03-15-2023, 05:50 PM
Maplesoft MapleSim 2023 (x64)
![[Image: 2aOmVGwo_o.png]](https://images2.imgbox.com/dd/61/2aOmVGwo_o.png)
Description
The MapleSim™ Connector for LabVIEW® and NI VeriStand™ Software provides all of the tools you need to prepare and export your dynamic systems models to National Instruments™ (NI) LabVIEW as External Model Interface (EMI) or Simulation Interface Toolkit (SIT) blocks, or as models for NI VeriStand™. You can create a model in MapleSim, simplify it in Maple™ by using an extensive range of analytical tools, and then generate virtual instruments (VIs) that you can incorporate into your LabVIEW or NI VeriStand toolchain.
You can also use these tools for exporting mathematical models that you have created from first principles in Maple as VIs.
Furthermore, various options allow you to use the C code generation feature in Maple to create code libraries of your MapleSim models for implementation in other applications.
Features include
-Maple templates, which provide an intuitive user interface for optimizing your MapleSim model, and then generate a dynamic-link library (.dll) file for LabVIEW or NI VeriStand.
-A range of examples illustrating how to prepare and export your models.
-Commands for developing VIs of mathematical models from first principles in the Maple environment and examples to illustrate how to do it.
-Access to commands in the LabVIEWConnector package in Maple for developing dynamic-link library (.dll) files for LabVIEW or NI VeriStand.
System requirements
OS:Red Hat Enterprise Linux 7, 8/SUSE Linux Enterprise Desktop 15/Ubuntu 20.04 LTS, 21.10
CPU:1 gigahertz (GHz) or faster 64-bit (x64)
Memory:4 GB
Space:4 GB
Maplesoft MapleSim 2023 (x64) (640.24 MB)
Turbobit Link(s)
NitroFlare Link(s)
RapidGator Link(s)
Description
The MapleSim™ Connector for LabVIEW® and NI VeriStand™ Software provides all of the tools you need to prepare and export your dynamic systems models to National Instruments™ (NI) LabVIEW as External Model Interface (EMI) or Simulation Interface Toolkit (SIT) blocks, or as models for NI VeriStand™. You can create a model in MapleSim, simplify it in Maple™ by using an extensive range of analytical tools, and then generate virtual instruments (VIs) that you can incorporate into your LabVIEW or NI VeriStand toolchain.
You can also use these tools for exporting mathematical models that you have created from first principles in Maple as VIs.
Furthermore, various options allow you to use the C code generation feature in Maple to create code libraries of your MapleSim models for implementation in other applications.
Features include
-Maple templates, which provide an intuitive user interface for optimizing your MapleSim model, and then generate a dynamic-link library (.dll) file for LabVIEW or NI VeriStand.
-A range of examples illustrating how to prepare and export your models.
-Commands for developing VIs of mathematical models from first principles in the Maple environment and examples to illustrate how to do it.
-Access to commands in the LabVIEWConnector package in Maple for developing dynamic-link library (.dll) files for LabVIEW or NI VeriStand.
System requirements
OS:Red Hat Enterprise Linux 7, 8/SUSE Linux Enterprise Desktop 15/Ubuntu 20.04 LTS, 21.10
CPU:1 gigahertz (GHz) or faster 64-bit (x64)
Memory:4 GB
Space:4 GB
Maplesoft MapleSim 2023 (x64) (640.24 MB)
Turbobit Link(s)
NitroFlare Link(s)
RapidGator Link(s)
![[Image: signature.png]](https://softwarez.info/images/avsg/signature.png)
