Benchmark: Math.min and Math.max vs reduce vs for for 100000 items (AFL)

Script Preparation code:

var data = [];
for (var i = 0; i < 100000; ++i) data.push(Math.random());

Tests:

Math.Min
Math.min(...data);
Math.Max
Math.max(...data);
Reduce for min
data.reduce((min, cur) => min > cur ? cur : min, data[0]);
Reduce for max
data.reduce((max, cur) => max < cur ? cur : max, data[0]);
For for min
var min = data[0]; for (var i = 1; i < data.length; ++i) { var c = i; if (min > c) min = c; }
For for max
var max = data[0]; for (var i = 1; i < data.length; ++i) { var c = i; if (max < c) max = c; }
For of for min
var min = data[0]; for (var c in data) { if (min > c) min = c; }
For of for max
var max = data[0]; for (var c in data) { if (max < c) max = c; }
MinMaxFor
let result=[Infinity, -Infinity]; for( let i=0;i < data.length;i++ ) { result[0] = data[i] < result[0] ? data[i]:result[0]; result[1] = data[i] > result[1]? data[i]: result[1]; }
MinMaxFunctions
let result=[Infinity, -Infinity]; for( let i=0;i < data.length;i++ ) { result[0] = Math.min(data[i], result[0]);; result[1] = Math.max(data[i], result[1]); }
Math.MinMax
Math.min(...data); Math.max(...data);
Reducer
data.reduce( (accumulator, currentValue)=>{ accumulator.min = Math.min(currentValue, accumulator.min); accumulator.max = Math.max(currentValue, accumulator.max); return accumulator; }, { min: Infinity, max: -Infinity } )

Rendered benchmark preparation results:

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Related benchmarks:

Math.min and Math.max vs reduce vs for for 100000 items (AFL) (version: 0)