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View Options Panel

view options panel with more options expanded.

Zoom to fit Trajectory

This zooms to fit the trajectory of the focused path. You can also access this option through the shortcut Control + 0 or Command + 0

Path Gradients

Path Gradients are colors displayed between intervals or between waypoints, depending on the specified behavior. This can be helpful for those trying to debug information quickly, or verify a constraint's effects.

None

No path gradient applied. The gradient shows a solid yellow line throughout the path.

path_gradient_none

Velocity (Default Option)

Faster robot velocity is shown as green.

path_gradient_velocity

Progress

The start of the path is green, and it progressively gets more red towards the end of the path. This color is consistent between waypoints.

path_gradient_progress

Acceleration

Faster robot acceleration is shown as green. This is calculated as a magnitude between the intervals.

path_gradient_acceleration

Interval ∆t

Shorter time difference between intervals is shown as green. In other words, closer intervals are shown as green, and further intervals progressively get closer to red.

path_gradient_interval_dt

Angular Velocity

Faster robot angular velocity is shown as green. In other words, fast robot turns between intervals are shown with green.

path_gradient_angular_velocity

Split Trajectories

Split trajectories on stop points are shown in different colors. In other words, the split trajectories between stop points have unique colors. This can be a useful debugging tool/visual aid in understanding where the robot stops.

path_gradient_split_trajectories

Field Options

field_options

Field

Shows the field svg overlay.

Grid

Shows the grid overlay

Trajectory

trajectory

Samples

samples

Waypoints

waypoints

Obstacles

Shows the obstacles in the path.

Focus

Focuses the selected range of waypoints in the path. Note that the whole trajectory still shows if it is enabled since the trajectory is independent from the waypoints once generated by the solver.

focus