def removeOverlapPathlist(paths):
Layer = GSLayer()
G.add_paths(layer, paths)
Layer = G.remove_overlap(Layer)
newpaths = Layer.paths
del Layer
return newpaths
def CreateShapeComponent(font, sizex, sizey, shapetype, shapename):
if font.glyphs[shapename]: del font.glyphs[shapename]
ng = GSGlyph()
ng.name = shapename
ng.category = "Mark"
ng.export = True
font.glyphs.append(ng)
mid = font.masters[0].id
layer = GSLayer()
layer.layerId = mid
ng.layers[mid] = layer
layer.width = 0
# add speck, blob, perhaps even a line?
if shapetype == "circle":
shape = drawCircle(0, 0, sizex, sizey)
elif shapetype == "diamond":
shape = drawDiamond(0, 0, sizex, sizey)
elif shapetype == "rectangle":
shape = drawRectangle(0, 0, sizex, sizey)
elif shapetype == "triangle":
shape = drawTriangle(0, 0, sizex, sizey)
else:
shape = drawDiamond(0, 0, sizex, sizey)
G.add_paths(layer, [shape])
return ng
def Fill_Halftone(self, thislayer, shape, shapetype):
t = shape
shapelist = PathToNodeList(t)
x = int(t.bounds.origin.x)
y = int(t.bounds.origin.y)
w = int(t.bounds.size.width)
h = int(t.bounds.size.height)
grid = 13
size = random.randrange(12, 24)
size = 8
for row in range(y, y + h, grid):
for col in range(x, x + w, grid):
if point_inside_polygon(col, row, shapelist):
nx = math.floor(col / grid) * grid
ny = math.floor(row / grid) * grid
if row % 2 == 0:
adjust = grid / 2
else:
adjust = 0
c = drawCircle(nx + adjust, ny, size, size)
G.add_paths(thislayer, [c])
size += 0.1
def ApplyBurn(thislayer, groups):
for g in groups:
if len(g) > 2:
shiftmax = random.randrange(1, 50)
shiftype = random.choice(["x", "y", "xy"])
templayer = GSLayer()
G.add_paths(templayer, g)
templayer.removeOverlap()
for p in templayer.paths:
ShiftPath(p, shiftmax, shiftype)
G.add_paths(thislayer, [p])
def CreateLineComponent(font, direction, size, shapename):
if font.glyphs[shapename]: del font.glyphs[shapename]
ng = GSGlyph()
ng.name = shapename
ng.category = "Mark"
ng.export = True
font.glyphs.append(ng)
firstmaster = font.masters[0].id
layer = GSLayer()
layer.layerId = layer.associatedMasterId = firstmaster
ng.layers[firstmaster] = layer
layer.width = 0
#line = GSPath()
if direction == "vertical": line = drawRectangle(0, 50, size, 100)
if direction == "horizontal": line = drawRectangle(50, 0, 100, size)
G.add_paths(layer, [line])
return ng
def processLayer(self, thislayer, params):
outlinedata = setGlyphCoords(
ConvertPathsToSkeleton(thislayer.paths, 20))
bounds = AllPathBounds(thislayer)
offsetpaths = self.saveOffsetPaths(thislayer,
params["offset"],
params["offset"],
removeOverlap=True)
outlinedata2 = setGlyphCoords(ConvertPathsToSkeleton(offsetpaths, 4))
ClearPaths(thislayer)
newtris = self.SortCollageSpace(
thislayer,
outlinedata,
outlinedata2,
params["gridsize"],
bounds,
action="overlap",
randomize=True,
)
maxchain = random.randrange(200, 400)
groups = BreakUpSpace(thislayer, outlinedata, newtris,
params["gridsize"], maxchain)
for g in groups:
if len(g) > 2:
G.add_paths(thislayer, g)
G.remove_overlap(thislayer)
roundedpathlist = returnRoundedPaths(thislayer.paths)
ClearPaths(thislayer)
AddAllPathsToLayer(roundedpathlist, thislayer)
self.CleanOutlines(thislayer,
remSmallPaths=True,
remSmallSegments=True,
remStrayPoints=True,
remOpenPaths=True,
keepshape=False)
def processLayer(self, thislayer, params):
offsetpaths = self.saveOffsetPaths(thislayer,
params["offset"],
params["offset"],
removeOverlap=False)
pathlist = ConvertPathsToSkeleton(offsetpaths, 4)
ClearPaths(thislayer)
for path in pathlist:
# only round shape if over certain size (for small forms)
if isSizeBelowThreshold(path, 120, 120):
structure = path
else:
structure = convertToFitpath(RoundPath(path, "nodes"), True)
outlinedata = setGlyphCoords(ConvertPathsToSkeleton([structure],
7))
if not outlinedata:
continue
G.add_paths(thislayer, [self.makePathSpiky(outlinedata[0][1])])
def AddAllPathsToLayer(paths, thislayer):
try:
G.add_paths(thislayer, paths)
except:
print("Couldn't add all paths to layer", thislayer)