Cubic polynomials

Prabhu TL
1 Min Read
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Below Figure shows the position, velocity and acceleration functions for this motion sampled at 40 Hz. Note that the velocity profile for any cubic function is a parabola and that the acceleration profile is linear.

User specify n+2

Final position

Position velocity User has to give Cartesian data and large data which is kinematically consistent:

Another constraints  user interface must be simple

User should specify the following for creating trajectory:

·         Initial position

·         Final position

·         Via points

Notice: Position specifies velocity to be chosen by the system.

Example:

3 points specified i, j, k

this picture specifies time with respect of speed

Two cubic curves (segment)

at j:

Continuity of velocity and acceleration

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Prabhu TL is a SenseCentral contributor covering digital products, entrepreneurship, and scalable online business systems. He focuses on turning ideas into repeatable processes—validation, positioning, marketing, and execution. His writing is known for simple frameworks, clear checklists, and real-world examples. When he’s not writing, he’s usually building new digital assets and experimenting with growth channels.
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