def buildMutator(items):
"""
Build a mutator with the (location, obj) pairs in items.
Determine the bias based on the given locations.
"""
m = Mutator()
bias = biasFromLocations([loc for loc, obj in items])
m.setBias(bias)
n = None
ofx = []
onx = []
for loc, obj in items:
if (loc-bias).isOrigin():
n = obj
m.setNeutral(n)
for loc, obj in items:
lb = loc-bias
if lb.isOrigin(): continue
if lb.isOnAxis():
onx.append((lb, obj-n))
else:
ofx.append((lb, obj-n))
for loc, obj in onx:
m.addDelta(loc, obj, punch=False, axisOnly=True)
for loc, obj in ofx:
m.addDelta(loc, obj, punch=True, axisOnly=True)
return bias, m
def buildMutator(items):
"""
Build a mutator with the (location, obj) pairs in items.
Determine the bias based on the given locations.
"""
m = Mutator()
# the order itself does not matter, but we should always build in the same order.
items.sort()
bias = biasFromLocations([loc for loc, obj in items], True)
m.setBias(bias)
n = None
ofx = []
onx = []
for loc, obj in items:
if (loc-bias).isOrigin():
m.setNeutral(obj)
break
if m.getNeutral() is None:
raise MutatorError("Did not find a neutral for this system", m)
for loc, obj in items:
lb = loc-bias
if lb.isOrigin(): continue
if lb.isOnAxis():
onx.append((lb, obj-m.getNeutral()))
else:
ofx.append((lb, obj-m.getNeutral()))
for loc, obj in onx:
m.addDelta(loc, obj, punch=False, axisOnly=True)
for loc, obj in ofx:
m.addDelta(loc, obj, punch=True, axisOnly=True)
return bias, m
def buildMutator(items):
"""
Build a mutator with the (location, obj) pairs in items.
Determine the bias based on the given locations.
"""
m = Mutator()
bias = biasFromLocations([loc for loc, obj in items])
m.setBias(bias)
n = None
ofx = []
onx = []
for loc, obj in items:
if (loc - bias).isOrigin():
n = obj
m.setNeutral(n)
for loc, obj in items:
lb = loc - bias
if lb.isOrigin(): continue
if lb.isOnAxis():
onx.append((lb, obj - n))
else:
ofx.append((lb, obj - n))
for loc, obj in onx:
m.addDelta(loc, obj, punch=False, axisOnly=True)
for loc, obj in ofx:
m.addDelta(loc, obj, punch=True, axisOnly=True)
return bias, m
def _makeWarpFromList(self, axisName, warpMap):
if not warpMap:
warpMap = [(0, 0), (1000, 1000)]
self.maps[axisName] = warpMap
items = []
for x, y in warpMap:
items.append((Location(w=x), y))
m = WarpMutator()
items.sort()
bias = biasFromLocations([loc for loc, obj in items], True)
m.setBias(bias)
n = None
ofx = []
onx = []
for loc, obj in items:
if (loc - bias).isOrigin():
m.setNeutral(obj)
break
if m.getNeutral() is None:
raise MutatorError("Did not find a neutral for this system", m)
for loc, obj in items:
lb = loc - bias
if lb.isOrigin(): continue
if lb.isOnAxis():
onx.append((lb, obj - m.getNeutral()))
else:
ofx.append((lb, obj - m.getNeutral()))
for loc, obj in onx:
m.addDelta(loc, obj, punch=False, axisOnly=True)
for loc, obj in ofx:
m.addDelta(loc, obj, punch=True, axisOnly=True)
self.warps[axisName] = m
def _makeWarpFromList(self, axisName, warpMap):
if not warpMap:
warpMap = [(0,0), (1000,1000)]
self.maps[axisName] = warpMap
items = []
for x, y in warpMap:
items.append((Location(w=x), y))
m = WarpMutator()
items.sort()
bias = biasFromLocations([loc for loc, obj in items], True)
m.setBias(bias)
n = None
ofx = []
onx = []
for loc, obj in items:
if (loc-bias).isOrigin():
m.setNeutral(obj)
break
if m.getNeutral() is None:
raise MutatorError("Did not find a neutral for this system", m)
for loc, obj in items:
lb = loc-bias
if lb.isOrigin(): continue
if lb.isOnAxis():
onx.append((lb, obj-m.getNeutral()))
else:
ofx.append((lb, obj-m.getNeutral()))
for loc, obj in onx:
m.addDelta(loc, obj, punch=False, axisOnly=True)
for loc, obj in ofx:
m.addDelta(loc, obj, punch=True, axisOnly=True)
self.warps[axisName] = m
def buildMutator(items):
"""
Build a mutator with the (location, obj) pairs in items.
