def build(self):
self.shapes = []
commonParams = {
'maxDepth': 1,
'angles': [0, 55],
'featureSize': 1,
'featureSizeFactor': [1, 0.6],
'length': 6,
'lengthFactor': [0.91, 0.67],
'minLength': 0.1,
'minFeatureSize': 0.1,
'directionalitySum': 1,
'directionalityExponent': 0.6,
'directionalityFactor': -20,
'skipPercentage': 0,
}
branch1Params = commonParams.copy()
branch1Params.update({
'featureSizeFactor': [1.0, 0.6],
'featureSize': 1,
})
branch2Params = commonParams.copy()
branch2Params.update({
'featureSizeFactor': [0.92, 0.57],
'featureSize': 1.8,
})
branch1 = ChandBranch(branch1Params)
branch2 = ChandBranch(branch2Params)
topShape = ShapeGroup(
'topshape', branch1, branch1.getTransformedCopy(angle=120), branch1.getTransformedCopy(angle=240),
branch2, branch2.getTransformedCopy(angle=120), branch2.getTransformedCopy(angle=240)
)
self.shapes.append(topShape)
Design.build(self)
def build(self):
self.shapes = []
trace = BranchingShape(TwoHoleChains, {
'startPoint' : (36, 5),
'lengthScaling' : 0.6,
'featureScaling' : 0.6,
'angle' : 90,
'depth' : 0,
'maxDepth' : 9,
'angles' : [70, -70],
'directionalitySum' : 0,
'featureScalingFactor' : [0.9, 0.9],
'lengthScalingFactor' : [0.8, 0.8],
'minLengthScaling' : 0.05,
'minFeatureScaling' : 0,
'directionalityAngleAdjustmentExponent' : 1.6,
'directionalityAngleAdjustmentFactor' : 2,
'distanceLimitingFactor' : 0,
'skipPercentage' : 15,
'baseRadius' : 0.9,
'holeRadiiFactors' : [0.5, 0.4, 0.6, 1],
'baseLength' : 22.5,
'exponentialDistanceLimitingFactor' : 1.1,
'limitLines' : [((0, 0), (72, 0.1)), ((72, 0.1), (72.1, 36)), ((72.1, 36), (0.1, 36.1)), ((0.1, 36.1), (0, 0))]
})
topShape = ShapeGroup('topshape', trace)
self.shapes.append(topShape)
Design.build(self)
def build(self):
self.shapes = []
commonParams = {
'maxDepth': 6,
'angles': [-50, 70],
'featureSizeFactor': [1.0, 0.6],
'featureSize': 2,
'lengthFactor': [1.08, 0.8],
'length': 5,
'minLength': 0.1,
'minFeatureSize': 0.6,
'directionalityExponent': 0.8,
'directionalityFactor': 1,
}
branch1Params = commonParams.copy()
branch1Params.update({
'featureSizeFactor': [1.0, 0.6],
'featureSize': 2,
})
branch2Params = commonParams.copy()
branch2Params.update({
'featureSizeFactor': [0.97, 0.57],
'featureSize': 2.8,
})
branch = HoneycombSpiral(branch1Params)
branch2 = HoneycombSpiral(branch2Params)
topShape = ShapeGroup(
'topshape',
branch,
branch2
)
self.shapes.append(topShape)
Design.build(self)
def build(self):
self.shapes = []
spirals = ShapeGroup('apirals')
spiralAngleSpan = 30
spiralSpacing = 5
for i in range(12):
innerSpiral = Spiral({
'rotationAngle' : 0,
'sweepStartAngle' : i * (spiralAngleSpan + spiralSpacing),
'centerPoint' : (0, 0),
'scaleFactor' : 0.5,
'growthFactorAdjustment' : 0.5,
'sweepAngleSpan' : spiralAngleSpan,
'reverse' : True,
'id' : 'innerSpiral'
})
outerSpiral = Spiral({
'rotationAngle' : 0,
'sweepStartAngle' : i * (spiralAngleSpan + spiralSpacing),
'centerPoint' : (0, 0),
'scaleFactor' : 0.5,
'growthFactorAdjustment' : 1,
'sweepAngleSpan' : spiralAngleSpan,
'reverse' : True,
'id' : 'outerSpiral'
})
lArc = Arc({
'startPoint' : '%outerSpiral.endPoint',
