def write(ggpk, data_path, relational_reader, translation_file_cache, ot_file_cache):
root = {}
for mod in relational_reader['Mods.dat']:
domain = MOD_DOMAIN_FIX.get(mod['Id'], mod['Domain'])
if ignore_mod_domain(domain):
continue
obj = {
'required_level': mod['Level'],
'stats': _convert_stats(mod['Stats']),
'domain': domain.name.lower(),
'name': mod['Name'],
'type': mod['ModTypeKey']['Name'],
'generation_type': mod['GenerationType'].name.lower(),
'group': mod['CorrectGroup'],
'spawn_weights': _convert_spawn_weights(mod['SpawnWeight']),
'generation_weights': _convert_generation_weights(mod['GenerationWeight']),
'grants_buff': _convert_buff(mod['BuffDefinitionsKey'], mod['BuffValue']),
'grants_effects': _convert_granted_effects(mod['GrantedEffectsPerLevelKeys']),
'is_essence_only': mod['IsEssenceOnlyModifier'] > 0,
'adds_tags': _convert_tags_keys(mod['TagsKeys'])
}
if mod['Id'] in root:
print("Duplicate mod id:", mod['Id'])
else:
root[mod['Id']] = obj
write_json(root, data_path, 'mods')
def write(ggpk, data_path, relational_reader, translation_file_cache, ot_file_cache):
root = {}
for mod in relational_reader["Mods.dat"]:
domain = MOD_DOMAIN_FIX.get(mod["Id"], mod["Domain"])
if ignore_mod_domain(domain):
continue
obj = {
"required_level": mod["Level"],
"stats": _convert_stats(mod["Stats"]),
"domain": domain.name.lower(),
"name": mod["Name"],
"type": mod["ModTypeKey"]["Name"],
"generation_type": mod["GenerationType"].name.lower(),
"group": mod["CorrectGroup"],
"spawn_weights": _convert_spawn_weights(mod["SpawnWeight"]),
"generation_weights": _convert_generation_weights(mod["GenerationWeight"]),
"grants_buff": _convert_buff(mod["BuffDefinitionsKey"], mod["BuffValue"]),
"grants_effects": _convert_granted_effects(mod["GrantedEffectsPerLevelKeys"]),
"is_essence_only": mod["IsEssenceOnlyModifier"] > 0,
"adds_tags": _convert_tags_keys(mod["TagsKeys"]),
}
if mod["Id"] in root:
print("Duplicate mod id:", mod["Id"])
else:
root[mod["Id"]] = obj
write_json(root, data_path, "mods")
def write(ggpk, data_path, relational_reader, translation_file_cache,
**kwargs):
gems = {}
tooltips = {}
converter = GemConverter(ggpk, relational_reader,
translation_file_cache)
# Skills from gems
for gem in relational_reader['SkillGems.dat']:
granted_effect = gem['GrantedEffectsKey']
ge_id = granted_effect['Id']
if ge_id in gems:
print("Duplicate GrantedEffectsKey.Id '%s'" % ge_id)
multipliers = {
'str': gem['Str'],
'dex': gem['Dex'],
'int': gem['Int']
}
gems[ge_id], tooltips[ge_id] = converter.convert(
gem['BaseItemTypesKey'], granted_effect,
gem['GrantedEffectsKey2'], gem['GemTagsKeys'], multipliers)
# Secondary skills from gems. This adds the support skill implicitly provided by Bane
for gem in relational_reader['SkillGems.dat']:
granted_effect = gem['GrantedEffectsKey2']
if not granted_effect:
continue
ge_id = granted_effect['Id']
if ge_id in gems:
continue
gems[ge_id], tooltips[ge_id] = converter.convert(
None, granted_effect, None, None, None)
# Skills from mods
for mod in relational_reader['Mods.dat']:
if mod['GrantedEffectsPerLevelKeys'] is None:
continue
if ignore_mod_domain(mod['Domain']):
continue
for granted_effect_per_level in mod['GrantedEffectsPerLevelKeys']:
granted_effect = granted_effect_per_level['GrantedEffectsKey']
ge_id = granted_effect['Id']
if ge_id in gems:
# mod effects may exist as gems, those are handled above
continue
gems[ge_id], tooltips[ge_id] = converter.convert(
None, granted_effect, None, None, None)
# Default Attack/PlayerMelee is neither gem nor mod effect
for granted_effect in relational_reader['GrantedEffects.dat']:
ge_id = granted_effect['Id']
if ge_id != 'PlayerMelee':
continue
gems[ge_id], tooltips[ge_id] = converter.convert(
None, granted_effect, None, None, None)
write_json(gems, data_path, 'gems')
write_json(tooltips, data_path, 'gem_tooltips')
def write(file_system, data_path, relational_reader,
translation_file_cache, **kwargs):
gems = {}
converter = GemConverter(file_system, relational_reader)
# Skills from gems
for gem in relational_reader["SkillGems.dat"]:
granted_effect = gem["GrantedEffectsKey"]
ge_id = granted_effect["Id"]
if ge_id in gems:
print("Duplicate GrantedEffectsKey.Id '%s'" % ge_id)
multipliers = {
"str": gem["Str"],
"dex": gem["Dex"],
"int": gem["Int"]
}
gems[ge_id] = converter.convert(gem["BaseItemTypesKey"],
granted_effect,
gem["GrantedEffectsKey2"],
gem["GemTagsKeys"], multipliers)
# Secondary skills from gems. This adds the support skill implicitly provided by Bane
for gem in relational_reader["SkillGems.dat"]:
granted_effect = gem["GrantedEffectsKey2"]
if not granted_effect:
continue
ge_id = granted_effect["Id"]
if ge_id in gems:
continue
gems[ge_id] = converter.convert(None, granted_effect, None, None,
None)
# Skills from mods
for mod in relational_reader["Mods.dat"]:
if mod["GrantedEffectsPerLevelKeys"] is None:
continue
if ignore_mod_domain(mod["Domain"]):
continue
for granted_effect_per_level in mod["GrantedEffectsPerLevelKeys"]:
granted_effect = granted_effect_per_level["GrantedEffectsKey"]
ge_id = granted_effect["Id"]
if ge_id in gems:
# mod effects may exist as gems, those are handled above
continue
gems[ge_id] = converter.convert(None, granted_effect, None,
None, None)
# Default Attack/PlayerMelee is neither gem nor mod effect
for granted_effect in relational_reader["GrantedEffects.dat"]:
ge_id = granted_effect["Id"]
if ge_id != "PlayerMelee":
continue
gems[ge_id] = converter.convert(None, granted_effect, None, None,
None)
write_json(gems, data_path, "gems")