FBTangentMode Class Reference
#include <mobu-python-api.h>
Class Description
Methods of tangent calculation.
This is only relevant when interpolation is CUBIC.
Inheritance diagram for FBTangentMode:
Public Attributes | |
| object | kFBTangentModeAuto |
| This is the equivalent to a cardinal spline with no parametrization. More... | |
| object | kFBTangentModeTCB |
| TCB spline (3 parameters: TENSION, CONTINUITY, BIAS) More... | |
| object | kFBTangentModeUser |
| Used to represent all splines with no lost data (HERMITE, BEZIER, CATMUL, etc.) More... | |
| object | kFBTangentModeBreak |
| Like USER but left slope may differ from right. More... | |
| object | kFBTangentModeTimeIndependent |
| Time independent, is calculated based upon the slope between the previous and next key values. More... | |
| object | kFBTangentModeClampProgressive |
| Time independent, will flatten the tangent handles when the key value goes over or under the previous and next key values. More... | |
Member Data Documentation
| object kFBTangentModeAuto |
This is the equivalent to a cardinal spline with no parametrization.
In the UI, it is identified as Smooth.
| object kFBTangentModeBreak |
Like USER but left slope may differ from right.
| object kFBTangentModeClampProgressive |
Time independent, will flatten the tangent handles when the key value goes over or under the previous and next key values.
In the UI, it is identified as Auto.
| object kFBTangentModeTCB |
TCB spline (3 parameters: TENSION, CONTINUITY, BIAS)
| object kFBTangentModeTimeIndependent |
Time independent, is calculated based upon the slope between the previous and next key values.
In the UI, it is identified as Spline.
| object kFBTangentModeUser |
Used to represent all splines with no lost data (HERMITE, BEZIER, CATMUL, etc.)