'startAngle' : '%outerSpiral.endAngle - 70',
'reverse' : True,
'endPoint' : '%innerSpiral.endPoint'
})
rArc = Arc({
'startPoint' : '%outerSpiral.startPoint',
'startAngle' : '%outerSpiral.startAngle - 70',
'reverse' : True,
'endPoint' : '%innerSpiral.startPoint'
})
circle = Circle({
'centerPoint' : 'avgPoints(%outerSpiral.endPoint , %innerSpiral.startPoint )',
'radius' : 'distanceBetween(%outerSpiral.startPoint , %innerSpiral.startPoint ) / 4'
})
segment = ShapeGroup('segment' + str(i), innerSpiral, outerSpiral, lArc, rArc, circle)
spirals.addSubShape(segment)
topShape = ShapeGroup('top', spirals)
self.shapes.append(topShape)
Design.build(self)
def build(self):
trace = BranchingShape(CirclesAtNodes, {
'startPoint' : (0, 0),
'lengthScaling' : 1.1,
'featureScaling' : 2,
'angle' : 90,
'depth' : 0,
'maxDepth' : 7,
'angles' : [60, 0],
'directionalitySum' : 0,
'featureScalingFactor' : [0.6, 1, 0.6],
'lengthScalingFactor' : [0.48, 0.85, 0.35],
'minLengthScaling' : 0.1,
'minFeatureScaling' : 0.1,
'directionalityAngleAdjustmentExponent' : 1.6,
'directionalityAngleAdjustmentFactor' : 8,
'distanceLimitingFactor' : 0.2,
'skipPercentage' : 0,
})
topShape = ShapeGroup('topshape', trace, trace.getTransformedCopy(angle = 120), trace.getTransformedCopy(angle = 240))
self.shapes.append(topShape)
Design.build(self)
def build(self):
self.shapes = []
arc = Arc({
'startPoint' : (0, -1),
'endPoint' : (1, 0),
'radius' : 0.8,
'id' : 'arc1'
})
xLine = Line({
'startPoint' : (0, 0),
'endPoint' : (5, 0)
})
yLine = Line({
'startPoint' : (0, 0),
'endPoint' : (0, 5)
})
circle = Circle({
'centerPoint' : '%arc1.centerPoint',
'radius' : 0.1
})
topShape = ShapeGroup('top', arc, xLine, yLine, circle)
self.shapes.append(topShape)
Design.build(self)
def build(self):
spiralSweep = 330 - 15 * self.sizeIndex
growthFactorDiff = 0.35 + 0.02 * self.sizeIndex
self.shapes = []
inner = ArcChain('inner', [{
'rotationAngle' : - 13 * self.sizeIndex,
'centerPoint' : (0, 0),
'scaleFactor' : 0.5 + 0.1 * self.sizeIndex,
'growthFactorAdjustment' : 1.0 - growthFactorDiff/2,
'sweepAngleSpan' : 330 + 90 - 13 * self.sizeIndex,
'reverse' : True
# },{
# 'angleSpan' : 25 - 2 * self.sizeIndex,
# 'radius' :3,
# 'noDirectionAlternate' : True
}])
outer = ArcChain('outer', [{
'rotationAngle' : '%inner.arc0.rotationAngle',
'centerPoint' : (0, 0),
'scaleFactor' : '%inner.arc0.scaleFactor',
'growthFactorAdjustment' : 1.0 + growthFactorDiff / 2,
'sweepAngleSpan' : 330 - 15 * self.sizeIndex,
'reverse' : True
},{
'angleSpan' : 45,
'radius' : 8,
}])
holeChain = ArcChain('holeChain', [{
'rotationAngle' : '%outer.arc0.rotationAngle',
'centerPoint' : (0, 0),
'scaleFactor' : '%outer.arc0.scaleFactor',
'growthFactorAdjustment' : 1.0,
'sweepAngleSpan' : '%outer.arc0.sweepAngleSpan',
'reverse' : True
},{
'angleSpan' : 41,
'radius' : '%outer.arc1.radius * 1.2',
}])
holes = HolesOnArcChain(holeChain, {
'holeDistance' : 0.2,
'holeRadii' : [0.03, 0.06, 0.3, 0.4, 0.6, 0.7, 0.8],
'minRadius' : 0.045,
'id' : 'hole'
})
side = ShapeGroup('side', inner, outer, holes)
side.p.startPoint = '%outer.endPoint'
side.p.endPoint = '%inner.endPoint'
