Difference between revisions of "SimpleMotion V2"
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SimpleMotion V2 is open source and royalty free field bus for industrial devices, such as motor drives and I/O's. | SimpleMotion V2 is open source and royalty free field bus for industrial devices, such as motor drives and I/O's. | ||
SM V2 is a complete redesign of the original [[SimpleMotion library]]. The main goals have been increasing flexibility and performance while still preserving the simplicity of the [[Wikipedia:Application programming interface|API]]. | SM V2 is a complete redesign of the original [[SimpleMotion library]]. The main goals have been increasing flexibility and performance while still preserving the simplicity of the [[Wikipedia:Application programming interface|API]]. | ||
==Main features== | ==Main features== | ||
| + | [[File:Simplemotionv2 with safety.png|thumb|500px|SimpleMotion V2 bus with integrated hard-wired safety used in multiaxis drive system]] | ||
===Parameter communications=== | ===Parameter communications=== | ||
| − | SM V2 is based on parameter communications. This means that all commands are implemented as settable and readable numeric parameters. For example commanding axis target position could be done by setting parameter such as ''SMP_TARGET_REFERENCE'' to a desired value. | + | SM V2 is based on parameter communications. This means that all commands are implemented as settable and readable numeric parameters. For example commanding axis target position could be done by setting parameter such as ''SMP_TARGET_REFERENCE'' to a desired value. See also [[SimpleMotion motion control strategies]]. |
===Multidrop=== | ===Multidrop=== | ||
SM V2 is based on RS485 physical interface yielding ability to link multiple device nodes into a single data link. Each device in the bus has unique address making it possible to target the commands to specific axis. | SM V2 is based on RS485 physical interface yielding ability to link multiple device nodes into a single data link. Each device in the bus has unique address making it possible to target the commands to specific axis. | ||
===Buffered commands=== | ===Buffered commands=== | ||
| − | In addition to instantly executed commands, SM V2 supports buffered commands meaning that commands may sent as chunks of multiple commands that are later interpreted by devices at predefined pace. This makes it possible to implement multiaxis synchronous interpolation without requiring a real time [[controller]]. Ring buffer implementation allows running infinite length sequences of commands. | + | In addition to instantly executed commands, SM V2 supports buffered commands meaning that commands may sent as chunks of multiple commands that are later interpreted by devices at predefined pace. This makes it possible to implement multiaxis synchronous interpolation without requiring a real time [[controller]]. Ring buffer implementation allows running infinite length sequences of commands. See also [[SimpleMotion motion control strategies]]. |
===Performance=== | ===Performance=== | ||
Due to relatively high bitrate of RS485 bus and byte-efficient serial protocol, SM V2 performs very well in multiaxis real time & buffered applications. At default bit rate at least 6 axis continuously interpolated motion is possible. | Due to relatively high bitrate of RS485 bus and byte-efficient serial protocol, SM V2 performs very well in multiaxis real time & buffered applications. At default bit rate at least 6 axis continuously interpolated motion is possible. | ||
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==Library== | ==Library== | ||
| − | SM V2 applications may be implemented by using a SM V2 C-language open source library. By default the library compiles on Windows & Unix and should be easily portable to other patforms, such as microcontrollers. | + | SM V2 applications may be implemented by using a SM V2 C-language open source library. By default the library compiles on Windows & Unix with GNU GCC compiler and should be easily portable to other patforms, such as microcontrollers. The compiled library binary (DLL) may be used with virtually any programming tool (C#, VS, Labview etc). |
===Downloads=== | ===Downloads=== | ||
;Library source code | ;Library source code | ||
| − | + | For latest version, check out the ''develop'' branch. | |
| − | ; | + | {{dllink|https://github.com/GraniteDevices/SimpleMotionV2|SimpleMotion V2 at GitHub}} |
| − | [ | + | ;Qt example projects |
| − | + | *[https://github.com/GraniteDevices/SMV2Commander SMV2Commander on GitHub] | |
