Misc#

Path#

class Path(pts: List)[source]#

Bases: object

__init__(pts: List)[source]#

coord(l)[source]#: calculate the coordinate at the position l

direction(l)[source]#

rotz_theta(l)[source]#

bbox()[source]#

Color#

class Color(SCIENCE_RED_LIGHT: str = '#febfbe', SCIENCE_RED_DARK: str = '#fa331a', SCIENCE_BLUE_LIGHT: str = '#bdd3ec', SCIENCE_BLUE_DARK: str = '#2556ae')[source]#

Bases: object

SCIENCE_RED_LIGHT: str = '#febfbe'#

SCIENCE_RED_DARK: str = '#fa331a'#

SCIENCE_BLUE_LIGHT: str = '#bdd3ec'#

SCIENCE_BLUE_DARK: str = '#2556ae'#

__init__(SCIENCE_RED_LIGHT: str = '#febfbe', SCIENCE_RED_DARK: str = '#fa331a', SCIENCE_BLUE_LIGHT: str = '#bdd3ec', SCIENCE_BLUE_DARK: str = '#2556ae') → None#

run_code_block(filepath, marker, globals=None)[source]#

to_mathematical_str(s)[source]#

get_attr_str(obj, attr_name, default=None)[source]#

base_merge_bboxs(bboxs)[source]#

wavelength_to_rgb(wavelength_m, gamma=0.8)[source]#: Converts wavelength (nm) to an RGB tuple (range 0.0 to 1.0). Based on Dan Bruton’s algorithm, extended for False Color Infrared.