Axis refactor v12d - Enable split and align on mainAxis

CHANGELOG.md

@@ -10,12 +10,14 @@
 
 ### Changed
 
-- Separate Channel properties to AxisChannel properties at config.
 - Channels 'set' rewrite doesn't clear AxisChannel properties.
 
 ### Added
 
+- Separate Channel properties to AxisChannel properties at config.
+- Move split align sort and reverse to AxisChannel
 - Add new sorting strategy: 'byLabel'.
+- Enable split and align on mainAxis.
 
 ## [0.16.0] - 2024-11-28
 

src/apps/weblib/typeschema-api/config.yaml

@@ -124,15 +124,12 @@ definitions:
                 type: boolean
             align:
                 description: |
-                    Sets the alignment of the markers with relation to the main-axis only depending
-                    on where the measure is. In case both axes have measures on them, this is determined 
-                    by the `orientation` of the chart. On sub-axis this settings has no effect.
+                    Sets the alignment of the markers along the axis.
                 type: string
                 enum: [none, center, stretch]
             split:
                 description: |
-                    If set to true, markers will be split by the dimension(s) along the main-axis.
-                    On sub-axis this settings has no effect.
+                    If set to true, markers will be split by the dimension(s) along the axis.
                 type: boolean
 
     Channels:

src/chart/generator/plotbuilder.cpp

@@ -48,29 +48,35 @@ PlotBuilder::PlotBuilder(const Data::DataTable &dataTable,
 	initDimensionTrackers();
 
 	std::size_t mainBucketSize{};
-	auto &&subBuckets = generateMarkers(mainBucketSize);
+	std::size_t subBucketSize{};
+	auto &&buckets = generateMarkers(mainBucketSize, subBucketSize);
 
 	if (!plot->getOptions()->getChannels().anyAxisSet()) {
-		addSpecLayout(subBuckets);
+		addSpecLayout(buckets);
 		normalizeSizes();
 	}
 	else {
 		normalizeSizes();
-		addAxisLayout(subBuckets, mainBucketSize, dataTable);
+		addAxisLayout(buckets,
+		    mainBucketSize,
+		    subBucketSize,
+		    dataTable);
 	}
 
 	normalizeColors();
 	calcLegendAndLabel(dataTable);
 }
 
-void PlotBuilder::addAxisLayout(Buckets &subBuckets,
+void PlotBuilder::addAxisLayout(Buckets &buckets,
     const std::size_t &mainBucketSize,
+    const std::size_t &subBucketSize,
     const Data::DataTable &dataTable)
 {
-	linkMarkers(subBuckets);
-	addSeparation(subBuckets, mainBucketSize);
+	linkMarkers(buckets, mainBucketSize, subBucketSize);
 	calcAxises(dataTable);
-	addAlignment(subBuckets);
+	addAlignment(buckets, plot->getOptions()->subAxisType());
+	addAlignment(buckets.sort(&Marker::mainId),
+	    plot->getOptions()->mainAxisType());
 }
 
 void PlotBuilder::initDimensionTrackers()
@@ -82,7 +88,8 @@ void PlotBuilder::initDimensionTrackers()
 			    dataCube.combinedSizeOf(ch.dimensions()).second);
 }
 
-Buckets PlotBuilder::generateMarkers(std::size_t &mainBucketSize)
+Buckets PlotBuilder::generateMarkers(std::size_t &mainBucketSize,
+    std::size_t &subBucketSize)
 {
 	const auto &mainIds(plot->getOptions()->mainAxis().dimensions());
 	auto subIds(plot->getOptions()->subAxis().dimensions());
@@ -91,6 +98,7 @@ Buckets PlotBuilder::generateMarkers(std::size_t &mainBucketSize)
 			subIds.split_by(mainIds);
 
 		mainBucketSize = dataCube.combinedSizeOf(mainIds).first;
+		subBucketSize = dataCube.combinedSizeOf(subIds).first;
 		plot->markers.reserve(dataCube.df->get_record_count());
 	}
 
@@ -201,13 +209,21 @@ void PlotBuilder::addSpecLayout(Buckets &buckets)
 	}
 }
 
-void PlotBuilder::linkMarkers(Buckets &buckets)
+void PlotBuilder::linkMarkers(Buckets &buckets,
+    const std::size_t &mainBucketSize,
+    const std::size_t &subBucketSize)
 {
 	auto &&hasMarkerConnection =
 	    linkMarkers(buckets.sort(&Marker::mainId),
 	        plot->getOptions()->mainAxisType());
+	addSeparation(buckets,
+	    plot->getOptions()->mainAxisType(),
+	    subBucketSize);
 	std::ignore = linkMarkers(buckets.sort(&Marker::subId),
 	    plot->getOptions()->subAxisType());
+	addSeparation(buckets,
+	    plot->getOptions()->subAxisType(),
+	    mainBucketSize);
 
 	if (hasMarkerConnection
 	    && plot->getOptions()->geometry.get() == ShapeType::line
@@ -493,67 +509,62 @@ void PlotBuilder::calcAxis(const Data::DataTable &dataTable,
 	}
 }
 
