fintrace.drawing

A module for drawing tools and functions.

Classes

`Grid`	Shape class
`RotatedRect`	A rotated rectangle
`Photodiode`	Shape class
`Hexagon`	Shape class

Functions

`drawDetectors`(canvas, detector, gdict, layername)
`drawAllDetectors`(canvas, detectors, gdict[, layername])
`checkGrid`(gtrace_dict)
`drawGrid`(cnv, grid, objects)
`drawAllShapes`(cnv, shapes_to_plot)
`make_shapes_list`(→ list)
`make_optics_list`(→ list)
`make_cavities_dict`(→ dict)
`drawLaser`(canvas, laserbeam[, laser_width, ...])
`getBeam`(i, beam, mirror, path, prev_mirror, beamDict)
`get_seq_beams`(cavity, cavity_path_comps, gtrace_optics)
`drawRotatedRect`(optic)
`drawPhotodiode`(optic)

Module Contents

fintrace.drawing.drawDetectors(canvas, detector, gdict, layername)

fintrace.drawing.drawAllDetectors(canvas, detectors, gdict: dict, layername=None)

fintrace.drawing.checkGrid(gtrace_dict: dict)

fintrace.drawing.drawGrid(cnv: gtrace.draw.Canvas, grid: None, objects: dict)

fintrace.drawing.drawAllShapes(cnv, shapes_to_plot)

fintrace.drawing.make_shapes_list(gtrace_dict: dict) → list

fintrace.drawing.make_optics_list(gtrace_dict: dict, skip_optics=[]) → list

fintrace.drawing.make_cavities_dict(finesse_cavs: dict, skip_optics=[]) → dict

fintrace.drawing.drawLaser(canvas, laserbeam, laser_width=0.1, laser_length=0.2, layer=None)

fintrace.drawing.getBeam(i, beam, mirror, path, prev_mirror, beamDict)

fintrace.drawing.get_seq_beams(cavity, cavity_path_comps, gtrace_optics)

class fintrace.drawing.Grid(xlim, ylim, xstep=None, ystep=None)

Bases: gtrace.draw.Shape

Shape class

xlim

ylim

xstep = None

ystep = None

class fintrace.drawing.RotatedRect(point, width, height, name, color=(0, 0, 0), thickness=0, normAngle=0)

Bases: gtrace.draw.Shape

A rotated rectangle

point

width

height

thickness = 0

normAngle = 0

name

color = (0, 0, 0)

fintrace.drawing.drawRotatedRect(optic)

class fintrace.drawing.Photodiode(point, normAngle, width=None, name='PD', thickness=0.1)

Bases: gtrace.draw.Shape

Shape class

point

normAngle

width = None

name = 'PD'

thickness = 0.1

fintrace.drawing.drawPhotodiode(optic)

class fintrace.drawing.Hexagon(center, normAngle, radius=1, thickness=0, name=None, color=None)

Bases: gtrace.draw.Shape

Shape class

center

normAngle

radius = 1

thickness = 0

name = None

color = None

draw()