def plot(self, ztransforms):
"""Plots a route through the blueprint, then does ztransforms."""
keys = []
cursor = self.start
ks = None
for layer in self.layers:
layer.start = cursor # first layer's start or last layer's exit pos
# plan the cursor's route to designate all the areas
layer.grid, layer.plots, end = router.plan_route(
layer.grid, cursor)
# generate key/macro sequence to render this series of plots in DF
ks = Keystroker(layer.grid, self.build_config)
layerkeys, cursor = ks.plot(layer.plots, cursor)
keys += layerkeys + layer.onexit
# move cursor back to start pos x, y, so start==end
keys += ks.move(cursor, self.start, 0)
#start = end
# perform any awaiting z-transforms
keys = self.repeat_ztransforms(ztransforms, keys, self.repeater_keys)
return keys
def plot(self, ztransforms):
"""Plots a route through the blueprint, then does ztransforms."""
keys = []
cursor = self.start
ks = None
for layer in self.layers:
layer.start = cursor # first layer's start or last layer's exit pos
# plan the cursor's route to designate all the areas
layer.grid, layer.plots, end = router.plan_route(
layer.grid, cursor)
# generate key/macro sequence to render this series of plots in DF
ks = Keystroker(layer.grid, self.build_config)
layerkeys, cursor = ks.plot(layer.plots, cursor)
keys += layerkeys + layer.onexit
# move cursor back to start pos x, y, so start==end
keys += ks.move(cursor, self.start, 0)
#start = end
# perform any awaiting z-transforms
keys = self.repeat_ztransforms(ztransforms, keys, self.repeater_keys)
return keys
def repeater_layers(layers, zdistance, reps):
zmove = Keystroker.get_z_moves(zdistance)
newlayers = []
for x in range(1, reps):
newlayers += deepcopy(layers)
newlayers[-1].onexit = zmove
newlayers += deepcopy(layers)
return newlayers
def repeater_layers(layers, zdistance, reps):
zmove = Keystroker.get_z_moves(zdistance)
newlayers = []
for x in range(1, reps):
newlayers += deepcopy(layers)
newlayers[-1].onexit = zmove
newlayers += deepcopy(layers)
return newlayers
def trace_outline(self):
"""
Moves the cursor to the northwest corner, then clockwise to each
other corner, before returning to the starting position.
"""
buildconfig = BuildConfig('dig')
grid = self.layers[0].grid
plotter = AreaPlotter(grid, buildconfig)
plotter.expand_fixed_size_areas() # plot cells of d(5x5) format
ks = Keystroker(grid, buildconfig)
keys = []
# move to each corner beginning with NW, going clockwise, and wait
# at each one
lastpos = self.start
for cornerdir in [
Direction(d) for d in ['nw', 'ne', 'se', 'sw', 'nw']
]:
(x, y) = cornerdir.delta()
newpos = (max(0, x) * (grid.width - 1),
max(0, y) * (grid.height - 1))
keys += ks.move(lastpos, newpos, allowjumps=False) + ['%']
lastpos = newpos
keys += ks.move(lastpos, self.start, allowjumps=False)
# trim any pauses off the ends
while keys and keys[0] == '%':
keys = keys[1:]
while keys and keys[-1] == '%':
keys = keys[:-1]
# if the result is no keys, return a single wait key
keys += ['%']
return keys
def trace_outline(self):
"""
Moves the cursor to the northwest corner, then clockwise to each
other corner, before returning to the starting position.
"""
buildconfig = BuildConfig('dig')
grid = self.layers[0].grid
plotter = AreaPlotter(grid, buildconfig)
plotter.expand_fixed_size_areas() # plot cells of d(5x5) format
ks = Keystroker(grid, buildconfig)
keys = []
# move to each corner beginning with NW, going clockwise, and wait
# at each one
lastpos = self.start
for cornerdir in [Direction(d) for d in ['nw', 'ne', 'se', 'sw', 'nw']]:
(x, y) = cornerdir.delta()
newpos = (
max(0, x) * (grid.width - 1),
max(0, y) * (grid.height - 1)
)
keys += ks.move(lastpos, newpos, allowjumps=False) + ['%']
lastpos = newpos
keys += ks.move(lastpos, self.start, allowjumps=False)
# trim any pauses off the ends
while keys and keys[0] == '%':
keys = keys[1:]
while keys and keys[-1] == '%':
keys = keys[:-1]
# if the result is no keys, return a single wait key
keys += ['%']
return keys
def repeater_keys(keys, zdistance, reps):
zmove = Keystroker.get_z_moves(zdistance)
# assemble repetition of z layers' keys
keys = ((keys + zmove) * (reps - 1)) + keys
return keys
def repeater_keys(keys, zdistance, reps):
zmove = Keystroker.get_z_moves(zdistance)
# assemble repetition of z layers' keys
keys = ((keys + zmove) * (reps - 1)) + keys
return keys
