@visactor/vrender-animate/cjs/state/animation-state.js

This module provides a graph-based animation system for VRender.

"use strict";

Object.defineProperty(exports, "__esModule", {
    value: !0
}), exports.AnimationStateManager = exports.AnimationStateStore = exports.AnimationStates = void 0;

const animation_states_registry_1 = require("./animation-states-registry"), animate_executor_1 = require("../executor/animate-executor"), vutils_1 = require("@visactor/vutils");

exports.AnimationStates = {
    APPEAR: "appear",
    DISAPPEAR: "disappear",
    UPDATE: "update",
    HIGHLIGHT: "highlight",
    UNHIGHLIGHT: "unhighlight",
    SELECT: "select",
    UNSELECT: "unselect",
    HOVER: "hover",
    UNHOVER: "unhover",
    ACTIVE: "active",
    INACTIVE: "inactive"
};

class AnimationStateStore {
    constructor(graphic) {
        this.graphic = graphic;
    }
    registerState(state) {
        this.states || (this.states = new Map), this.states.set(state.name, state);
    }
    clearStates() {
        var _a;
        null === (_a = this.states) || void 0 === _a || _a.clear();
    }
}

exports.AnimationStateStore = AnimationStateStore;

class AnimationStateManager {
    constructor(graphic) {
        this.stateList = null, this.graphic = graphic, this.trackedAnimates = new Map, this.graphic.animates = this.trackedAnimates;
    }
    trackAnimate(animate) {
        this.trackedAnimates.set(animate.id, animate);
    }
    untrackAnimate(animateId) {
        this.trackedAnimates.delete(animateId);
    }
    forEachTrackedAnimate(cb) {
        this.trackedAnimates.forEach(cb);
    }
    getTrackedAnimates() {
        return this.trackedAnimates;
    }
    hasTrackedAnimate() {
        return this.trackedAnimates.size > 0;
    }
    hasStateInfo(list, target) {
        for (let i = 0; i < list.length; i++) if (list[i] === target) return !0;
        return !1;
    }
    takeOverUpdateAttrs(nextState, currentStates, shouldStopState) {
        if (nextState.state !== exports.AnimationStates.UPDATE || !currentStates.length) return;
        const nextKeys = nextState.executor.getActiveAttrKeys();
        if (nextKeys.length) for (let i = 0; i < currentStates.length; i++) {
            const currentState = currentStates[i];
            currentState.state !== exports.AnimationStates.UPDATE || currentState === nextState || this.hasStateInfo(shouldStopState, currentState) || (currentState.executor.preventAttrs(nextKeys) || (currentState.executor.stop(null, !1), 
            shouldStopState.push(currentState)));
        }
    }
    applyState(nextState, animationConfig, callback) {
        var _a;
        const registry = animation_states_registry_1.AnimationTransitionRegistry.getInstance(), currentStateList = null !== (_a = this.stateList) && void 0 !== _a ? _a : [], shouldStopState = [], shouldApplyState = [];
        if (this.stateList && this.stateList.length ? nextState.forEach(((state, index) => {
            const result = {
                allowTransition: !0,
                stopOriginalTransition: !0
            };
            currentStateList.forEach((currState => {
                const _result = registry.isTransitionAllowed(currState.state, state, this.graphic);
                result.allowTransition = result.allowTransition && _result.allowTransition;
            })), result.allowTransition && (shouldApplyState.push({
                state: state,
                animationConfig: (0, vutils_1.isArray)(animationConfig[index]) ? animationConfig[index].map((item => item.animation)) : animationConfig[index].animation,
                executor: new animate_executor_1.AnimateExecutor(this.graphic)
            }), currentStateList.forEach((currState => {
                registry.isTransitionAllowed(currState.state, state, this.graphic).stopOriginalTransition && shouldStopState.push(currState);
            })));
        })) : nextState.forEach(((state, index) => {
            shouldApplyState.push({
                state: state,
                animationConfig: (0, vutils_1.isArray)(animationConfig[index]) ? animationConfig[index].map((item => item.animation)) : animationConfig[index].animation,
                executor: new animate_executor_1.AnimateExecutor(this.graphic)
            });
        })), shouldStopState.forEach((state => {
            state.executor.stop(null, !1);
        })), shouldApplyState.length) {
            shouldApplyState[0].executor.execute(shouldApplyState[0].animationConfig), this.takeOverUpdateAttrs(shouldApplyState[0], currentStateList, shouldStopState);
            for (let i = 0; i < shouldApplyState.length; i++) {
                const nextState = shouldApplyState[i + 1], currentState = shouldApplyState[i];
                currentState.executor.onEnd((() => {
                    var _a;
                    if (nextState) {
                        nextState.executor.execute(nextState.animationConfig);
                        const stoppedStates = [];
                        this.takeOverUpdateAttrs(nextState, null !== (_a = this.stateList) && void 0 !== _a ? _a : [], stoppedStates), 
                        stoppedStates.length && this.stateList && (this.stateList = this.stateList.filter((state => !this.hasStateInfo(stoppedStates, state))));
                    }
                    this.stateList = this.stateList.filter((state => state !== currentState)), i === shouldApplyState.length - 1 && callback && callback(!1);
                }));
            }
        } else callback && callback(!0);
        this.stateList ? this.stateList = this.stateList.filter((state => !shouldStopState.includes(state))) : this.stateList = [], 
        this.stateList.push(...shouldApplyState);
    }
    applyAppearState(animationConfig, callback) {
        this.applyState([ exports.AnimationStates.APPEAR ], [ {
            name: exports.AnimationStates.APPEAR,
            animation: animationConfig
        } ], callback);
    }
    applyDisappearState(animationConfig, callback) {
        this.applyState([ exports.AnimationStates.DISAPPEAR ], [ {
            name: exports.AnimationStates.DISAPPEAR,
            animation: animationConfig
        } ], callback);
    }
    applyUpdateState(animationConfig, callback) {
        this.applyState([ exports.AnimationStates.UPDATE ], [ {
            name: exports.AnimationStates.UPDATE,
            animation: animationConfig
        } ], callback);
    }
    applyHighlightState(animationConfig, callback) {
        this.applyState([ exports.AnimationStates.HIGHLIGHT ], [ {
            name: exports.AnimationStates.HIGHLIGHT,
            animation: animationConfig
        } ], callback);
    }
    applyUnhighlightState(animationConfig, callback) {
        this.applyState([ exports.AnimationStates.UNHIGHLIGHT ], [ {
            name: exports.AnimationStates.UNHIGHLIGHT,
            animation: animationConfig
        } ], callback);
    }
    stopState(state, type) {
        var _a;
        const stateInfo = null === (_a = this.stateList) || void 0 === _a ? void 0 : _a.find((stateInfo => stateInfo.state === state));
        stateInfo && stateInfo.executor.stop(type);
    }
    clearState() {
        var _a;
        null === (_a = this.stateList) || void 0 === _a || _a.forEach((state => {
            state.executor.stop(null, !1);
        })), this.stateList = null;
    }
    reApplyState(state) {
        var _a;
        const stateInfo = null === (_a = this.stateList) || void 0 === _a ? void 0 : _a.find((stateInfo => stateInfo.state === state));
        if (stateInfo && stateInfo.executor.started) {
            const stateList = this.stateList.slice();
            stateInfo.executor.stop(), this.stateList = stateList, stateInfo.executor.execute(stateInfo.animationConfig);
        }
    }
}

exports.AnimationStateManager = AnimationStateManager;
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