fusionsc.hfcam

Synthetic camera diagnostic to load distributions from impact point clouds

Functions

make(projection, geometry[, edgeTolerance, ...])	Creates a new HF camera based on the given projection Note Has asynchronous variant '.asnc(...)' that returns Promise[...]
toroidalProjection(w, h, phi, rTarget, ...)	Computes a new camera projection setup that looks at the given target point Note Has asynchronous variant '.asnc(...)' that returns Promise[...]

Classes

HFCam(cam)
Projection([val, msgSize, byReference])

Functions

fusionsc.hfcam.make(projection: Projection, geometry, edgeTolerance=0.5, depthTolerance=0.5) → Any

Creates a new HF camera based on the given projection Note Has asynchronous variant ‘.asnc(…)’ that returns Promise[…]

fusionsc.hfcam.toroidalProjection(w: int, h: int, phi: float, rTarget: float, zTarget: float, verticalInclination: float, horizontalInclination: float, distance: float, viewportHeight: float, fieldOfView: float) → Any

Computes a new camera projection setup that looks at the given target point Note Has asynchronous variant ‘.asnc(…)’ that returns Promise[…]