Determine the bias based on the given locations.
"""
m = Mutator()
# the order itself does not matter, but we should always build in the same order.
items.sort()
bias = biasFromLocations([loc for loc, obj in items], True)
m.setBias(bias)
n = None
ofx = []
onx = []
for loc, obj in items:
if (loc - bias).isOrigin():
m.setNeutral(obj)
break
if m.getNeutral() is None:
raise MutatorError("Did not find a neutral for this system", m)
for loc, obj in items:
lb = loc - bias
if lb.isOrigin(): continue
if lb.isOnAxis():
onx.append((lb, obj - m.getNeutral()))
else:
ofx.append((lb, obj - m.getNeutral()))
for loc, obj in onx:
m.addDelta(loc, obj, punch=False, axisOnly=True)
for loc, obj in ofx:
m.addDelta(loc, obj, punch=True, axisOnly=True)
return bias, m
def buildMutator(items, axes=None, bias=None):
"""
Build a mutator with the (location, obj) pairs in items.
Determine the bias based on the given locations.
"""
from mutatorMath.objects.bender import Bender
items = [(Location(loc), obj) for loc, obj in items]
if bias is None:
bias = Location()
else:
bias = Location(bias)
m = Mutator()
if axes is not None:
# make a Bender object
# but do not transform the locations from the items
bender = Bender(axes)
m.setBender(bender)
else:
bender = noBend
# the order itself does not matter, but we should always build in the same order.
items = sorted(items)
if not bias:
bias = biasFromLocations([loc for loc, obj in items], True)
m.setBias(bias)
n = None
ofx = []
onx = []
for loc, obj in items:
nn = (loc - bias)
if nn.isOrigin():
m.setNeutral(obj)
break
if m.getNeutral() is None:
raise MutatorError("Did not find a neutral for this system", items)
for loc, obj in items:
lb = loc - bias
if lb.isOrigin(): continue
if lb.isOnAxis():
onx.append((lb, obj - m.getNeutral()))
else:
ofx.append((lb, obj - m.getNeutral()))
for loc, obj in onx:
m.addDelta(loc, obj, punch=False, axisOnly=True)
for loc, obj in ofx:
m.addDelta(loc, obj, punch=True, axisOnly=True)
return bias, m
def buildMutator(items, axes=None, bias=None):
"""
Build a mutator with the (location, obj) pairs in items.
Determine the bias based on the given locations.
"""
from mutatorMath.objects.bender import Bender
m = Mutator()
if axes is not None:
bender = Bender(axes)
m.setBender(bender)
else:
bender = noBend
# the order itself does not matter, but we should always build in the same order.
items = sorted(items)
if not bias:
bias = biasFromLocations([bender(loc) for loc, obj in items], True)
else:
# note: this means that the actual bias might be different from the initial value.
bias = bender(bias)
m.setBias(bias)
n = None
ofx = []
onx = []
for loc, obj in items:
loc = bender(loc)
if (loc-bias).isOrigin():
m.setNeutral(obj)
break
if m.getNeutral() is None:
raise MutatorError("Did not find a neutral for this system", m)
for loc, obj in items:
locbent = bender(loc)
#lb = loc-bias
lb = locbent-bias
if lb.isOrigin(): continue
if lb.isOnAxis():
onx.append((lb, obj-m.getNeutral()))
else:
ofx.append((lb, obj-m.getNeutral()))
for loc, obj in onx:
m.addDelta(loc, obj, punch=False, axisOnly=True)
for loc, obj in ofx:
m.addDelta(loc, obj, punch=True, axisOnly=True)
return bias, m
def buildMutator(items, axes=None, bias=None):
"""
Build a mutator with the (location, obj) pairs in items.
