@petkoneo/phaser3-rex-plugins
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190 lines • 6.61 kB
TypeScript
/**
* Copyright(c) Live2D Inc. All rights reserved.
*
* Use of this source code is governed by the Live2D Open Software license
* that can be found at https://www.live2d.com/eula/live2d-open-software-license-agreement_en.html.
*/
import { CubismIdHandle } from '../id/cubismid';
import { CubismVector2 } from '../math/cubismvector2';
import { csmVector } from '../type/csmvector';
/**
* 物理演算の適用先の種類
*/
export declare enum CubismPhysicsTargetType {
CubismPhysicsTargetType_Parameter = 0
}
/**
* 物理演算の入力の種類
*/
export declare enum CubismPhysicsSource {
CubismPhysicsSource_X = 0,
CubismPhysicsSource_Y = 1,
CubismPhysicsSource_Angle = 2
}
/**
* @brief 物理演算で使用する外部の力
*
* 物理演算で使用する外部の力。
*/
export declare class PhysicsJsonEffectiveForces {
constructor();
gravity: CubismVector2;
wind: CubismVector2;
}
/**
* 物理演算のパラメータ情報
*/
export declare class CubismPhysicsParameter {
id: CubismIdHandle;
targetType: CubismPhysicsTargetType;
}
/**
* 物理演算の正規化情報
*/
export declare class CubismPhysicsNormalization {
minimum: number;
maximum: number;
defalut: number;
}
/**
* 物理演算の演算委使用する物理点の情報
*/
export declare class CubismPhysicsParticle {
constructor();
initialPosition: CubismVector2;
mobility: number;
delay: number;
acceleration: number;
radius: number;
position: CubismVector2;
lastPosition: CubismVector2;
lastGravity: CubismVector2;
force: CubismVector2;
velocity: CubismVector2;
}
/**
* 物理演算の物理点の管理
*/
export declare class CubismPhysicsSubRig {
constructor();
inputCount: number;
outputCount: number;
particleCount: number;
baseInputIndex: number;
baseOutputIndex: number;
baseParticleIndex: number;
normalizationPosition: CubismPhysicsNormalization;
normalizationAngle: CubismPhysicsNormalization;
}
/**
* 正規化されたパラメータの取得関数の宣言
* @param targetTranslation // 演算結果の移動値
* @param targetAngle // 演算結果の角度
* @param value // パラメータの値
* @param parameterMinimunValue // パラメータの最小値
* @param parameterMaximumValue // パラメータの最大値
* @param parameterDefaultValue // パラメータのデフォルト値
* @param normalizationPosition // 正規化された位置
* @param normalizationAngle // 正規化された角度
* @param isInverted // 値が反転されているか？
* @param weight // 重み
*/
export interface normalizedPhysicsParameterValueGetter {
(targetTranslation: CubismVector2, targetAngle: {
angle: number;
}, value: number, parameterMinimunValue: number, parameterMaximumValue: number, parameterDefaultValue: number, normalizationPosition: CubismPhysicsNormalization, normalizationAngle: CubismPhysicsNormalization, isInverted: boolean, weight: number): void;
}
/**
* 物理演算の値の取得関数の宣言
* @param translation 移動値
* @param particles 物理点のリスト
* @param isInverted 値が反映されているか
* @param parentGravity 重力
* @return 値
*/
export interface physicsValueGetter {
(translation: CubismVector2, particles: CubismPhysicsParticle[], particleIndex: number, isInverted: boolean, parentGravity: CubismVector2): number;
}
/**
* 物理演算のスケールの取得関数の宣言
* @param translationScale 移動値のスケール
* @param angleScale 角度のスケール
* @return スケール値
*/
export interface physicsScaleGetter {
(translationScale: CubismVector2, angleScale: number): number;
}
/**
* 物理演算の入力情報
*/
export declare class CubismPhysicsInput {
constructor();
source: CubismPhysicsParameter;
sourceParameterIndex: number;
weight: number;
type: number;
reflect: boolean;
getNormalizedParameterValue: normalizedPhysicsParameterValueGetter;
}
/**
* @brief 物理演算の出力情報
*
* 物理演算の出力情報。
*/
export declare class CubismPhysicsOutput {
constructor();
destination: CubismPhysicsParameter;
destinationParameterIndex: number;
vertexIndex: number;
translationScale: CubismVector2;
angleScale: number;
weight: number;
type: CubismPhysicsSource;
reflect: boolean;
valueBelowMinimum: number;
valueExceededMaximum: number;
getValue: physicsValueGetter;
getScale: physicsScaleGetter;
}
/**
* @brief 物理演算のデータ
*
* 物理演算のデータ。
*/
export declare class CubismPhysicsRig {
constructor();
subRigCount: number;
settings: csmVector<CubismPhysicsSubRig>;
inputs: csmVector<CubismPhysicsInput>;
outputs: csmVector<CubismPhysicsOutput>;
particles: csmVector<CubismPhysicsParticle>;
gravity: CubismVector2;
wind: CubismVector2;
}
import * as $ from './cubismphysicsinternal';
export declare namespace Live2DCubismFramework {
const CubismPhysicsInput: typeof $.CubismPhysicsInput;
type CubismPhysicsInput = $.CubismPhysicsInput;
const CubismPhysicsNormalization: typeof $.CubismPhysicsNormalization;
type CubismPhysicsNormalization = $.CubismPhysicsNormalization;
const CubismPhysicsOutput: typeof $.CubismPhysicsOutput;
type CubismPhysicsOutput = $.CubismPhysicsOutput;
const CubismPhysicsParameter: typeof $.CubismPhysicsParameter;
type CubismPhysicsParameter = $.CubismPhysicsParameter;
const CubismPhysicsParticle: typeof $.CubismPhysicsParticle;
type CubismPhysicsParticle = $.CubismPhysicsParticle;
const CubismPhysicsRig: typeof $.CubismPhysicsRig;
type CubismPhysicsRig = $.CubismPhysicsRig;
const CubismPhysicsSource: typeof $.CubismPhysicsSource;
type CubismPhysicsSource = $.CubismPhysicsSource;
const CubismPhysicsSubRig: typeof $.CubismPhysicsSubRig;
type CubismPhysicsSubRig = $.CubismPhysicsSubRig;
const CubismPhysicsTargetType: typeof $.CubismPhysicsTargetType;
type CubismPhysicsTargetType = $.CubismPhysicsTargetType;
const PhysicsJsonEffectiveForces: typeof $.PhysicsJsonEffectiveForces;
type PhysicsJsonEffectiveForces = $.PhysicsJsonEffectiveForces;
type normalizedPhysicsParameterValueGetter = $.normalizedPhysicsParameterValueGetter;
type physicsScaleGetter = $.physicsScaleGetter;
type physicsValueGetter = $.physicsValueGetter;
}
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