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Class Summary |
| Affine2DApp |
Affine2DApp demonstrates how to apply an affine transformation to a 2D shape. |
| Affine3DMatrix |
Affine3DMatrix implements 3D affine transformations using a matrix representation. |
| Barbell3D |
Barbell3D creates a 3D visualization of a barbell using an 3D Group. |
| Box3DApp |
Box3DApp demonstrates various 3D features. |
| BoxWithArrows |
BoxWithArrows creates a 3D visualization that can be transformed as a group. |
| FeynmanPlate |
RigidBody models rigid body dynamics by solving Euler's equations using an ODE solver. |
| FeynmanPlateApp |
FeynmanPlateApp displays rigid body dynamics using quaternions. |
| FeynmanPlateView |
FeynmanPlateView shows a rotating plate as seen from the space (laboratory) frame. |
| FreeRotation |
SpinningTop solves the Euler equations for a spinning top. |
| FreeRotationApp |
RigidBodyApp displays rigid body dynamics using quaternions. |
| FreeRotationSpaceView |
RigidBodySpaceView shows the rigid body as seen from the intertial laboratory frame. |
| Interaction3DApp |
Interaction3DApp demonstrates how to add and handle actions in an Display3DFrame. |
| Methane |
Methane implements a visualization of the methane molecule (CH_4). |
| Methane3D |
Methane3D creates a 3D visualization of methane using a 3D Group. |
| Methane3DApp |
Methane3DApp displays a methane model in a Display3DFrame. |
| MethaneApp |
MethaneApp models CH4 in order to demonstrates how to transform 3D shapes. |
| QuaternionApp |
QuaternionApp demonstrates how to use quaternions to rotate objects. |
| RigidBody |
RigidBody models rigid body dynamics by solving Euler's equations using an ODE solver. |
| Rotation3D |
Rotation3D implements 3D rotations using a matrix representation. |
| SpinningTop |
SpinningTop solves the Euler equations for a spinning top. |
| SpinningTopApp |
SpinningTopApp displays the dynamics of a spinning top using quaternions. |
| SpinningTopSpaceView |
SpinningTopSpaceView shows a spinning top as seen from the laboratory frame. |
| TorqueApp |
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