Determine the bias based on the given locations.
"""
from mutatorMath.objects.bender import Bender
items = [(Location(loc),obj) for loc, obj in items]
m = Mutator()
if axes is not None:
bender = Bender(axes)
m.setBender(bender)
else:
bender = noBend
# the order itself does not matter, but we should always build in the same order.
items = sorted(items)
if not bias:
bias = biasFromLocations([bender(loc) for loc, obj in items], True)
else:
# note: this means that the actual bias might be different from the initial value.
bias = bender(bias)
m.setBias(bias)
n = None
ofx = []
onx = []
for loc, obj in items:
loc = bender(loc)
if (loc-bias).isOrigin():
m.setNeutral(obj)
break
if m.getNeutral() is None:
raise MutatorError("Did not find a neutral for this system", m)
for loc, obj in items:
locbent = bender(loc)
lb = locbent-bias
if lb.isOrigin(): continue
if lb.isOnAxis():
onx.append((lb, obj-m.getNeutral()))
else:
ofx.append((lb, obj-m.getNeutral()))
for loc, obj in onx:
m.addDelta(loc, obj, punch=False, axisOnly=True)
for loc, obj in ofx:
m.addDelta(loc, obj, punch=True, axisOnly=True)
return bias, m
def buildMutator(items, warpDict=None):
"""
Build a mutator with the (location, obj) pairs in items.
Determine the bias based on the given locations.
"""
from mutatorMath.objects.bender import Bender
m = Mutator()
if warpDict is not None:
bender = Bender(warpDict)
m.setBender(bender)
else:
bender = noBend
# the order itself does not matter, but we should always build in the same order.
items = sorted(items)
bias = biasFromLocations([bender(loc) for loc, obj in items], True)
m.setBias(bias)
n = None
ofx = []
onx = []
for loc, obj in items:
loc = bender(loc)
if (loc-bias).isOrigin():
m.setNeutral(obj)
break
if m.getNeutral() is None:
raise MutatorError("Did not find a neutral for this system", m)
for loc, obj in items:
lb = loc-bias
if lb.isOrigin(): continue
if lb.isOnAxis():
onx.append((lb, obj-m.getNeutral()))
else:
ofx.append((lb, obj-m.getNeutral()))
for loc, obj in onx:
m.addDelta(loc, obj, punch=False, axisOnly=True)
for loc, obj in ofx:
m.addDelta(loc, obj, punch=True, axisOnly=True)
return bias, m
def _makeWarpFromList(self, axisName, warpMap, minimum, maximum):
if not warpMap:
warpMap = [(minimum,minimum), (maximum,maximum)]
self.warps[axisName] = warpMap
# check for the extremes, add if necessary
if not sum([a==minimum for a, b in warpMap]):
warpMap = [(minimum,minimum)] + warpMap
if not sum([a==maximum for a, b in warpMap]):
warpMap.append((maximum,maximum))
items = []
for x, y in warpMap:
items.append((Location(w=x), y))
m = WarpMutator()
items.sort()
bias = biasFromLocations([loc for loc, obj in items], True)
m.setBias(bias)
n = None
ofx = []
onx = []
for loc, obj in items:
if (loc-bias).isOrigin():
m.setNeutral(obj)
break
if m.getNeutral() is None:
raise MutatorError("Did not find a neutral for this system", m)
for loc, obj in items:
lb = loc-bias
if lb.isOrigin(): continue
if lb.isOnAxis():
onx.append((lb, obj-m.getNeutral()))
else:
ofx.append((lb, obj-m.getNeutral()))
for loc, obj in onx:
m.addDelta(loc, obj, punch=False, axisOnly=True)
for loc, obj in ofx:
m.addDelta(loc, obj, punch=True, axisOnly=True)
self.warps[axisName] = m
