Kirill
fc86261a9d
- Introduced new CSV files for entities and items, defining various properties and characteristics. - Refactored the stage.gd script to handle item selection and descriptions instead of entities. - Updated item button script to reflect changes in item properties and signals. - Created a new entity.gd script to define the OwniverseEntity class with initialization and parsing methods. - Modified owniverse.gd to initialize entities from the new definitions. - Adjusted versioning in export presets and project files to reflect recent changes.
133 lines
3.5 KiB
GDScript
133 lines
3.5 KiB
GDScript
extends Node
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class_name OwniverseEntity
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var id: String
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var is_visible: bool = false
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var unlock: Dictionary = {}
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var cost: Dictionary = {}
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var bind: Dictionary = {}
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var mass: float
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var space: int
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var lifespan: int
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var auto: float
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var gamma: float
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var blast: int
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var life_product: Dictionary = {}
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var voids: int
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var output_or: Dictionary = {}
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var output_and: Dictionary = {}
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var destroy_level: int
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var degradation: Dictionary = {}
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#deg_mass: "",
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#deg_h: "",
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#He": "",
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#Met": "",
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var planets: Dictionary = {}
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#var habitable: "",
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#var rocky: "",
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#var gas giant: "",
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#var asteroids: "",
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var count_as: String
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var group_as: String
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var event_group: String
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var space_bonus: float
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var civ_bonus: float
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var claim: String
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var SCD: Dictionary = {
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"id": "SCD",
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"is_visible": "1",
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"unlock": "Star:300",
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"cost": "",
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"bind": "Star:1000",
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"mass": "",
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"space": "",
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"lifespan": "10000000",
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"auto": "", "gamma": "",
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"blast": "",
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"life_product": "",
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"voids": "",
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"output": "",
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"destroy_level": "",
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"deg_mass": "",
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"H": "",
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"He": "",
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"Met": "",
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"planets": "",
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"habitable": "",
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"rocky": "",
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"gas giant": "",
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"asteroids": "",
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"count_as": "",
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"group_as": "SC",
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"event_group": "SC",
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"space_bonus": "0.1",
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"civ_bonus": "4",
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"claim": "C2.3"
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}
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func init_entity(values: Dictionary) -> bool:
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id = values.id
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is_visible = values.is_visible == "1"
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unlock = _parse_and_string(values.unlock)
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cost = _parse_and_string(values.cost)
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bind = _parse_and_string(values.bind)
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mass = float(values.mass)
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space = int(values.space)
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lifespan = int(values.lifespan)
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auto = float(values.auto)
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gamma = float(values.gamma)
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blast = int(values.blast)
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life_product = _parse_and_string(values.life_product)
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voids = int(values.voids)
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output_or = _parse_or_string(values.output)
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output_and = _parse_and_string(values.output)
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destroy_level = int(values.destroy_level)
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degradation = _parse_and_string(values.degradation)
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planets = _parse_planet_string(values.planets)
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count_as = values.count_as
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group_as = values.group_as
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event_group = values.event_group
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space_bonus = float(values.space_bonus)
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civ_bonus = float(values.civ_bonus)
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claim = values.claim
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return true
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func _parse_or_string(source_line: String) -> Dictionary:
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var result = {}
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if source_line.contains("^"):
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var first_split = source_line.split("^")
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var second_split = first_split[1].split("%")
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var probability = float(second_split[1])
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result["chance"] = probability
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result["positive"] = second_split[0]
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result["negative"] = first_split[0]
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return result
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func _parse_and_string(source_line: String) -> Dictionary:
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var result = {}
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if source_line.contains("&"):
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var first_split = source_line.split("&")
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for elem in first_split:
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var second_split = elem.split(":")
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result[second_split[0]] = float(second_split[1])
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return result
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func _parse_planet_string(source_line: String) -> Dictionary:
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var result = {}
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if source_line.contains("&"):
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var first_split = source_line.split("&")
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for elem in first_split:
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var second_split = elem.split(":")
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result[second_split[0]] = {}
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result[second_split[0]]["amount"] = int(second_split[1])
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result[second_split[0]]["chance"] = int(second_split[2])
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return result
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