.txt
macos.txt
This software requires a working installation of:
The following versions of Python are supported in the binary releases:
For macOS, Linux, and Microsoft Windows, the recommended distributions are the following.
Anaconda contains many scientific software packages and is available from:
https://continuum.io/downloads.
Miniconda is a much smaller download and is available from:
https://conda.io/miniconda.html
The releases are built against the Intel Math Kernel Library. These libraries are available through Anaconda or Miniconda using the following commands:
conda install mkl numpy
Published by tcaduser over 4 years ago
Published by tcaduser over 4 years ago
https://devsim.org
Version: v1.4.8
Id | OS | Arch |
---|---|---|
devsim_linux_v1.4.8 |
Linux |
x86_64 (64 bit) |
devsim_macos_v1.4.8 |
macOS High Sierra, Mojave |
x86_64 (64 bit) |
devsim_win64_v1.4.8 |
Microsoft Windows 10 |
x64 (64 bit) |
devsim_win32_v1.4.8 |
Microsoft Windows 10 |
x86 (32 bit) |
devsim_msys_v1.4.8 |
Microsoft Windows 10 |
x64 (64 bit) |
In transient mode, the convergence test was flawed so that the charge_error
was the only convergence check required for convergence. The software now ensures all convergence criteria are met.
Notes are available in these files:
linux.txt
windows.txt
macos.txt
This software requires a working installation of:
The following versions of Python are supported in the binary releases:
For macOS, Linux, and Microsoft Windows, the recommended distributions are the following.
Anaconda contains many scientific software packages and is available from:
https://continuum.io/downloads.
Miniconda is a much smaller download and is available from:
https://conda.io/miniconda.html
The releases are built against the Intel Math Kernel Library. These libraries are available through Anaconda or Miniconda using the following commands:
conda install mkl numpy
Published by tcaduser over 4 years ago
Published by tcaduser over 4 years ago
https://devsim.org
Version: v1.4.7
Id | OS | Arch |
---|---|---|
devsim_linux_v1.4.7 |
Linux |
x86_64 (64 bit) |
devsim_macos_v1.4.7 |
macOS High Sierra, Mojave |
x86_64 (64 bit) |
devsim_win64_v1.4.7 |
Microsoft Windows 10 |
x64 (64 bit) |
devsim_win32_v1.4.7 |
Microsoft Windows 10 |
x86 (32 bit) |
devsim_msys_v1.4.7 |
Microsoft Windows 10 |
x64 (64 bit) |
In the simple physics models, the sign for time-derivative terms was wrong for the electron and hole continuity equations. This affects small-signal and noise simulations. The example at examples/diode/ssac_diode.py
was updated to reflect the change.
Fix build script issue for macOS on Travis CI, updated the compiler to g++-9
.
Update Centos 6 build from devtoolset-6
to devtoolset-8
.
Notes are available in these files:
linux.txt
windows.txt
macos.txt
This software requires a working installation of:
The following versions of Python are supported in the binary releases:
For macOS, Linux, and Microsoft Windows, the recommended distributions are the following.
Anaconda contains many scientific software packages and is available from:
https://continuum.io/downloads.
Miniconda is a much smaller download and is available from:
https://conda.io/miniconda.html
The releases are built against the Intel Math Kernel Library. These libraries are available through Anaconda or Miniconda using the following commands:
conda install mkl numpy
Published by tcaduser almost 5 years ago
https://devsim.org
Version: v1.4.6
Id | OS | Arch |
---|---|---|
devsim_linux_v1.4.6 |
Linux |
x86_64 (64 bit) |
devsim_macos_v1.4.6 |
macOS High Sierra, Mojave |
x86_64 (64 bit) |
devsim_win64_v1.4.6 |
Microsoft Windows 10 |
x64 (64 bit) |
devsim_win32_v1.4.6 |
Microsoft Windows 10 |
x86 (32 bit) |
devsim_msys_v1.4.6 |
Microsoft Windows 10 |
x64 (64 bit) |
Parameter info
can be queried for getting version information. The file testing/info.py
contains an example.
python info.py
{'copyright': 'Copyright © 2009-2020 DEVSIM LLC', 'direct_solver': 'mkl_pardiso', 'extended_precision': True, 'license': 'Apache License, Version 2.0', 'version': '1.4.6', 'website': 'https://devsim.org'}
The example examples/diode/gmsh_diode3d_float128.py
provides an example where extended precision is enabled.
