package funkin.data.event; import funkin.play.event.SongEvent; import funkin.data.event.SongEventSchema; import funkin.data.song.SongData.SongEventData; import funkin.util.macro.ClassMacro; import funkin.play.event.ScriptedSongEvent; @:forward(name, title, type, keys, min, max, step, units, defaultValue, iterator) abstract SongEventSchema(SongEventSchemaRaw) { public function new(?fields:Array) { this = fields; } @:arrayAccess public function getByName(name:String):SongEventSchemaField { for (field in this) { if (field.name == name) return field; } return null; } public function getFirstField():SongEventSchemaField { return this[0]; } @:arrayAccess public inline function get(key:Int) { return this[key]; } @:arrayAccess public inline function arrayWrite(k:Int, v:SongEventSchemaField):SongEventSchemaField { return this[k] = v; } public function stringifyFieldValue(name:String, value:Dynamic, addUnits:Bool = true):String { var field:SongEventSchemaField = getByName(name); if (field == null) return 'Unknown'; switch (field.type) { case SongEventFieldType.STRING: return Std.string(value); case SongEventFieldType.INTEGER: var returnValue:String = Std.string(value); if (addUnits) return addUnitsToString(returnValue, field); return returnValue; case SongEventFieldType.FLOAT: var returnValue:String = Std.string(value); if (addUnits) return addUnitsToString(returnValue, field); return returnValue; case SongEventFieldType.BOOL: return Std.string(value); case SongEventFieldType.ENUM: var valueString:String = Std.string(value); for (key in field.keys.keys()) { // Comparing these values as strings because comparing Dynamic variables is jank. if (Std.string(field.keys.get(key)) == valueString) return key; } return valueString; default: return 'Unknown'; } } function addUnitsToString(value:String, field:SongEventSchemaField) { if (field.units == null || field.units == '') return value; var unit:String = field.units; // These units look better when placed immediately next to the value, rather than after a space. if (unit == 'x' || unit == '°') return value + '${unit}'; return value + ' ${unit}'; } } typedef SongEventSchemaRaw = Array; typedef SongEventSchemaField = { /** * The name of the property as it should be saved in the event data. */ name:String, /** * The title of the field to display in the UI. */ title:String, /** * The type of the field. */ type:SongEventFieldType, /** * Used only for ENUM values. * The key is the display name and the value is the actual value. */ ?keys:Map, /** * Used for INTEGER and FLOAT values. * The minimum value that can be entered. * @default No minimum */ ?min:Float, /** * Used for INTEGER and FLOAT values. * The maximum value that can be entered. * @default No maximum */ ?max:Float, /** * Used for INTEGER and FLOAT values. * The step value that will be used when incrementing/decrementing the value. * @default `0.1` */ ?step:Float, /** * Used for INTEGER and FLOAT values. * The units that the value is expressed in (pixels, percent, etc). */ ?units:String, /** * An optional default value for the field. */ ?defaultValue:Dynamic, } enum abstract SongEventFieldType(String) from String to String { /** * The STRING type will display as a text field. */ var STRING = "string"; /** * The INTEGER type will display as a text field that only accepts numbers. */ var INTEGER = "integer"; /** * The FLOAT type will display as a text field that only accepts numbers. */ var FLOAT = "float"; /** * The BOOL type will display as a checkbox. */ var BOOL = "bool"; /** * The ENUM type will display as a dropdown. * Make sure to specify the `keys` field in the schema. */ var ENUM = "enum"; }