def getCircleNodesFromPoints(points, radius):
'Get the circle nodes from a path.'
circleNodes = []
oneOverRadius = 1.000001 / radius # to avoid problem of accidentally integral radius
points = euclidean.getAwayPoints(points, radius)
for point in points:
circleNodes.append(CircleNode(oneOverRadius, point))
return circleNodes
def getCircleNodesFromPoints(points, radius):
"Get the circle nodes from a path."
circleNodes = []
oneOverRadius = 1.0 / radius
points = euclidean.getAwayPoints(points, 0.001 * radius)
for point in points:
circleNodes.append(CircleNode(point * oneOverRadius, len(circleNodes)))
return circleNodes
def getCircleNodesFromPoints( points, radius ): "Get the circle nodes from a path." circleNodes = [] oneOverRadius = 1.0 / radius points = euclidean.getAwayPoints( points, 0.001 * radius ) for point in points: circleNodes.append( CircleNode( point * oneOverRadius, len( circleNodes ) ) ) return circleNodes
def getCircleNodesFromPoints(points, radius): 'Get the circle nodes from a path.' circleNodes = [] oneOverRadius = 1.000001 / radius # to avoid problem of accidentally integral radius points = euclidean.getAwayPoints(points, radius) for point in points: circleNodes.append(CircleNode(oneOverRadius, point)) return circleNodes
def getCircleNodesFromPoints(points, radius):
'Get the circle nodes from a path.'
if radius == 0.0:
print('Warning, radius is 0 in getCircleNodesFromPoints in intercircle.')
print(points)
return []
circleNodes = []
oneOverRadius = 1.000001 / radius # to avoid problem of accidentally integral radius
points = euclidean.getAwayPoints(points, radius)
for point in points:
circleNodes.append(CircleNode(oneOverRadius, point))
return circleNodes
def addTailoredLoopPath( self ): "Add a clipped and jittered loop path." loop = self.loopPath.path[ : - 1 ] if self.beforeLoopLocation != None: if self.oldLoopLocationComplex != None: self.beforeLoopLocation = self.oldLoopLocationComplex perimeterHalfWidth = 0.5 * self.perimeterWidth loop = euclidean.getLoopStartingNearest( perimeterHalfWidth, self.beforeLoopLocation, loop ) if self.layerJitter != 0.0 and self.oldLoopLocationComplex == None: loop = getJitteredLoop( self.layerJitter, loop ) loop = euclidean.getAwayPoints( loop, 0.2 * self.perimeterWidth ) self.loopPath.path = loop + [ loop[ 0 ] ] self.addGcodeFromThreadZ( self.loopPath.path, self.loopPath.z ) self.oldLoopLocationComplex = loop[ 0 ] self.loopPath = None
def addTailoredLoopPath(self):
"Add a clipped and jittered loop path."
loop = self.loopPath.path[:-1]
if self.beforeLoopLocation != None:
if self.oldLoopLocationComplex != None:
self.beforeLoopLocation = self.oldLoopLocationComplex
perimeterHalfWidth = 0.5 * self.perimeterWidth
loop = euclidean.getLoopStartingNearest(perimeterHalfWidth,
self.beforeLoopLocation,
loop)
if self.layerJitter != 0.0 and self.oldLoopLocationComplex == None:
loop = getJitteredLoop(self.layerJitter, loop)
loop = euclidean.getAwayPoints(loop, 0.2 * self.perimeterWidth)
self.loopPath.path = loop + [loop[0]]
self.addGcodeFromThreadZ(self.loopPath.path, self.loopPath.z)
self.oldLoopLocationComplex = loop[0]
self.loopPath = None
def addTailoredLoopPath(self): 'Add a clipped and jittered loop path.' loop = getJitteredLoop(self.layerJitter, self.loopPath.path[: -1]) loop = euclidean.getAwayPoints(loop, 0.2 * self.edgeWidth) self.addGcodeFromThreadZ(loop + [loop[0]], self.loopPath.z) self.loopPath = None
def addTailoredLoopPath(self):
'Add a clipped and jittered loop path.'
loop = getJitteredLoop(self.layerJitter, self.loopPath.path[:-1])
loop = euclidean.getAwayPoints(loop, 0.2 * self.perimeterWidth)
self.addGcodeFromThreadZ(loop + [loop[0]], self.loopPath.z)
self.loopPath = None
