Simplified OWR edge group reorganization
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codemann8
@@ -661,158 +661,37 @@ def remove_reserved(world, groupedlist, connected_edges, player):
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return new_grouping
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def reorganize_groups(world, groups, player):
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def get_group_key(group):
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#(std, region, axis, terrain, parallel, count) = group
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new_group = list(group)
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if world.mode[player] != "standard":
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new_group[0] = None
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if world.owShuffle[player] != 'parallel':
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new_group[4] = None
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if not world.owKeepSimilar[player]:
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new_group[5] = None
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return tuple(new_group)
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# predefined shuffle groups get reorganized here
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# this restructures the candidate pool based on the chosen settings
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if world.owShuffle[player] == 'full':
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if world.owKeepSimilar[player]:
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if world.mode[player] == 'standard':
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# tuple goes to (A,B,C,D,_,F)
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for grouping in (groups,):
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new_grouping = {}
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for grouping in (groups,):
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new_grouping = {}
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for group in grouping.keys():
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(std, region, axis, terrain, _, count) = group
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new_grouping[(std, region, axis, terrain, count)] = ([], [])
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for group in grouping.keys():
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(std, region, axis, terrain, _, count) = group
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(forward_edges, back_edges) = grouping[group]
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(exist_forward_edges, exist_back_edges) = new_grouping[(std, region, axis, terrain, count)]
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exist_forward_edges.extend(forward_edges)
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exist_back_edges.extend(back_edges)
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new_grouping[(std, region, axis, terrain, count)] = (exist_forward_edges, exist_back_edges)
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for group in grouping.keys():
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new_grouping[get_group_key(group)] = ([], [])
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for group in grouping.keys():
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new_group = get_group_key(group)
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(forward_edges, back_edges) = grouping[group]
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if not world.owKeepSimilar[player]:
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forward_edges = [[i] for l in forward_edges for i in l]
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back_edges = [[i] for l in back_edges for i in l]
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(exist_forward_edges, exist_back_edges) = new_grouping[new_group]
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exist_forward_edges.extend(forward_edges)
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exist_back_edges.extend(back_edges)
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new_grouping[new_group] = (exist_forward_edges, exist_back_edges)
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return list(new_grouping.values())
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else:
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# tuple goes to (_,B,C,D,_,F)
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for grouping in (groups,):
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new_grouping = {}
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for group in grouping.keys():
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(_, region, axis, terrain, _, count) = group
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new_grouping[(region, axis, terrain, count)] = ([], [])
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for group in grouping.keys():
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(_, region, axis, terrain, _, count) = group
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(forward_edges, back_edges) = grouping[group]
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(exist_forward_edges, exist_back_edges) = new_grouping[(region, axis, terrain, count)]
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exist_forward_edges.extend(forward_edges)
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exist_back_edges.extend(back_edges)
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new_grouping[(region, axis, terrain, count)] = (exist_forward_edges, exist_back_edges)
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return list(new_grouping.values())
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else:
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if world.mode[player] == 'standard':
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# tuple goes to (A,B,C,D,_,_)
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for grouping in (groups,):
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new_grouping = {}
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for group in grouping.keys():
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(std, region, axis, terrain, _, _) = group
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new_grouping[(std, region, axis, terrain)] = ([], [])
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for group in grouping.keys():
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(std, region, axis, terrain, _, _) = group
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(forward_edges, back_edges) = grouping[group]
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forward_edges = [[i] for l in forward_edges for i in l]
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back_edges = [[i] for l in back_edges for i in l]
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(exist_forward_edges, exist_back_edges) = new_grouping[(std, region, axis, terrain)]
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exist_forward_edges.extend(forward_edges)
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exist_back_edges.extend(back_edges)
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new_grouping[(std, region, axis, terrain)] = (exist_forward_edges, exist_back_edges)
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return list(new_grouping.values())
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else:
