@visactor/vchart

Version:
charts lib based @visactor/VGrammar
www.visactor.io/vchart
112 lines (99 loc) • 5.75 kB
JavaScript
"use strict";

Object.defineProperty(exports, "__esModule", {
    value: !0
}), exports.getTrimPaddingConfig = exports.mergeUpdateResult = exports.isUpdateSpecResultComponentOnly = exports.isUpdateSpecResultLocalOnly = exports.normalizeUpdateSpecEffects = exports.calculateChartSize = exports.setDefaultCrosshairForCartesianChart = void 0;

const vutils_1 = require("@visactor/vutils"), util_1 = require("../util"), vutils_extension_1 = require("@visactor/vutils-extension"), vrender_bridge_1 = require("../vrender-bridge");

function setDefaultCrosshairForCartesianChart(spec) {
    spec.crosshair = (0, util_1.array)(spec.crosshair || {}).map((crosshairCfg => (0, 
    vutils_extension_1.mergeSpec)({
        ["horizontal" === spec.direction ? "yField" : "xField"]: {
            visible: !0,
            line: {
                visible: !0,
                type: "rect"
            }
        }
    }, crosshairCfg)));
}

function calculateChartSize(spec, option, defaultSize) {
    var _a;
    const {width: userWidth, height: userHeight} = spec;
    if ((0, util_1.isValid)(userWidth) && (0, util_1.isValid)(userHeight)) return {
        width: userWidth,
        height: userHeight
    };
    let width = defaultSize.width, height = defaultSize.height;
    const container = option.container, canvas = option.canvas;
    if (container) {
        const {width: containerWidth, height: containerHeight} = (0, vutils_1.getContainerSize)(container, defaultSize.width, defaultSize.height);
        width = containerWidth, height = containerHeight;
    } else if (canvas && (0, util_1.isTrueBrowser)(option.mode)) {
        let canvasNode;
        canvasNode = (0, vutils_1.isString)(canvas) ? vrender_bridge_1.vglobal.getElementById(canvas) : canvas;
        const {width: containerWidth, height: containerHeight} = (0, vutils_1.getContainerSize)(canvasNode, defaultSize.width, defaultSize.height);
        width = containerWidth, height = containerHeight;
    } else if ((0, util_1.isMiniAppLikeMode)(option.mode) && (null === (_a = option.modeParams) || void 0 === _a ? void 0 : _a.domref)) {
        const domRef = option.modeParams.domref;
        width = domRef.width, height = domRef.height;
    }
    return width = null != userWidth ? userWidth : width, height = null != userHeight ? userHeight : height, 
    {
        width: width,
        height: height
    };
}

exports.setDefaultCrosshairForCartesianChart = setDefaultCrosshairForCartesianChart, 
exports.calculateChartSize = calculateChartSize;

const UPDATE_SPEC_EFFECT_KEYS = [ "remake", "compile", "render", "layout", "data", "scaleDomain", "series", "component", "animation", "localOnly" ];

function mergeUpdateSpecEffects(target, ...sources) {
    sources.forEach((source => {
        const sourceEffects = null == source ? void 0 : source.effects;
        if (!sourceEffects) return;
        target.effects || (target.effects = {});
        const targetEffects = target.effects;
        UPDATE_SPEC_EFFECT_KEYS.forEach((key => {
            sourceEffects[key] && (targetEffects[key] = targetEffects[key] || sourceEffects[key]);
        }));
    }));
}

function normalizeUpdateSpecEffects(result) {
    var _a;
    const effects = null !== (_a = result.effects) && void 0 !== _a ? _a : result.effects = {};
    return result.reMake && (effects.remake = !0, effects.compile = !0, effects.data = !0, 
    effects.scaleDomain = !0, effects.layout = !0, effects.render = !0), result.reCompile && (effects.compile = !0, 
    effects.layout = !0, effects.render = !0), result.reRender && (effects.render = !0), 
    result.reSize && (effects.layout = !0, effects.render = !0), effects;
}

function isUpdateSpecResultLocalOnly(result) {
    const effects = result.effects;
    return !(!(null == effects ? void 0 : effects.localOnly) || result.reMake || result.reCompile || result.reRender || result.reSize || effects.remake || effects.compile || effects.render || effects.layout || effects.data || effects.scaleDomain || effects.series || result.reTransformSpec || result.reAnimate || result.changeTheme || result.changeBackground);
}

function isUpdateSpecResultComponentOnly(result) {
    const effects = result.effects;
    return !(!(null == effects ? void 0 : effects.component) || result.reMake || result.reCompile || result.reSize || effects.remake || effects.compile || effects.data || effects.scaleDomain || effects.series || effects.animation || result.reTransformSpec || result.reAnimate || result.changeTheme || result.changeBackground);
}

function mergeUpdateResult(target, ...sources) {
    const merge = key => sources.reduce(((value, cur) => value || (null == cur ? void 0 : cur[key])), target[key]);
    return Object.assign(target, {
        change: merge("change"),
        reCompile: merge("reCompile"),
        reMake: merge("reMake"),
        reRender: merge("reRender"),
        reSize: merge("reSize"),
        reTransformSpec: merge("reTransformSpec"),
        changeTheme: merge("changeTheme"),
        changeBackground: merge("changeBackground")
    }), mergeUpdateSpecEffects(target, ...sources), target;
}

function getTrimPaddingConfig(chartType, spec) {
    return "line" === chartType || "area" === chartType || "common" === chartType && spec.series.every((item => "area" === item.type || "line" === item.type)) ? {
        paddingInner: 1,
        paddingOuter: 0
    } : {
        paddingOuter: 0
    };
}

exports.normalizeUpdateSpecEffects = normalizeUpdateSpecEffects, exports.isUpdateSpecResultLocalOnly = isUpdateSpecResultLocalOnly, 
exports.isUpdateSpecResultComponentOnly = isUpdateSpecResultComponentOnly, exports.mergeUpdateResult = mergeUpdateResult, 
exports.getTrimPaddingConfig = getTrimPaddingConfig;
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