-void PlotBuilder::addAlignment(const Buckets &subBuckets) const
+void PlotBuilder::addAlignment(const Buckets &buckets,
+    AxisId axisIndex) const
 {
-	if (plot->getOptions()->isSplit()) return;
+	if (plot->getOptions()->isSplit(axisIndex)) return;
 
-	auto &subAxisRange =
-	    plot->axises.at(plot->getOptions()->subAxisType())
-	        .measure.range;
-	if (std::signbit(subAxisRange.min)
-	    || std::signbit(subAxisRange.max))
+	auto &axisRange = plot->axises.at(axisIndex).measure.range;
+	if (std::signbit(axisRange.min) || std::signbit(axisRange.max))
 		return;
 
 	const auto &axisProps =
-	    plot->getOptions()->getChannels().axisPropsAt(
-	        plot->getOptions()->subAxisType());
+	    plot->getOptions()->getChannels().axisPropsAt(axisIndex);
 
 	if (axisProps.align == Base::Align::Type::none) return;
 
 	if (axisProps.align == Base::Align::Type::center) {
-		auto &&halfSize = subAxisRange.size() / 2.0;
+		auto &&halfSize = axisRange.size() / 2.0;
 		if (!Math::Floating::is_zero(halfSize))
-			subAxisRange = {subAxisRange.min - halfSize,
-			    subAxisRange.max - halfSize};
+			axisRange = {axisRange.min - halfSize,
+			    axisRange.max - halfSize};
 	}
 
-	auto &&subAxis = plot->getOptions()->subAxisType();
 	const Base::Align align{axisProps.align, {0.0, 1.0}};
-	for (auto &&bucket : subBuckets) {
+	for (auto &&bucket : buckets) {
 		Math::Range<> range;
 
 		for (auto &&[marker, idx] : bucket)
 			if (marker.enabled)
-				range.include(marker.getSizeBy(subAxis));
+				range.include(marker.getSizeBy(axisIndex));
 
 		auto &&transform = align.getAligned(range) / range;
 
 		for (auto &&[marker, idx] : bucket)
-			marker.setSizeBy(subAxis,
-			    marker.getSizeBy(subAxis) * transform);
+			marker.setSizeBy(axisIndex,
+			    marker.getSizeBy(axisIndex) * transform);
 	}
 }
 
-void PlotBuilder::addSeparation(const Buckets &subBuckets,
-    const std::size_t &mainBucketSize) const
+void PlotBuilder::addSeparation(const Buckets &buckets,
+    AxisId axisIndex,
+    const std::size_t &otherBucketSize) const
 {
-	if (!plot->getOptions()->isSplit()) return;
+	if (!plot->getOptions()->isSplit(axisIndex)) return;
 
 	const auto &axisProps =
-	    plot->getOptions()->getChannels().axisPropsAt(
-	        plot->getOptions()->subAxisType());
+	    plot->getOptions()->getChannels().axisPropsAt(axisIndex);
 	auto align = axisProps.align;
 
-	std::vector ranges{mainBucketSize, Math::Range<>{{}, {}}};
-	std::vector<bool> anyEnabled(mainBucketSize);
+	std::vector ranges{otherBucketSize, Math::Range<>{{}, {}}};
+	std::vector<bool> anyEnabled(otherBucketSize);
 
-	auto &&subAxis = plot->getOptions()->subAxisType();
-	for (auto &&bucket : subBuckets)
+	for (auto &&bucket : buckets)
 		for (std::size_t i{}, prIx{}; auto &&[marker, idx] : bucket) {
 			if (!marker.enabled) continue;
 			(i += idx.itemId - std::exchange(prIx, idx.itemId)) %=
 			    ranges.size();
-			ranges[i].include(marker.getSizeBy(subAxis).size());
+			ranges[i].include(marker.getSizeBy(axisIndex).size());
 			anyEnabled[i] = true;
 		}
 
@@ -562,21 +573,20 @@ void PlotBuilder::addSeparation(const Buckets &subBuckets,
 		if (anyEnabled[i]) max = max + ranges[i];
 
 	auto splitSpace =
-	    plot->getStyle()
-	        .plot.getAxis(plot->getOptions()->subAxisType())
-	        .spacing->get(max.max, plot->getStyle().calculatedSize());
+	    plot->getStyle().plot.getAxis(axisIndex).spacing->get(max.max,
+	        plot->getStyle().calculatedSize());
 
 	for (auto i = 1U; i < ranges.size(); ++i)
 		ranges[i] = ranges[i] + ranges[i - 1].max
 		          + (anyEnabled[i - 1] ? splitSpace : 0);
 
