Language - Simulink - Revision history

Patrick at 15:39, 18 September 2017

2017-09-18T15:39:20Z

← Older revision		Revision as of 15:39, 18 September 2017
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	One method is to modify the Solver Options (under Simulation->Configuration Parameters->Solver). Changing the step size and stop time may slow down the simulation. Another method is to implement a user defined function that reduces the simulation speed until the system clock matches the Simulink clock.		One method is to modify the Solver Options (under Simulation->Configuration Parameters->Solver). Changing the step size and stop time may slow down the simulation. Another method is to implement a user defined function that reduces the simulation speed until the system clock matches the Simulink clock.

	The Phidget Simulink example uses the “Real Time Block” to simulate the model in approximate real time. ~~For more information about the “Real Time Block”, please see:~~		The Phidget Simulink example uses the “Real Time Block” to simulate the model in approximate real time.

	~~[http://www.mathworks.com/support/solutions/en/data/1-15JAW/ http://www.mathworks.com/support/solutions/en/data/1-15JAW/]~~

	To use the “Real Time Block”, place the following files in your MATLAB working directory: slblocks.m, rtc.mdl, waitforreal.m. These files can be extracted from the root directory and the Real Time directory of the Phidget Simulink example. Open up the Simulink Library Browser and select “Real Time Clock”. Place the Real Time Clock block onto your model.		To use the “Real Time Block”, place the following files in your MATLAB working directory: slblocks.m, rtc.mdl, waitforreal.m. These files can be extracted from the root directory and the Real Time directory of the Phidget Simulink example. Open up the Simulink Library Browser and select “Real Time Clock”. Place the Real Time Clock block onto your model.

Mparadis at 15:25, 7 June 2017

2017-06-07T15:25:48Z

← Older revision		Revision as of 15:25, 7 June 2017
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	{{QuickDownloads\|Simulink\|		{{QuickDownloads\|Simulink\|
	{{APIQuickDownloads\|{{SERVER}}/documentation/Phidget21_C_Doc.zip C}}\|		{{APIQuickDownloads\|{{SERVER}}/documentation/Phidget21_C_Doc.zip C}}\|
	{{ExampleQuickDownloads\|{{SERVER}}/downloads/examples/Simulink.zip Simulink\|}}		{{ExampleQuickDownloads\|{{SERVER}}/downloads/phidget21/examples/c/Simulink.zip Simulink\|}}
	{{ExampleQuickDownloads\|{{SERVER}}/downloads/examples/Matlab.zip MATLAB\| (needed for the library)}}\|		{{ExampleQuickDownloads\|{{SERVER}}/downloads/phidget21/examples/c/Matlab.zip MATLAB\| (needed for the library)}}\|
	{{WindowsQuickDownloads}}		{{WindowsQuickDownloads}}
	{{MacQuickDownloads}}		{{MacQuickDownloads}}
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	===Use Our Examples===		===Use Our Examples===

	Please start by downloading the [{{SERVER}}/downloads/examples/Simulink.zip Simulink examples] and [{{SERVER}}/downloads/examples/Matlab.zip MATLAB examples] and unpacking them into a folder. The Phidget examples were written using Simulink 6.1/MATLAB 7 in Windows XP. Other recent versions of Simulink should work as well and would be set up in a similar manner.		Please start by downloading the [{{SERVER}}/downloads/phidget21/examples/c/Simulink.zip Simulink examples] and [{{SERVER}}/downloads/phidget21/examples/c/Matlab.zip MATLAB examples] and unpacking them into a folder. The Phidget examples were written using Simulink 6.1/MATLAB 7 in Windows XP. Other recent versions of Simulink should work as well and would be set up in a similar manner.

	First, make sure that the '''{{Code\|phidget21Matlab.h}}''' file from the MATLAB examples is in your MATLAB path. This would be a good time to also add the path to the Simulink examples that you've unpacked. To add these folders to the Simulink path, choose "File → Set Path..." and add your folders:		First, make sure that the '''{{Code\|phidget21Matlab.h}}''' file from the MATLAB examples is in your MATLAB path. This would be a good time to also add the path to the Simulink examples that you've unpacked. To add these folders to the Simulink path, choose "File → Set Path..." and add your folders:

Mparadis: /* Legacy Documentation */

2016-03-16T16:50:10Z

Legacy Documentation

← Older revision		Revision as of 16:50, 16 March 2016
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	=='''Legacy Documentation'''==		=='''Legacy Documentation'''==
	~~Although we~~ no longer ~~offer~~ support ~~for~~ Simulink, ~~our old~~ documentation ~~is below~~.		<font color=red>We no longer officially support Simulink, as newer versions have been found to be incompatible with Phidgets libraries.</font>

			Below is the documentation for previously supported versions of Simulink.