The Python scripts in the examples
and testing
directories have been reformatted to be more consistent with language standards.
Microsoft Windows 10 is supported and is now compiled using Microsoft Visual Studio 2019.
Microsoft Windows 7 is no longer supported, as Microsoft has dropped support as of January 14, 2020.
Support for reading meshes from Genius Device Simulator has been completely removed from DEVSIM.
Notes are available in these files:
linux.txt
windows.txt
macos.txt
This software requires a working installation of:
The following versions of Python are supported in the binary releases:
For macOS, Linux, and Microsoft Windows, the recommended distributions are the following.
Anaconda contains many scientific software packages and is available from:
https://continuum.io/downloads.
Miniconda is a much smaller download and is available from:
https://conda.io/miniconda.html
The releases are built against the Intel Math Kernel Library. These libraries are available through Anaconda or Miniconda using the following commands:
conda install mkl numpy
Published by tcaduser almost 5 years ago
https://devsim.org
Version: v1.4.5
Id | OS | Arch |
---|---|---|
devsim_linux_v1.4.5 |
Linux |
x86_64 (64 bit) |
devsim_macos_v1.4.5 |
macOS High Sierra, Mojave |
x86_64 (64 bit) |
devsim_win64_v1.4.5 |
Microsoft Windows 7, 10 |
x64 (64 bit) |
devsim_win32_v1.4.5 |
Microsoft Windows 7, 10 |
x86 (32 bit) |
devsim_msys_v1.4.5 |
Microsoft Windows 7, 10 |
x64 (64 bit) |
devsim_msys_v1.4.5
, enables the use of the 128-bit floating point precision already available on the macOS and Linux platforms.Notes are available in these files:
linux.txt
windows.txt
macos.txt
This software requires a working installation of:
The following versions of Python are supported in the binary releases:
For macOS, Linux, and Microsoft Windows, the recommended distributions are the following.
Anaconda contains many scientific software packages and is available from:
https://continuum.io/downloads.
Miniconda is a much smaller download and is available from:
https://conda.io/miniconda.html
The releases are built against the Intel Math Kernel Library. These libraries are available through Anaconda or Miniconda using the following commands:
conda install mkl numpy
Published by tcaduser almost 5 years ago
https://devsim.org
Version: v1.4.4
Id | OS | Arch |
---|---|---|
devsim_linux_v1.4.4 |
Linux |
x86_64 (64 bit) |
devsim_macos_v1.4.4 |
macOS High Sierra, Mojave |
x86_64 (64 bit) |
devsim_win64_v1.4.4 |
Microsoft Windows 7, 10 |
x64 (64 bit) |
devsim_win32_v1.4.4 |
Microsoft Windows 7, 10 |
x86 (32 bit) |
Notes are available in these files:
linux.txt
windows.txt
macos.txt
This software requires a working installation of:
The following versions of Python are supported in the binary releases:
For macOS, Linux, and Microsoft Windows, the recommended distributions are the following.
Anaconda contains many scientific software packages and is available from:
https://continuum.io/downloads.
Miniconda is a much smaller download and is available from:
https://conda.io/miniconda.html
The releases are built against the Intel Math Kernel Library. These libraries are available through Anaconda or Miniconda using the following commands:
conda install mkl numpy
Published by tcaduser almost 5 years ago
https://devsim.org
Version: v1.4.3
Id | OS | Arch |
---|---|---|
devsim_linux_v1.4.3 |
Linux |
x86_64 (64 bit) |
devsim_macos_v1.4.3 |
macOS High Sierra, Mojave |
x86_64 (64 bit) |
devsim_win64_v1.4.3 |
Microsoft Windows 7, 10 |
x64 (64 bit) |
devsim_win32_v1.4.3 |
Microsoft Windows 7, 10 |
x86 (32 bit) |
Notes are available in these files:
linux.txt
windows.txt
macos.txt
This software requires a working installation of:
The following versions of Python are supported in the binary releases:
For macOS, Linux, and Microsoft Windows, the recommended distributions are the following.
Anaconda contains many scientific software packages and is available from:
https://continuum.io/downloads.
Miniconda is a much smaller download and is available from:
https://conda.io/miniconda.html
The releases are built against the Intel Math Kernel Library. These libraries are available through Anaconda or Miniconda using the following commands:
conda install mkl numpy