Top 10 Examples of "d3-transition in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'd3-transition' 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.
// --------------------------------------------------------------------------
// transition(...) ----------------------------------------------------------
let topTransition: d3Transition.Transition;
topTransition = d3Transition.transition('top');
// test creation from existing transition
topTransition = d3Transition.transition(enterTransition);
// tests with pre-existing datum (typed as string)
// set datum with a type of string
select('html').datum('test');
let topTransition2: d3Transition.Transition;
topTransition2 = d3Transition.transition('top');
topTransition2 = d3Transition.transition(enterTransition);
// active(...) ----------------------------------------------------------
let updateTransitionActive: d3Transition.Transition | null;
updateTransitionActive = d3Transition.active(circles.nodes()[0], 'update');
// interrupt(...) ----------------------------------------------------------
d3Transition.interrupt(topTransition.selection().node());
d3Transition.interrupt(topTransition.selection().node(), 'top');// set datum with a type of string
select('html').datum('test');
let topTransition2: d3Transition.Transition;
topTransition2 = d3Transition.transition('top');
topTransition2 = d3Transition.transition(enterTransition);
// active(...) ----------------------------------------------------------
let updateTransitionActive: d3Transition.Transition | null;
updateTransitionActive = d3Transition.active(circles.nodes()[0], 'update');
// interrupt(...) ----------------------------------------------------------
d3Transition.interrupt(topTransition.selection().node());
d3Transition.interrupt(topTransition.selection().node(), 'top');// tests with pre-existing datum (typed as string)
// set datum with a type of string
select('html').datum('test');
let topTransition2: d3Transition.Transition;
topTransition2 = d3Transition.transition('top');
topTransition2 = d3Transition.transition(enterTransition);
// active(...) ----------------------------------------------------------
let updateTransitionActive: d3Transition.Transition | null;
updateTransitionActive = d3Transition.active(circles.nodes()[0], 'update');
// interrupt(...) ----------------------------------------------------------
d3Transition.interrupt(topTransition.selection().node());
d3Transition.interrupt(topTransition.selection().node(), 'top');// test creation from existing transition
topTransition = d3Transition.transition(enterTransition);
// tests with pre-existing datum (typed as string)
// set datum with a type of string
select('html').datum('test');
let topTransition2: d3Transition.Transition;
topTransition2 = d3Transition.transition('top');
topTransition2 = d3Transition.transition(enterTransition);
// active(...) ----------------------------------------------------------
let updateTransitionActive: d3Transition.Transition | null;
updateTransitionActive = d3Transition.active(circles.nodes()[0], 'update');
// interrupt(...) ----------------------------------------------------------
d3Transition.interrupt(topTransition.selection().node());
d3Transition.interrupt(topTransition.selection().node(), 'top');// test creation from existing transition
topTransition = d3Transition.transition(enterTransition);
// tests with pre-existing datum (typed as string)
// set datum with a type of string
select('html').datum('test');
let topTransition2: d3Transition.Transition;
topTransition2 = d3Transition.transition('top');
topTransition2 = d3Transition.transition(enterTransition);
// active(...) ----------------------------------------------------------
let updateTransitionActive: d3Transition.Transition | null;
updateTransitionActive = d3Transition.active(circles.nodes()[0], 'update');
// interrupt(...) ----------------------------------------------------------
d3Transition.interrupt(topTransition.selection().node());
d3Transition.interrupt(topTransition.selection().node(), 'top');// emit the selection
this.selectedChange.emit(segment.data);
// store the selected segment
this._selected = segment;
// update the focusable segment
this._focusableSegment = segment;
// set our new ranges
this._x.domain([this.getSegmentX(segment), this.getSegmentX(segment) + this.getSegmentWidth(segment)]);
this._y.domain([segment.y0, 1]).range([this.getTotalCollapsedHeight(), 100]);
// create the transition
const segmentTransition = transition().duration(500);
// update the segment sizes - outside angular zone as there is lots of `requestAnimationFrames` triggering lots of change detection
this._ngZone.runOutsideAngular(() => {
this._segmentsSelection.transition(segmentTransition)
.style('left', data => this.getNormalizedSegmentX(data) + '%')
.style('top', data => this.getNormalizedSegmentY(data) + '%')
.style('width', data => (this.getNormalizedSegmentWidth(data) + 0.01) + '%')
.style('height', data => this.getNormalizedSegmentHeight(data) + '%')
.style('padding-right', data => this.getSegmentPaddingRight(data) + '%')
.style('padding-left', data => this.getSegmentPaddingLeft(data) + '%');
});
}const redrawList = $$.getRedrawList(shape, flow, flowFn, isTransition);
// callback function after redraw ends
const afterRedraw = flow || config.onrendered ? () => {
flowFn && flowFn();
callFn(config.onrendered, $$, $$.api);
} : null;
if (afterRedraw) {
// Only use transition when current tab is visible.
