Netease has changed the way the capacitor gets calculated. The file effects.json does not contain the key discharge_attribute_id anymore, that used to reference what type of energy a module used. Previously, it contained either 310 for capacitor, or 650 for fuel (or not set if the module needs neither).
Instead the file now contains two booleans consume_cap and consume_fuel for every effect that decides what kind of energy an item uses. The attribute ids are hardcoded into the game (dogma_common/dogma_const_keys.py -> DogmaAttribute class) instead.
We can either change the capacitor simulator of sweet to reflect the new system (there might be items that consume both capacitor and fuel in the future), or we just insert the two values into the effects table when creating the database export. The first solution would break all existing iOS users, as they can't obtain the update through the app store at the moment.
Netease has changed the way the capacitor gets calculated. The file
effects.jsondoes not contain the keydischarge_attribute_idanymore, that used to reference what type of energy a module used. Previously, it contained either310for capacitor, or650for fuel (or not set if the module needs neither).Instead the file now contains two booleans
consume_capandconsume_fuelfor every effect that decides what kind of energy an item uses. The attribute ids are hardcoded into the game (dogma_common/dogma_const_keys.py->DogmaAttributeclass) instead.We can either change the capacitor simulator of sweet to reflect the new system (there might be items that consume both capacitor and fuel in the future), or we just insert the two values into the effects table when creating the database export. The first solution would break all existing iOS users, as they can't obtain the update through the app store at the moment.