Top 10 Examples of "d3fc in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'd3fc' 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.
chart.decorate((container, data) => {
oldDecorate(container, data);
if (!axisSplitter) return;
if (axisSplitter.haveSplit()) {
// Render a second axis on the right of the chart
const altData = axisSplitter.altData();
const y2AxisDataJoin = fc.dataJoin("d3fc-svg", "y2-axis").key(d => d);
const ySeriesDataJoin = fc.dataJoin("g", "y-series").key(d => d);
// Column 5 of the grid
container
.enter()
.append("div")
.attr("class", "y2-label-container")
.style("grid-column", 5)
.style("-ms-grid-column", 5)
.style("grid-row", 3)
.style("-ms-grid-row", 3)
.style("width", altAxis.size || "1em")
.style("display", "flex")
.style("align-items", "center")
.style("justify-content", "center")
.append("div")chart.decorate((container, data) => {
oldDecorate(container, data);
if (!axisSplitter) return;
if (axisSplitter.haveSplit()) {
// Render a second axis on the right of the chart
const altData = axisSplitter.altData();
const y2AxisDataJoin = fc.dataJoin("d3fc-svg", "y2-axis").key(d => d);
const ySeriesDataJoin = fc.dataJoin("g", "y-series").key(d => d);
// Column 5 of the grid
container
.enter()
.append("div")
.attr("class", "y2-label-container")
.style("grid-column", 5)
.style("-ms-grid-column", 5)
.style("grid-row", 3)
.style("-ms-grid-row", 3)
.style("width", altAxis.size || "1em")
.style("display", "flex")
.style("align-items", "center")
.style("justify-content", "center")
.append("div")
.attr("class", "y-label")export default function() {
var charts = [];
var dispatch = d3.dispatch(event.viewChange);
function key(d) { return d.option.id; }
var secDataJoin = fc.util.dataJoin()
.children(true)
.selector('.secondary-container')
.element('svg')
.attr('class', function(d) {
return 'secondary-container secondary-' + d.valueString;
})
// Issue with elements being regenerated due to data being overwritten. See:
// https://github.com/ScottLogic/d3fc/blob/0327890d48c9de73a41d901df02bac88dc83e398/src/series/multi.js#L26-L36
.key(function(d) {
return key(this.__secondaryChart__ || d);
});
function multiChart(selection) {
selection.each(function(model) {
var secondaries = secDataJoin(this, charts);function primary(selection) {
var model = selection.datum();
if (model.selectorsChanged) {
selectorsChanged(model);
}
primaryChart.xDomain(model.viewDomain);
xScale.discontinuityProvider(model.discontinuityProvider);
crosshair.snap(fc.util.seriesPointSnapXOnly(currentSeries.option, model.visibleData));
updateCrosshairDecorate(model.visibleData);
movingAverage(model.data);
bollingerAlgorithm(model.data);
// Scale y axis
// Add percentage padding either side of extreme high/lows
var extentAccessors = getExtentAccessors(multi.series());
var paddedYExtent = fc.util.extent()
.fields(extentAccessors)
.pad(0.08)(model.visibleData);
primaryChart.yDomain(paddedYExtent);
// Find current tick values and add close price to this list, then set it explicitly below
var latestPrice = currentYValueAccessor(model.data[model.data.length - 1]);
var tickValuesWithAnnotations = produceAnnotatedTickValues(yScale, [latestPrice]);};
cartesian.yAxis = (...args) => {
if (!args.length) {
return yAxis;
}
yAxis = args[0];
return cartesian;
};
const scaleExclusions = exclude(
/range\w*/, // the scale range is set via the component layout
/tickFormat/ // use axis.tickFormat instead (only present on linear scales)
);
rebindAll(cartesian, xScale, scaleExclusions, prefix("x"));
rebindAll(cartesian, yScale, scaleExclusions, prefix("y"));
rebindAll(cartesian, xAxisStore, prefix("x"));
rebindAll(cartesian, yAxisStore, prefix("y"));
return cartesian;
};return cartesian;
};