# hole = Circle({
# 'centerPoint' : (3.9 + 0.065 * self.sizeIndex, 0),
# 'radius' : 0.5 + 0.05 * self.sizeIndex
# })
# hole.transform(angle = 3 + 1.5 * self.sizeIndex)
topShape = ShapeGroup(
'top',
side,
# hole, hole.getTransformedCopy(angle = 120),
# hole.getTransformedCopy(angle = 240)
)
self.shapes.append(topShape)
Design.build(self)
def __init__(self, sizeIndex=0): Design.__init__(self) self.sizeIndex = sizeIndex
def build(self):
self.shapes = []
spiral = Spiral({
'rotationAngle' : 45,
'centerPoint' : (0,0),
'sweepAngleSpan' : 420,
'scaleFactor' : 0.5,
'growthFactorAdjustment' : 1,
'reverse' : True,
'id' : 'spiral'
})
arc1 = Arc({
'startPoint' : 'spiral.endPoint',
'startAngle' : 'spiral.endAngle+180',
'endAngle' : 'spiral.endAngle+250',
'radius' : 4,
'reverse' : False,
'id' : 'arc1',
'changeableParams' : []
})
arc2 = Arc({
'startPoint' : 'arc1.endPoint',
'startAngle' : 'arc1.endAngle+180',
'radius' : 5,
'endAngle' : 'arc1.endAngle+100',
'reverse' : True,
'id' : 'arc2',
'changeableParams' : ['endAngle']
})
middleCurve = ShapeGroup('middleCurve', spiral, arc1, arc2)
spiral = Spiral({
'rotationAngle' : 'middleCurve.spiral.rotationAngle',
'centerPoint' : (0,0),
'sweepAngleSpan' : 'middleCurve.spiral.sweepAngleSpan',
'scaleFactor' : 'middleCurve.spiral.scaleFactor*1.2',
'growthFactorAdjustment' : 1,
'reverse' : True,
'id' : 'spiral'
})
arc1 = Arc({
'startPoint' : 'spiral.endPoint',
'startAngle' : 'spiral.endAngle+180',
'endAngle' : 'spiral.endAngle+250',
'radius' : 'middleCurve.arc1.radius*0.7',
'reverse' : False,
'id' : 'arc1',
'changeableParams' : []
})
arc2 = Arc({
'startPoint' : 'arc1.endPoint',
'startAngle' : 'arc1.endAngle+180',
'radius' : 'middleCurve.arc2.radius*1.4',
'endAngle' : 'arc1.endAngle+120',
'reverse' : True,
'id' : 'arc2',
'changeableParams' : ['endAngle']
})
outerCurve = ShapeGroup('outerCurve', spiral, arc1, arc2)
spiral = Spiral({
'rotationAngle' : 'middleCurve.spiral.rotationAngle',
'centerPoint' : (0,0),
'sweepAngleSpan' : 'middleCurve.spiral.sweepAngleSpan+30',
'scaleFactor' : 'middleCurve.spiral.scaleFactor*0.8',
'growthFactorAdjustment' : 1,
'reverse' : True,
'id' : 'spiral'
})
arc1 = Arc({
'startPoint' : 'spiral.endPoint',
'startAngle' : 'spiral.endAngle+180',
'endAngle' : 'spiral.endAngle+250',
'radius' : 'middleCurve.arc1.radius*1.2',
'reverse' : False,
'id' : 'arc1',
'changeableParams' : []
})
arc2 = Arc({
'startPoint' : 'arc1.endPoint',
'startAngle' : 'arc1.endAngle+180',
'radius' : 'middleCurve.arc2.radius*0.8',
'endAngle' : 'arc1.endAngle+100',
'reverse' : True,
'id' : 'arc2',
'changeableParams' : ['endAngle']
})
innerCurve = ShapeGroup('innerCurve', spiral, arc1, arc2)
holes = HolesOnArcChain(middleCurve, {
'holeDistance' : 0.125,
'holeRadii' : [0.125, 0.25, 1, 0.5],
'id' : 'holeChain',
'changeableParams' : ['holeDistance']
})
topShape = ShapeGroup('top', innerCurve, holes, outerCurve, middleCurve)
middleCurve.updateParam('excludeSubShapes', True)
self.shapes.append(topShape)
Design.build(self)
def build(self):
self.shapes = []
spirals = ShapeGroup('apirals')
spiralAngleSpan = 65.
spiralSpacing = 5.
