Monitor

Classes

Monitor

class Monitor(origin, width, height, **kwargs)

Bases: OpticalComponent

__init__(origin, width, height, **kwargs)

Initialize a component at a lab-frame origin.

Parameters:

• origin – Component origin in lab coordinates.

• **kwargs – Optional display metadata such as name, label, render_obj, and render_comp_vec.

clear()

property ndata

property data

get_data(sort='YZ')

property rays

get_rays(sort='YZ')

property raw_yList

property raw_zList

property PList

get_PList(sort='YZ')

property yList

get_yList(sort='YZ')

property zList

get_zList(sort='YZ')

property IList

get_IList(sort='YZ')

intensity list

property tList

get_tList(sort='YZ')

tilt list

property directionList

get_directionList(sort='YZ')

property sortYZIndex

property sortIDindex

property tYList

get_tYList(sort='YZ')

property tZList

get_ray_i(idx)

get_ray_id(ray_id)

interact_local(ray)

Compute outgoing rays in local coordinates.

Subclasses must implement optical behavior using local-frame geometry.

render(ax, type: str, **kwargs)

Render the component boundary in 2D ("Z") or 3D ("3D").

get_bbox()

Compute axis-aligned bounding box in lab frame.

Returns:

Tuple (xmin, xmax, ymin, ymax, zmin, zmax) in lab coordinates.

record(rays: List[Ray])

get_waist_distance()

get_beam_waist()

get_delta_pos()

property sum_intensity

property avg_intensity

property std_histy

export_rays_npz(filename: str)

render_hist(ax, type='Y', **kwargs)

render_scatter(ax, **kwargs)

render_delta_pos_y(ax, **kwargs)

render_tilt_y(ax, **kwargs)

render_projection(ax, comp, **kwargs)