Closed temaivanoff closed 2 years ago
Thank you for your interest. Please attach a dataset so that I can reproduce this.
Also please refer to "Due to the limitation of single-precision floating-point numbers ..." in the README
artifacts:
if generate long range period 2023 - 2028 (20k points) have artifacts. var timeStep = 1000000;
if generate period one mount (20k points) - no artifacts var timeStep = 10000;
const data = [];
let y = 10;
let timeStep = 1000000;
for (let x = 0; x < 200000 * timeStep; x = x + timeStep) {
data.push({ x: x, y: y });
y = y + 10;
if (y > 100) {
y = 0;
}
}
const chart = new TimeChart(el, {
baseTime: Date.now(),
series: [
{ name: 'Line 1', data: data, color: 'blue' },
],
plugins: {
lineChart,
d3Axis,
legend,
crosshair,
nearestPoint,
zoom: new TimeChartZoomPlugin({ x: { autoRange: true } }),
},
tooltip: true,
renderPaddingLeft: 45,
});
`
Hi @fast0490f . I've identified and fixed the main source of precision loss. Please see https://huww98.github.io/TimeChart/demo/large_data_range.html. Dragging is still not perfectly smooth if you zoom in enough. But it is a lot better.
I think this is enough for you. Please let me know if not.
Hi @huww98 I test mobile phone, it’s work great 👍 Very thanks 🙏
Hi