spiralInterval = spiralAngleSpan + spiralSpacing
scaleFactors = (0.125, 0.125)
growthFactors = (0.5, 0.707)
def makeSegment(innerSizeFactor, outerSizeFactor, startAngle, angleSpan):
innerGrowthFactor = interpolate(innerSizeFactor, growthFactors)
outerGrowthFactor = interpolate(outerSizeFactor, growthFactors)
innerScaleFactor = interpolate(innerSizeFactor, scaleFactors)
outerScaleFactor = interpolate(outerSizeFactor, scaleFactors)
innerSpiral = Spiral({
'rotationAngle' : 0,
'sweepStartAngle' : startAngle,
'centerPoint' : (0, 0),
'scaleFactor' : innerScaleFactor,
'growthFactorAdjustment' : innerGrowthFactor,
'sweepAngleSpan' : angleSpan,
'reverse' : True,
'id' : 'innerSpiral'
})
outerSpiral = Spiral({
'rotationAngle' : 0,
'sweepStartAngle' : startAngle,
'centerPoint' : (0, 0),
'scaleFactor' : outerScaleFactor,
'growthFactorAdjustment' : outerGrowthFactor,
'sweepAngleSpan' : angleSpan,
'reverse' : True,
'id' : 'outerSpiral'
})
lArc = Arc({
'startPoint' : '%outerSpiral.endPoint',
'startAngle' : '%outerSpiral.endAngle + 30',
'reverse' : False,
'endPoint' : '%innerSpiral.endPoint'
})
rArc = Arc({
'startPoint' : '%outerSpiral.startPoint',
'startAngle' : '%outerSpiral.startAngle + 30',
'reverse' : False,
'endPoint' : '%innerSpiral.startPoint'
})
segment = ShapeGroup('segment' + str(i), innerSpiral, outerSpiral, lArc, rArc)
spirals.addSubShape(segment)
i = 0
while i < 6:
makeSegment(0, 1, i * spiralInterval, spiralAngleSpan)
i += 1
makeSegment(0.52, 1, i * spiralInterval, (spiralAngleSpan / 2) - spiralSpacing)
while i < 8:
makeSegment(0, 0.5, i * spiralInterval, spiralAngleSpan)
makeSegment(0.52, 1, i * spiralInterval + spiralAngleSpan / 2, spiralAngleSpan)
i += 1
makeSegment(0.77, 1, i * spiralInterval + spiralAngleSpan / 2, (spiralAngleSpan / 2) - spiralSpacing)
while i < 10:
makeSegment(0, 0.5, i * spiralInterval, spiralAngleSpan)
makeSegment(0.52, 0.75, i * spiralInterval + spiralAngleSpan / 2, spiralAngleSpan)
makeSegment(0.77, 1, i * spiralInterval + spiralAngleSpan, spiralAngleSpan)
i += 1
topShape = ShapeGroup('top', spirals)
self.shapes.append(topShape)
Design.build(self)
def build(self):
self.shapes = []
traces = NodeyCircuitTraceGroup({
'points' : [(0, 0), (0, 10), (5, 15), (5, 20), (10, 25)],
'numTraces' : 5,
})
traces2 = NodeyCircuitTraceGroup({
'points' : [(-3.75, 0), (-3.75, 20), (-15, 20), (-15, 30)],
'numTraces' : 5,
})
spine = SpineyCircuitTraceGroup({
'vectors' : [(15, 0), (0, 20), getEndPoint((0, 0), 60, endY=10), (0, 15), getEndPoint((0, 0), 120, endY=10), getEndPoint((0, 0), 121, endY=18)],
'id' : 'spine',
'numTraces' : 1,
'segmentLength' : 20,
})
spine.calculate()
topShape = ShapeGroup('top', spine)
numPoints = len(spine.p.attachmentPoints[0])
oldAngle = False
segmentIndex = -1
directions = [(-1, -1), (-1, -1), (-1, -1), (-1, -1), (-1, -1)]
line1Lengths = [(5, 3), (4, 2.5), (1.5, 4), (1.5, 4), (6, 4)]
line2Lengths = [(17, 23), (9, 14), (14, 10), (10, 10), (18, 10)]
line2Angles = [(0, 30), (30, 0), (30, 0), (30, 30), (0, 30)]
groupEndPoints = [[], []]
traceCounts = [[], []]
traceEndPoints = [[], []]
for i in range(numPoints):
spineAngle = spine.p.attachmentPoints[0][i][1] - 60
if not spineAngle == oldAngle:
segmentCount = 0
segmentIndex += 1
oldAngle = spineAngle
startLinePos = transformPoint(spine.p.attachmentPoints[0][i][0], - (spineAngle - 90))[1]