if (isTransition) {
// Wait for end of transitions for callback
const waitForDraw = $$.generateWait();
// transition should be derived from one transition
d3Transition().duration(duration)
.each(() => {
redrawList
.reduce((acc, t1) => acc.concat(t1), [])
.forEach(t => waitForDraw.add(t));
})
.call(waitForDraw, afterRedraw);
} else {
afterRedraw();
}
}
// update fadein condition
$$.mapToIds($$.data.targets).forEach(id => {
$$.withoutFadeIn[id] = true;
});
}render(): void {
// perform the layout algorithm on the current dataset
this.updateLayout();
// select all the existing links and nodes
this.updateSelections();
// create a d3 transition based in the specified transition time
const defaultTransition = transition()
.duration(this.duration)
.on('start', () => this._isTransitioning = true)
.on('end', () => {
this._isTransitioning = false;
this.transitionEnd.emit();
});
// render the links when they are first added to the DOM
this._links.enter()
.insert('path')
.attr('class', 'ux-organization-chart-link')
.attr('d', link => this.getLinkPath(link))
.attr('opacity', -2)
.transition(defaultTransition)
.attr('d', link => this.getLinkPath(link))
.attr('opacity', 1);const slice = state.canvas.selectAll('.slice')
.data(
state.layoutData
.filter(d => // Show only slices with a large enough angle and within the max levels
d.x1 >= focusD.x0
&& d.x0 <= focusD.x1
&& (d.x1-d.x0)/(focusD.x1-focusD.x0) > state.minSliceAngle/360
&& (!state.maxLevels || d.depth - (focusD.depth || (state.excludeRoot ? 1 : 0)) < state.maxLevels)
&& (d.y0 >=0 || focusD.parent) // hide negative layers on top level
),
d => d.id
);
const nameOf = accessorFn(state.label);
const colorOf = accessorFn(state.color);
const transition = d3Transition().duration(TRANSITION_DURATION);
const levelYDelta = state.layoutData[0].y1 - state.layoutData[0].y0;
const maxY = Math.min(1, focusD.y0 + levelYDelta * Math.min(
focusD.hasOwnProperty('height') ? focusD.height + 1 : Infinity,
state.maxLevels || Infinity
));
// Apply zoom
state.svg.transition(transition)
.tween('scale', () => {
const xd = d3Interpolate(state.angleScale.domain(), [focusD.x0, focusD.x1]);
const yd = d3Interpolate(state.radiusScale.domain(), [focusD.y0, maxY]);
return t => {
state.angleScale.domain(xd(t));
state.radiusScale.domain(yd(t));
};bridge: {
w: 2
},
nodeName: {
dy: 1
},
nodeDescription: {
dy: 16
}
};
// initial angle, set to make label overlaps less likely
const ANGLE_OFFSET = -0.7;
const ANIMATION_DURATION = 300;
const TRANSITION = transition()
.ease(easeLinear)
.duration(ANIMATION_DURATION);
const styles = {
centerNodes: "wrmv-center-nodes",
centerNode: "wrmv-center-node",
nodeName: "wrmv-name",
nodeDetail: "wrmv-detail",
outerNodes: "wrmv-outer-nodes",
outerNode: "wrmv-outer-node",
bridges: "wrmv-bridges",
bridge: "wrmv-bridge",
hasRelationships: "has-relationships",
noRelationships: "no-relationships",
selected: "wrmv-selected"
};