| − | [ | + | *[https://github.com/GraniteDevices/SimpleMotionV2Examples SMV2 Examples on GitHub] |
| + | See [[Installing Qt SDK from scratch]] for instructions how to use this project. | ||
;VisualStudio 2013 C++ example project | ;VisualStudio 2013 C++ example project | ||
| − | + | {{dlfile|SMV2VScppExample.zip|SMV2VScppExample.zip}} | |
| − | + | ||
| + | Notice: this package contains outdated SimpleMotion library. For actual projects, it's recommended to fetch latest SM library sources from GitHub. | ||
| + | |||
| + | VS project needs updating library and header file paths from project properties (Right click on VScppExample on ''Solution explorer'' pane and go to ''Configuration properties->VC++ Directories'' and change ''Include directories'' and ''Library directories'' to point your location of SimpleMotionV2dll_Release_2 (included in the zip). Also smv.dll must be copied in the same folder than project .exe file (I.e. in Debug or Release folder). | ||
==Documentation== | ==Documentation== | ||
* [[SimpleMotion V2 port]] | * [[SimpleMotion V2 port]] | ||
| − | * API | + | * [[SimpleMotion motion control strategies]] |
| + | * [[SimpleMotion V2 API documentation]] (under development) | ||
| + | * [[List of SimpleMotion parameters]] | ||
| + | |||
[[Category:Software]] | [[Category:Software]] | ||
[[Category:SimpleMotion]] | [[Category:SimpleMotion]] | ||
Latest revision as of 15:34, 19 December 2017
SimpleMotion V2 is open source and royalty free field bus for industrial devices, such as motor drives and I/O's.
SM V2 is a complete redesign of the original SimpleMotion library. The main goals have been increasing flexibility and performance while still preserving the simplicity of the API.
Contents
Main features[edit | edit source]
Parameter communications[edit | edit source]
SM V2 is based on parameter communications. This means that all commands are implemented as settable and readable numeric parameters. For example commanding axis target position could be done by setting parameter such as SMP_TARGET_REFERENCE to a desired value. See also SimpleMotion motion control strategies.
Multidrop[edit | edit source]
SM V2 is based on RS485 physical interface yielding ability to link multiple device nodes into a single data link. Each device in the bus has unique address making it possible to target the commands to specific axis.
Buffered commands[edit | edit source]
In addition to instantly executed commands, SM V2 supports buffered commands meaning that commands may sent as chunks of multiple commands that are later interpreted by devices at predefined pace. This makes it possible to implement multiaxis synchronous interpolation without requiring a real time controller. Ring buffer implementation allows running infinite length sequences of commands. See also SimpleMotion motion control strategies.
Performance[edit | edit source]
Due to relatively high bitrate of RS485 bus and byte-efficient serial protocol, SM V2 performs very well in multiaxis real time & buffered applications. At default bit rate at least 6 axis continuously interpolated motion is possible.
Safety[edit | edit source]
SM V2 physical bus incorporates a dedicated wire for emergency stopping switch. All devices in the same bus will perform safe torque off and braking once e-stop button is pressed.
Library[edit | edit source]
SM V2 applications may be implemented by using a SM V2 C-language open source library. By default the library compiles on Windows & Unix with GNU GCC compiler and should be easily portable to other patforms, such as microcontrollers. The compiled library binary (DLL) may be used with virtually any programming tool (C#, VS, Labview etc).
Downloads[edit | edit source]
- Library source code
For latest version, check out the develop branch.
SimpleMotion V2 at GitHub
- Qt example projects
See Installing Qt SDK from scratch for instructions how to use this project.
- VisualStudio 2013 C++ example project
Notice: this package contains outdated SimpleMotion library. For actual projects, it's recommended to fetch latest SM library sources from GitHub.
VS project needs updating library and header file paths from project properties (Right click on VScppExample on Solution explorer pane and go to Configuration properties->VC++ Directories and change Include directories and Library directories to point your location of SimpleMotionV2dll_Release_2 (included in the zip). Also smv.dll must be copied in the same folder than project .exe file (I.e. in Debug or Release folder).