for j in range(2):
if traceEndPoints[j]:
groupEndPoints[j].append(avgPoints(*traceEndPoints[j]))
traceCounts[j].append(len(traceEndPoints[j]))
traceEndPoints[j] = []
firstLineEndPoints = [[False, False], [False, False]]
for j in range(2):
if j == 0:
line1Angle = spineAngle + 60
line2Angle = spineAngle + line2Angles[segmentIndex][j]
else:
line1Angle = spineAngle - 60
line2Angle = spineAngle - line2Angles[segmentIndex][j]
if directions[segmentIndex][j]:
if not firstLineEndPoints[j][0]:
vector = transformPoint((line1Lengths[segmentIndex][j], 0), line1Angle)
line1EndPoint = addVectors(spine.p.attachmentPoints[j][i][0], vector)
vector = transformPoint((line2Lengths[segmentIndex][j], 0), line2Angle)
line2EndPoint = addVectors(line1EndPoint, vector)
firstLineEndPoints[j] = [line1EndPoint, line2EndPoint]
else:
offsetVector = transformPoint((0.75 * (directions[segmentIndex][j] * segmentCount), 0), line2Angle + 90 - 180 * j)
point = addVectors(offsetVector, firstLineEndPoints[j][0])
line1EndPoint = getIntersect(point, line2Angle, spine.p.attachmentPoints[j][i][0], line1Angle)
line2EndPoint = addVectors(firstLineEndPoints[j][1], offsetVector)
topShape.addSubShape(NodeyCircuitTrace({
'startPoint' : spine.p.attachmentPoints[j][i][0],
'endPoint' : line1EndPoint,
}))
topShape.addSubShape(NodeyCircuitTrace({
'startPoint' : line1EndPoint,
'endPoint' : line2EndPoint
}))
traceEndPoints[j].append(line2EndPoint)
segmentCount += 1
for j in range(2):
if traceEndPoints[j]:
groupEndPoints[j].append(avgPoints(*traceEndPoints[j]))
traceCounts[j].append(len(traceEndPoints[j]))
topShape.addSubShape(NodeyCircuitTraceGroup({
'vectors' : [groupEndPoints[0][0], (0, 5), getEndPoint((0, 0), 120, endY=10), getEndPoint((0, 0), 150, endY=10)],
'numTraces' : traceCounts[0][0],
}))
topShape.addSubShape(NodeyCircuitTraceGroup({
'vectors' : [groupEndPoints[0][1], getEndPoint((0, 0), 90, endY=2), getEndPoint((0, 0), 120, endY=5), getEndPoint((0, 0), 150, endY=10)],
'numTraces' : traceCounts[0][1],
}))
topShape.addSubShape(NodeyCircuitTraceGroup({
'vectors' : [groupEndPoints[0][2], getEndPoint((0, 0), 120, endY=2), getEndPoint((0, 0), 150, endY=10)],
'numTraces' : traceCounts[0][2],
}))
topShape.addSubShape(NodeyCircuitTraceGroup({
'vectors' : [groupEndPoints[0][3], getEndPoint((0, 0), 150, endY=10)],
'numTraces' : traceCounts[0][3],
}))
topShape.addSubShape(NodeyCircuitTraceGroup({
'vectors' : [groupEndPoints[1][0], getEndPoint((0, 0), 60, endY=2), (0, 40), getEndPoint((0, 0), 60, endY=6)],
'numTraces' : traceCounts[1][0],
}))
topShape.addSubShape(NodeyCircuitTraceGroup({
'vectors' : [groupEndPoints[1][1], getEndPoint((0, 0), 60, endY=2), (0, 31), getEndPoint((0, 0), 60, endY=6)],
'numTraces' : traceCounts[1][1],
}))
topShape.addSubShape(NodeyCircuitTraceGroup({
'vectors' : [groupEndPoints[1][2], (0, 1.5), getEndPoint((0, 0), 60, endY=2), (0, 31), getEndPoint((0, 0), 60, endY=6)],
'numTraces' : traceCounts[1][2],
}))
topShape.addSubShape(Line({'startPoint' : (0, 0), 'endPoint' : (33, 0)}))
topShape.addSubShape(Line({'startPoint' : (33, 0), 'endPoint' : (33, 70)}))
topShape.addSubShape(Line({'startPoint' : (33, 70), 'endPoint' : (0, 70)}))
topShape.addSubShape(Line({'startPoint' : (0, 70), 'endPoint' : (0, 0)}))
self.shapes.append(topShape)
Design.build(self)
def build(self):
self.shapes = []
arcChain = ArcChain('arcChain', [{
