Home - News ( United States | United Kingdom | Italy | Germany ) - Football scores

Showing content from http://reference.wolfram.com/language/ref/SystemModelPlot.html below:

Plot simulation data from a System Model—Wolfram Documentation

We deliver solutions for the AI era—combining symbolic computation, data-driven insights and deep technology expertise.

• Data & Computational Intelligence
• Model-Based Design
• Algorithm Development
• Wolfram|Alpha for Business
• Blockchain Technology
• Education Technology
• Quantum Computation

WolframConsulting.com

• See Also
  • SystemModelSimulationData
  • SystemModelSimulate
  • SystemModelSimulateSensitivity
  • SystemModelUncertaintyPlot
  • Plot
  • ParametricPlot
  • SystemModel
  • SystemModelExamples
• Related Guides
  • System Model Analytics & Design
  • System Modeling Overview
  • System Model Simulation
  • Systems Modeling
  • Life Sciences & Medicine: Data & Computation
• Tech Notes
  • Getting Started with Model Simulation and Analysis

SystemModelPlot[sim,{v₁,v₂,…}]

generates a plot of the variables v_i in sim.

• SystemModelPlot is used to plot data produced by simulating system models.
• The model can have the following forms:
• Plot specifications detail the names and definitions available in simulations and models. Using sim["Plots"] and sim["PlotNames"] allows one to discover these.
• Possible values for "id" include:
• "identifier" plot or subplot identifier "name" plot name "group/name" plot group and a plot name joined by "/" "group" plot group "variable" variable name
• The first match for "id" will be the one used.
• SystemModelPlot[…,{t_min,t_max}] plots from t_min to t_max.
• SystemModelPlot[{model,args},…] generates simulation data using SystemModelSimulate[model,args].
• SystemModelPlot[sim,{{v₁,p₁,d₁},…},…] plots variables v_i and sensitivity bounds when parameter p_i varies 100d_i%. »
• SystemModelPlot has the same options as ListLinePlot, with the following additions and changes: [List of all options]
• Events in a simulation are indicated in a plot with Mesh->"Events". »
• Possible settings for TargetUnits include:
• "DisplayUnit" display units converted to common units "IndividualDisplayUnit" display units without conversion "Unit" base units converted to common units "IndividualUnit" base units without conversion unit_y explicit y unit {unit_x,unit_y} units for x and y
• "Unit" and "DisplayUnit" attempt to convert compatible quantities to a common unit.
• "DisplayUnit" and "IndividualDisplayUnit" convert to a unit specified in the model for plot purposes.

Plot a default model plot from a model simulation:

Plot a model plot from a model simulation:

Choose one of the example models from the analog electrical domain:

Show the model plot:

Plot variables from a model simulation:

Show bounds when varying a parameter:

Show the estimated capacitor voltage variation when varying the frequency by 5%:

Simulate a model for 10 seconds:

Plot the variable x1 for the whole interval:

If no interval argument is given, the whole simulation interval is plotted:

Plot only a certain interval:

Simulate and plot a model from 0 to 5:

Different simulations can be compared in the same plot:

The plot legends are prepended with the simulation number:

Simulate a model with given initial values and plot the result:

Simulate an oscillating mass on a spring, with a damper acting on the spring:

Compare the oscillation of the mass with the different levels of damping:

Models can have defined plots:

Get names of the model plots:

Show a model plot:

Find the model plot identifiers:

Show a model plot using its identifier:

Model plots may contain multiple subplots:

Show a model plot:

Model plots may contain groupings of plots:

Groups are indicated by the / separator:

All plots in a group can be plotted at once:

Multiple variables are automatically colored to be distinct:

Use PlotStyle to change the plot colors:

Filling can be used to specify fill regions and styles:

Fill between the two curves:

A legend is automatically shown for plots with multiple variables:

Turn off PlotLegends:

Style legends:

Events can be illustrated with Mesh points:

For multiple simulations:

Use any expressions in plot legends:

Do multiple simulations:

The plot legends show which simulation the curve belongs to:

SystemModelPlot sets the option AxesLabel:

Override by setting AxesLabel:

Wrappers like Style can be used for styling variables:

Set a custom Tooltip:

Plots are shown in display units defined in the model:

Use TargetUnits to choose a different unit:

Use variable names as PlotLegends:

Use variable descriptions:

Plot different units in the same plot:

Variables of the same physical dimension are converted to the same unit:

Use "IndividualDisplayUnit" to use the given display unit for each variable:

Use an explicitly given unit:

Plot in a common base unit from the model:

Use the individual base units without converting to a common unit:

Turn off unit handling completely for maximum performance:

Do a parameter sweep:

Compare the different simulations to a first-order system:

Find out which of three parameters a model is most sensitive to:

A 5% sensitivity bound on the output shows that "sine.f" has the highest impact:

Show a custom explanatory legend:

SystemModelPlot is related to Plot:

Select the variables you want to plot:

Plot using SystemModelPlot:

Plot using Plot:

SystemModel can define a plot in a model:

Simulate and show the newly defined plot:

Use Plot to show variables of different magnitude in the same plot:

Retrieve results from a simulation:

Scale the rotational angle by a factor of 50 and show it with the rotational velocity:

Simulate a rolling wheel:

Get the and positions of the wheel axis:

Plot the position with a ParametricPlot:

Use SystemModelUncertaintyPlot to plot model variables when parameter values, initial values or inputs are uncertain:

When plotting from a simulation, the interval in SystemModelPlot narrows the time interval plotted:

When plotting a model, the interval in SystemModelPlot determines the simulation start and stop time:

Simulate a Newton's cradle:

Show the position of each of the five balls:

RetroSearch is an open source project built by @garambo | Open a GitHub Issue

Search and Browse the WWW like it's 1997 | Search results from DuckDuckGo

HTML: 3.2 | Encoding: UTF-8 | Version: 0.7.4