	==Introduction==		==Introduction==

Burley at 16:08, 25 February 2014

2014-02-25T16:08:40Z

← Older revision		Revision as of 16:08, 25 February 2014
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	=='''Legacy Documentation'''==		=='''Legacy Documentation'''==
			Although we no longer offer support for Simulink, our old documentation is below.

	==Introduction==		==Introduction==

Burley: /* Legacy Documentation */

2014-02-25T16:07:58Z

Legacy Documentation

← Older revision		Revision as of 16:07, 25 February 2014
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	{{OSLang\|[[File:icon-Simulink.png\|64x64px]]\|Simulink support is no longer maintained by Phidgets}}		{{OSLang\|[[File:icon-Simulink.png\|64x64px]]\|Simulink support is no longer maintained by Phidgets}}

	==Legacy Documentation==		=='''Legacy Documentation'''==

	==Introduction==		==Introduction==

Burley at 16:07, 25 February 2014

2014-02-25T16:07:44Z

← Older revision		Revision as of 16:07, 25 February 2014
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	{{OSLang\|[[File:icon-Simulink.png\|64x64px]]\|Simulink support is no longer maintained by Phidgets}}		{{OSLang\|[[File:icon-Simulink.png\|64x64px]]\|Simulink support is no longer maintained by Phidgets}}

			==Legacy Documentation==
	==Introduction==		==Introduction==

Burley at 16:07, 25 February 2014

2014-02-25T16:07:00Z

← Older revision		Revision as of 16:07, 25 February 2014
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	[[Category:Language]]		[[Category:Language]]
	{{OSLang\|[[File:icon-Simulink.png\|64x64px]]\|Simulink is ~~a graphical plug-in program to [[Language - MATLAB\|MATLAB]].~~}}		{{OSLang\|[[File:icon-Simulink.png\|64x64px]]\|Simulink support is no longer maintained by Phidgets}}

	==Introduction==		==Introduction==

Cora at 19:10, 28 June 2012

2012-06-28T19:10:51Z

← Older revision		Revision as of 19:10, 28 June 2012
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	==Quick Downloads==		==Quick Downloads==
	{{QuickDownloads\|Simulink\|		{{QuickDownloads\|Simulink\|
	{{APIQuickDownloads\|~~http://www.phidgets.com~~/documentation/Phidget21_C_Doc.zip C}}\|		{{APIQuickDownloads\|{{SERVER}}/documentation/Phidget21_C_Doc.zip C}}\|
	{{ExampleQuickDownloads\|~~http://www.phidgets.com~~/downloads/examples/Simulink.zip Simulink\|}}		{{ExampleQuickDownloads\|{{SERVER}}/downloads/examples/Simulink.zip Simulink\|}}
	{{ExampleQuickDownloads\|~~http://www.phidgets.com~~/downloads/examples/Matlab.zip MATLAB\| (needed for the library)}}\|		{{ExampleQuickDownloads\|{{SERVER}}/downloads/examples/Matlab.zip MATLAB\| (needed for the library)}}\|
	{{WindowsQuickDownloads}}		{{WindowsQuickDownloads}}
	{{MacQuickDownloads}}		{{MacQuickDownloads}}
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	===Use Our Examples===		===Use Our Examples===

	Please start by downloading the [~~http://www.phidgets.com~~/downloads/examples/Simulink.zip Simulink examples] and [~~http://www.phidgets.com~~/downloads/examples/Matlab.zip MATLAB examples] and unpacking them into a folder. The Phidget examples were written using Simulink 6.1/MATLAB 7 in Windows XP. Other recent versions of Simulink should work as well and would be set up in a similar manner.		Please start by downloading the [{{SERVER}}/downloads/examples/Simulink.zip Simulink examples] and [{{SERVER}}/downloads/examples/Matlab.zip MATLAB examples] and unpacking them into a folder. The Phidget examples were written using Simulink 6.1/MATLAB 7 in Windows XP. Other recent versions of Simulink should work as well and would be set up in a similar manner.