'startPoint' : (0, 0),
'startAngle' : 120,
'angleSpan' : 30,
'radius' : 5,
'reverse' : True,
},{
'angleSpan' : 60,
'radius' :5,
},{
'angleSpan' : 60,
'radius' : 3
},{
'angleSpan' : 60,
'radius' : '%arc1.radius',
},{
'angleSpan' : 30,
'radius' : '%arc0.radius',
}])
endArc = Arc({
'startPoint' : (0, 0),
'startAngle' : 110,
'endAngle' : 250,
'radius' : 3,
'reverse' : True,
'id' : 'endArc'
})
oneSide = ShapeChain('oneSide', (endArc, 'es'), (arcChain, 'se'))
sides = ShapeChain('sides', (oneSide, 'es'), (oneSide.getTransformedCopy(angle=120), 'es'), (oneSide.getTransformedCopy(angle=240), 'es'))
sides.transform(distance = 'subtractVectors((0 , 0), avgPoints(%oneSide.endArc.centerPoint, %oneSide1.endArc.centerPoint, %oneSide2.endArc.centerPoint))')
arcChainForHoles = ArcChain('arcChainForHoles', [{
'rotationAngle' : 0,
'centerPoint' : (0, 0),
'scaleFactor' : 0.5,
'growthFactorAdjustment' : 1.0,
'sweepAngleSpan' : 360,
'reverse' : True
},{
'angleSpan' : 25 ,
'radius' : 5,
},{
'angleSpan' : 60 ,
'radius' : '%oneSide.arcChain.arc2.radius - 0.75',
},{
'angleSpan' : 30,
'radius' : '%oneSide.arcChain.arc3.radius + 0.75',
},{
'angleSpan' : 50,
'radius' : 4,
'noDirectionAlternate' : True
}])
holes = HolesOnArcChain(arcChainForHoles, {
'holeDistance' : 0.2,
'holeRadii' : [0.1, 0.2, 0.125, 0.4, 0.2, 0.1],
'id' : 'holeChain'
})
holes.transform(angle = '%oneSide.arcChain.arc2.startAngle - %arc2.startAngle')
holes.transform(distance = 'subtractVectors (%oneSide.arcChain.arc2.centerPoint , %arc2.centerPoint )')
sideHoles = ShapeGroup('sideHoles', holes, holes.getTransformedCopy(angle=120), holes.getTransformedCopy(angle=240))
circle = Circle({
'centerPoint' : '%oneSide.arcChain.arc2.centerPoint',
'radius' : 1,
'id' : 'circle'
})
topShape = ShapeGroup('top', sides, sideHoles, circle, circle.getTransformedCopy(angle=120), circle.getTransformedCopy(angle=240))
self.shapes.append(topShape)
Design.build(self)
def build(self):
self.shapes = []
spirals = ShapeGroup('apirals')
spiralAngleSpan = 65.
spiralSpacing = 5.
spiralInterval = spiralAngleSpan + spiralSpacing
scaleFactors = (0.125, 0.125)
growthFactors = (0.5, 0.707)
def makeSegment(innerSizeFactor, outerSizeFactor, startAngle, angleSpan):
innerGrowthFactor = interpolate(innerSizeFactor, growthFactors)
outerGrowthFactor = interpolate(outerSizeFactor, growthFactors)
innerScaleFactor = interpolate(innerSizeFactor, scaleFactors)
outerScaleFactor = interpolate(outerSizeFactor, scaleFactors)
innerSpiral = Spiral({
'rotationAngle' : 0,
'sweepStartAngle' : startAngle,
'centerPoint' : (0, 0),
'scaleFactor' : innerScaleFactor,
'growthFactorAdjustment' : innerGrowthFactor,
'sweepAngleSpan' : angleSpan,
'reverse' : True,
'id' : 'innerSpiral'
})
outerSpiral = Spiral({
'rotationAngle' : 0,
'sweepStartAngle' : startAngle,
'centerPoint' : (0, 0),
'scaleFactor' : outerScaleFactor,
'growthFactorAdjustment' : outerGrowthFactor,
'sweepAngleSpan' : angleSpan,
'reverse' : True,
'id' : 'outerSpiral'
})
lArc = Arc({
'startPoint' : '%outerSpiral.endPoint',
'startAngle' : '%outerSpiral.endAngle + 30',
'reverse' : False,
'endPoint' : '%innerSpiral.endPoint'
})
rArc = Arc({
'startPoint' : '%outerSpiral.startPoint',
'startAngle' : '%outerSpiral.startAngle + 30',
'reverse' : False,
'endPoint' : '%innerSpiral.startPoint'
})
holeSpiral = Spiral({