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# tuple goes to (_,B,C,D,_,_)
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for grouping in (groups,):
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new_grouping = {}
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for group in grouping.keys():
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(_, region, axis, terrain, _, _) = group
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new_grouping[(region, axis, terrain)] = ([], [])
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for group in grouping.keys():
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(_, region, axis, terrain, _, _) = group
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(forward_edges, back_edges) = grouping[group]
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forward_edges = [[i] for l in forward_edges for i in l]
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back_edges = [[i] for l in back_edges for i in l]
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(exist_forward_edges, exist_back_edges) = new_grouping[(region, axis, terrain)]
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exist_forward_edges.extend(forward_edges)
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exist_back_edges.extend(back_edges)
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new_grouping[(region, axis, terrain)] = (exist_forward_edges, exist_back_edges)
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return list(new_grouping.values())
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elif world.owShuffle[player] == 'parallel':
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if world.owKeepSimilar[player]:
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if world.mode[player] == 'standard':
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# tuple stays (A,B,C,D,E,F)
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for grouping in (groups,):
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return list(grouping.values())
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else:
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# tuple goes to (_,B,C,D,E,F)
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for grouping in (groups,):
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new_grouping = {}
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for group in grouping.keys():
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(_, region, axis, terrain, parallel, count) = group
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new_grouping[(region, axis, terrain, parallel, count)] = ([], [])
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for group in grouping.keys():
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(_, region, axis, terrain, parallel, count) = group
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(forward_edges, back_edges) = grouping[group]
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(exist_forward_edges, exist_back_edges) = new_grouping[(region, axis, terrain, parallel, count)]
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exist_forward_edges.extend(forward_edges)
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exist_back_edges.extend(back_edges)
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new_grouping[(region, axis, terrain, parallel, count)] = (exist_forward_edges, exist_back_edges)
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return list(new_grouping.values())
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else:
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if world.mode[player] == 'standard':
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# tuple goes to (A,B,C,D,E,_)
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for grouping in (groups,):
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new_grouping = {}
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for group in grouping.keys():
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(std, region, axis, terrain, parallel, _) = group
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new_grouping[(std, region, axis, terrain, parallel)] = ([], [])
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for group in grouping.keys():
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(std, region, axis, terrain, parallel, _) = group
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(forward_edges, back_edges) = grouping[group]
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forward_edges = [[i] for l in forward_edges for i in l]
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back_edges = [[i] for l in back_edges for i in l]
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(exist_forward_edges, exist_back_edges) = new_grouping[(std, region, axis, terrain, parallel)]
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exist_forward_edges.extend(forward_edges)
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exist_back_edges.extend(back_edges)
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new_grouping[(std, region, axis, terrain, parallel)] = (exist_forward_edges, exist_back_edges)
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return list(new_grouping.values())
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else:
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# tuple goes to (_,B,C,D,E,_)
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for grouping in (groups,):
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new_grouping = {}
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for group in grouping.keys():
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(_, region, axis, terrain, parallel, _) = group
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new_grouping[(region, axis, terrain, parallel)] = ([], [])
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for group in grouping.keys():
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(_, region, axis, terrain, parallel, _) = group
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(forward_edges, back_edges) = grouping[group]
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forward_edges = [[i] for l in forward_edges for i in l]
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back_edges = [[i] for l in back_edges for i in l]
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(exist_forward_edges, exist_back_edges) = new_grouping[(region, axis, terrain, parallel)]
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exist_forward_edges.extend(forward_edges)
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exist_back_edges.extend(back_edges)
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new_grouping[(region, axis, terrain, parallel)] = (exist_forward_edges, exist_back_edges)
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return list(new_grouping.values())
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else:
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raise NotImplementedError('Shuffling not supported yet')
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return list(new_grouping.values())
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def create_flute_exits(world, player):
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for region in (r for r in world.regions if r.player == player and r.terrain == Terrain.Land and r.name not in ['Zoras Domain', 'Master Sword Meadow', 'Hobo Bridge']):
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