cartesian.yAxis = (...args) => {
if (!args.length) {
return yAxis;
}
yAxis = args[0];
return cartesian;
};
const scaleExclusions = exclude(
/range\w*/, // the scale range is set via the component layout
/tickFormat/ // use axis.tickFormat instead (only present on linear scales)
);
rebindAll(cartesian, xScale, scaleExclusions, prefix("x"));
rebindAll(cartesian, yScale, scaleExclusions, prefix("y"));
rebindAll(cartesian, xAxisStore, prefix("x"));
rebindAll(cartesian, yAxisStore, prefix("y"));
return cartesian;
};cartesian.yAxis = (...args) => {
if (!args.length) {
return yAxis;
}
yAxis = args[0];
return cartesian;
};
const scaleExclusions = exclude(
/range\w*/, // the scale range is set via the component layout
/tickFormat/ // use axis.tickFormat instead (only present on linear scales)
);
rebindAll(cartesian, xScale, scaleExclusions, prefix("x"));
rebindAll(cartesian, yScale, scaleExclusions, prefix("y"));
rebindAll(cartesian, xAxisStore, prefix("x"));
rebindAll(cartesian, yAxisStore, prefix("y"));
return cartesian;
};return null;
} else {
// This stops the brush data being overwritten by the point data
return this.data;
}
});
var brushMask = fc.series.area()
.xValue(function(d) { return d.date; })
.y1Value(function(d) { return d.close; })
.y0Value(function() { return yScale.domain()[0]; })
.decorate(function(selection) {
selection.enter().attr('fill', 'url("#brush-gradient")');
});
var brushLine = fc.series.line()
.xValue(function(d) { return d.date; })
.yValue(function(d) { return d.close; });
var layoutWidth;
var sampler = fc.data.sampler.largestTriangleThreeBucket()
.x(function(d) { return xScale(d.date); })
.y(function(d) { return yScale(d.close); });
var brushMaskMulti = fc.series.multi()
.series([brushMask, brushLine])
.xScale(xScale)
.yScale(yScale);
function setHide(selection, brushHide) {
selection.select('.plot-area')var dispatch = d3.dispatch(event.viewChange);
var xScale = fc.scale.dateTime();
var yScale = d3.scale.linear();
var navChart = fc.chart.cartesian(xScale, yScale)
.yTicks(0)
.margin({
bottom: bottomMargin // Variable also in navigator.less - should be used once ported to flex
})
.xOuterTickSize(0)
.yOuterTickSize(0);
var viewScale = fc.scale.dateTime();
var area = fc.series.area()
.xValue(function(d) { return d.date; })
.y1Value(function(d) { return d.close; })
.y0Value(function() { return yScale.domain()[0]; });
var line = fc.series.line()
.xValue(function(d) { return d.date; })
.yValue(function(d) { return d.close; });
var brush = d3.svg.brush();
var navMulti = fc.series.multi()
.series([area, line, brush])
.decorate(function(selection) {
var enter = selection.enter();
selection.selectAll('.background, .extent')
.attr('height', extentHeight)
.attr('y', borderWidth);export default function() {
var navHeight = 100; // Also maintain in variables.less
var bottomMargin = 40; // Also maintain in variables.less
var navChartHeight = navHeight - bottomMargin;
var borderWidth = 1; // Also maintain in variables.less
var extentHeight = navChartHeight - borderWidth;
var barHeight = extentHeight;
var handleCircleCenter = borderWidth + barHeight / 2;
var handleBarWidth = 2;
var yExtentPadding = [0, 0.04];
var numberOfSamples = 200;
var dispatch = d3.dispatch(event.viewChange);
var xScale = fc.scale.dateTime();
var yScale = d3.scale.linear();
var navChart = fc.chart.cartesian(xScale, yScale)
.yTicks(0)
.margin({
bottom: bottomMargin // Variable also in navigator.less - should be used once ported to flex
})
.xOuterTickSize(0)
.yOuterTickSize(0);
var viewScale = fc.scale.dateTime();
var area = fc.series.area()
.xValue(function(d) { return d.date; })
.y1Value(function(d) { return d.close; })
.y0Value(function() { return yScale.domain()[0]; });