	First, make sure that the '''{{Code\|phidget21Matlab.h}}''' file from the MATLAB examples is in your MATLAB path. This would be a good time to also add the path to the Simulink examples that you've unpacked. To add these folders to the Simulink path, choose "File → Set Path..." and add your folders:		First, make sure that the '''{{Code\|phidget21Matlab.h}}''' file from the MATLAB examples is in your MATLAB path. This would be a good time to also add the path to the Simulink examples that you've unpacked. To add these folders to the Simulink path, choose "File → Set Path..." and add your folders:
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	Your main reference for writing Simulink code will be our C++ API information (because Simulink calls our C library directly) with syntax for all of our functions:		Your main reference for writing Simulink code will be our C++ API information (because Simulink calls our C library directly) with syntax for all of our functions:

	{{UsingAPhidgetInCodeGeneral\|although only traditional non-event driven code is available in Simulink.\|[~~http://www.phidgets.com~~/documentation/Phidget21_C_Doc.zip C/C++ API]}}		{{UsingAPhidgetInCodeGeneral\|although only traditional non-event driven code is available in Simulink.\|[{{SERVER}}/documentation/Phidget21_C_Doc.zip C/C++ API]}}

	===Code Snippets===		===Code Snippets===

Cora: /* Follow The Examples */

2012-05-25T15:30:42Z

Follow The Examples

← Older revision		Revision as of 15:30, 25 May 2012
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	MATLAB Fcn blocks are the easiest blocks to use, but have limited features(i.e., only 1 input port). Level 1 S Functions blocks have more featues, but are more complicated to implement. Level 2 S Functions blocks are the most complex, but benefit in supporting the most features.		MATLAB Fcn blocks are the easiest blocks to use, but have limited features(i.e., only 1 input port). Level 1 S Functions blocks have more featues, but are more complicated to implement. Level 2 S Functions blocks are the most complex, but benefit in supporting the most features.

	Specific calls in ~~MATLAB~~ will differ in syntax from those on the [[General Phidget Programming]] page, but the concepts stay the same.		Specific calls in Simulink user blocks will differ in syntax from those on the [[General Phidget Programming]] page, but the concepts stay the same.

	It may help to have the [[General Phidget Programming]] page and this section open at the same time, because they parallel each other and you can refer to the MATLAB syntax. However, many additional concepts are covered on the General Phidget Programming page on a high level, such as using multiple Phidgets, handling errors, and different styles of programming.		It may help to have the [[General Phidget Programming]] page and this section open at the same time, because they parallel each other and you can refer to the MATLAB/Simulink syntax. However, many additional concepts are covered on the General Phidget Programming page on a high level, such as using multiple Phidgets, handling errors, and different styles of programming.

	You may also find it useful to refer to the code snippets main [[Language - MATLAB#Code Snippets\|MATLAB page]].		You may also find it useful to refer to the code snippets main [[Language - MATLAB#Code Snippets\|MATLAB page]].

Cora: /* Follow The Examples */

2012-05-25T15:30:01Z

Follow The Examples

← Older revision		Revision as of 15:30, 25 May 2012
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	[http://www.mathworks.com/support/solutions/en/data/1-15JAW/ http://www.mathworks.com/support/solutions/en/data/1-15JAW/]		[http://www.mathworks.com/support/solutions/en/data/1-15JAW/ http://www.mathworks.com/support/solutions/en/data/1-15JAW/]

	To use the “Real Time Block”, place the following files in your MATLAB working directory: slblocks.m, rtc.mdl, waitforreal.m. These files can be extracted from the root directory and the Real Time directory of the Phidget Simulink example.		To use the “Real Time Block”, place the following files in your MATLAB working directory: slblocks.m, rtc.mdl, waitforreal.m. These files can be extracted from the root directory and the Real Time directory of the Phidget Simulink example. Open up the Simulink Library Browser and select “Real Time Clock”. Place the Real Time Clock block onto your model.

	~~Open up the Simulink Library Browser and select “Real Time Clock”. Place the Real Time Clock block onto your model.~~		For applications where accurate real time simuation is needed, xPC Target can be used. Please note that the simulation speed of these methods may differ depending on the CPU speed, complexity of the model, the amount of text being displayed in the MATLAB console, etc....

	For applications where accurate real time simuation is needed, xPC Target can be used.

	Please note that the simulation speed of these methods may differ depending on the CPU speed, complexity of the model, the amount of text being displayed in the MATLAB console, etc....

	{{MoreHowTos}}		{{MoreHowTos}}