Top 10 Examples of "convert-units in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'convert-units' 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.
render3D: function (element, layer, scene) {
let loader = new Three.TextureLoader();
let whitePaintTextureRepeatFactor = 1 / 20; // In a 100x100 area i want to repeat this texture 5x5 times
let newWidth = convert(element.properties.get('width').get('length'))
.from(element.properties.get('width').get('unit'))
.to(scene.unit);
let newDepth = convert(element.properties.get('depth').get('length'))
.from(element.properties.get('depth').get('unit'))
.to(scene.unit);
let newHeight = convert(element.properties.get('height').get('length'))
.from(element.properties.get('height').get('unit'))
.to(scene.unit);
let newAltitude = convert(element.properties.get('altitude').get('length'))
.from(element.properties.get('altitude').get('unit'))
.to(scene.unit);
let stair = new Three.Object3D();
// compute step dimensions with Blondel formula
let a = (63 * newHeight) / (newDepth + 2 * newHeight);
let p = 63 - 2 * a;let onLoadItem = (object) => {
let newWidth = convert(width.length).from(width.unit).to(scene.unit);
let newHeight = convert(height.length).from(height.unit).to(scene.unit);
let newDepth = convert(depth.length).from(depth.unit).to(scene.unit);
object.scale.set(newWidth / width.length, newHeight / height.length, newDepth / depth.length);
let box = new BoxHelper(object, 0x99c3fb);
box.material.linewidth = 2;
box.material.depthTest = false;
box.renderOrder = 1000;
box.visible = element.selected;
object.add(box);
// Normalize the origin of this item
let boundingBox = new Box3().setFromObject(object);
let center = [
(boundingBox.max.x - boundingBox.min.x) / 2 + boundingBox.min.x,
(boundingBox.max.y - boundingBox.min.y) / 2 + boundingBox.min.y,convert(distance, toUnit) {
const fromUnitIdentifier = this.getUnitConversionIdentifier(distance.unit);
const toUnitIdentifier = this.getUnitConversionIdentifier(toUnit);
const convertedValue = convert(distance.value).from(fromUnitIdentifier).to(toUnitIdentifier);
switch (toUnit) {
case DistanceUnit.KILOMETER: {
// Note divided by 1000 because convert library does not have kilometers, so using meters
return {
value: convertedValue / 1000,
unit: DistanceUnit.KILOMETER,
};
}
case DistanceUnit.MILE: {
return {
value: convertedValue,
unit: DistanceUnit.MILE,
};
}handleConversion = () => {
if(this.state.flow === 'L2R') {
this.setState({
secondInput: convert(this.state.firstInput).from(this.state.firstQuantity).to(this.state.secondQuantity)
})
}
else if(this.state.flow === 'R2L') {
this.setState({
firstInput: convert(this.state.secondInput).from(this.state.secondQuantity).to(this.state.firstQuantity)
})
}
}handleDistanceTypeChange = ({ target }) => {
const { distance } = this.state;
const distanceType = target.value;
const convertedDistance = convert(distance).from(distanceType).to('cm');
this.setState({ distanceType, convertedDistance },
() => {
this.handleBaseChange();
});
}var update = function update(lengthInput, unitInput) {
var newLength = toFixedFloat(lengthInput);
var merged = value.merge({
length: unitInput !== UNIT_CENTIMETER ? convert(newLength).from(unitInput).to(UNIT_CENTIMETER) : newLength,
_length: lengthInput,
_unit: unitInput
});
if (hook) {
return hook(merged, sourceElement, internalState, state).then(function (val) {
return onUpdate(val);
});
}
return onUpdate(merged);
};let endAt = MathUtils.toFixedFloat(lineLength - (lineLength * offset) - halfWidthLength, PRECISION);
let offsetUnit = attributesFormData.getIn(['offsetB', '_unit']);
let offsetB = new Map({
length: endAt,
_length: convert(endAt).from(this.context.catalog.unit).to(offsetUnit),
_unit: offsetUnit
});
attributesFormData = attributesFormData.set('offsetB', offsetB).set('offset', offset);
let offsetAttribute = new Map({
length: MathUtils.toFixedFloat(lengthValue, PRECISION),
_unit: value.get('_unit'),
_length: MathUtils.toFixedFloat(convert(lengthValue).from(this.context.catalog.unit).to(value.get('_unit')), PRECISION)
});
attributesFormData = attributesFormData.set(attributeName, offsetAttribute);
break;
}
case 'offsetB':
{
let line = this.props.layer.lines.get(this.props.element.line);
let orderedVertices = GeometryUtils.orderVertices([
this.props.layer.vertices.get(line.vertices.get(0)),
this.props.layer.vertices.get(line.vertices.get(1))
]);
let [ {x: x0, y: y0}, {x: x1, y: y1} ] = orderedVertices;var lengthValue = value.get('length');
lengthValue = Math.max(lengthValue, 0);
lengthValue = Math.min(lengthValue, lineLength - widthLength);
var xp = (lengthValue + halfWidthLength) * Math.cos(alpha) + x0;
var yp = (lengthValue + halfWidthLength) * Math.sin(alpha) + y0;
var offset = GeometryUtils.pointPositionOnLineSegment(x0, y0, x1, y1, xp, yp);
var endAt = MathUtils.toFixedFloat(lineLength - lineLength * offset - halfWidthLength, PRECISION);
var offsetUnit = attributesFormData.getIn(['offsetB', '_unit']);
var offsetB = new Map({
length: endAt,
_length: convert(endAt).from(this.context.catalog.unit).to(offsetUnit),
_unit: offsetUnit
});
attributesFormData = attributesFormData.set('offsetB', offsetB).set('offset', offset);
var offsetAttribute = new Map({
length: MathUtils.toFixedFloat(lengthValue, PRECISION),
_unit: value.get('_unit'),
_length: MathUtils.toFixedFloat(convert(lengthValue).from(this.context.catalog.unit).to(value.get('_unit')), PRECISION)
});
attributesFormData = attributesFormData.set(attributeName, offsetAttribute);
break;
}
case 'offsetB':attributesFormData = attributesFormData.withMutations(function (attr) {
attr.set(attributeName, attr.get(attributeName).merge(value));
var newDistance = GeometryUtils.verticesDistance(attr.get('vertexOne'), attr.get('vertexTwo'));
attr.mergeIn(['lineLength'], attr.get('lineLength').merge({
'length': newDistance,
'_length': convert(newDistance).from(_this2.context.catalog.unit).to(attr.get('lineLength').get('_unit'))
}));
});
break;var startAt = MathUtils.toFixedFloat(_lineLength * _offset - _halfWidthLength, PRECISION);
var _offsetUnit = attributesFormData.getIn(['offsetA', '_unit']);
var offsetA = new Map({
length: startAt,
_length: convert(startAt).from(this.context.catalog.unit).to(_offsetUnit),
_unit: _offsetUnit
});
attributesFormData = attributesFormData.set('offsetA', offsetA).set('offset', _offset);
var _offsetAttribute = new Map({
length: MathUtils.toFixedFloat(_lengthValue, PRECISION),
_unit: value.get('_unit'),
_length: MathUtils.toFixedFloat(convert(_lengthValue).from(this.context.catalog.unit).to(value.get('_unit')), PRECISION)
});
attributesFormData = attributesFormData.set(attributeName, _offsetAttribute);
break;
}
default:
{
attributesFormData = attributesFormData.set(attributeName, value);
break;
}
};
break;
}
default:
break;