'rotationAngle' : 0,
'sweepStartAngle' : startAngle + 5,
'centerPoint' : (0, 0),
'scaleFactor' : interpolate(0.57, (innerScaleFactor, outerScaleFactor)),
'growthFactorAdjustment' : interpolate(0.57, (innerGrowthFactor, outerGrowthFactor)),
'sweepAngleSpan' : angleSpan - 10,
'reverse' : True,
'id' : 'holeSpiral'
})
lowerRadius = 0.25 * (outerSpiral.getRadius(startAngle) - innerSpiral.getRadius(startAngle))
upperRadius = 0.25 * (outerSpiral.getRadius(startAngle + angleSpan) - innerSpiral.getRadius(startAngle + angleSpan))
holes = HolesOnArcChain(ShapeGroup('holeSpiralGroup', holeSpiral), {
'holeDistance' : 0.24 - (startAngle/3000)**1.8,
'holeRadii' : [lowerRadius, upperRadius],
'minRadius' : 0.055,
'id' : 'holes'
})
segment = ShapeGroup('segment' + str(i), innerSpiral, outerSpiral, holes, lArc, rArc)
spirals.addSubShape(segment)
i = 0
while i < 12:
makeSegment(0, 1, i * spiralInterval, spiralAngleSpan)
i += 1
innerBound = Spiral({
'rotationAngle' : 0,
'sweepStartAngle' : 0,
'centerPoint' : (0, 0),
'scaleFactor' : 0.125,
'growthFactorAdjustment' : 0.48,
'sweepAngleSpan' : 12 * spiralInterval + 5,
'reverse' : True,
'id' : 'innerBound'
})
outerBound = Spiral({
'rotationAngle' : 0,
'sweepStartAngle' : 0,
'centerPoint' : (0, 0),
'scaleFactor' : 0.125,
'growthFactorAdjustment' : 0.717,
'sweepAngleSpan' : 12 * spiralInterval + 1,
'reverse' : True,
'id' : 'outerBound'
})
endArc = Arc({
'startPoint' : '%outerBound.endPoint',
'startAngle' : '%outerBound.endAngle + 30',
'reverse' : False,
'endPoint' : '%innerBound.endPoint'
})
topShape = ShapeGroup('top', spirals)#, innerBound, outerBound, endArc)
self.shapes.append(topShape)
Design.build(self)
def build(self):
def makeHoleChain(arcChain, id=False, holeradii=[0.125, 0.125, 0.2, 0.3, 0.4]):
if not id:
id = 'holes' + str(self.holeChainCount)
holes = HolesOnArcChain(arcChain, {
'holeDistance' : 0.3,
'holeRadii' : holeradii,
'minRadius' : 0.125,
'id' : id
})
topShape.addSubShape(holes)
self.holeChainCount += 1
return holes
self.holeChainCount = 0
self.shapes = []
topShape = ShapeGroup('topshape')
topShape.addSubShape(Circle({'id' : 'heater', 'centerPoint' : (0, 39), 'radius' : 7}))
topShape.addSubShape(Circle({'id' : 'board', 'centerPoint' : (33, 0), 'radius' : 10}))
arcChain = ArcChain('arcChain', [{
'startPoint' : (16, 0),
'startAngle' : 185,
'angleSpan' : 60,
'radius' : 13,
'reverse' : True,
},{
'angleSpan' : 105,
'radius' : 25,
},{
'angleSpan' : 30,
'radius' : 50,
}])
topShape.addSubShape(arcChain)
arcChain.p.excludeSubShapes = True
for i in range(5):
offset = OffsetArcChain(arcChain, {
'id' : 'offset' + str(i),
'offset' : -1 * i - 0.5,
})
offset.transform(angle = 1 + 2 * i)
offset.transform(distance = (0, -0.5 * i))
smallholes = HolesOnArcChain(offset, {
'holeDistance' : 2,
'holeRadii' : [0.01, 0.1, 0.3, 0.2, 0.2, 0.4, 0.5],
'minRadius' : 0.06,
'id' : 'little' + str(i)
})
topShape.addSubShape(smallholes)
offset = OffsetArcChain(arcChain, {
'id' : 'offset' + str(i),
'offset' : -1 * i,
})
offset.transform(angle = 2 * i)
offset.transform(distance = (0, -0.5 * i))
holes = makeHoleChain(offset, 'big' + str(i))
if i==2:
smallholes.p.startTrim = 1
if i==3:
holes.p.startTrim = 19
smallholes.p.startTrim = 3
if i==4:
holes.p.startTrim = 38
smallholes.p.startTrim = 5
offset = OffsetArcChain(arcChain, {
'id' : 'offset' + str(i),
'offset' : -5.5,
})
