AdminLTE/plugins/uplot/uPlot.iife.js

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/**
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* Copyright (c) 2021, Leon Sorokin
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* All rights reserved. (MIT Licensed)
*
* uPlot.js (μPlot)
* A small, fast chart for time series, lines, areas, ohlc & bars
* https://github.com/leeoniya/uPlot (v1.6.15)
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*/
var uPlot = (function () {
'use strict';
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var FEAT_TIME = true;
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// binary search for index of closest value
function closestIdx(num, arr, lo, hi) {
var mid;
lo = lo || 0;
hi = hi || arr.length - 1;
var bitwise = hi <= 2147483647;
while (hi - lo > 1) {
mid = bitwise ? (lo + hi) >> 1 : floor((lo + hi) / 2);
if (arr[mid] < num)
{ lo = mid; }
else
{ hi = mid; }
}
if (num - arr[lo] <= arr[hi] - num)
{ return lo; }
return hi;
}
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function nonNullIdx(data, _i0, _i1, dir) {
for (var i = dir == 1 ? _i0 : _i1; i >= _i0 && i <= _i1; i += dir) {
if (data[i] != null)
{ return i; }
}
return -1;
}
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function getMinMax(data, _i0, _i1, sorted) {
// console.log("getMinMax()");
var _min = inf;
var _max = -inf;
if (sorted == 1) {
_min = data[_i0];
_max = data[_i1];
}
else if (sorted == -1) {
_min = data[_i1];
_max = data[_i0];
}
else {
for (var i = _i0; i <= _i1; i++) {
if (data[i] != null) {
_min = min(_min, data[i]);
_max = max(_max, data[i]);
}
}
}
return [_min, _max];
}
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function getMinMaxLog(data, _i0, _i1) {
// console.log("getMinMax()");
var _min = inf;
var _max = -inf;
for (var i = _i0; i <= _i1; i++) {
if (data[i] > 0) {
_min = min(_min, data[i]);
_max = max(_max, data[i]);
}
}
return [
_min == inf ? 1 : _min,
_max == -inf ? 10 : _max ];
}
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var _fixedTuple = [0, 0];
function fixIncr(minIncr, maxIncr, minExp, maxExp) {
_fixedTuple[0] = minExp < 0 ? roundDec(minIncr, -minExp) : minIncr;
_fixedTuple[1] = maxExp < 0 ? roundDec(maxIncr, -maxExp) : maxIncr;
return _fixedTuple;
}
function rangeLog(min, max, base, fullMags) {
var minSign = sign(min);
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var logFn = base == 10 ? log10 : log2;
if (min == max) {
if (minSign == -1) {
min *= base;
max /= base;
}
else {
min /= base;
max *= base;
}
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}
var minExp, maxExp, minMaxIncrs;
if (fullMags) {
minExp = floor(logFn(min));
maxExp = ceil(logFn(max));
minMaxIncrs = fixIncr(pow(base, minExp), pow(base, maxExp), minExp, maxExp);
min = minMaxIncrs[0];
max = minMaxIncrs[1];
}
else {
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minExp = floor(logFn(abs(min)));
maxExp = floor(logFn(abs(max)));
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minMaxIncrs = fixIncr(pow(base, minExp), pow(base, maxExp), minExp, maxExp);
min = incrRoundDn(min, minMaxIncrs[0]);
max = incrRoundUp(max, minMaxIncrs[1]);
}
return [min, max];
}
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function rangeAsinh(min, max, base, fullMags) {
var minMax = rangeLog(min, max, base, fullMags);
if (min == 0)
{ minMax[0] = 0; }
if (max == 0)
{ minMax[1] = 0; }
return minMax;
}
var rangePad = 0.1;
var autoRangePart = {
mode: 3,
pad: rangePad,
};
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var _eqRangePart = {
pad: 0,
soft: null,
mode: 0,
};
var _eqRange = {
min: _eqRangePart,
max: _eqRangePart,
};
// this ensures that non-temporal/numeric y-axes get multiple-snapped padding added above/below
// TODO: also account for incrs when snapping to ensure top of axis gets a tick & value
function rangeNum(_min, _max, mult, extra) {
if (isObj(mult))
{ return _rangeNum(_min, _max, mult); }
_eqRangePart.pad = mult;
_eqRangePart.soft = extra ? 0 : null;
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_eqRangePart.mode = extra ? 3 : 0;
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return _rangeNum(_min, _max, _eqRange);
}
// nullish coalesce
function ifNull(lh, rh) {
return lh == null ? rh : lh;
}
function _rangeNum(_min, _max, cfg) {
var cmin = cfg.min;
var cmax = cfg.max;
var padMin = ifNull(cmin.pad, 0);
var padMax = ifNull(cmax.pad, 0);
var hardMin = ifNull(cmin.hard, -inf);
var hardMax = ifNull(cmax.hard, inf);
var softMin = ifNull(cmin.soft, inf);
var softMax = ifNull(cmax.soft, -inf);
var softMinMode = ifNull(cmin.mode, 0);
var softMaxMode = ifNull(cmax.mode, 0);
var delta = _max - _min;
// this handles situations like 89.7, 89.69999999999999
// by assuming 0.001x deltas are precision errors
// if (delta > 0 && delta < abs(_max) / 1e3)
// delta = 0;
// treat data as flat if delta is less than 1 billionth
if (delta < 1e-9) {
delta = 0;
// if soft mode is 2 and all vals are flat at 0, avoid the 0.1 * 1e3 fallback
// this prevents 0,0,0 from ranging to -100,100 when softMin/softMax are -1,1
if (_min == 0 || _max == 0) {
delta = 1e-9;
if (softMinMode == 2 && softMin != inf)
{ padMin = 0; }
if (softMaxMode == 2 && softMax != -inf)
{ padMax = 0; }
}
}
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var nonZeroDelta = delta || abs(_max) || 1e3;
var mag = log10(nonZeroDelta);
var base = pow(10, floor(mag));
var _padMin = nonZeroDelta * (delta == 0 ? (_min == 0 ? .1 : 1) : padMin);
var _newMin = roundDec(incrRoundDn(_min - _padMin, base/10), 9);
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var _softMin = _min >= softMin && (softMinMode == 1 || softMinMode == 3 && _newMin <= softMin || softMinMode == 2 && _newMin >= softMin) ? softMin : inf;
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var minLim = max(hardMin, _newMin < _softMin && _min >= _softMin ? _softMin : min(_softMin, _newMin));
var _padMax = nonZeroDelta * (delta == 0 ? (_max == 0 ? .1 : 1) : padMax);
var _newMax = roundDec(incrRoundUp(_max + _padMax, base/10), 9);
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var _softMax = _max <= softMax && (softMaxMode == 1 || softMaxMode == 3 && _newMax >= softMax || softMaxMode == 2 && _newMax <= softMax) ? softMax : -inf;
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var maxLim = min(hardMax, _newMax > _softMax && _max <= _softMax ? _softMax : max(_softMax, _newMax));
if (minLim == maxLim && minLim == 0)
{ maxLim = 100; }
return [minLim, maxLim];
}
// alternative: https://stackoverflow.com/a/2254896
var fmtNum = new Intl.NumberFormat(navigator.language).format;
var M = Math;
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var PI = M.PI;
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var abs = M.abs;
var floor = M.floor;
var round = M.round;
var ceil = M.ceil;
var min = M.min;
var max = M.max;
var pow = M.pow;
var sign = M.sign;
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var log10 = M.log10;
var log2 = M.log2;
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var sinh = (v, linthresh) => {
if ( linthresh === void 0 ) linthresh = 1;
return M.sinh(v / linthresh);
};
var asinh = (v, linthresh) => {
if ( linthresh === void 0 ) linthresh = 1;
return M.asinh(v / linthresh);
};
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var inf = Infinity;
function incrRound(num, incr) {
return round(num/incr)*incr;
}
function clamp(num, _min, _max) {
return min(max(num, _min), _max);
}
function fnOrSelf(v) {
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return typeof v == "function" ? v : () => v;
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}
var retArg0 = _0 => _0;
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var retArg1 = (_0, _1) => _1;
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var retNull = _ => null;
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var retTrue = _ => true;
var retEq = (a, b) => a == b;
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function incrRoundUp(num, incr) {
return ceil(num/incr)*incr;
}
function incrRoundDn(num, incr) {
return floor(num/incr)*incr;
}
function roundDec(val, dec) {
return round(val * (dec = Math.pow( 10, dec ))) / dec;
}
var fixedDec = new Map();
function guessDec(num) {
return ((""+num).split(".")[1] || "").length;
}
function genIncrs(base, minExp, maxExp, mults) {
var incrs = [];
var multDec = mults.map(guessDec);
for (var exp = minExp; exp < maxExp; exp++) {
var expa = abs(exp);
var mag = roundDec(pow(base, exp), expa);
for (var i = 0; i < mults.length; i++) {
var _incr = mults[i] * mag;
var dec = (_incr >= 0 && exp >= 0 ? 0 : expa) + (exp >= multDec[i] ? 0 : multDec[i]);
var incr = roundDec(_incr, dec);
incrs.push(incr);
fixedDec.set(incr, dec);
}
}
return incrs;
}
//export const assign = Object.assign;
var EMPTY_OBJ = {};
var nullNullTuple = [null, null];
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var isArr = Array.isArray;
function isStr(v) {
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return typeof v == 'string';
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}
function isObj(v) {
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var is = false;
if (v != null) {
var c = v.constructor;
is = c == null || c == Object;
}
return is;
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}
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function fastIsObj(v) {
return v != null && typeof v == 'object';
}
function copy(o, _isObj) {
_isObj = _isObj || isObj;
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var out;
if (isArr(o))
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{ out = o.map(v => copy(v, _isObj)); }
else if (_isObj(o)) {
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out = {};
for (var k in o)
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{ out[k] = copy(o[k], _isObj); }
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}
else
{ out = o; }
return out;
}
function assign(targ) {
var args = arguments;
for (var i = 1; i < args.length; i++) {
var src = args[i];
for (var key in src) {
if (isObj(targ[key]))
{ assign(targ[key], copy(src[key])); }
else
{ targ[key] = copy(src[key]); }
}
}
return targ;
}
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// nullModes
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var NULL_REMOVE = 0; // nulls are converted to undefined (e.g. for spanGaps: true)
var NULL_RETAIN = 1; // nulls are retained, with alignment artifacts set to undefined (default)
var NULL_EXPAND = 2; // nulls are expanded to include any adjacent alignment artifacts
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// sets undefined values to nulls when adjacent to existing nulls (minesweeper)
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function nullExpand(yVals, nullIdxs, alignedLen) {
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for (var i = 0, xi = (void 0), lastNullIdx = -1; i < nullIdxs.length; i++) {
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var nullIdx = nullIdxs[i];
if (nullIdx > lastNullIdx) {
xi = nullIdx - 1;
while (xi >= 0 && yVals[xi] == null)
{ yVals[xi--] = null; }
xi = nullIdx + 1;
while (xi < alignedLen && yVals[xi] == null)
{ yVals[lastNullIdx = xi++] = null; }
}
}
}
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// nullModes is a tables-matched array indicating how to treat nulls in each series
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// output is sorted ASC on the joined field (table[0]) and duplicate join values are collapsed
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function join(tables, nullModes) {
var xVals = new Set();
for (var ti = 0; ti < tables.length; ti++) {
var t = tables[ti];
var xs = t[0];
var len = xs.length;
for (var i = 0; i < len; i++)
{ xVals.add(xs[i]); }
}
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var data = [Array.from(xVals).sort((a, b) => a - b)];
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var alignedLen = data[0].length;
var xIdxs = new Map();
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for (var i$1 = 0; i$1 < alignedLen; i$1++)
{ xIdxs.set(data[0][i$1], i$1); }
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for (var ti$1 = 0; ti$1 < tables.length; ti$1++) {
var t$1 = tables[ti$1];
var xs$1 = t$1[0];
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for (var si = 1; si < t$1.length; si++) {
var ys = t$1[si];
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var yVals = Array(alignedLen).fill(undefined);
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var nullMode = nullModes ? nullModes[ti$1][si] : NULL_RETAIN;
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var nullIdxs = [];
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for (var i$2 = 0; i$2 < ys.length; i$2++) {
var yVal = ys[i$2];
var alignedIdx = xIdxs.get(xs$1[i$2]);
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if (yVal === null) {
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if (nullMode != NULL_REMOVE) {
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yVals[alignedIdx] = yVal;
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if (nullMode == NULL_EXPAND)
{ nullIdxs.push(alignedIdx); }
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}
}
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else
{ yVals[alignedIdx] = yVal; }
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}
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nullExpand(yVals, nullIdxs, alignedLen);
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data.push(yVals);
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}
}
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return data;
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}
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var microTask = typeof queueMicrotask == "undefined" ? fn => Promise.resolve().then(fn) : queueMicrotask;
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var WIDTH = "width";
var HEIGHT = "height";
var TOP = "top";
var BOTTOM = "bottom";
var LEFT = "left";
var RIGHT = "right";
var hexBlack = "#000";
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var transparent = hexBlack + "0";
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var mousemove = "mousemove";
var mousedown = "mousedown";
var mouseup = "mouseup";
var mouseenter = "mouseenter";
var mouseleave = "mouseleave";
var dblclick = "dblclick";
var resize = "resize";
var scroll = "scroll";
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var change = "change";
var ddpxchange = "dppxchange";
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var pre = "u-";
var UPLOT = "uplot";
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var ORI_HZ = pre + "hz";
var ORI_VT = pre + "vt";
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var TITLE = pre + "title";
var WRAP = pre + "wrap";
var UNDER = pre + "under";
var OVER = pre + "over";
var OFF = pre + "off";
var SELECT = pre + "select";
var CURSOR_X = pre + "cursor-x";
var CURSOR_Y = pre + "cursor-y";
var CURSOR_PT = pre + "cursor-pt";
var LEGEND = pre + "legend";
var LEGEND_LIVE = pre + "live";
var LEGEND_INLINE = pre + "inline";
var LEGEND_THEAD = pre + "thead";
var LEGEND_SERIES = pre + "series";
var LEGEND_MARKER = pre + "marker";
var LEGEND_LABEL = pre + "label";
var LEGEND_VALUE = pre + "value";
var doc = document;
var win = window;
var pxRatio;
var query;
function setPxRatio() {
pxRatio = devicePixelRatio;
query && off(change, query, setPxRatio);
query = matchMedia(("screen and (min-resolution: " + (pxRatio - 0.001) + "dppx) and (max-resolution: " + (pxRatio + 0.001) + "dppx)"));
on(change, query, setPxRatio);
win.dispatchEvent(new CustomEvent(ddpxchange));
}
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function addClass(el, c) {
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if (c != null) {
var cl = el.classList;
!cl.contains(c) && cl.add(c);
}
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}
function remClass(el, c) {
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var cl = el.classList;
cl.contains(c) && cl.remove(c);
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}
function setStylePx(el, name, value) {
el.style[name] = value + "px";
}
function placeTag(tag, cls, targ, refEl) {
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var el = doc.createElement(tag);
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if (cls != null)
{ addClass(el, cls); }
if (targ != null)
{ targ.insertBefore(el, refEl); }
return el;
}
function placeDiv(cls, targ) {
return placeTag("div", cls, targ);
}
var xformCache = new WeakMap();
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function trans(el, xPos, yPos, xMax, yMax) {
var xform = "translate(" + xPos + "px," + yPos + "px)";
var xformOld = xformCache.get(el);
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if (xform != xformOld) {
el.style.transform = xform;
xformCache.set(el, xform);
if (xPos < 0 || yPos < 0 || xPos > xMax || yPos > yMax)
{ addClass(el, OFF); }
else
{ remClass(el, OFF); }
}
}
var colorCache = new WeakMap();
function color(el, background, borderColor) {
var newColor = background + borderColor;
var oldColor = colorCache.get(el);
if (newColor != oldColor) {
colorCache.set(el, newColor);
el.style.background = background;
el.style.borderColor = borderColor;
}
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}
var evOpts = {passive: true};
var evOpts2 = assign({capture: true}, evOpts);
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function on(ev, el, cb, capt) {
el.addEventListener(ev, cb, capt ? evOpts2 : evOpts);
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}
function off(ev, el, cb, capt) {
el.removeEventListener(ev, cb, capt ? evOpts2 : evOpts);
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}
setPxRatio();
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var months = [
"January",
"February",
"March",
"April",
"May",
"June",
"July",
"August",
"September",
"October",
"November",
"December" ];
var days = [
"Sunday",
"Monday",
"Tuesday",
"Wednesday",
"Thursday",
"Friday",
"Saturday" ];
function slice3(str) {
return str.slice(0, 3);
}
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var days3 = days.map(slice3);
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var months3 = months.map(slice3);
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var engNames = {
MMMM: months,
MMM: months3,
WWWW: days,
WWW: days3,
};
function zeroPad2(int) {
return (int < 10 ? '0' : '') + int;
}
function zeroPad3(int) {
return (int < 10 ? '00' : int < 100 ? '0' : '') + int;
}
/*
function suffix(int) {
let mod10 = int % 10;
return int + (
mod10 == 1 && int != 11 ? "st" :
mod10 == 2 && int != 12 ? "nd" :
mod10 == 3 && int != 13 ? "rd" : "th"
);
}
*/
var subs = {
// 2019
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YYYY: d => d.getFullYear(),
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// 19
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YY: d => (d.getFullYear()+'').slice(2),
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// July
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MMMM: (d, names) => names.MMMM[d.getMonth()],
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// Jul
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MMM: (d, names) => names.MMM[d.getMonth()],
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// 07
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MM: d => zeroPad2(d.getMonth()+1),
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// 7
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M: d => d.getMonth()+1,
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// 09
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DD: d => zeroPad2(d.getDate()),
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// 9
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D: d => d.getDate(),
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// Monday
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WWWW: (d, names) => names.WWWW[d.getDay()],
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// Mon
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WWW: (d, names) => names.WWW[d.getDay()],
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// 03
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HH: d => zeroPad2(d.getHours()),
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// 3
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H: d => d.getHours(),
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// 9 (12hr, unpadded)
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h: d => {var h = d.getHours(); return h == 0 ? 12 : h > 12 ? h - 12 : h;},
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// AM
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AA: d => d.getHours() >= 12 ? 'PM' : 'AM',
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// am
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aa: d => d.getHours() >= 12 ? 'pm' : 'am',
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// a
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a: d => d.getHours() >= 12 ? 'p' : 'a',
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// 09
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mm: d => zeroPad2(d.getMinutes()),
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// 9
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m: d => d.getMinutes(),
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// 09
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ss: d => zeroPad2(d.getSeconds()),
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// 9
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s: d => d.getSeconds(),
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// 374
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fff: d => zeroPad3(d.getMilliseconds()),
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};
function fmtDate(tpl, names) {
names = names || engNames;
var parts = [];
var R = /\{([a-z]+)\}|[^{]+/gi, m;
while (m = R.exec(tpl))
{ parts.push(m[0][0] == '{' ? subs[m[1]] : m[0]); }
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return d => {
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var out = '';
for (var i = 0; i < parts.length; i++)
{ out += typeof parts[i] == "string" ? parts[i] : parts[i](d, names); }
return out;
}
}
var localTz = new Intl.DateTimeFormat().resolvedOptions().timeZone;
// https://stackoverflow.com/questions/15141762/how-to-initialize-a-javascript-date-to-a-particular-time-zone/53652131#53652131
function tzDate(date, tz) {
var date2;
// perf optimization
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if (tz == 'UTC' || tz == 'Etc/UTC')
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{ date2 = new Date(+date + date.getTimezoneOffset() * 6e4); }
else if (tz == localTz)
{ date2 = date; }
else {
date2 = new Date(date.toLocaleString('en-US', {timeZone: tz}));
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date2.setMilliseconds(date.getMilliseconds());
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}
return date2;
}
//export const series = [];
// default formatters:
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var onlyWhole = v => v % 1 == 0;
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var allMults = [1,2,2.5,5];
// ...0.01, 0.02, 0.025, 0.05, 0.1, 0.2, 0.25, 0.5
var decIncrs = genIncrs(10, -16, 0, allMults);
// 1, 2, 2.5, 5, 10, 20, 25, 50...
var oneIncrs = genIncrs(10, 0, 16, allMults);
// 1, 2, 5, 10, 20, 25, 50...
var wholeIncrs = oneIncrs.filter(onlyWhole);
var numIncrs = decIncrs.concat(oneIncrs);
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var NL = "\n";
var yyyy = "{YYYY}";
var NLyyyy = NL + yyyy;
var md = "{M}/{D}";
var NLmd = NL + md;
var NLmdyy = NLmd + "/{YY}";
var aa = "{aa}";
var hmm = "{h}:{mm}";
var hmmaa = hmm + aa;
var NLhmmaa = NL + hmmaa;
var ss = ":{ss}";
var _ = null;
function genTimeStuffs(ms) {
var s = ms * 1e3,
m = s * 60,
h = m * 60,
d = h * 24,
mo = d * 30,
y = d * 365;
// min of 1e-3 prevents setting a temporal x ticks too small since Date objects cannot advance ticks smaller than 1ms
var subSecIncrs = ms == 1 ? genIncrs(10, 0, 3, allMults).filter(onlyWhole) : genIncrs(10, -3, 0, allMults);
var timeIncrs = subSecIncrs.concat([
// minute divisors (# of secs)
s,
s * 5,
s * 10,
s * 15,
s * 30,
// hour divisors (# of mins)
m,
m * 5,
m * 10,
m * 15,
m * 30,
// day divisors (# of hrs)
h,
h * 2,
h * 3,
h * 4,
h * 6,
h * 8,
h * 12,
// month divisors TODO: need more?
d,
d * 2,
d * 3,
d * 4,
d * 5,
d * 6,
d * 7,
d * 8,
d * 9,
d * 10,
d * 15,
// year divisors (# months, approx)
mo,
mo * 2,
mo * 3,
mo * 4,
mo * 6,
// century divisors
y,
y * 2,
y * 5,
y * 10,
y * 25,
y * 50,
y * 100 ]);
// [0]: minimum num secs in the tick incr
// [1]: default tick format
// [2-7]: rollover tick formats
// [8]: mode: 0: replace [1] -> [2-7], 1: concat [1] + [2-7]
var _timeAxisStamps = [
// tick incr default year month day hour min sec mode
[y, yyyy, _, _, _, _, _, _, 1],
[d * 28, "{MMM}", NLyyyy, _, _, _, _, _, 1],
[d, md, NLyyyy, _, _, _, _, _, 1],
[h, "{h}" + aa, NLmdyy, _, NLmd, _, _, _, 1],
[m, hmmaa, NLmdyy, _, NLmd, _, _, _, 1],
[s, ss, NLmdyy + " " + hmmaa, _, NLmd + " " + hmmaa, _, NLhmmaa, _, 1],
[ms, ss + ".{fff}", NLmdyy + " " + hmmaa, _, NLmd + " " + hmmaa, _, NLhmmaa, _, 1] ];
// the ensures that axis ticks, values & grid are aligned to logical temporal breakpoints and not an arbitrary timestamp
// https://www.timeanddate.com/time/dst/
// https://www.timeanddate.com/time/dst/2019.html
// https://www.epochconverter.com/timezones
function timeAxisSplits(tzDate) {
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return (self, axisIdx, scaleMin, scaleMax, foundIncr, foundSpace) => {
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var splits = [];
var isYr = foundIncr >= y;
var isMo = foundIncr >= mo && foundIncr < y;
// get the timezone-adjusted date
var minDate = tzDate(scaleMin);
var minDateTs = roundDec(minDate * ms, 3);
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// get ts of 12am (this lands us at or before the original scaleMin)
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var minMin = mkDate(minDate.getFullYear(), isYr ? 0 : minDate.getMonth(), isMo || isYr ? 1 : minDate.getDate());
var minMinTs = roundDec(minMin * ms, 3);
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if (isMo || isYr) {
var moIncr = isMo ? foundIncr / mo : 0;
var yrIncr = isYr ? foundIncr / y : 0;
// let tzOffset = scaleMin - minDateTs; // needed?
var split = minDateTs == minMinTs ? minDateTs : roundDec(mkDate(minMin.getFullYear() + yrIncr, minMin.getMonth() + moIncr, 1) * ms, 3);
var splitDate = new Date(round(split / ms));
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var baseYear = splitDate.getFullYear();
var baseMonth = splitDate.getMonth();
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for (var i = 0; split <= scaleMax; i++) {
var next = mkDate(baseYear + yrIncr * i, baseMonth + moIncr * i, 1);
var offs = next - tzDate(roundDec(next * ms, 3));
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split = roundDec((+next + offs) * ms, 3);
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if (split <= scaleMax)
{ splits.push(split); }
}
}
else {
var incr0 = foundIncr >= d ? d : foundIncr;
var tzOffset = floor(scaleMin) - floor(minDateTs);
var split$1 = minMinTs + tzOffset + incrRoundUp(minDateTs - minMinTs, incr0);
splits.push(split$1);
var date0 = tzDate(split$1);
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var prevHour = date0.getHours() + (date0.getMinutes() / m) + (date0.getSeconds() / h);
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var incrHours = foundIncr / h;
var minSpace = self.axes[axisIdx]._space;
var pctSpace = foundSpace / minSpace;
while (1) {
split$1 = roundDec(split$1 + foundIncr, ms == 1 ? 0 : 3);
if (split$1 > scaleMax)
{ break; }
if (incrHours > 1) {
var expectedHour = floor(roundDec(prevHour + incrHours, 6)) % 24;
var splitDate$1 = tzDate(split$1);
var actualHour = splitDate$1.getHours();
var dstShift = actualHour - expectedHour;
if (dstShift > 1)
{ dstShift = -1; }
split$1 -= dstShift * h;
prevHour = (prevHour + incrHours) % 24;
// add a tick only if it's further than 70% of the min allowed label spacing
var prevSplit = splits[splits.length - 1];
var pctIncr = roundDec((split$1 - prevSplit) / foundIncr, 3);
if (pctIncr * pctSpace >= .7)
{ splits.push(split$1); }
}
else
{ splits.push(split$1); }
}
}
return splits;
}
}
return [
timeIncrs,
_timeAxisStamps,
timeAxisSplits ];
}
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var ref = genTimeStuffs(1);
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var timeIncrsMs = ref[0];
var _timeAxisStampsMs = ref[1];
var timeAxisSplitsMs = ref[2];
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var ref$1 = genTimeStuffs(1e-3);
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var timeIncrsS = ref$1[0];
var _timeAxisStampsS = ref$1[1];
var timeAxisSplitsS = ref$1[2];
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// base 2
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genIncrs(2, -53, 53, [1]);
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/*
console.log({
decIncrs,
oneIncrs,
wholeIncrs,
numIncrs,
timeIncrs,
fixedDec,
});
*/
function timeAxisStamps(stampCfg, fmtDate) {
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return stampCfg.map(s => s.map((v, i) =>
i == 0 || i == 8 || v == null ? v : fmtDate(i == 1 || s[8] == 0 ? v : s[1] + v)
));
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}
// TODO: will need to accept spaces[] and pull incr into the loop when grid will be non-uniform, eg for log scales.
// currently we ignore this for months since they're *nearly* uniform and the added complexity is not worth it
function timeAxisVals(tzDate, stamps) {
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return (self, splits, axisIdx, foundSpace, foundIncr) => {
var s = stamps.find(s => foundIncr >= s[0]) || stamps[stamps.length - 1];
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// these track boundaries when a full label is needed again
var prevYear;
var prevMnth;
var prevDate;
var prevHour;
var prevMins;
var prevSecs;
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return splits.map(split => {
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var date = tzDate(split);
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var newYear = date.getFullYear();
var newMnth = date.getMonth();
var newDate = date.getDate();
var newHour = date.getHours();
var newMins = date.getMinutes();
var newSecs = date.getSeconds();
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var stamp = (
newYear != prevYear && s[2] ||
newMnth != prevMnth && s[3] ||
newDate != prevDate && s[4] ||
newHour != prevHour && s[5] ||
newMins != prevMins && s[6] ||
newSecs != prevSecs && s[7] ||
s[1]
);
prevYear = newYear;
prevMnth = newMnth;
prevDate = newDate;
prevHour = newHour;
prevMins = newMins;
prevSecs = newSecs;
return stamp(date);
});
}
}
// for when axis.values is defined as a static fmtDate template string
function timeAxisVal(tzDate, dateTpl) {
var stamp = fmtDate(dateTpl);
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return (self, splits, axisIdx, foundSpace, foundIncr) => splits.map(split => stamp(tzDate(split)));
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}
function mkDate(y, m, d) {
return new Date(y, m, d);
}
function timeSeriesStamp(stampCfg, fmtDate) {
return fmtDate(stampCfg);
}
var _timeSeriesStamp = '{YYYY}-{MM}-{DD} {h}:{mm}{aa}';
function timeSeriesVal(tzDate, stamp) {
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return (self, val) => stamp(tzDate(val));
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}
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function legendStroke(self, seriesIdx) {
var s = self.series[seriesIdx];
return s.width ? s.stroke(self, seriesIdx) : s.points.width ? s.points.stroke(self, seriesIdx) : null;
}
function legendFill(self, seriesIdx) {
return self.series[seriesIdx].fill(self, seriesIdx);
}
var legendOpts = {
show: true,
live: true,
isolate: false,
markers: {
show: true,
width: 2,
stroke: legendStroke,
fill: legendFill,
dash: "solid",
},
idx: null,
idxs: null,
values: [],
};
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function cursorPointShow(self, si) {
var o = self.cursor.points;
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var pt = placeDiv();
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var size = o.size(self, si);
setStylePx(pt, WIDTH, size);
setStylePx(pt, HEIGHT, size);
var mar = size / -2;
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setStylePx(pt, "marginLeft", mar);
setStylePx(pt, "marginTop", mar);
var width = o.width(self, si, size);
width && setStylePx(pt, "borderWidth", width);
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return pt;
}
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function cursorPointFill(self, si) {
var sp = self.series[si].points;
return sp._fill || sp._stroke;
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}
function cursorPointStroke(self, si) {
var sp = self.series[si].points;
return sp._stroke || sp._fill;
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}
function cursorPointSize(self, si) {
var sp = self.series[si].points;
return ptDia(sp.width, 1);
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}
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function dataIdx(self, seriesIdx, cursorIdx) {
return cursorIdx;
}
var moveTuple = [0,0];
function cursorMove(self, mouseLeft1, mouseTop1) {
moveTuple[0] = mouseLeft1;
moveTuple[1] = mouseTop1;
return moveTuple;
}
function filtBtn0(self, targ, handle) {
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return e => {
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e.button == 0 && handle(e);
};
}
function passThru(self, targ, handle) {
return handle;
}
var cursorOpts = {
show: true,
x: true,
y: true,
lock: false,
move: cursorMove,
points: {
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show: cursorPointShow,
size: cursorPointSize,
width: 0,
stroke: cursorPointStroke,
fill: cursorPointFill,
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},
bind: {
mousedown: filtBtn0,
mouseup: filtBtn0,
click: filtBtn0,
dblclick: filtBtn0,
mousemove: passThru,
mouseleave: passThru,
mouseenter: passThru,
},
drag: {
setScale: true,
x: true,
y: false,
dist: 0,
uni: null,
_x: false,
_y: false,
},
focus: {
prox: -1,
},
left: -10,
top: -10,
idx: null,
dataIdx: dataIdx,
idxs: null,
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};
var grid = {
show: true,
stroke: "rgba(0,0,0,0.07)",
width: 2,
// dash: [],
filter: retArg1,
};
var ticks = assign({}, grid, {size: 10});
var font = '12px system-ui, -apple-system, "Segoe UI", Roboto, "Helvetica Neue", Arial, "Noto Sans", sans-serif, "Apple Color Emoji", "Segoe UI Emoji", "Segoe UI Symbol", "Noto Color Emoji"';
var labelFont = "bold " + font;
var lineMult = 1.5; // font-size multiplier
var xAxisOpts = {
show: true,
scale: "x",
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stroke: hexBlack,
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space: 50,
gap: 5,
size: 50,
labelGap: 0,
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labelSize: 30,
labelFont: labelFont,
side: 2,
// class: "x-vals",
// incrs: timeIncrs,
// values: timeVals,
// filter: retArg1,
grid: grid,
ticks: ticks,
font: font,
rotate: 0,
};
var numSeriesLabel = "Value";
var timeSeriesLabel = "Time";
var xSeriesOpts = {
show: true,
scale: "x",
auto: false,
sorted: 1,
// label: "Time",
// value: v => stamp(new Date(v * 1e3)),
// internal caches
min: inf,
max: -inf,
idxs: [],
};
function numAxisVals(self, splits, axisIdx, foundSpace, foundIncr) {
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return splits.map(v => v == null ? "" : fmtNum(v));
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}
function numAxisSplits(self, axisIdx, scaleMin, scaleMax, foundIncr, foundSpace, forceMin) {
var splits = [];
var numDec = fixedDec.get(foundIncr) || 0;
scaleMin = forceMin ? scaleMin : roundDec(incrRoundUp(scaleMin, foundIncr), numDec);
for (var val = scaleMin; val <= scaleMax; val = roundDec(val + foundIncr, numDec))
{ splits.push(Object.is(val, -0) ? 0 : val); } // coalesces -0
return splits;
}
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// this doesnt work for sin, which needs to come off from 0 independently in pos and neg dirs
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function logAxisSplits(self, axisIdx, scaleMin, scaleMax, foundIncr, foundSpace, forceMin) {
var splits = [];
var logBase = self.scales[self.axes[axisIdx].scale].log;
var logFn = logBase == 10 ? log10 : log2;
var exp = floor(logFn(scaleMin));
foundIncr = pow(logBase, exp);
if (exp < 0)
{ foundIncr = roundDec(foundIncr, -exp); }
var split = scaleMin;
do {
splits.push(split);
split = roundDec(split + foundIncr, fixedDec.get(foundIncr));
if (split >= foundIncr * logBase)
{ foundIncr = split; }
} while (split <= scaleMax);
return splits;
}
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function asinhAxisSplits(self, axisIdx, scaleMin, scaleMax, foundIncr, foundSpace, forceMin) {
var sc = self.scales[self.axes[axisIdx].scale];
var linthresh = sc.asinh;
var posSplits = scaleMax > linthresh ? logAxisSplits(self, axisIdx, max(linthresh, scaleMin), scaleMax, foundIncr) : [linthresh];
var zero = scaleMax >= 0 && scaleMin <= 0 ? [0] : [];
var negSplits = scaleMin < -linthresh ? logAxisSplits(self, axisIdx, max(linthresh, -scaleMax), -scaleMin, foundIncr): [linthresh];
return negSplits.reverse().map(v => -v).concat(zero, posSplits);
}
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var RE_ALL = /./;
var RE_12357 = /[12357]/;
var RE_125 = /[125]/;
var RE_1 = /1/;
function logAxisValsFilt(self, splits, axisIdx, foundSpace, foundIncr) {
var axis = self.axes[axisIdx];
var scaleKey = axis.scale;
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var sc = self.scales[scaleKey];
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if (sc.distr == 3 && sc.log == 2)
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{ return splits; }
var valToPos = self.valToPos;
var minSpace = axis._space;
var _10 = valToPos(10, scaleKey);
var re = (
valToPos(9, scaleKey) - _10 >= minSpace ? RE_ALL :
valToPos(7, scaleKey) - _10 >= minSpace ? RE_12357 :
valToPos(5, scaleKey) - _10 >= minSpace ? RE_125 :
RE_1
);
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return splits.map(v => ((sc.distr == 4 && v == 0) || re.test(v)) ? v : null);
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}
function numSeriesVal(self, val) {
return val == null ? "" : fmtNum(val);
}
var yAxisOpts = {
show: true,
scale: "y",
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stroke: hexBlack,
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space: 30,
gap: 5,
size: 50,
labelGap: 0,
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labelSize: 30,
labelFont: labelFont,
side: 3,
// class: "y-vals",
// incrs: numIncrs,
// values: (vals, space) => vals,
// filter: retArg1,
grid: grid,
ticks: ticks,
font: font,
rotate: 0,
};
// takes stroke width
function ptDia(width, mult) {
var dia = 3 + (width || 1) * 2;
return roundDec(dia * mult, 3);
}
function seriesPointsShow(self, si) {
var ref = self.series[0];
var scale = ref.scale;
var idxs = ref.idxs;
var xData = self._data[0];
var p0 = self.valToPos(xData[idxs[0]], scale, true);
var p1 = self.valToPos(xData[idxs[1]], scale, true);
var dim = abs(p1 - p0);
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var s = self.series[si];
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// const dia = ptDia(s.width, pxRatio);
var maxPts = dim / (s.points.space * pxRatio);
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return idxs[1] - idxs[0] <= maxPts;
}
function seriesFillTo(self, seriesIdx, dataMin, dataMax) {
var scale = self.scales[self.series[seriesIdx].scale];
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var isUpperBandEdge = self.bands && self.bands.some(b => b.series[0] == seriesIdx);
return scale.distr == 3 || isUpperBandEdge ? scale.min : 0;
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}
var ySeriesOpts = {
scale: "y",
auto: true,
sorted: 0,
show: true,
spanGaps: false,
gaps: (self, seriesIdx, idx0, idx1, nullGaps) => nullGaps,
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alpha: 1,
points: {
show: seriesPointsShow,
filter: null,
// paths:
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// stroke: "#000",
// fill: "#fff",
// width: 1,
// size: 10,
},
// label: "Value",
// value: v => v,
values: null,
// internal caches
min: inf,
max: -inf,
idxs: [],
path: null,
clip: null,
};
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function clampScale(self, val, scaleMin, scaleMax, scaleKey) {
/*
if (val < 0) {
let cssHgt = self.bbox.height / pxRatio;
let absPos = self.valToPos(abs(val), scaleKey);
let fromBtm = cssHgt - absPos;
return self.posToVal(cssHgt + fromBtm, scaleKey);
}
*/
return scaleMin / 10;
}
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var xScaleOpts = {
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time: FEAT_TIME,
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auto: true,
distr: 1,
log: 10,
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asinh: 1,
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min: null,
max: null,
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dir: 1,
ori: 0,
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};
var yScaleOpts = assign({}, xScaleOpts, {
time: false,
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ori: 1,
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});
var syncs = {};
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function _sync(key, opts) {
var s = syncs[key];
if (!s) {
s = {
key: key,
plots: [],
sub: function sub(plot) {
s.plots.push(plot);
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},
unsub: function unsub(plot) {
s.plots = s.plots.filter(c => c != plot);
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},
pub: function pub(type, self, x, y, w, h, i) {
for (var j = 0; j < s.plots.length; j++)
{ s.plots[j] != self && s.plots[j].pub(type, self, x, y, w, h, i); }
},
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};
if (key != null)
{ syncs[key] = s; }
}
return s;
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}
var BAND_CLIP_FILL = 1 << 0;
var BAND_CLIP_STROKE = 1 << 1;
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function orient(u, seriesIdx, cb) {
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var series = u.series[seriesIdx];
var scales = u.scales;
var bbox = u.bbox;
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var scaleX = scales[u.series[0].scale];
var dx = u._data[0],
dy = u._data[seriesIdx],
sx = scaleX,
sy = scales[series.scale],
l = bbox.left,
t = bbox.top,
w = bbox.width,
h = bbox.height,
H = u.valToPosH,
V = u.valToPosV;
return (sx.ori == 0
? cb(
series,
dx,
dy,
sx,
sy,
H,
V,
l,
t,
w,
h,
moveToH,
lineToH,
rectH,
arcH,
bezierCurveToH
)
: cb(
series,
dx,
dy,
sx,
sy,
V,
H,
t,
l,
h,
w,
moveToV,
lineToV,
rectV,
arcV,
bezierCurveToV
)
);
}
// creates inverted band clip path (towards from stroke path -> yMax)
function clipBandLine(self, seriesIdx, idx0, idx1, strokePath) {
return orient(self, seriesIdx, (series, dataX, dataY, scaleX, scaleY, valToPosX, valToPosY, xOff, yOff, xDim, yDim) => {
var dir = scaleX.dir * (scaleX.ori == 0 ? 1 : -1);
var lineTo = scaleX.ori == 0 ? lineToH : lineToV;
var frIdx, toIdx;
if (dir == 1) {
frIdx = idx0;
toIdx = idx1;
}
else {
frIdx = idx1;
toIdx = idx0;
}
// path start
var x0 = incrRound(valToPosX(dataX[frIdx], scaleX, xDim, xOff), 0.5);
var y0 = incrRound(valToPosY(dataY[frIdx], scaleY, yDim, yOff), 0.5);
// path end x
var x1 = incrRound(valToPosX(dataX[toIdx], scaleX, xDim, xOff), 0.5);
// upper y limit
var yLimit = incrRound(valToPosY(scaleY.max, scaleY, yDim, yOff), 0.5);
var clip = new Path2D(strokePath);
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lineTo(clip, x1, yLimit);
lineTo(clip, x0, yLimit);
lineTo(clip, x0, y0);
return clip;
});
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}
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function clipGaps(gaps, ori, plotLft, plotTop, plotWid, plotHgt) {
var clip = null;
// create clip path (invert gaps and non-gaps)
if (gaps.length > 0) {
clip = new Path2D();
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var rect = ori == 0 ? rectH : rectV;
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var prevGapEnd = plotLft;
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for (var i = 0; i < gaps.length; i++) {
var g = gaps[i];
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if (g[1] > g[0]) {
rect(clip, prevGapEnd, plotTop, g[0] - prevGapEnd, plotTop + plotHgt);
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prevGapEnd = g[1];
}
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}
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rect(clip, prevGapEnd, plotTop, plotLft + plotWid - prevGapEnd, plotTop + plotHgt);
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}
return clip;
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}
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function addGap(gaps, fromX, toX) {
var prevGap = gaps[gaps.length - 1];
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if (prevGap && prevGap[0] == fromX) // TODO: gaps must be encoded at stroke widths?
{ prevGap[1] = toX; }
else
{ gaps.push([fromX, toX]); }
}
function pxRoundGen(pxAlign) {
return pxAlign == 0 ? retArg0 : pxAlign == 1 ? round : v => incrRound(v, pxAlign);
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}
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// orientation-inverting canvas functions
function moveToH(p, x, y) { p.moveTo(x, y); }
function moveToV(p, y, x) { p.moveTo(x, y); }
function lineToH(p, x, y) { p.lineTo(x, y); }
function lineToV(p, y, x) { p.lineTo(x, y); }
function rectH(p, x, y, w, h) { p.rect(x, y, w, h); }
function rectV(p, y, x, h, w) { p.rect(x, y, w, h); }
function arcH(p, x, y, r, startAngle, endAngle) { p.arc(x, y, r, startAngle, endAngle); }
function arcV(p, y, x, r, startAngle, endAngle) { p.arc(x, y, r, startAngle, endAngle); }
function bezierCurveToH(p, bp1x, bp1y, bp2x, bp2y, p2x, p2y) { p.bezierCurveTo(bp1x, bp1y, bp2x, bp2y, p2x, p2y); }function bezierCurveToV(p, bp1y, bp1x, bp2y, bp2x, p2y, p2x) { p.bezierCurveTo(bp1x, bp1y, bp2x, bp2y, p2x, p2y); }
// TODO: drawWrap(seriesIdx, drawPoints) (save, restore, translate, clip)
function points(opts) {
return (u, seriesIdx, idx0, idx1, filtIdxs) => {
// log("drawPoints()", arguments);
return orient(u, seriesIdx, (series, dataX, dataY, scaleX, scaleY, valToPosX, valToPosY, xOff, yOff, xDim, yDim) => {
var pxRound = series.pxRound;
var points = series.points;
var moveTo, arc;
if (scaleX.ori == 0) {
moveTo = moveToH;
arc = arcH;
}
else {
moveTo = moveToV;
arc = arcV;
}
var width = roundDec(points.width * pxRatio, 3);
var rad = (points.size - points.width) / 2 * pxRatio;
var dia = roundDec(rad * 2, 3);
var fill = new Path2D();
var clip = new Path2D();
var ref = u.bbox;
var lft = ref.left;
var top = ref.top;
var wid = ref.width;
var hgt = ref.height;
rectH(clip,
lft - dia,
top - dia,
wid + dia * 2,
hgt + dia * 2
);
var drawPoint = pi => {
if (dataY[pi] != null) {
var x = pxRound(valToPosX(dataX[pi], scaleX, xDim, xOff));
var y = pxRound(valToPosY(dataY[pi], scaleY, yDim, yOff));
moveTo(fill, x + rad, y);
arc(fill, x, y, rad, 0, PI * 2);
}
};
if (filtIdxs)
{ filtIdxs.forEach(drawPoint); }
else {
for (var pi = idx0; pi <= idx1; pi++)
{ drawPoint(pi); }
}
return {
stroke: width > 0 ? fill : null,
fill: fill,
clip: clip,
flags: BAND_CLIP_FILL | BAND_CLIP_STROKE,
};
});
};
}
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function _drawAcc(lineTo) {
return (stroke, accX, minY, maxY, inY, outY) => {
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if (minY != maxY) {
if (inY != minY && outY != minY)
{ lineTo(stroke, accX, minY); }
if (inY != maxY && outY != maxY)
{ lineTo(stroke, accX, maxY); }
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lineTo(stroke, accX, outY);
}
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};
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}
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var drawAccH = _drawAcc(lineToH);
var drawAccV = _drawAcc(lineToV);
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function linear() {
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return (u, seriesIdx, idx0, idx1) => {
return orient(u, seriesIdx, (series, dataX, dataY, scaleX, scaleY, valToPosX, valToPosY, xOff, yOff, xDim, yDim) => {
var pxRound = series.pxRound;
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var lineTo, drawAcc;
if (scaleX.ori == 0) {
lineTo = lineToH;
drawAcc = drawAccH;
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}
else {
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lineTo = lineToV;
drawAcc = drawAccV;
}
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var dir = scaleX.dir * (scaleX.ori == 0 ? 1 : -1);
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var _paths = {stroke: new Path2D(), fill: null, clip: null, band: null, gaps: null, flags: BAND_CLIP_FILL};
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var stroke = _paths.stroke;
var minY = inf,
maxY = -inf,
inY, outY, outX, drawnAtX;
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var gaps = [];
var accX = pxRound(valToPosX(dataX[dir == 1 ? idx0 : idx1], scaleX, xDim, xOff));
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var accGaps = false;
var prevYNull = false;
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// data edges
var lftIdx = nonNullIdx(dataY, idx0, idx1, 1 * dir);
var rgtIdx = nonNullIdx(dataY, idx0, idx1, -1 * dir);
var lftX = incrRound(valToPosX(dataX[lftIdx], scaleX, xDim, xOff), 0.5);
var rgtX = incrRound(valToPosX(dataX[rgtIdx], scaleX, xDim, xOff), 0.5);
if (lftX > xOff)
{ addGap(gaps, xOff, lftX); }
for (var i = dir == 1 ? idx0 : idx1; i >= idx0 && i <= idx1; i += dir) {
var x = pxRound(valToPosX(dataX[i], scaleX, xDim, xOff));
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if (x == accX) {
if (dataY[i] != null) {
outY = pxRound(valToPosY(dataY[i], scaleY, yDim, yOff));
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if (minY == inf) {
lineTo(stroke, x, outY);
inY = outY;
}
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minY = min(outY, minY);
maxY = max(outY, maxY);
}
else if (dataY[i] === null)
{ accGaps = prevYNull = true; }
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}
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else {
var _addGap = false;
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if (minY != inf) {
drawAcc(stroke, accX, minY, maxY, inY, outY);
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outX = drawnAtX = accX;
}
else if (accGaps) {
_addGap = true;
accGaps = false;
}
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if (dataY[i] != null) {
outY = pxRound(valToPosY(dataY[i], scaleY, yDim, yOff));
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lineTo(stroke, x, outY);
minY = maxY = inY = outY;
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// prior pixel can have data but still start a gap if ends with null
if (prevYNull && x - accX > 1)
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{ _addGap = true; }
prevYNull = false;
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}
else {
minY = inf;
maxY = -inf;
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if (dataY[i] === null) {
accGaps = true;
if (x - accX > 1)
{ _addGap = true; }
}
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}
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_addGap && addGap(gaps, outX, x);
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accX = x;
}
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}
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if (minY != inf && minY != maxY && drawnAtX != accX)
{ drawAcc(stroke, accX, minY, maxY, inY, outY); }
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if (rgtX < xOff + xDim)
{ addGap(gaps, rgtX, xOff + xDim); }
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if (series.fill != null) {
var fill = _paths.fill = new Path2D(stroke);
var fillTo = pxRound(valToPosY(series.fillTo(u, seriesIdx, series.min, series.max), scaleY, yDim, yOff));
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lineTo(fill, rgtX, fillTo);
lineTo(fill, lftX, fillTo);
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}
_paths.gaps = gaps = series.gaps(u, seriesIdx, idx0, idx1, gaps);
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if (!series.spanGaps)
{ _paths.clip = clipGaps(gaps, scaleX.ori, xOff, yOff, xDim, yDim); }
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if (u.bands.length > 0) {
// ADDL OPT: only create band clips for series that are band lower edges
// if (b.series[1] == i && _paths.band == null)
_paths.band = clipBandLine(u, seriesIdx, idx0, idx1, stroke);
}
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return _paths;
});
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};
}
function stepped(opts) {
var align = ifNull(opts.align, 1);
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// whether to draw ascenders/descenders at null/gap bondaries
var ascDesc = ifNull(opts.ascDesc, false);
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return (u, seriesIdx, idx0, idx1) => {
return orient(u, seriesIdx, (series, dataX, dataY, scaleX, scaleY, valToPosX, valToPosY, xOff, yOff, xDim, yDim) => {
var pxRound = series.pxRound;
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var lineTo = scaleX.ori == 0 ? lineToH : lineToV;
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var _paths = {stroke: new Path2D(), fill: null, clip: null, band: null, gaps: null, flags: BAND_CLIP_FILL};
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var stroke = _paths.stroke;
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var _dir = 1 * scaleX.dir * (scaleX.ori == 0 ? 1 : -1);
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idx0 = nonNullIdx(dataY, idx0, idx1, 1);
idx1 = nonNullIdx(dataY, idx0, idx1, -1);
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var gaps = [];
var inGap = false;
var prevYPos = pxRound(valToPosY(dataY[_dir == 1 ? idx0 : idx1], scaleY, yDim, yOff));
var firstXPos = pxRound(valToPosX(dataX[_dir == 1 ? idx0 : idx1], scaleX, xDim, xOff));
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var prevXPos = firstXPos;
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lineTo(stroke, firstXPos, prevYPos);
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for (var i = _dir == 1 ? idx0 : idx1; i >= idx0 && i <= idx1; i += _dir) {
var yVal1 = dataY[i];
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var x1 = pxRound(valToPosX(dataX[i], scaleX, xDim, xOff));
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if (yVal1 == null) {
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if (yVal1 === null) {
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addGap(gaps, prevXPos, x1);
inGap = true;
}
continue;
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}
var y1 = pxRound(valToPosY(yVal1, scaleY, yDim, yOff));
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if (inGap) {
addGap(gaps, prevXPos, x1);
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// don't clip vertical extenders
if (prevYPos != y1) {
var halfStroke = (series.width * pxRatio) / 2;
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var lastGap = gaps[gaps.length - 1];
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lastGap[0] += (ascDesc || align == 1) ? halfStroke : -halfStroke;
lastGap[1] -= (ascDesc || align == -1) ? halfStroke : -halfStroke;
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}
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inGap = false;
}
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if (align == 1)
{ lineTo(stroke, x1, prevYPos); }
else
{ lineTo(stroke, prevXPos, y1); }
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lineTo(stroke, x1, y1);
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prevYPos = y1;
prevXPos = x1;
}
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if (series.fill != null) {
var fill = _paths.fill = new Path2D(stroke);
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var fillTo = series.fillTo(u, seriesIdx, series.min, series.max);
var minY = pxRound(valToPosY(fillTo, scaleY, yDim, yOff));
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lineTo(fill, prevXPos, minY);
lineTo(fill, firstXPos, minY);
}
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_paths.gaps = gaps = series.gaps(u, seriesIdx, idx0, idx1, gaps);
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if (!series.spanGaps)
{ _paths.clip = clipGaps(gaps, scaleX.ori, xOff, yOff, xDim, yDim); }
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if (u.bands.length > 0) {
// ADDL OPT: only create band clips for series that are band lower edges
// if (b.series[1] == i && _paths.band == null)
_paths.band = clipBandLine(u, seriesIdx, idx0, idx1, stroke);
}
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return _paths;
});
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};
}
function bars(opts) {
opts = opts || EMPTY_OBJ;
var size = ifNull(opts.size, [0.6, inf, 1]);
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var align = opts.align || 0;
var extraGap = (opts.gap || 0) * pxRatio;
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var gapFactor = 1 - size[0];
var maxWidth = ifNull(size[1], inf) * pxRatio;
var minWidth = ifNull(size[2], 1) * pxRatio;
var disp = opts.disp;
var _each = ifNull(opts.each, _ => {});
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return (u, seriesIdx, idx0, idx1) => {
return orient(u, seriesIdx, (series, dataX, dataY, scaleX, scaleY, valToPosX, valToPosY, xOff, yOff, xDim, yDim) => {
var pxRound = series.pxRound;
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var _dirX = scaleX.dir * (scaleX.ori == 0 ? 1 : -1);
var _dirY = scaleY.dir * (scaleY.ori == 1 ? 1 : -1);
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var rect = scaleX.ori == 0 ? rectH : rectV;
var each = scaleX.ori == 0 ? _each : (u, seriesIdx, i, top, lft, hgt, wid) => {
_each(u, seriesIdx, i, lft, top, wid, hgt);
};
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var fillToY = series.fillTo(u, seriesIdx, series.min, series.max);
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var y0Pos = valToPosY(fillToY, scaleY, yDim, yOff);
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var xShift, barWid;
var strokeWidth = pxRound(series.width * pxRatio);
if (disp != null) {
dataX = disp.x0.values(u, seriesIdx, idx0, idx1);
if (disp.x0.unit == 2)
{ dataX = dataX.map(pct => u.posToVal(xOff + pct * xDim, scaleX.key, true)); }
// assumes uniform sizes, for now
var sizes = disp.size.values(u, seriesIdx, idx0, idx1);
if (disp.size.unit == 2)
{ barWid = sizes[0] * xDim; }
else
{ barWid = valToPosX(sizes[0], scaleX, xDim, xOff) - valToPosX(0, scaleX, xDim, xOff); } // assumes linear scale (delta from 0)
barWid = pxRound(barWid - strokeWidth);
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xShift = (_dirX == 1 ? -strokeWidth / 2 : barWid + strokeWidth / 2);
}
else {
var colWid = xDim;
if (dataX.length > 1) {
// scan full dataset for smallest adjacent delta
// will not work properly for non-linear x scales, since does not do expensive valToPosX calcs till end
for (var i = 1, minDelta = Infinity; i < dataX.length; i++) {
var delta = abs(dataX[i] - dataX[i-1]);
if (delta < minDelta) {
minDelta = delta;
colWid = abs(valToPosX(dataX[i], scaleX, xDim, xOff) - valToPosX(dataX[i-1], scaleX, xDim, xOff));
}
}
}
var gapWid = colWid * gapFactor;
barWid = pxRound(min(maxWidth, max(minWidth, colWid - gapWid)) - strokeWidth - extraGap);
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xShift = (align == 0 ? barWid / 2 : align == _dirX ? 0 : barWid) - align * _dirX * extraGap / 2;
}
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var _paths = {stroke: new Path2D(), fill: null, clip: null, band: null, gaps: null, flags: BAND_CLIP_FILL | BAND_CLIP_STROKE}; // disp, geom
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var hasBands = u.bands.length > 0;
var yLimit;
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if (hasBands) {
// ADDL OPT: only create band clips for series that are band lower edges
// if (b.series[1] == i && _paths.band == null)
_paths.band = new Path2D();
yLimit = incrRound(valToPosY(scaleY.max, scaleY, yDim, yOff), 0.5);
}
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var stroke = _paths.stroke;
var band = _paths.band;
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for (var i$1 = _dirX == 1 ? idx0 : idx1; i$1 >= idx0 && i$1 <= idx1; i$1 += _dirX) {
var yVal = dataY[i$1];
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// interpolate upwards band clips
if (yVal == null) {
if (hasBands) {
// simple, but inefficient bi-directinal linear scans on each iteration
var prevNonNull = nonNullIdx(dataY, _dirX == 1 ? idx0 : idx1, i$1, -_dirX);
var nextNonNull = nonNullIdx(dataY, i$1, _dirX == 1 ? idx1 : idx0, _dirX);
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var prevVal = dataY[prevNonNull];
var nextVal = dataY[nextNonNull];
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yVal = prevVal + (i$1 - prevNonNull) / (nextNonNull - prevNonNull) * (nextVal - prevVal);
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}
else
{ continue; }
}
var xVal = scaleX.distr != 2 || disp != null ? dataX[i$1] : i$1;
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// TODO: all xPos can be pre-computed once for all series in aligned set
var xPos = valToPosX(xVal, scaleX, xDim, xOff);
var yPos = valToPosY(yVal, scaleY, yDim, yOff);
var lft = pxRound(xPos - xShift);
var btm = pxRound(max(yPos, y0Pos));
var top = pxRound(min(yPos, y0Pos));
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var barHgt = btm - top;
if (dataY[i$1] != null) {
rect(stroke, lft, top, barWid, barHgt);
each(u, seriesIdx, i$1,
lft - strokeWidth / 2,
top - strokeWidth / 2,
barWid + strokeWidth,
barHgt + strokeWidth
);
}
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if (hasBands) {
if (_dirY == 1) {
btm = top;
top = yLimit;
}
else {
top = btm;
btm = yLimit;
}
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barHgt = btm - top;
rect(band, lft - strokeWidth / 2, top + strokeWidth / 2, barWid + strokeWidth, barHgt - strokeWidth);
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}
}
if (series.fill != null)
{ _paths.fill = new Path2D(stroke); }
return _paths;
});
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};
}
function splineInterp(interp, opts) {
return (u, seriesIdx, idx0, idx1) => {
return orient(u, seriesIdx, (series, dataX, dataY, scaleX, scaleY, valToPosX, valToPosY, xOff, yOff, xDim, yDim) => {
var pxRound = series.pxRound;
var moveTo, bezierCurveTo, lineTo;
if (scaleX.ori == 0) {
moveTo = moveToH;
lineTo = lineToH;
bezierCurveTo = bezierCurveToH;
}
else {
moveTo = moveToV;
lineTo = lineToV;
bezierCurveTo = bezierCurveToV;
}
var _dir = 1 * scaleX.dir * (scaleX.ori == 0 ? 1 : -1);
idx0 = nonNullIdx(dataY, idx0, idx1, 1);
idx1 = nonNullIdx(dataY, idx0, idx1, -1);
var gaps = [];
var inGap = false;
var firstXPos = pxRound(valToPosX(dataX[_dir == 1 ? idx0 : idx1], scaleX, xDim, xOff));
var prevXPos = firstXPos;
var xCoords = [];
var yCoords = [];
for (var i = _dir == 1 ? idx0 : idx1; i >= idx0 && i <= idx1; i += _dir) {
var yVal = dataY[i];
var xVal = dataX[i];
var xPos = valToPosX(xVal, scaleX, xDim, xOff);
if (yVal == null) {
if (yVal === null) {
addGap(gaps, prevXPos, xPos);
inGap = true;
}
continue;
}
else {
if (inGap) {
addGap(gaps, prevXPos, xPos);
inGap = false;
}
xCoords.push((prevXPos = xPos));
yCoords.push(valToPosY(dataY[i], scaleY, yDim, yOff));
}
}
var _paths = {stroke: interp(xCoords, yCoords, moveTo, lineTo, bezierCurveTo, pxRound), fill: null, clip: null, band: null, gaps: null, flags: BAND_CLIP_FILL};
var stroke = _paths.stroke;
if (series.fill != null && stroke != null) {
var fill = _paths.fill = new Path2D(stroke);
var fillTo = series.fillTo(u, seriesIdx, series.min, series.max);
var minY = pxRound(valToPosY(fillTo, scaleY, yDim, yOff));
lineTo(fill, prevXPos, minY);
lineTo(fill, firstXPos, minY);
}
_paths.gaps = gaps = series.gaps(u, seriesIdx, idx0, idx1, gaps);
if (!series.spanGaps)
{ _paths.clip = clipGaps(gaps, scaleX.ori, xOff, yOff, xDim, yDim); }
if (u.bands.length > 0) {
// ADDL OPT: only create band clips for series that are band lower edges
// if (b.series[1] == i && _paths.band == null)
_paths.band = clipBandLine(u, seriesIdx, idx0, idx1, stroke);
}
return _paths;
// if FEAT_PATHS: false in rollup.config.js
// u.ctx.save();
// u.ctx.beginPath();
// u.ctx.rect(u.bbox.left, u.bbox.top, u.bbox.width, u.bbox.height);
// u.ctx.clip();
// u.ctx.strokeStyle = u.series[sidx].stroke;
// u.ctx.stroke(stroke);
// u.ctx.fillStyle = u.series[sidx].fill;
// u.ctx.fill(fill);
// u.ctx.restore();
// return null;
});
};
}
function monotoneCubic(opts) {
return splineInterp(_monotoneCubic);
}
// Monotone Cubic Spline interpolation, adapted from the Chartist.js implementation:
// https://github.com/gionkunz/chartist-js/blob/e7e78201bffe9609915e5e53cfafa29a5d6c49f9/src/scripts/interpolation.js#L240-L369
function _monotoneCubic(xs, ys, moveTo, lineTo, bezierCurveTo, pxRound) {
var n = xs.length;
if (n < 2)
{ return null; }
var path = new Path2D();
moveTo(path, xs[0], ys[0]);
if (n == 2)
{ lineTo(path, xs[1], ys[1]); }
else {
var ms = Array(n),
ds = Array(n - 1),
dys = Array(n - 1),
dxs = Array(n - 1);
// calc deltas and derivative
for (var i = 0; i < n - 1; i++) {
dys[i] = ys[i + 1] - ys[i];
dxs[i] = xs[i + 1] - xs[i];
ds[i] = dys[i] / dxs[i];
}
// determine desired slope (m) at each point using Fritsch-Carlson method
// http://math.stackexchange.com/questions/45218/implementation-of-monotone-cubic-interpolation
ms[0] = ds[0];
for (var i$1 = 1; i$1 < n - 1; i$1++) {
if (ds[i$1] === 0 || ds[i$1 - 1] === 0 || (ds[i$1 - 1] > 0) !== (ds[i$1] > 0))
{ ms[i$1] = 0; }
else {
ms[i$1] = 3 * (dxs[i$1 - 1] + dxs[i$1]) / (
(2 * dxs[i$1] + dxs[i$1 - 1]) / ds[i$1 - 1] +
(dxs[i$1] + 2 * dxs[i$1 - 1]) / ds[i$1]
);
if (!isFinite(ms[i$1]))
{ ms[i$1] = 0; }
}
}
ms[n - 1] = ds[n - 2];
for (var i$2 = 0; i$2 < n - 1; i$2++) {
bezierCurveTo(
path,
xs[i$2] + dxs[i$2] / 3,
ys[i$2] + ms[i$2] * dxs[i$2] / 3,
xs[i$2 + 1] - dxs[i$2] / 3,
ys[i$2 + 1] - ms[i$2 + 1] * dxs[i$2] / 3,
xs[i$2 + 1],
ys[i$2 + 1]
);
}
}
return path;
}
var cursorPlots = new Set();
function invalidateRects() {
cursorPlots.forEach(u => {
u.syncRect(true);
});
}
on(resize, win, invalidateRects);
on(scroll, win, invalidateRects, true);
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var linearPath = linear() ;
var pointsPath = points() ;
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function setDefaults(d, xo, yo, initY) {
var d2 = initY ? [d[0], d[1]].concat(d.slice(2)) : [d[0]].concat(d.slice(1));
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return d2.map((o, i) => setDefault(o, i, xo, yo));
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}
function setDefault(o, i, xo, yo) {
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return assign({}, (i == 0 ? xo : yo), o);
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}
function snapNumX(self, dataMin, dataMax) {
return dataMin == null ? nullNullTuple : [dataMin, dataMax];
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}
var snapTimeX = snapNumX;
// this ensures that non-temporal/numeric y-axes get multiple-snapped padding added above/below
// TODO: also account for incrs when snapping to ensure top of axis gets a tick & value
function snapNumY(self, dataMin, dataMax) {
return dataMin == null ? nullNullTuple : rangeNum(dataMin, dataMax, rangePad, true);
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}
function snapLogY(self, dataMin, dataMax, scale) {
return dataMin == null ? nullNullTuple : rangeLog(dataMin, dataMax, self.scales[scale].log, false);
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}
var snapLogX = snapLogY;
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function snapAsinhY(self, dataMin, dataMax, scale) {
return dataMin == null ? nullNullTuple : rangeAsinh(dataMin, dataMax, self.scales[scale].log, false);
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}
var snapAsinhX = snapAsinhY;
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// dim is logical (getClientBoundingRect) pixels, not canvas pixels
function findIncr(min, max, incrs, dim, minSpace) {
var pxPerUnit = dim / (max - min);
var minDec = (""+floor(min)).length;
for (var i = 0; i < incrs.length; i++) {
var space = incrs[i] * pxPerUnit;
var incrDec = incrs[i] < 10 ? fixedDec.get(incrs[i]) : 0;
if (space >= minSpace && minDec + incrDec < 17)
{ return [incrs[i], space]; }
}
return [0, 0];
}
function pxRatioFont(font) {
var fontSize, fontSizeCss;
font = font.replace(/(\d+)px/, (m, p1) => (fontSize = round((fontSizeCss = +p1) * pxRatio)) + 'px');
return [font, fontSize, fontSizeCss];
}
function syncFontSize(axis) {
if (axis.show) {
[axis.font, axis.labelFont].forEach(f => {
var size = roundDec(f[2] * pxRatio, 1);
f[0] = f[0].replace(/[0-9.]+px/, size + 'px');
f[1] = size;
});
}
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}
function uPlot(opts, data, then) {
var self = {};
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// TODO: cache denoms & mins scale.cache = {r, min, }
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function getValPct(val, scale) {
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var _val = (
scale.distr == 3 ? log10(val > 0 ? val : scale.clamp(self, val, scale.min, scale.max, scale.key)) :
scale.distr == 4 ? asinh(val, scale.asinh) :
val
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);
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return (_val - scale._min) / (scale._max - scale._min);
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}
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function getHPos(val, scale, dim, off) {
var pct = getValPct(val, scale);
return off + dim * (scale.dir == -1 ? (1 - pct) : pct);
}
function getVPos(val, scale, dim, off) {
var pct = getValPct(val, scale);
return off + dim * (scale.dir == -1 ? pct : (1 - pct));
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}
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function getPos(val, scale, dim, off) {
return scale.ori == 0 ? getHPos(val, scale, dim, off) : getVPos(val, scale, dim, off);
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}
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self.valToPosH = getHPos;
self.valToPosV = getVPos;
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var ready = false;
self.status = 0;
var root = self.root = placeDiv(UPLOT);
if (opts.id != null)
{ root.id = opts.id; }
addClass(root, opts.class);
if (opts.title) {
var title = placeDiv(TITLE, root);
title.textContent = opts.title;
}
var can = placeTag("canvas");
var ctx = self.ctx = can.getContext("2d");
var wrap = placeDiv(WRAP, root);
var under = self.under = placeDiv(UNDER, wrap);
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wrap.appendChild(can);
var over = self.over = placeDiv(OVER, wrap);
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opts = copy(opts);
var pxAlign = +ifNull(opts.pxAlign, 1);
var pxRound = pxRoundGen(pxAlign);
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(opts.plugins || []).forEach(p => {
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if (p.opts)
{ opts = p.opts(self, opts) || opts; }
});
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var ms = opts.ms || 1e-3;
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var series = self.series = setDefaults(opts.series || [], xSeriesOpts, ySeriesOpts, false);
var axes = self.axes = setDefaults(opts.axes || [], xAxisOpts, yAxisOpts, true);
var scales = self.scales = {};
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var bands = self.bands = opts.bands || [];
bands.forEach(b => {
b.fill = fnOrSelf(b.fill || null);
});
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var xScaleKey = series[0].scale;
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var drawOrderMap = {
axes: drawAxesGrid,
series: drawSeries,
};
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var drawOrder = (opts.drawOrder || ["axes", "series"]).map(key => drawOrderMap[key]);
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function initScale(scaleKey) {
var sc = scales[scaleKey];
if (sc == null) {
var scaleOpts = (opts.scales || EMPTY_OBJ)[scaleKey] || EMPTY_OBJ;
if (scaleOpts.from != null) {
// ensure parent is initialized
initScale(scaleOpts.from);
// dependent scales inherit
scales[scaleKey] = assign({}, scales[scaleOpts.from], scaleOpts);
}
else {
sc = scales[scaleKey] = assign({}, (scaleKey == xScaleKey ? xScaleOpts : yScaleOpts), scaleOpts);
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sc.key = scaleKey;
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var isTime = sc.time;
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var rn = sc.range;
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var rangeIsArr = isArr(rn);
if (scaleKey != xScaleKey) {
// if range array has null limits, it should be auto
if (rangeIsArr && (rn[0] == null || rn[1] == null)) {
rn = {
min: rn[0] == null ? autoRangePart : {
mode: 1,
hard: rn[0],
soft: rn[0],
},
max: rn[1] == null ? autoRangePart : {
mode: 1,
hard: rn[1],
soft: rn[1],
},
};
rangeIsArr = false;
}
if (!rangeIsArr && isObj(rn)) {
var cfg = rn;
// this is similar to snapNumY
rn = (self, dataMin, dataMax) => dataMin == null ? nullNullTuple : rangeNum(dataMin, dataMax, cfg);
}
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}
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sc.range = fnOrSelf(rn || (isTime ? snapTimeX : scaleKey == xScaleKey ?
(sc.distr == 3 ? snapLogX : sc.distr == 4 ? snapAsinhX : snapNumX) :
(sc.distr == 3 ? snapLogY : sc.distr == 4 ? snapAsinhY : snapNumY)
));
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sc.auto = fnOrSelf(rangeIsArr ? false : sc.auto);
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sc.clamp = fnOrSelf(sc.clamp || clampScale);
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// caches for expensive ops like asinh() & log()
sc._min = sc._max = null;
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}
}
}
initScale("x");
initScale("y");
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series.forEach(s => {
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initScale(s.scale);
});
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axes.forEach(a => {
initScale(a.scale);
});
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for (var k in opts.scales)
{ initScale(k); }
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var scaleX = scales[xScaleKey];
var xScaleDistr = scaleX.distr;
var valToPosX, valToPosY;
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if (scaleX.ori == 0) {
addClass(root, ORI_HZ);
valToPosX = getHPos;
valToPosY = getVPos;
/*
updOriDims = () => {
xDimCan = plotWid;
xOffCan = plotLft;
yDimCan = plotHgt;
yOffCan = plotTop;
xDimCss = plotWidCss;
xOffCss = plotLftCss;
yDimCss = plotHgtCss;
yOffCss = plotTopCss;
};
*/
}
else {
addClass(root, ORI_VT);
valToPosX = getVPos;
valToPosY = getHPos;
/*
updOriDims = () => {
xDimCan = plotHgt;
xOffCan = plotTop;
yDimCan = plotWid;
yOffCan = plotLft;
xDimCss = plotHgtCss;
xOffCss = plotTopCss;
yDimCss = plotWidCss;
yOffCss = plotLftCss;
};
*/
}
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var pendScales = {};
// explicitly-set initial scales
for (var k$1 in scales) {
var sc = scales[k$1];
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if (sc.min != null || sc.max != null) {
pendScales[k$1] = {min: sc.min, max: sc.max};
sc.min = sc.max = null;
}
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}
// self.tz = opts.tz || Intl.DateTimeFormat().resolvedOptions().timeZone;
var _tzDate = (opts.tzDate || (ts => new Date(round(ts / ms))));
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var _fmtDate = (opts.fmtDate || fmtDate);
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var _timeAxisSplits = (ms == 1 ? timeAxisSplitsMs(_tzDate) : timeAxisSplitsS(_tzDate));
var _timeAxisVals = timeAxisVals(_tzDate, timeAxisStamps((ms == 1 ? _timeAxisStampsMs : _timeAxisStampsS), _fmtDate));
var _timeSeriesVal = timeSeriesVal(_tzDate, timeSeriesStamp(_timeSeriesStamp, _fmtDate));
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var activeIdxs = [];
var legend = (self.legend = assign({}, legendOpts, opts.legend));
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var showLegend = legend.show;
var markers = legend.markers;
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{
legend.idxs = activeIdxs;
markers.width = fnOrSelf(markers.width);
markers.dash = fnOrSelf(markers.dash);
markers.stroke = fnOrSelf(markers.stroke);
markers.fill = fnOrSelf(markers.fill);
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}
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var legendEl;
var legendRows = [];
var legendCells = [];
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var legendCols;
var multiValLegend = false;
var NULL_LEGEND_VALUES = {};
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if (legend.live) {
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var getMultiVals = series[1] ? series[1].values : null;
multiValLegend = getMultiVals != null;
legendCols = multiValLegend ? getMultiVals(self, 1, 0) : {_: 0};
for (var k$2 in legendCols)
{ NULL_LEGEND_VALUES[k$2] = "--"; }
}
if (showLegend) {
legendEl = placeTag("table", LEGEND, root);
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if (multiValLegend) {
var head = placeTag("tr", LEGEND_THEAD, legendEl);
placeTag("th", null, head);
for (var key in legendCols)
{ placeTag("th", LEGEND_LABEL, head).textContent = key; }
}
else {
addClass(legendEl, LEGEND_INLINE);
legend.live && addClass(legendEl, LEGEND_LIVE);
}
}
var son = {show: true};
var soff = {show: false};
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function initLegendRow(s, i) {
if (i == 0 && (multiValLegend || !legend.live))
{ return nullNullTuple; }
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var cells = [];
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var row = placeTag("tr", LEGEND_SERIES, legendEl, legendEl.childNodes[i]);
addClass(row, s.class);
if (!s.show)
{ addClass(row, OFF); }
var label = placeTag("th", null, row);
if (markers.show) {
var indic = placeDiv(LEGEND_MARKER, label);
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if (i > 0) {
var width = markers.width(self, i);
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if (width)
{ indic.style.border = width + "px " + markers.dash(self, i) + " " + markers.stroke(self, i); }
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indic.style.background = markers.fill(self, i);
}
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}
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var text = placeDiv(LEGEND_LABEL, label);
text.textContent = s.label;
if (i > 0) {
if (!markers.show)
{ text.style.color = s.width > 0 ? markers.stroke(self, i) : markers.fill(self, i); }
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onMouse("click", label, e => {
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if (cursor._lock)
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{ return; }
var seriesIdx = series.indexOf(s);
if (e.ctrlKey != legend.isolate) {
// if any other series is shown, isolate this one. else show all
var isolate = series.some((s, i) => i > 0 && i != seriesIdx && s.show);
series.forEach((s, i) => {
i > 0 && setSeries(i, isolate ? (i == seriesIdx ? son : soff) : son, syncOpts.setSeries);
});
}
else
{ setSeries(seriesIdx, {show: !s.show}, syncOpts.setSeries); }
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});
if (cursorFocus) {
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onMouse(mouseenter, label, e => {
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if (cursor._lock)
{ return; }
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setSeries(series.indexOf(s), FOCUS_TRUE, syncOpts.setSeries);
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});
}
}
for (var key in legendCols) {
var v = placeTag("td", LEGEND_VALUE, row);
v.textContent = "--";
cells.push(v);
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}
return [row, cells];
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}
var mouseListeners = new Map();
function onMouse(ev, targ, fn) {
var targListeners = mouseListeners.get(targ) || {};
var listener = cursor.bind[ev](self, targ, fn);
if (listener) {
on(ev, targ, targListeners[ev] = listener);
mouseListeners.set(targ, targListeners);
}
}
function offMouse(ev, targ, fn) {
var targListeners = mouseListeners.get(targ) || {};
for (var k in targListeners) {
if (ev == null || k == ev) {
off(k, targ, targListeners[k]);
delete targListeners[k];
}
}
if (ev == null)
{ mouseListeners.delete(targ); }
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}
var fullWidCss = 0;
var fullHgtCss = 0;
var plotWidCss = 0;
var plotHgtCss = 0;
// plot margins to account for axes
var plotLftCss = 0;
var plotTopCss = 0;
var plotLft = 0;
var plotTop = 0;
var plotWid = 0;
var plotHgt = 0;
self.bbox = {};
var shouldSetScales = false;
var shouldSetSize = false;
var shouldConvergeSize = false;
var shouldSetCursor = false;
var shouldSetLegend = false;
function _setSize(width, height, force) {
if (force || (width != self.width || height != self.height))
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{ calcSize(width, height); }
resetYSeries(false);
shouldConvergeSize = true;
shouldSetSize = true;
shouldSetCursor = shouldSetLegend = cursor.left >= 0;
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commit();
}
function calcSize(width, height) {
// log("calcSize()", arguments);
self.width = fullWidCss = plotWidCss = width;
self.height = fullHgtCss = plotHgtCss = height;
plotLftCss = plotTopCss = 0;
calcPlotRect();
calcAxesRects();
var bb = self.bbox;
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plotLft = bb.left = incrRound(plotLftCss * pxRatio, 0.5);
plotTop = bb.top = incrRound(plotTopCss * pxRatio, 0.5);
plotWid = bb.width = incrRound(plotWidCss * pxRatio, 0.5);
plotHgt = bb.height = incrRound(plotHgtCss * pxRatio, 0.5);
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// updOriDims();
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}
// ensures size calc convergence
var CYCLE_LIMIT = 3;
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function convergeSize() {
var converged = false;
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var cycleNum = 0;
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while (!converged) {
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cycleNum++;
var axesConverged = axesCalc(cycleNum);
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var paddingConverged = paddingCalc(cycleNum);
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converged = cycleNum == CYCLE_LIMIT || (axesConverged && paddingConverged);
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if (!converged) {
calcSize(self.width, self.height);
shouldSetSize = true;
}
}
}
function setSize(ref) {
var width = ref.width;
var height = ref.height;
_setSize(width, height);
}
self.setSize = setSize;
// accumulate axis offsets, reduce canvas width
function calcPlotRect() {
// easements for edge labels
var hasTopAxis = false;
var hasBtmAxis = false;
var hasRgtAxis = false;
var hasLftAxis = false;
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axes.forEach((axis, i) => {
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if (axis.show && axis._show) {
var side = axis.side;
var _size = axis._size;
var isVt = side % 2;
var labelSize = axis.labelSize = (axis.label != null ? (axis.labelSize || 30) : 0);
var fullSize = _size + labelSize;
if (fullSize > 0) {
if (isVt) {
plotWidCss -= fullSize;
if (side == 3) {
plotLftCss += fullSize;
hasLftAxis = true;
}
else
{ hasRgtAxis = true; }
}
else {
plotHgtCss -= fullSize;
if (side == 0) {
plotTopCss += fullSize;
hasTopAxis = true;
}
else
{ hasBtmAxis = true; }
}
}
}
});
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sidesWithAxes[0] = hasTopAxis;
sidesWithAxes[1] = hasRgtAxis;
sidesWithAxes[2] = hasBtmAxis;
sidesWithAxes[3] = hasLftAxis;
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// hz padding
plotWidCss -= _padding[1] + _padding[3];
plotLftCss += _padding[3];
// vt padding
plotHgtCss -= _padding[2] + _padding[0];
plotTopCss += _padding[0];
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}
function calcAxesRects() {
// will accum +
var off1 = plotLftCss + plotWidCss;
var off2 = plotTopCss + plotHgtCss;
// will accum -
var off3 = plotLftCss;
var off0 = plotTopCss;
function incrOffset(side, size) {
switch (side) {
case 1: off1 += size; return off1 - size;
case 2: off2 += size; return off2 - size;
case 3: off3 -= size; return off3 + size;
case 0: off0 -= size; return off0 + size;
}
}
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axes.forEach((axis, i) => {
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if (axis.show && axis._show) {
var side = axis.side;
axis._pos = incrOffset(side, axis._size);
if (axis.label != null)
{ axis._lpos = incrOffset(side, axis.labelSize); }
}
});
}
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var cursor = (self.cursor = assign({}, cursorOpts, opts.cursor));
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{
cursor.idxs = activeIdxs;
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cursor._lock = false;
var points = cursor.points;
points.show = fnOrSelf(points.show);
points.size = fnOrSelf(points.size);
points.stroke = fnOrSelf(points.stroke);
points.width = fnOrSelf(points.width);
points.fill = fnOrSelf(points.fill);
}
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var focus = self.focus = assign({}, opts.focus || {alpha: 0.3}, cursor.focus);
var cursorFocus = focus.prox >= 0;
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// series-intersection markers
var cursorPts = [null];
function initCursorPt(s, si) {
if (si > 0) {
var pt = cursor.points.show(self, si);
if (pt) {
addClass(pt, CURSOR_PT);
addClass(pt, s.class);
trans(pt, -10, -10, plotWidCss, plotHgtCss);
over.insertBefore(pt, cursorPts[si]);
return pt;
}
}
}
function initSeries(s, i) {
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var isTime = scales[s.scale].time;
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var sv = s.value;
s.value = isTime ? (isStr(sv) ? timeSeriesVal(_tzDate, timeSeriesStamp(sv, _fmtDate)) : sv || _timeSeriesVal) : sv || numSeriesVal;
s.label = s.label || (isTime ? timeSeriesLabel : numSeriesLabel);
if (i > 0) {
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s.width = s.width == null ? 1 : s.width;
s.paths = s.paths || linearPath || retNull;
s.fillTo = fnOrSelf(s.fillTo || seriesFillTo);
s.pxAlign = +ifNull(s.pxAlign, pxAlign);
s.pxRound = pxRoundGen(s.pxAlign);
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s.stroke = fnOrSelf(s.stroke || null);
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s.fill = fnOrSelf(s.fill || null);
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s._stroke = s._fill = s._paths = s._focus = null;
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var _ptDia = ptDia(s.width, 1);
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var points = s.points = assign({}, {
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size: _ptDia,
width: max(1, _ptDia * .2),
stroke: s.stroke,
space: _ptDia * 2,
paths: pointsPath,
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_stroke: null,
_fill: null,
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}, s.points);
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points.show = fnOrSelf(points.show);
points.filter = fnOrSelf(points.filter);
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points.fill = fnOrSelf(points.fill);
points.stroke = fnOrSelf(points.stroke);
points.paths = fnOrSelf(points.paths);
points.pxAlign = s.pxAlign;
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}
if (showLegend) {
var rowCells = initLegendRow(s, i);
legendRows.splice(i, 0, rowCells[0]);
legendCells.splice(i, 0, rowCells[1]);
legend.values.push(null); // NULL_LEGEND_VALS not yet avil here :(
}
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if (cursor.show) {
activeIdxs.splice(i, 0, null);
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var pt = initCursorPt(s, i);
pt && cursorPts.splice(i, 0, pt);
}
}
function addSeries(opts, si) {
si = si == null ? series.length : si;
opts = setDefault(opts, si, xSeriesOpts, ySeriesOpts);
series.splice(si, 0, opts);
initSeries(series[si], si);
}
self.addSeries = addSeries;
function delSeries(i) {
series.splice(i, 1);
if (showLegend) {
legend.values.splice(i, 1);
legendCells.splice(i, 1);
var tr = legendRows.splice(i, 1)[0];
offMouse(null, tr.firstChild);
tr.remove();
}
if (cursor.show) {
activeIdxs.splice(i, 1);
cursorPts.length > 1 && cursorPts.splice(i, 1)[0].remove();
}
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// TODO: de-init no-longer-needed scales?
}
self.delSeries = delSeries;
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var sidesWithAxes = [false, false, false, false];
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function initAxis(axis, i) {
axis._show = axis.show;
if (axis.show) {
var isVt = axis.side % 2;
var sc = scales[axis.scale];
// this can occur if all series specify non-default scales
if (sc == null) {
axis.scale = isVt ? series[1].scale : xScaleKey;
sc = scales[axis.scale];
}
// also set defaults for incrs & values based on axis distr
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var isTime = sc.time;
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axis.size = fnOrSelf(axis.size);
axis.space = fnOrSelf(axis.space);
axis.rotate = fnOrSelf(axis.rotate);
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axis.incrs = fnOrSelf(axis.incrs || ( sc.distr == 2 ? wholeIncrs : (isTime ? (ms == 1 ? timeIncrsMs : timeIncrsS) : numIncrs)));
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axis.splits = fnOrSelf(axis.splits || (isTime && sc.distr == 1 ? _timeAxisSplits : sc.distr == 3 ? logAxisSplits : sc.distr == 4 ? asinhAxisSplits : numAxisSplits));
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axis.stroke = fnOrSelf(axis.stroke);
axis.grid.stroke = fnOrSelf(axis.grid.stroke);
axis.ticks.stroke = fnOrSelf(axis.ticks.stroke);
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var av = axis.values;
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axis.values = (
// static array of tick values
isArr(av) && !isArr(av[0]) ? fnOrSelf(av) :
// temporal
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isTime ? (
// config array of fmtDate string tpls
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isArr(av) ?
timeAxisVals(_tzDate, timeAxisStamps(av, _fmtDate)) :
// fmtDate string tpl
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isStr(av) ?
timeAxisVal(_tzDate, av) :
av || _timeAxisVals
) : av || numAxisVals
);
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axis.filter = fnOrSelf(axis.filter || ( sc.distr >= 3 ? logAxisValsFilt : retArg1));
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axis.font = pxRatioFont(axis.font);
axis.labelFont = pxRatioFont(axis.labelFont);
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axis._size = axis.size(self, null, i, 0);
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axis._space =
axis._rotate =
axis._incrs =
axis._found = // foundIncrSpace
axis._splits =
axis._values = null;
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if (axis._size > 0)
{ sidesWithAxes[i] = true; }
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}
}
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function autoPadSide(self, side, sidesWithAxes, cycleNum) {
var hasTopAxis = sidesWithAxes[0];
var hasRgtAxis = sidesWithAxes[1];
var hasBtmAxis = sidesWithAxes[2];
var hasLftAxis = sidesWithAxes[3];
var ori = side % 2;
var size = 0;
if (ori == 0 && (hasLftAxis || hasRgtAxis))
{ size = (side == 0 && !hasTopAxis || side == 2 && !hasBtmAxis ? round(xAxisOpts.size / 3) : 0); }
if (ori == 1 && (hasTopAxis || hasBtmAxis))
{ size = (side == 1 && !hasRgtAxis || side == 3 && !hasLftAxis ? round(yAxisOpts.size / 2) : 0); }
return size;
}
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var padding = self.padding = (opts.padding || [autoPadSide,autoPadSide,autoPadSide,autoPadSide]).map(p => fnOrSelf(ifNull(p, autoPadSide)));
var _padding = self._padding = padding.map((p, i) => p(self, i, sidesWithAxes, 0));
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var dataLen;
// rendered data window
var i0 = null;
var i1 = null;
var idxs = series[0].idxs;
var data0 = null;
var viaAutoScaleX = false;
function setData(_data, _resetScales) {
data = (_data || []).slice();
data[0] = data[0] || [];
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self.data = data.slice();
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data0 = data[0];
dataLen = data0.length;
if (xScaleDistr == 2)
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{ data[0] = data0.map((v, i) => i); }
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self._data = data;
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resetYSeries(true);
fire("setData");
if (_resetScales !== false) {
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var xsc = scaleX;
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if (xsc.auto(self, viaAutoScaleX))
{ autoScaleX(); }
else
{ _setScale(xScaleKey, xsc.min, xsc.max); }
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shouldSetCursor = cursor.left >= 0;
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shouldSetLegend = true;
commit();
}
}
self.setData = setData;
function autoScaleX() {
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var assign, assign$1, assign$2;
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viaAutoScaleX = true;
var _min, _max;
if (dataLen > 0) {
i0 = idxs[0] = 0;
i1 = idxs[1] = dataLen - 1;
_min = data[0][i0];
_max = data[0][i1];
if (xScaleDistr == 2) {
_min = i0;
_max = i1;
}
else if (dataLen == 1) {
if (xScaleDistr == 3)
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{ (assign = rangeLog(_min, _min, scaleX.log, false), _min = assign[0], _max = assign[1]); }
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else if (xScaleDistr == 4)
{ (assign$1 = rangeAsinh(_min, _min, scaleX.log, false), _min = assign$1[0], _max = assign$1[1]); }
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else if (scaleX.time)
{ _max = _min + round(86400 / ms); }
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else
{ (assign$2 = rangeNum(_min, _max, rangePad, true), _min = assign$2[0], _max = assign$2[1]); }
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}
}
else {
i0 = idxs[0] = _min = null;
i1 = idxs[1] = _max = null;
}
_setScale(xScaleKey, _min, _max);
}
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function setCtxStyle(stroke, width, dash, cap, fill) {
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ctx.strokeStyle = stroke || transparent;
ctx.lineWidth = width;
ctx.lineJoin = "round";
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ctx.lineCap = cap || "butt"; // (‿|‿)
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ctx.setLineDash(dash || []);
ctx.fillStyle = fill || transparent;
}
function setScales() {
// log("setScales()", arguments);
// wip scales
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var wipScales = copy(scales, fastIsObj);
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for (var k in wipScales) {
var wsc = wipScales[k];
var psc = pendScales[k];
if (psc != null && psc.min != null) {
assign(wsc, psc);
// explicitly setting the x-scale invalidates everything (acts as redraw)
if (k == xScaleKey)
{ resetYSeries(true); }
}
else if (k != xScaleKey) {
if (dataLen == 0 && wsc.from == null) {
var minMax = wsc.range(self, null, null, k);
wsc.min = minMax[0];
wsc.max = minMax[1];
}
else {
wsc.min = inf;
wsc.max = -inf;
}
}
}
if (dataLen > 0) {
// pre-range y-scales from y series' data values
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series.forEach((s, i) => {
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var k = s.scale;
var wsc = wipScales[k];
var psc = pendScales[k];
if (i == 0) {
var minMax = wsc.range(self, wsc.min, wsc.max, k);
wsc.min = minMax[0];
wsc.max = minMax[1];
i0 = closestIdx(wsc.min, data[0]);
i1 = closestIdx(wsc.max, data[0]);
// closest indices can be outside of view
if (data[0][i0] < wsc.min)
{ i0++; }
if (data[0][i1] > wsc.max)
{ i1--; }
s.min = data0[i0];
s.max = data0[i1];
}
else if (s.show && s.auto && wsc.auto(self, viaAutoScaleX) && (psc == null || psc.min == null)) {
// only run getMinMax() for invalidated series data, else reuse
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var minMax$1 = s.min == null ? (wsc.distr == 3 ? getMinMaxLog(data[i], i0, i1) : getMinMax(data[i], i0, i1, s.sorted)) : [s.min, s.max];
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// initial min/max
wsc.min = min(wsc.min, s.min = minMax$1[0]);
wsc.max = max(wsc.max, s.max = minMax$1[1]);
}
s.idxs[0] = i0;
s.idxs[1] = i1;
});
// range independent scales
for (var k$1 in wipScales) {
var wsc$1 = wipScales[k$1];
var psc$1 = pendScales[k$1];
if (wsc$1.from == null && (psc$1 == null || psc$1.min == null)) {
var minMax$1 = wsc$1.range(
self,
wsc$1.min == inf ? null : wsc$1.min,
wsc$1.max == -inf ? null : wsc$1.max,
k$1
);
wsc$1.min = minMax$1[0];
wsc$1.max = minMax$1[1];
}
}
}
// range dependent scales
for (var k$2 in wipScales) {
var wsc$2 = wipScales[k$2];
if (wsc$2.from != null) {
var base = wipScales[wsc$2.from];
var minMax$2 = wsc$2.range(self, base.min, base.max, k$2);
wsc$2.min = minMax$2[0];
wsc$2.max = minMax$2[1];
}
}
var changed = {};
var anyChanged = false;
for (var k$3 in wipScales) {
var wsc$3 = wipScales[k$3];
var sc = scales[k$3];
if (sc.min != wsc$3.min || sc.max != wsc$3.max) {
sc.min = wsc$3.min;
sc.max = wsc$3.max;
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var distr = sc.distr;
sc._min = distr == 3 ? log10(sc.min) : distr == 4 ? asinh(sc.min, sc.asinh) : sc.min;
sc._max = distr == 3 ? log10(sc.max) : distr == 4 ? asinh(sc.max, sc.asinh) : sc.max;
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changed[k$3] = anyChanged = true;
}
}
if (anyChanged) {
// invalidate paths of all series on changed scales
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series.forEach(s => {
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if (changed[s.scale])
{ s._paths = null; }
});
for (var k$4 in changed) {
shouldConvergeSize = true;
fire("setScale", k$4);
}
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if (cursor.show)
{ shouldSetCursor = shouldSetLegend = cursor.left >= 0; }
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}
for (var k$5 in pendScales)
{ pendScales[k$5] = null; }
}
// grabs the nearest indices with y data outside of x-scale limits
function getOuterIdxs(ydata) {
var _i0 = clamp(i0 - 1, 0, dataLen - 1);
var _i1 = clamp(i1 + 1, 0, dataLen - 1);
while (ydata[_i0] == null && _i0 > 0)
{ _i0--; }
while (ydata[_i1] == null && _i1 < dataLen - 1)
{ _i1++; }
return [_i0, _i1];
}
function drawSeries() {
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if (dataLen > 0) {
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series.forEach((s, i) => {
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if (i > 0 && s.show && s._paths == null) {
var _idxs = getOuterIdxs(data[i]);
s._paths = s.paths(self, i, _idxs[0], _idxs[1]);
}
});
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series.forEach((s, i) => {
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if (i > 0 && s.show) {
{
cacheStrokeFill(i, false);
s._paths && drawPath(i, false);
}
{
cacheStrokeFill(i, true);
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var show = s.points.show(self, i, i0, i1);
var idxs = s.points.filter(self, i, show, s._paths ? s._paths.gaps : null);
if (show || idxs) {
s.points._paths = s.points.paths(self, i, i0, i1, idxs);
drawPath(i, true);
}
}
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fire("drawSeries", i);
}
});
}
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}
function cacheStrokeFill(si, _points) {
var s = _points ? series[si].points : series[si];
s._stroke = s.stroke(self, si);
s._fill = s.fill(self, si);
}
function drawPath(si, _points) {
var s = _points ? series[si].points : series[si];
var strokeStyle = s._stroke;
var fillStyle = s._fill;
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var ref = s._paths;
var stroke = ref.stroke;
var fill = ref.fill;
var clip = ref.clip;
var flags = ref.flags;
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var width = roundDec(s.width * pxRatio, 3);
var offset = (width % 2) / 2;
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if (_points && fillStyle == null)
{ fillStyle = width > 0 ? "#fff" : strokeStyle; }
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ctx.globalAlpha = s.alpha;
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var _pxAlign = s.pxAlign == 1;
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_pxAlign && ctx.translate(offset, offset);
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ctx.save();
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if (!_points) {
var lft = plotLft,
top = plotTop,
wid = plotWid,
hgt = plotHgt;
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var halfWid = width * pxRatio / 2;
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if (s.min == 0)
{ hgt += halfWid; }
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if (s.max == 0) {
top -= halfWid;
hgt += halfWid;
}
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ctx.beginPath();
ctx.rect(lft, top, wid, hgt);
ctx.clip();
}
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clip && ctx.clip(clip);
if (_points)
{ strokeFill(strokeStyle, width, s.dash, s.cap, fillStyle, stroke, fill, null, flags); }
else
{ fillStroke(si, strokeStyle, width, s.dash, s.cap, fillStyle, stroke, fill, flags); }
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ctx.restore();
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_pxAlign && ctx.translate(-offset, -offset);
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ctx.globalAlpha = 1;
}
function fillStroke(si, strokeStyle, lineWidth, lineDash, lineCap, fillStyle, strokePath, fillPath, flags) {
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var didStrokeFill = false;
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// for all bands where this series is the top edge, create upwards clips using the bottom edges
// and apply clips + fill with band fill or dfltFill
bands.forEach((b, bi) => {
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// isUpperEdge?
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if (b.series[0] == si) {
var lowerEdge = series[b.series[1]];
var clip = (lowerEdge._paths || EMPTY_OBJ).band;
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ctx.save();
var _fillStyle = null;
// hasLowerEdge?
if (lowerEdge.show && clip)
{ _fillStyle = b.fill(self, bi) || fillStyle; }
else
{ clip = null; }
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strokeFill(strokeStyle, lineWidth, lineDash, lineCap, _fillStyle, strokePath, fillPath, clip, flags);
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ctx.restore();
didStrokeFill = true;
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}
});
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if (!didStrokeFill)
{ strokeFill(strokeStyle, lineWidth, lineDash, lineCap, fillStyle, strokePath, fillPath, null, flags); }
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}
var CLIP_FILL_STROKE = BAND_CLIP_FILL | BAND_CLIP_STROKE;
function strokeFill(strokeStyle, lineWidth, lineDash, lineCap, fillStyle, strokePath, fillPath, clip, flags) {
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setCtxStyle(strokeStyle, lineWidth, lineDash, lineCap, fillStyle);
if (clip) {
if ((flags & CLIP_FILL_STROKE) == CLIP_FILL_STROKE) {
ctx.clip(clip);
doFill(fillStyle, fillPath);
doStroke(strokeStyle, strokePath, lineWidth);
}
else if (flags & BAND_CLIP_STROKE) {
doFill(fillStyle, fillPath);
ctx.clip(clip);
doStroke(strokeStyle, strokePath, lineWidth);
}
else if (flags & BAND_CLIP_FILL) {
ctx.save();
ctx.clip(clip);
doFill(fillStyle, fillPath);
ctx.restore();
doStroke(strokeStyle, strokePath, lineWidth);
}
}
else {
doFill(fillStyle, fillPath);
doStroke(strokeStyle, strokePath, lineWidth);
}
}
function doStroke(strokeStyle, strokePath, lineWidth) {
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strokeStyle && strokePath && lineWidth && ctx.stroke(strokePath);
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}
function doFill(fillStyle, fillPath) {
fillStyle && fillPath && ctx.fill(fillPath);
}
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function getIncrSpace(axisIdx, min, max, fullDim) {
var axis = axes[axisIdx];
var incrSpace;
if (fullDim <= 0)
{ incrSpace = [0, 0]; }
else {
var minSpace = axis._space = axis.space(self, axisIdx, min, max, fullDim);
var incrs = axis._incrs = axis.incrs(self, axisIdx, min, max, fullDim, minSpace);
incrSpace = axis._found = findIncr(min, max, incrs, fullDim, minSpace);
}
return incrSpace;
}
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function drawOrthoLines(offs, filts, ori, side, pos0, len, width, stroke, dash, cap) {
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var offset = (width % 2) / 2;
pxAlign == 1 && ctx.translate(offset, offset);
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setCtxStyle(stroke, width, dash, cap);
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ctx.beginPath();
var x0, y0, x1, y1, pos1 = pos0 + (side == 0 || side == 3 ? -len : len);
if (ori == 0) {
y0 = pos0;
y1 = pos1;
}
else {
x0 = pos0;
x1 = pos1;
}
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offs.forEach((off, i) => {
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if (filts[i] == null)
{ return; }
if (ori == 0)
{ x0 = x1 = off; }
else
{ y0 = y1 = off; }
ctx.moveTo(x0, y0);
ctx.lineTo(x1, y1);
});
ctx.stroke();
pxAlign == 1 && ctx.translate(-offset, -offset);
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}
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function axesCalc(cycleNum) {
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// log("axesCalc()", arguments);
var converged = true;
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axes.forEach((axis, i) => {
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if (!axis.show)
{ return; }
var scale = scales[axis.scale];
if (scale.min == null) {
if (axis._show) {
converged = false;
axis._show = false;
resetYSeries(false);
}
return;
}
else {
if (!axis._show) {
converged = false;
axis._show = true;
resetYSeries(false);
}
}
var side = axis.side;
var ori = side % 2;
var min = scale.min;
var max = scale.max; // // should this toggle them ._show = false
var ref = getIncrSpace(i, min, max, ori == 0 ? plotWidCss : plotHgtCss);
var _incr = ref[0];
var _space = ref[1];
if (_space == 0)
{ return; }
// if we're using index positions, force first tick to match passed index
var forceMin = scale.distr == 2;
var _splits = axis._splits = axis.splits(self, i, min, max, _incr, _space, forceMin);
// tick labels
// BOO this assumes a specific data/series
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var splits = scale.distr == 2 ? _splits.map(i => data0[i]) : _splits;
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var incr = scale.distr == 2 ? data0[_splits[1]] - data0[_splits[0]] : _incr;
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var values = axis._values = axis.values(self, axis.filter(self, splits, i, _space, incr), i, _space, incr);
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// rotating of labels only supported on bottom x axis
axis._rotate = side == 2 ? axis.rotate(self, values, i, _space) : 0;
var oldSize = axis._size;
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axis._size = ceil(axis.size(self, values, i, cycleNum));
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if (oldSize != null && axis._size != oldSize) // ready && ?
{ converged = false; }
});
return converged;
}
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function paddingCalc(cycleNum) {
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var converged = true;
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padding.forEach((p, i) => {
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var _p = p(self, i, sidesWithAxes, cycleNum);
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if (_p != _padding[i])
{ converged = false; }
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_padding[i] = _p;
});
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return converged;
}
function drawAxesGrid() {
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axes.forEach((axis, i) => {
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if (!axis.show || !axis._show)
{ return; }
var side = axis.side;
var ori = side % 2;
var x, y;
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var fillStyle = axis.stroke(self, i);
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var shiftDir = side == 0 || side == 3 ? -1 : 1;
// axis label
if (axis.label) {
var shiftAmt$1 = axis.labelGap * shiftDir;
var baseLpos = round((axis._lpos + shiftAmt$1) * pxRatio);
ctx.save();
if (ori == 1) {
x = y = 0;
ctx.translate(
baseLpos,
round(plotTop + plotHgt / 2)
);
ctx.rotate((side == 3 ? -PI : PI) / 2);
}
else {
x = round(plotLft + plotWid / 2);
y = baseLpos;
}
ctx.font = axis.labelFont[0];
ctx.fillStyle = fillStyle;
ctx.textAlign = "center";
ctx.textBaseline = side == 2 ? TOP : BOTTOM;
ctx.fillText(axis.label, x, y);
ctx.restore();
}
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var ref = axis._found;
var _incr = ref[0];
var _space = ref[1];
if (_space == 0)
{ return; }
var scale = scales[axis.scale];
var plotDim = ori == 0 ? plotWid : plotHgt;
var plotOff = ori == 0 ? plotLft : plotTop;
var axisGap = round(axis.gap * pxRatio);
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var _splits = axis._splits;
// tick labels
// BOO this assumes a specific data/series
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var splits = scale.distr == 2 ? _splits.map(i => data0[i]) : _splits;
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var incr = scale.distr == 2 ? data0[_splits[1]] - data0[_splits[0]] : _incr;
var ticks = axis.ticks;
var tickSize = ticks.show ? round(ticks.size * pxRatio) : 0;
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// rotating of labels only supported on bottom x axis
var angle = axis._rotate * -PI/180;
var basePos = pxRound(axis._pos * pxRatio);
var shiftAmt = (tickSize + axisGap) * shiftDir;
var finalPos = basePos + shiftAmt;
y = ori == 0 ? finalPos : 0;
x = ori == 1 ? finalPos : 0;
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ctx.font = axis.font[0];
ctx.fillStyle = fillStyle;
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ctx.textAlign = axis.align == 1 ? LEFT :
axis.align == 2 ? RIGHT :
angle > 0 ? LEFT :
angle < 0 ? RIGHT :
ori == 0 ? "center" : side == 3 ? RIGHT : LEFT;
ctx.textBaseline = angle ||
ori == 1 ? "middle" : side == 2 ? TOP : BOTTOM;
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var lineHeight = axis.font[1] * lineMult;
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var canOffs = _splits.map(val => pxRound(getPos(val, scale, plotDim, plotOff)));
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axis._values.forEach((val, i) => {
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if (val == null)
{ return; }
if (ori == 0)
{ x = canOffs[i]; }
else
{ y = canOffs[i]; }
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(""+val).split(/\n/gm).forEach((text, j) => {
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if (angle) {
ctx.save();
ctx.translate(x, y + j * lineHeight);
ctx.rotate(angle);
ctx.fillText(text, 0, 0);
ctx.restore();
}
else
{ ctx.fillText(text, x, y + j * lineHeight); }
});
});
// ticks
if (ticks.show) {
drawOrthoLines(
canOffs,
ticks.filter(self, splits, i, _space, incr),
ori,
side,
basePos,
tickSize,
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roundDec(ticks.width * pxRatio, 3),
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ticks.stroke(self, i),
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ticks.dash,
ticks.cap
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);
}
// grid
var grid = axis.grid;
if (grid.show) {
drawOrthoLines(
canOffs,
grid.filter(self, splits, i, _space, incr),
ori,
ori == 0 ? 2 : 1,
ori == 0 ? plotTop : plotLft,
ori == 0 ? plotHgt : plotWid,
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roundDec(grid.width * pxRatio, 3),
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grid.stroke(self, i),
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grid.dash,
grid.cap
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);
}
});
fire("drawAxes");
}
function resetYSeries(minMax) {
// log("resetYSeries()", arguments);
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series.forEach((s, i) => {
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if (i > 0) {
s._paths = null;
if (minMax) {
s.min = null;
s.max = null;
}
}
});
}
var queuedCommit = false;
function commit() {
if (!queuedCommit) {
microTask(_commit);
queuedCommit = true;
}
}
function _commit() {
// log("_commit()", arguments);
if (shouldSetScales) {
setScales();
shouldSetScales = false;
}
if (shouldConvergeSize) {
convergeSize();
shouldConvergeSize = false;
}
if (shouldSetSize) {
setStylePx(under, LEFT, plotLftCss);
setStylePx(under, TOP, plotTopCss);
setStylePx(under, WIDTH, plotWidCss);
setStylePx(under, HEIGHT, plotHgtCss);
setStylePx(over, LEFT, plotLftCss);
setStylePx(over, TOP, plotTopCss);
setStylePx(over, WIDTH, plotWidCss);
setStylePx(over, HEIGHT, plotHgtCss);
setStylePx(wrap, WIDTH, fullWidCss);
setStylePx(wrap, HEIGHT, fullHgtCss);
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can.width = round(fullWidCss * pxRatio);
can.height = round(fullHgtCss * pxRatio);
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syncRect(false);
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fire("setSize");
shouldSetSize = false;
}
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if (fullWidCss > 0 && fullHgtCss > 0) {
ctx.clearRect(0, 0, can.width, can.height);
fire("drawClear");
drawOrder.forEach(fn => fn());
fire("draw");
}
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// if (shouldSetSelect) {
// TODO: update .u-select metrics (if visible)
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// setStylePx(selectDiv, TOP, select.top = 0);
// setStylePx(selectDiv, LEFT, select.left = 0);
// setStylePx(selectDiv, WIDTH, select.width = 0);
// setStylePx(selectDiv, HEIGHT, select.height = 0);
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// shouldSetSelect = false;
// }
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if (cursor.show && shouldSetCursor) {
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updateCursor();
shouldSetCursor = false;
}
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// if (FEAT_LEGEND && legend.show && legend.live && shouldSetLegend) {}
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if (!ready) {
ready = true;
self.status = 1;
fire("ready");
}
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viaAutoScaleX = false;
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queuedCommit = false;
}
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self.redraw = (rebuildPaths, recalcAxes) => {
shouldConvergeSize = recalcAxes || false;
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if (rebuildPaths !== false)
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{ _setScale(xScaleKey, scaleX.min, scaleX.max); }
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else
{ commit(); }
};
// redraw() => setScale('x', scales.x.min, scales.x.max);
// explicit, never re-ranged (is this actually true? for x and y)
function setScale(key, opts) {
var sc = scales[key];
if (sc.from == null) {
if (dataLen == 0) {
var minMax = sc.range(self, opts.min, opts.max, key);
opts.min = minMax[0];
opts.max = minMax[1];
}
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if (opts.min > opts.max) {
var _min = opts.min;
opts.min = opts.max;
opts.max = _min;
}
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if (dataLen > 1 && opts.min != null && opts.max != null && opts.max - opts.min < 1e-16)
{ return; }
if (key == xScaleKey) {
if (sc.distr == 2 && dataLen > 0) {
opts.min = closestIdx(opts.min, data[0]);
opts.max = closestIdx(opts.max, data[0]);
}
}
// log("setScale()", arguments);
pendScales[key] = opts;
shouldSetScales = true;
commit();
}
}
self.setScale = setScale;
// INTERACTION
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var xCursor;
var yCursor;
var vCursor;
var hCursor;
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// starting position before cursor.move
var rawMouseLeft0;
var rawMouseTop0;
// starting position
var mouseLeft0;
var mouseTop0;
// current position before cursor.move
var rawMouseLeft1;
var rawMouseTop1;
// current position
var mouseLeft1;
var mouseTop1;
var dragging = false;
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var drag = cursor.drag;
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var dragX = drag.x;
var dragY = drag.y;
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if (cursor.show) {
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if (cursor.x)
{ xCursor = placeDiv(CURSOR_X, over); }
if (cursor.y)
{ yCursor = placeDiv(CURSOR_Y, over); }
if (scaleX.ori == 0) {
vCursor = xCursor;
hCursor = yCursor;
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}
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else {
vCursor = yCursor;
hCursor = xCursor;
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}
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mouseLeft1 = cursor.left;
mouseTop1 = cursor.top;
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}
var select = self.select = assign({
show: true,
over: true,
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left: 0,
width: 0,
top: 0,
height: 0,
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}, opts.select);
var selectDiv = select.show ? placeDiv(SELECT, select.over ? over : under) : null;
function setSelect(opts, _fire) {
if (select.show) {
for (var prop in opts)
{ setStylePx(selectDiv, prop, select[prop] = opts[prop]); }
_fire !== false && fire("setSelect");
}
}
self.setSelect = setSelect;
function toggleDOM(i, onOff) {
var s = series[i];
var label = showLegend ? legendRows[i] : null;
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if (s.show)
{ label && remClass(label, OFF); }
else {
label && addClass(label, OFF);
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cursorPts.length > 1 && trans(cursorPts[i], -10, -10, plotWidCss, plotHgtCss);
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}
}
function _setScale(key, min, max) {
setScale(key, {min: min, max: max});
}
function setSeries(i, opts, pub) {
// log("setSeries()", arguments);
var s = series[i];
if (opts.focus != null)
{ setFocus(i); }
if (opts.show != null) {
s.show = opts.show;
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toggleDOM(i, opts.show);
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_setScale(s.scale, null, null);
commit();
}
fire("setSeries", i, opts);
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pub && pubSync("setSeries", self, i, opts);
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}
self.setSeries = setSeries;
function setBand(bi, opts) {
assign(bands[bi], opts);
}
function addBand(opts, bi) {
opts.fill = fnOrSelf(opts.fill || null);
bi = bi == null ? bands.length : bi;
bands.splice(bi, 0, opts);
}
function delBand(bi) {
if (bi == null)
{ bands.length = 0; }
else
{ bands.splice(bi, 1); }
}
self.addBand = addBand;
self.setBand = setBand;
self.delBand = delBand;
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function setAlpha(i, value) {
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series[i].alpha = value;
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if (cursor.show && cursorPts[i])
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{ cursorPts[i].style.opacity = value; }
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if (showLegend && legendRows[i])
{ legendRows[i].style.opacity = value; }
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}
// y-distance
var closestDist;
var closestSeries;
var focusedSeries;
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var FOCUS_TRUE = {focus: true};
var FOCUS_FALSE = {focus: false};
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function setFocus(i) {
if (i != focusedSeries) {
// log("setFocus()", arguments);
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var allFocused = i == null;
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var _setAlpha = focus.alpha != 1;
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series.forEach((s, i2) => {
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var isFocused = allFocused || i2 == 0 || i2 == i;
s._focus = allFocused ? null : isFocused;
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_setAlpha && setAlpha(i2, isFocused ? 1 : focus.alpha);
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});
focusedSeries = i;
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_setAlpha && commit();
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}
}
if (showLegend && cursorFocus) {
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on(mouseleave, legendEl, e => {
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if (cursor._lock)
{ return; }
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setSeries(null, FOCUS_FALSE, syncOpts.setSeries);
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updateCursor();
});
}
function posToVal(pos, scale, can) {
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var sc = scales[scale];
if (can)
{ pos = pos / pxRatio - (sc.ori == 1 ? plotTopCss : plotLftCss); }
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var dim = plotWidCss;
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if (sc.ori == 1) {
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dim = plotHgtCss;
pos = dim - pos;
}
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if (sc.dir == -1)
{ pos = dim - pos; }
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var _min = sc._min,
_max = sc._max,
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pct = pos / dim;
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var sv = _min + (_max - _min) * pct;
var distr = sc.distr;
return (
distr == 3 ? pow(10, sv) :
distr == 4 ? sinh(sv, sc.asinh) :
sv
);
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}
function closestIdxFromXpos(pos, can) {
var v = posToVal(pos, xScaleKey, can);
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return closestIdx(v, data[0], i0, i1);
}
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self.valToIdx = val => closestIdx(val, data[0]);
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self.posToIdx = closestIdxFromXpos;
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self.posToVal = posToVal;
self.valToPos = (val, scale, can) => (
scales[scale].ori == 0 ?
getHPos(val, scales[scale],
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can ? plotWid : plotWidCss,
can ? plotLft : 0
) :
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getVPos(val, scales[scale],
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can ? plotHgt : plotHgtCss,
can ? plotTop : 0
)
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);
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// defers calling expensive functions
function batch(fn) {
fn(self);
commit();
}
self.batch = batch;
(self.setCursor = (opts, _fire) => {
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mouseLeft1 = opts.left;
mouseTop1 = opts.top;
// assign(cursor, opts);
updateCursor(null, null, _fire);
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});
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function setSelH(off, dim) {
setStylePx(selectDiv, LEFT, select.left = off);
setStylePx(selectDiv, WIDTH, select.width = dim);
}
function setSelV(off, dim) {
setStylePx(selectDiv, TOP, select.top = off);
setStylePx(selectDiv, HEIGHT, select.height = dim);
}
var setSelX = scaleX.ori == 0 ? setSelH : setSelV;
var setSelY = scaleX.ori == 1 ? setSelH : setSelV;
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function syncLegend() {
if (showLegend && legend.live) {
for (var i = 0; i < series.length; i++) {
if (i == 0 && multiValLegend)
{ continue; }
var vals = legend.values[i];
var j = 0;
for (var k in vals)
{ legendCells[i][j++].firstChild.nodeValue = vals[k]; }
}
}
}
function setLegend(opts, _fire) {
if (opts != null) {
var idx = opts.idx;
legend.idx = idx;
series.forEach((s, sidx) => {
(sidx > 0 || !multiValLegend) && setLegendValues(sidx, idx);
});
}
if (showLegend && legend.live)
{ syncLegend(); }
shouldSetLegend = false;
_fire !== false && fire("setLegend");
}
self.setLegend = setLegend;
function setLegendValues(sidx, idx) {
var val;
if (idx == null)
{ val = NULL_LEGEND_VALUES; }
else {
var s = series[sidx];
var src = sidx == 0 && xScaleDistr == 2 ? data0 : data[sidx];
val = multiValLegend ? s.values(self, sidx, idx) : {_: s.value(self, src[idx], sidx, idx)};
}
legend.values[sidx] = val;
}
function updateCursor(ts, src, _fire) {
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var assign;
// ts == null && log("updateCursor()", arguments);
rawMouseLeft1 = mouseLeft1;
rawMouseTop1 = mouseTop1;
(assign = cursor.move(self, mouseLeft1, mouseTop1), mouseLeft1 = assign[0], mouseTop1 = assign[1]);
if (cursor.show) {
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vCursor && trans(vCursor, round(mouseLeft1), 0, plotWidCss, plotHgtCss);
hCursor && trans(hCursor, 0, round(mouseTop1), plotWidCss, plotHgtCss);
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}
var idx;
// when zooming to an x scale range between datapoints the binary search
// for nearest min/max indices results in this condition. cheap hack :D
var noDataInRange = i0 > i1;
closestDist = inf;
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// TODO: extract
var xDim = scaleX.ori == 0 ? plotWidCss : plotHgtCss;
var yDim = scaleX.ori == 1 ? plotWidCss : plotHgtCss;
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// if cursor hidden, hide points & clear legend vals
if (mouseLeft1 < 0 || dataLen == 0 || noDataInRange) {
idx = null;
for (var i = 0; i < series.length; i++) {
if (i > 0) {
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cursorPts.length > 1 && trans(cursorPts[i], -10, -10, plotWidCss, plotHgtCss);
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}
}
if (cursorFocus)
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{ setSeries(null, FOCUS_TRUE, syncOpts.setSeries); }
if (legend.live) {
activeIdxs.fill(null);
shouldSetLegend = true;
for (var i$1 = 0; i$1 < series.length; i$1++)
{ legend.values[i$1] = NULL_LEGEND_VALUES; }
}
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}
else {
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// let pctY = 1 - (y / rect.height);
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var mouseXPos = scaleX.ori == 0 ? mouseLeft1 : mouseTop1;
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var valAtPosX = posToVal(mouseXPos, xScaleKey);
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idx = closestIdx(valAtPosX, data[0], i0, i1);
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var xPos = incrRoundUp(valToPosX(data[0][idx], scaleX, xDim, 0), 0.5);
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for (var i$2 = 0; i$2 < series.length; i$2++) {
var s = series[i$2];
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var idx2 = cursor.dataIdx(self, i$2, idx, valAtPosX);
var yVal2 = data[i$2][idx2];
shouldSetLegend = shouldSetLegend || yVal2 != data[i$2][activeIdxs[i$2]];
activeIdxs[i$2] = idx2;
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var xPos2 = idx2 == idx ? xPos : incrRoundUp(valToPosX(data[0][idx2], scaleX, xDim, 0), 0.5);
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if (i$2 > 0 && s.show) {
var yPos = yVal2 == null ? -10 : incrRoundUp(valToPosY(yVal2, scales[s.scale], yDim, 0), 0.5);
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if (yPos > 0) {
var dist = abs(yPos - mouseTop1);
if (dist <= closestDist) {
closestDist = dist;
closestSeries = i$2;
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}
}
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var hPos = (void 0), vPos = (void 0);
if (scaleX.ori == 0) {
hPos = xPos2;
vPos = yPos;
}
else {
hPos = yPos;
vPos = xPos2;
}
if (shouldSetLegend && cursorPts.length > 1) {
trans(cursorPts[i$2], hPos, vPos, plotWidCss, plotHgtCss);
color(cursorPts[i$2], cursor.points.fill(self, i$2), cursor.points.stroke(self, i$2));
}
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}
if (legend.live) {
if (!shouldSetLegend || i$2 == 0 && multiValLegend)
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{ continue; }
setLegendValues(i$2, idx2);
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}
}
}
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if (shouldSetLegend) {
legend.idx = idx;
setLegend();
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}
// nit: cursor.drag.setSelect is assumed always true
if (select.show && dragging) {
if (src != null) {
var ref = syncOpts.scales;
var xKey = ref[0];
var yKey = ref[1];
var ref$1 = syncOpts.match;
var matchXKeys = ref$1[0];
var matchYKeys = ref$1[1];
var ref$2 = src.cursor.sync.scales;
var xKeySrc = ref$2[0];
var yKeySrc = ref$2[1];
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// match the dragX/dragY implicitness/explicitness of src
var sdrag = src.cursor.drag;
dragX = sdrag._x;
dragY = sdrag._y;
var ref$3 = src.select;
var left = ref$3.left;
var top = ref$3.top;
var width = ref$3.width;
var height = ref$3.height;
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var sori = src.scales[xKey].ori;
var sPosToVal = src.posToVal;
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var sOff, sDim, sc, a, b;
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var matchingX = xKey != null && matchXKeys(xKey, xKeySrc);
var matchingY = yKey != null && matchYKeys(yKey, yKeySrc);
if (matchingX) {
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if (sori == 0) {
sOff = left;
sDim = width;
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}
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else {
sOff = top;
sDim = height;
}
if (dragX) {
sc = scales[xKey];
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a = valToPosX(sPosToVal(sOff, xKeySrc), sc, xDim, 0);
b = valToPosX(sPosToVal(sOff + sDim, xKeySrc), sc, xDim, 0);
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setSelX(min(a,b), abs(b-a));
}
else
{ setSelX(0, xDim); }
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if (!matchingY)
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{ setSelY(0, yDim); }
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}
if (matchingY) {
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if (sori == 1) {
sOff = left;
sDim = width;
}
else {
sOff = top;
sDim = height;
}
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if (dragY) {
sc = scales[yKey];
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a = valToPosY(sPosToVal(sOff, yKeySrc), sc, yDim, 0);
b = valToPosY(sPosToVal(sOff + sDim, yKeySrc), sc, yDim, 0);
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setSelY(min(a,b), abs(b-a));
}
else
{ setSelY(0, yDim); }
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if (!matchingX)
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{ setSelX(0, xDim); }
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}
}
else {
var rawDX = abs(rawMouseLeft1 - rawMouseLeft0);
var rawDY = abs(rawMouseTop1 - rawMouseTop0);
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if (scaleX.ori == 1) {
var _rawDX = rawDX;
rawDX = rawDY;
rawDY = _rawDX;
}
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dragX = drag.x && rawDX >= drag.dist;
dragY = drag.y && rawDY >= drag.dist;
var uni = drag.uni;
if (uni != null) {
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// only calc drag status if they pass the dist thresh
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if (dragX && dragY) {
dragX = rawDX >= uni;
dragY = rawDY >= uni;
// force unidirectionality when both are under uni limit
if (!dragX && !dragY) {
if (rawDY > rawDX)
{ dragY = true; }
else
{ dragX = true; }
}
}
}
else if (drag.x && drag.y && (dragX || dragY))
// if omni with no uni then both dragX / dragY should be true if either is true
{ dragX = dragY = true; }
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var p0, p1;
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if (dragX) {
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if (scaleX.ori == 0) {
p0 = mouseLeft0;
p1 = mouseLeft1;
}
else {
p0 = mouseTop0;
p1 = mouseTop1;
}
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setSelX(min(p0, p1), abs(p1 - p0));
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if (!dragY)
{ setSelY(0, yDim); }
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}
if (dragY) {
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if (scaleX.ori == 1) {
p0 = mouseLeft0;
p1 = mouseLeft1;
}
else {
p0 = mouseTop0;
p1 = mouseTop1;
}
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setSelY(min(p0, p1), abs(p1 - p0));
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if (!dragX)
{ setSelX(0, xDim); }
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}
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// the drag didn't pass the dist requirement
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if (!dragX && !dragY) {
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setSelX(0, 0);
setSelY(0, 0);
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}
}
}
cursor.idx = idx;
cursor.left = mouseLeft1;
cursor.top = mouseTop1;
drag._x = dragX;
drag._y = dragY;
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// if ts is present, means we're implicitly syncing own cursor
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if (ts != null) {
if (syncKey != null) {
var ref$4 = syncOpts.scales;
var xSyncKey = ref$4[0];
var ySyncKey = ref$4[1];
syncOpts.values[0] = xSyncKey != null ? posToVal(scaleX.ori == 0 ? mouseLeft1 : mouseTop1, xSyncKey) : null;
syncOpts.values[1] = ySyncKey != null ? posToVal(scaleX.ori == 1 ? mouseLeft1 : mouseTop1, ySyncKey) : null;
}
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// this is not technically a "mousemove" event, since it's debounced, rename to setCursor?
// since this is internal, we can tweak it later
pubSync(mousemove, self, mouseLeft1, mouseTop1, plotWidCss, plotHgtCss, idx);
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if (cursorFocus) {
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var o = syncOpts.setSeries;
var p = focus.prox;
if (focusedSeries == null) {
if (closestDist <= p)
{ setSeries(closestSeries, FOCUS_TRUE, o); }
}
else {
if (closestDist > p)
{ setSeries(null, FOCUS_TRUE, o); }
else if (closestSeries != focusedSeries)
{ setSeries(closestSeries, FOCUS_TRUE, o); }
}
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}
}
ready && _fire !== false && fire("setCursor");
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}
var rect = null;
function syncRect(defer) {
if (defer === true)
{ rect = null; }
else {
rect = over.getBoundingClientRect();
fire("syncRect", rect);
}
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}
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function mouseMove(e, src, _l, _t, _w, _h, _i) {
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if (cursor._lock)
{ return; }
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cacheMouse(e, src, _l, _t, _w, _h, _i, false, e != null);
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if (e != null)
{ updateCursor(1); }
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else
{ updateCursor(null, src); }
}
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function cacheMouse(e, src, _l, _t, _w, _h, _i, initial, snap) {
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var assign;
if (rect == null)
{ syncRect(false); }
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if (e != null) {
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_l = e.clientX - rect.left;
_t = e.clientY - rect.top;
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}
else {
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if (_l < 0 || _t < 0) {
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mouseLeft1 = -10;
mouseTop1 = -10;
return;
}
var ref = syncOpts.scales;
var xKey = ref[0];
var yKey = ref[1];
var syncOptsSrc = src.cursor.sync;
var ref$1 = syncOptsSrc.values;
var xValSrc = ref$1[0];
var yValSrc = ref$1[1];
var ref$2 = syncOptsSrc.scales;
var xKeySrc = ref$2[0];
var yKeySrc = ref$2[1];
var ref$3 = syncOpts.match;
var matchXKeys = ref$3[0];
var matchYKeys = ref$3[1];
var rotSrc = src.scales[xKeySrc].ori == 1;
var xDim = scaleX.ori == 0 ? plotWidCss : plotHgtCss,
yDim = scaleX.ori == 1 ? plotWidCss : plotHgtCss,
_xDim = rotSrc ? _h : _w,
_yDim = rotSrc ? _w : _h,
_xPos = rotSrc ? _t : _l,
_yPos = rotSrc ? _l : _t;
if (xKeySrc != null)
{ _l = matchXKeys(xKey, xKeySrc) ? getPos(xValSrc, scales[xKey], xDim, 0) : -10; }
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else
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{ _l = xDim * (_xPos/_xDim); }
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if (yKeySrc != null)
{ _t = matchYKeys(yKey, yKeySrc) ? getPos(yValSrc, scales[yKey], yDim, 0) : -10; }
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else
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{ _t = yDim * (_yPos/_yDim); }
if (scaleX.ori == 1) {
var _l$1 = _l;
_l = _t;
_t = _l$1;
}
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}
if (snap) {
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if (_l <= 1 || _l >= plotWidCss - 1)
{ _l = incrRound(_l, plotWidCss); }
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if (_t <= 1 || _t >= plotHgtCss - 1)
{ _t = incrRound(_t, plotHgtCss); }
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}
if (initial) {
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rawMouseLeft0 = _l;
rawMouseTop0 = _t;
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(assign = cursor.move(self, _l, _t), mouseLeft0 = assign[0], mouseTop0 = assign[1]);
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}
else {
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mouseLeft1 = _l;
mouseTop1 = _t;
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}
}
function hideSelect() {
setSelect({
width: 0,
height: 0,
}, false);
}
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function mouseDown(e, src, _l, _t, _w, _h, _i) {
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dragging = true;
dragX = dragY = drag._x = drag._y = false;
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cacheMouse(e, src, _l, _t, _w, _h, _i, true, false);
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if (e != null) {
onMouse(mouseup, doc, mouseUp);
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pubSync(mousedown, self, mouseLeft0, mouseTop0, plotWidCss, plotHgtCss, null);
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}
}
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function mouseUp(e, src, _l, _t, _w, _h, _i) {
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dragging = drag._x = drag._y = false;
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cacheMouse(e, src, _l, _t, _w, _h, _i, false, true);
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var left = select.left;
var top = select.top;
var width = select.width;
var height = select.height;
var hasSelect = width > 0 || height > 0;
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hasSelect && setSelect(select);
if (drag.setScale && hasSelect) {
// if (syncKey != null) {
// dragX = drag.x;
// dragY = drag.y;
// }
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var xOff = left,
xDim = width,
yOff = top,
yDim = height;
if (scaleX.ori == 1) {
xOff = top,
xDim = height,
yOff = left,
yDim = width;
}
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if (dragX) {
_setScale(xScaleKey,
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posToVal(xOff, xScaleKey),
posToVal(xOff + xDim, xScaleKey)
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);
}
if (dragY) {
for (var k in scales) {
var sc = scales[k];
if (k != xScaleKey && sc.from == null && sc.min != inf) {
_setScale(k,
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posToVal(yOff + yDim, k),
posToVal(yOff, k)
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);
}
}
}
hideSelect();
}
else if (cursor.lock) {
cursor._lock = !cursor._lock;
if (!cursor._lock)
{ updateCursor(); }
}
if (e != null) {
offMouse(mouseup, doc);
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pubSync(mouseup, self, mouseLeft1, mouseTop1, plotWidCss, plotHgtCss, null);
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}
}
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function mouseLeave(e, src, _l, _t, _w, _h, _i) {
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if (!cursor._lock) {
var _dragging = dragging;
if (dragging) {
// handle case when mousemove aren't fired all the way to edges by browser
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var snapH = true;
var snapV = true;
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var snapProx = 10;
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var dragH, dragV;
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if (scaleX.ori == 0) {
dragH = dragX;
dragV = dragY;
}
else {
dragH = dragY;
dragV = dragX;
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}
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if (dragH && dragV) {
// maybe omni corner snap
snapH = mouseLeft1 <= snapProx || mouseLeft1 >= plotWidCss - snapProx;
snapV = mouseTop1 <= snapProx || mouseTop1 >= plotHgtCss - snapProx;
}
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if (dragH && snapH)
{ mouseLeft1 = mouseLeft1 < mouseLeft0 ? 0 : plotWidCss; }
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if (dragV && snapV)
{ mouseTop1 = mouseTop1 < mouseTop0 ? 0 : plotHgtCss; }
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updateCursor(1);
dragging = false;
}
mouseLeft1 = -10;
mouseTop1 = -10;
// passing a non-null timestamp to force sync/mousemove event
updateCursor(1);
if (_dragging)
{ dragging = _dragging; }
}
}
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function dblClick(e, src, _l, _t, _w, _h, _i) {
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autoScaleX();
hideSelect();
if (e != null)
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{ pubSync(dblclick, self, mouseLeft1, mouseTop1, plotWidCss, plotHgtCss, null); }
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}
function syncPxRatio() {
axes.forEach(syncFontSize);
_setSize(self.width, self.height, true);
}
on(ddpxchange, win, syncPxRatio);
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// internal pub/sub
var events = {};
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events.mousedown = mouseDown;
events.mousemove = mouseMove;
events.mouseup = mouseUp;
events.dblclick = dblClick;
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events["setSeries"] = (e, src, idx, opts) => {
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setSeries(idx, opts);
};
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if (cursor.show) {
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onMouse(mousedown, over, mouseDown);
onMouse(mousemove, over, mouseMove);
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onMouse(mouseenter, over, syncRect);
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onMouse(mouseleave, over, mouseLeave);
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onMouse(dblclick, over, dblClick);
cursorPlots.add(self);
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self.syncRect = syncRect;
}
// external on/off
var hooks = self.hooks = opts.hooks || {};
function fire(evName, a1, a2) {
if (evName in hooks) {
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hooks[evName].forEach(fn => {
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fn.call(null, self, a1, a2);
});
}
}
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(opts.plugins || []).forEach(p => {
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for (var evName in p.hooks)
{ hooks[evName] = (hooks[evName] || []).concat(p.hooks[evName]); }
});
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var syncOpts = assign({
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key: null,
setSeries: false,
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filters: {
pub: retTrue,
sub: retTrue,
},
scales: [xScaleKey, series[1] ? series[1].scale : null],
match: [retEq, retEq],
values: [null, null],
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}, cursor.sync);
(cursor.sync = syncOpts);
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var syncKey = syncOpts.key;
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var sync = _sync(syncKey);
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function pubSync(type, src, x, y, w, h, i) {
if (syncOpts.filters.pub(type, src, x, y, w, h, i))
{ sync.pub(type, src, x, y, w, h, i); }
}
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sync.sub(self);
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function pub(type, src, x, y, w, h, i) {
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if (syncOpts.filters.sub(type, src, x, y, w, h, i))
{ events[type](null, src, x, y, w, h, i); }
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}
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(self.pub = pub);
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function destroy() {
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sync.unsub(self);
cursorPlots.delete(self);
mouseListeners.clear();
off(ddpxchange, win, syncPxRatio);
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root.remove();
fire("destroy");
}
self.destroy = destroy;
function _init() {
fire("init", opts, data);
setData(data || opts.data, false);
if (pendScales[xScaleKey])
{ setScale(xScaleKey, pendScales[xScaleKey]); }
else
{ autoScaleX(); }
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_setSize(opts.width, opts.height);
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updateCursor();
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setSelect(select, false);
}
series.forEach(initSeries);
axes.forEach(initAxis);
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if (then) {
if (then instanceof HTMLElement) {
then.appendChild(root);
_init();
}
else
{ then(self, _init); }
}
else
{ _init(); }
return self;
}
uPlot.assign = assign;
uPlot.fmtNum = fmtNum;
uPlot.rangeNum = rangeNum;
uPlot.rangeLog = rangeLog;
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uPlot.rangeAsinh = rangeAsinh;
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uPlot.orient = orient;
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{
uPlot.join = join;
}
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{
uPlot.fmtDate = fmtDate;
uPlot.tzDate = tzDate;
}
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{
uPlot.sync = _sync;
}
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{
uPlot.addGap = addGap;
uPlot.clipGaps = clipGaps;
var paths = uPlot.paths = {
points: points,
};
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(paths.linear = linear);
(paths.stepped = stepped);
(paths.bars = bars);
(paths.spline = monotoneCubic);
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}
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return uPlot;
}());