AndersDeleuran

import Rhino as rc

def meshEndFaces(mesh):
    
    """ Get indices of faces with only one neighbour """ 
    
    endFaces = []
    for i in range(mesh.Faces.Count):
        af = mesh.Faces.AdjacentFaces(i)
        if len(af) == 1:

AndersDeleuran

import Rhino as rc

def meshEdgeLines(mesh):
    
    lines = []
    for i in range(mesh.Vertices.Count):
        neighbours = mesh.Vertices.GetConnectedVertices(i)
        for n in neighbours:
            if n > i:
                line = rc.Geometry.Line(mesh.Vertices.Item[i],mesh.Vertices.Item[n])

AndersDeleuran

Hex = ["#%02x%02x%02x" % (c.R,c.G,c.B) for c in RGB]

AndersDeleuran

def sortCurvesByEuclideanCoords(crvs,t):
    
    """ Sort a list of curves by Euclidean coordinates """
    
    ptsOnCrvs = [crv.PointAt(t) for crv in crvs]
    sortedBoth = sorted(zip(ptsOnCrvs,crvs))
    sortedCrvs = [l[1] for l in sortedBoth]
    
    return sortedCrvs

AndersDeleuran

from scriptcontext import sticky as st
import Rhino as rc

def customDisplay(toggle,component):
    
    """ Make a custom display which is unique to the component and lives in sticky """
    
    # Make unique name and custom display
    displayGuid = "customDisplay_" + str(component.InstanceGuid)
    if displayGuid not in st:

AndersDeleuran

import Rhino as rc

def mapValuesAsColors(values,srcMin,srcMax,targetMin,targetMax):
    
    """ Make a list of HSL colors where the values are mapped onto a
    targetMin-targetMax hue domain. Meaning that low values will be red, medium
    values green and large values blue if targetMin: 0.0 and targetMax: 0.7 """
    
    # Remap numbers into new numeric domain
    remappedValues = []

AndersDeleuran

import Grasshopper as gh

def listToTree(nestedList):
    
    """ Convert a nested python iterable to a datatree """
    
    dt = gh.DataTree[object]()
    for i,l in enumerate(nestedList):
        dt.AddRange(l,gh.Kernel.Data.GH_Path(i))
        

AndersDeleuran

""" Read the Grasshopper Datatree "tree" and translates it to 
a nested Python list """

pyList = [list(b) for b in tree.Branches]

AndersDeleuran

Sum = 0
Results = []
for v in Values:
    Sum += v
    Results.append(Sum)

AndersDeleuran

foo = []
for i in range(3):
    bar = []
    for j in range(3):
        bar.append(i*j)
    foo.append(bar)

print foo