Matlab tools: Difference between revisions
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The following two tools are very useful when creating figures for scientific publications. They give you full control on figure size, margins, font, font size, etc, etc. | The following two tools are very useful when creating figures for scientific publications. They give you full control on figure size, margins, font, font size, etc, etc. | ||
[[Figure Print Preparation Tool]] | * [[Figure Print Preparation Tool]] (setplot.m) | ||
[[Figure Saving Tool (PDF and EPS)]] | * [[Figure Saving Tool (PDF and EPS)]] (saver.m) | ||
Tool to set the position and size of figures on your screen. Usefull when you want to position figures side by side every time you run your m-file. | Tool to set the position and size of figures on your screen. Usefull when you want to position figures side by side every time you run your m-file. | ||
[[Figure Positioning Tool]] | * [[Figure Positioning Tool]] (pos.m) | ||
Tools to make nice Bode and Nyquist plots for articles and reports | |||
[[Frequency Response Function Plotting]] | * [[Frequency Response Function Plotting]] (frf.m) | ||
* [[Nyquist plot, with only positive frequencies and 6dB circle around -1 point ]] (nyquist2.m) | |||
Mass-spring-damper models (arbitrary number of masses) | |||
* [[Mass-spring-damper models]] (mkdsys.m) | |||
ShapeIt - Loopshaping Controller Design Tool | |||
* [[Home of ShapeIt]] | |||
=== Simulink === | === Simulink === | ||
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Discrete time controller blocks, on the Matlab command prompt use make.m to mex the c-files first. Command "dctools" will open a template model with the controller filters. Drag and drop them from the template model to your own model. The discrete-time implementation of the blocks has been based on "Tustin-with-prewarping". The prewarping frequency has been chosen with respect to the respective block function, e.g. for a pure notch filter the prewarping frequency is equal to the notch frequency. | Discrete time controller blocks, on the Matlab command prompt use make.m to mex the c-files first. Command "dctools" will open a template model with the controller filters. Drag and drop them from the template model to your own model. The discrete-time implementation of the blocks has been based on "Tustin-with-prewarping". The prewarping frequency has been chosen with respect to the respective block function, e.g. for a pure notch filter the prewarping frequency is equal to the notch frequency. | ||
[[File:Dctools.zip]] | * [[File:Dctools.zip]] | ||
Good old single axis 3rd order reference generator of René van de Molengraft. | |||
* [[Ref3]] | |||
Latest revision as of 12:45, 11 March 2014
Matlab
The following two tools are very useful when creating figures for scientific publications. They give you full control on figure size, margins, font, font size, etc, etc.
- Figure Print Preparation Tool (setplot.m)
- Figure Saving Tool (PDF and EPS) (saver.m)
Tool to set the position and size of figures on your screen. Usefull when you want to position figures side by side every time you run your m-file.
- Figure Positioning Tool (pos.m)
Tools to make nice Bode and Nyquist plots for articles and reports
- Frequency Response Function Plotting (frf.m)
- Nyquist plot, with only positive frequencies and 6dB circle around -1 point (nyquist2.m)
Mass-spring-damper models (arbitrary number of masses)
- Mass-spring-damper models (mkdsys.m)
ShapeIt - Loopshaping Controller Design Tool
Simulink
Discrete time controller blocks, on the Matlab command prompt use make.m to mex the c-files first. Command "dctools" will open a template model with the controller filters. Drag and drop them from the template model to your own model. The discrete-time implementation of the blocks has been based on "Tustin-with-prewarping". The prewarping frequency has been chosen with respect to the respective block function, e.g. for a pure notch filter the prewarping frequency is equal to the notch frequency.
Good old single axis 3rd order reference generator of René van de Molengraft.