this bbox is x1,x2,y1,y2 though :return:

:param c1: rgb triplets :param c2: :return:

given distance, calculate speed and depth :param distance: a list of distances (in px) :return:

make a thread group, append to storage. :param startingPathPoints: :return: index of this threadGroup

update setting manually assume axidraws are initiated :param req: :return:

use only up and down :param dotCenter: :param toolIdx: :return:

:return: a deep copy

given a color list (list of rgb tuples), match the best thread color and assign to this threadPlotter object :param colorList:

return a clone of the pt list :return:

Assuming all information has been stored in the list: self.punchGroupCollection for each punch group, process the information

Given a list of points, construct mini "dots" that are actually short lines (controlled by dist) :param dotList: :param dist: :return

create punchNeedle ready path. connect all paths together into one, and change it to dots :param pathPoints:(x,y,w,h, :return:

segment the punch groups by the segment length Tasks: 1. for each segment in the :return: a list of PunchPoint object

return a list of trail point centers that connects to pucnh group 2 :param punchGroup2: :return:

export the color plan into svg and json files :return:

random colored tools :param toolCount: :return:

return avg rgb :param c1: 0-255 triplets :param c2: :param c3: :return:

RETURN MINMAX :param pathPoint: :return:

XMIN,XMAX YMIN YMAX :return:

generate linear mapping functions for the depth and speed :return:

take the csv for embroidery thread color and build a python pkl. store locally :return:

pick random thread colors (contains potential color mixing) :param ct: :return:

in place change so that nothing goes out of boundary :param points: :param xmin: :param ymin: :param xmax: :param ymax: :

Each pathList should contain one Path :param starterArray: an array to be converted into PathList

construct pathList Can only contain a path element :param path:

convert :param saveLoc: :param imgName: :param imgSize: :param gridSize:

this will translate everything along the 0,0 point :return: not automatically called by itself

adding a path into the path collection :param pathPoints: :param toolIdx: :return:

reconstruct ordered grid :return:

export list of thread accordingn to settings according to here: https://pypi.org/project/pyembroidery/ :return:

sample generation :return:

return x,y,w,h :param pathPoint: :return: