Top 10 Examples of "decimal in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'decimal' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.
function bigFactorial (n) {
if (n.isZero()) {
return new BigNumber(1) // 0! is per definition 1
}
let res = new BigNumber(n)
let value = n.toNumber() - 1 // number
while (value > 1) {
res = res.times(value)
value--
}
return new BigNumber(res)
}function WebMercatorHelper (tileSize, maxGeosize) {
this.tileSize = tileSize || 256;
// 6378137: Earth equatorial radius defined by WGS-84 (webmercator)
this.tileMaxGeosize = new Decimal(maxGeosize || 6378137.0 * Math.PI * 2);
}function calculateHSCostToOptimalLevel() {
var multiplier = Decimal.pow(0.95, data.outsiders["chor'gorloth"].level);
var maxNumSteps = 2500; // Precision of approximation
var totalCost = new Decimal(0);
for (var k in data.ancients) {
var oldLevel = data.ancients[k].level;
if (data.ancients[k].extraInfo.optimalLevel) {
var optimalLevel = data.ancients[k].extraInfo.optimalLevel;
var diff = optimalLevel.minus(oldLevel);
if (diff.lessThan(0)) {
data.ancients[k].extraInfo.costToLevelToOptimal = new Decimal(0);
continue;
}
var thisAncientCost = new Decimal(0);
if(data.ancients[k].partialCostfn) {
// We have defined the partial sum for this level cost formula,
// use it instead of iterating
thisAncientCost = data.ancients[k].partialCostfn(optimalLevel).minus(data.ancients[k].partialCostfn(oldLevel));
} else {
var numSteps = Decimal.min(maxNumSteps, diff);
var stepSize = diff.dividedBy(numSteps);
var temp = new Decimal(0);
for(var step = 1; step <= numSteps; step++) {
var prevAddLevels = step.minus(1).times(stepSize).ceil();module.exports = function (f, bounds, options) {
options = options || {};
var mu = toDecimal(options.mu) || new Decimal("0.5");
var eps = toDecimal(options.eps) || new Decimal("0.001");
var tolx = toDecimal(options.tolx) || new Decimal(0);
var maxiter = options.maxiter || 100;
var maxfev = options.maxfev || maxiter;
var verbose = options.verbose;
// The default exit flag if exceeded number of iterations.
var code = 0;
var niter = 0;
var nfev = 0;
var x = new Decimal(NaN);
var fval = new Decimal(NaN);
var a = new Decimal(NaN);
var fa = new Decimal(NaN);
var b = new Decimal(NaN);
var fb = new Decimal(NaN);.add(pad('new bigFactorial for big numbers'), function () {
const res = betterFactorial(new BigNumber(600))
results.push(res)
})
.on('cycle', function (event) {.add(pad('new bigFactorial'), function () {
const res = betterFactorial(new BigNumber(8))
results.push(res)
})
.add(pad('bigFactorial for big numbers'), function () {.add(pad('bigFactorial for big numbers'), function () {
const res = bigFactorial(new BigNumber(600))
results.push(res)
})
.add(pad('new bigFactorial for big numbers'), function () {.add(pad('bigFactorial for small numbers'), function () {
const res = bigFactorial(new BigNumber(8))
results.push(res)
})
.add(pad('new bigFactorial'), function () {f: function (n) {
var q = [new Decimal("659.90262467263840222037"),
new Decimal("666.57262467263840222039")];
var i = 0;
var a = new Decimal("0.00790000000000000001");
var xi = new Decimal("0.5");
return lslmsr(n, q, i, a, xi);
},
label: "lslmsr(n, ['659.90262467263840222037', '666.57262467263840222039'], 0, '0.00790000000000000001', '0.5')",private onEdit(index: number) {
const t = (this.props.transactions.get(index) as Transaction);
this.props.navigation.navigate("Modify", {
editTransaction: {
index,
transaction: t,
},
isExpense: new Decimal(t.amount).isNegative(),
});
}