offset.transform(angle = 11.5)
offset.transform(distance = (1, -4))
smallholes = HolesOnArcChain(offset, {
'holeDistance' : 2,
'holeRadii' : [0.01, 0.01, 0.01, 0.01, 0.1, 0.3, 0.3, 0.4, 0.5],
'minRadius' : 0.06,
'id' : 'little5'
})
topShape.addSubShape(smallholes)
spiral = Spiral({
'rotationAngle' : 0,
'centerPoint' : (0, 0),
'scaleFactor' : 1,
'growthFactorAdjustment' : 0.5,
'sweepAngleSpan' : 720,
'reverse' : False,
'id' : 'spiral4'
})
holes = makeHoleChain(ShapeGroup('group', spiral), False, [0.125, 0.125,0.3, 0.2, 0.125])
holes.transform(angle = '%big4.startAngle - %endAngle + 180')
holes.transform(distance = 'subtractVectors (%big4.startPoint , %endPoint )')
spiral = Spiral({
'rotationAngle' : 0,
'centerPoint' : (0, 0),
'scaleFactor' : 0.8,
'growthFactorAdjustment' : 0.5,
'sweepAngleSpan' : 650,
'reverse' : False,
'id' : 'spiral3'
})
holes = makeHoleChain(ShapeGroup('group', spiral), False, [0.125, 0.125,0.3, 0.2, 0.125])
holes.transform(angle = '%big3.startAngle - %endAngle + 180')
holes.transform(distance = 'subtractVectors (%big3.startPoint , %endPoint )')
arcChain = ArcChain('arcChain', [{
'rotationAngle' : -100,
'centerPoint' : '%spiral3.centerPoint',
'scaleFactor' : 0.8,
'growthFactorAdjustment' : 0.5,
'sweepAngleSpan' : 690,
'reverse' : False
},{
'angleSpan' : 60,
'radius' :15,
}])
makeHoleChain(arcChain, False, [0.125, 0.125, 0.3, 0.2])
arcChain = ArcChain('arcChain', [{
'rotationAngle' : -195,
'centerPoint' : '%spiral4.centerPoint',
'scaleFactor' : 1,
'growthFactorAdjustment' : 0.5,
'sweepAngleSpan' : 720,
'reverse' : False
},{
'angleSpan' : 19,
'radius' :30,
'noDirectionAlternate' : True
},{
'angleSpan' : 35,
'radius' :15,
'noDirectionAlternate' : True
},{
'angleSpan' : 60,
'radius' :15,
}])
makeHoleChain(arcChain, False, [0.125, 0.2, 0.2])
arcChain = ArcChain('arcChain', [{
'rotationAngle' : -231,
'centerPoint' : (16, 31),
'scaleFactor' : 0.7,
'growthFactorAdjustment' : 0.5,
'sweepAngleSpan' : 725,
'reverse' : False
},{
'angleSpan' : 32,
'radius' :22,
'noDirectionAlternate' : True
},{
'angleSpan' : 20,
'radius' : 35,
'noDirectionAlternate' : True
},{
'angleSpan' : 20,
'radius' : 22,
'noDirectionAlternate' : True
},{
'angleSpan' : 60,
'radius' : 15,
}])
makeHoleChain(arcChain, 'topSpiral', [0.125, 0.2, 0.2])
arcChain = ArcChain('arcChain', [{ #up from spiral
'rotationAngle' : -60,
'centerPoint' : '%topSpiral.arcChain.arc0.centerPoint',
'scaleFactor' : 0.7,
'growthFactorAdjustment' : 0.5,
'sweepAngleSpan' : 790,
'reverse' : False
},{
'angleSpan' : 62,
'radius' :17,
'noDirectionAlternate' : True
},{
'angleSpan' : 30,
'radius' : 40,
'noDirectionAlternate' : False
}])
makeHoleChain(arcChain)
arcChain = ArcChain('arcChain', [{
'startPoint' : (0.5, -2),
'startAngle' : -16,
'angleSpan' : 25,
'radius' : 18,
'reverse' : False,
},{
'angleSpan' : 49,
'radius' :35,
},{
'angleSpan' : 97,
'radius' : 8.7,
# 'noDirectionAlternate' : True
},{
'angleSpan' : 25,
'radius' : 50,
}])
makeHoleChain(arcChain, False, [0.2, 0.2, 0.3, 0.4])
topShape.addSubShape(Line({'startPoint' : (0, 0), 'endPoint' : (33, 0)}))
topShape.addSubShape(Line({'startPoint' : (33, 0), 'endPoint' : (33, 70)}))
topShape.addSubShape(Line({'startPoint' : (33, 70), 'endPoint' : (0, 70)}))
topShape.addSubShape(Line({'startPoint' : (0, 70), 'endPoint' : (0, 0)}))
self.shapes.append(topShape)
Design.build(self)