WOLFRAM SYSTEM MODELER
DefaultsDefault settings of the library via constants |
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Package Constants (16)
| BodyColor |
Value: {0, 103, 200} Type: Color Description: Default color for body shapes that have mass (light blue) |
|---|---|
| RodColor |
Value: {115, 115, 115} Type: Color Description: Default color for massless rod shapes (grey) |
| JointColor |
Value: {200, 0, 0} Type: Color Description: Default color for elementary joints (red) |
| ForceColor |
Value: {0, 100, 0} Type: Color Description: Default color for force arrow (dark green) |
| TorqueColor |
Value: {0, 100, 0} Type: Color Description: Default color for torque arrow (dark green) |
| SpringColor |
Value: {0, 0, 200} Type: Color Description: Default color for a spring (blue) |
| SensorColor |
Value: {200, 200, 0} Type: Color Description: Default color for sensors (yellow) |
| FrameColor |
Value: {85, 85, 200} Type: Color Description: Default color for frame axes and labels (blue) |
| ArrowColor |
Value: {0, 0, 200} Type: Color Description: Default color for arrows and double arrows (blue) |
| FrameHeadLengthFraction |
Value: 5.0 Type: Real Description: Frame arrow head length / arrow diameter |
| FrameHeadWidthFraction |
Value: 3.0 Type: Real Description: Frame arrow head width / arrow diameter |
| FrameLabelHeightFraction |
Value: 3.0 Type: Real Description: Height of frame label / arrow diameter |
| ArrowHeadLengthFraction |
Value: 4.0 Type: Real Description: Arrow head length / arrow diameter |
| ArrowHeadWidthFraction |
Value: 3.0 Type: Real Description: Arrow head width / arrow diameter |
| BodyCylinderDiameterFraction |
Value: 3 Type: Real Description: Default for body cylinder diameter as a fraction of body sphere diameter |
| JointRodDiameterFraction |
Value: 2 Type: Real Description: Default for rod diameter as a fraction of joint sphere diameter attached to rod |
Information
This package contains constants used as default setting in the library.
Wolfram Language
In[1]:=
SystemModel["PlanarMechanics.Types.Defaults"]
Out[1]:=
Revisions
Developed 2010 at the DLR Institute of System Dynamics and Control