-	for (auto &&bucket : subBuckets)
+	for (auto &&bucket : buckets)
 		for (std::size_t i{}, prIx{}; auto &&[marker, idx] : bucket) {
 			(i += idx.itemId - std::exchange(prIx, idx.itemId)) %=
 			    ranges.size();
-			marker.setSizeBy(subAxis,
+			marker.setSizeBy(axisIndex,
 			    Base::Align{align, ranges[i]}.getAligned(
-			        marker.getSizeBy(subAxis)));
+			        marker.getSizeBy(axisIndex)));
 		}
 }
 

src/chart/generator/plotbuilder.h

@@ -35,23 +35,28 @@ class PlotBuilder
 	};
 
 	void initDimensionTrackers();
-	Buckets generateMarkers(std::size_t &mainBucketSize);
-	void linkMarkers(Buckets &subBuckets);
+	Buckets generateMarkers(std::size_t &mainBucketSize,
+	    std::size_t &subBucketSize);
+	void linkMarkers(Buckets &buckets,
+	    const std::size_t &mainBucketSize,
+	    const std::size_t &subBucketSize);
 	[[nodiscard]] bool linkMarkers(const Buckets &buckets,
 	    AxisId axisIndex) const;
 	void calcAxises(const Data::DataTable &dataTable);
 	void calcLegendAndLabel(const Data::DataTable &dataTable);
 	void calcAxis(const Data::DataTable &dataTable, AxisId type);
-	void addAlignment(const Buckets &subBuckets) const;
-	void addSeparation(const Buckets &subBuckets,
-	    const std::size_t &mainBucketSize) const;
+	void addAlignment(const Buckets &buckets, AxisId axisIndex) const;
+	void addSeparation(const Buckets &buckets,
+	    AxisId axisIndex,
+	    const std::size_t &otherBucketSize) const;
 	void normalizeSizes();
 	void normalizeColors();
 	[[nodiscard]] std::vector<BucketInfo>
 	sortedBuckets(const Buckets &buckets, AxisId axisIndex) const;
 	void addSpecLayout(Buckets &buckets);
-	void addAxisLayout(Buckets &subBuckets,
+	void addAxisLayout(Buckets &buckets,
 	    const std::size_t &mainBucketSize,
+	    const std::size_t &subBucketSize,
 	    const Data::DataTable &dataTable);
 };
 }

src/chart/options/options.cpp

@@ -91,10 +91,10 @@ std::optional<ChannelId> Options::secondaryStackType() const
 	return std::nullopt;
 }
 
-bool Options::hasDimensionToSplit() const
+bool Options::hasDimensionToSplit(AxisId at) const
 {
-	auto dims = subAxis().dimensions();
-	dims.split_by(mainAxis().dimensions());
+	auto dims = getChannels().at(at).dimensions();
+	dims.split_by(getChannels().at(!at).dimensions());
 	return !dims.empty();
 }
 
@@ -111,7 +111,8 @@ Channels Options::shadowChannels() const
 	          &ch2 = shadow.at(ChannelId::noop);
 	     auto &&stacker : shadow.getDimensions({data(stackChannels),
 	         std::size_t{1} + secondary.has_value()})) {
-		if (stackChannelType() != subAxisType() || !isSplit())
+		if (stackChannelType() != subAxisType()
+		    || !isSplit(subAxisType()))
 			ch1.removeSeries(stacker);
 		ch2.removeSeries(stacker);
 	}
@@ -123,8 +124,9 @@ void Options::drilldownTo(const Options &other)
 {
 	auto &stackChannel = this->stackChannel();
 
-	if (!isSplit() || !other.isSplit())
-		getChannels().axisPropsAt(subAxisType()).split = {};
+	for (auto &&axis : Refl::enum_values<AxisId>())
+		if (!isSplit(axis) || !other.isSplit(axis))
+			getChannels().axisPropsAt(axis).split = {};
 
 	for (auto &&dim : other.getChannels().getDimensions())
 		if (!getChannels().isSeriesUsed(dim))
@@ -138,6 +140,7 @@ void Options::intersection(const Options &other)
 			getChannels().removeSeries(dim);
 
 	getChannels().axisPropsAt(subAxisType()).split = {};
+	getChannels().axisPropsAt(mainAxisType()).split = {};
 }
 
 bool Options::looksTheSame(const Options &other) const
@@ -158,7 +161,7 @@ bool Options::looksTheSame(const Options &other) const
 
 void Options::simplify()
 {
-	if (isSplit()) return;
+	if (isSplit(subAxisType())) return;
 
 	//	remove all dimensions, only used at the end of stack
 	auto &stackChannel = this->stackChannel();
@@ -197,7 +200,8 @@ bool Options::sameShadowAttribs(const Options &other) const
 
 	return shape == shapeOther && coordSystem == other.coordSystem
 	    && angle == other.angle && orientation == other.orientation
-	    && isSplit() == other.isSplit()
+	    && isSplit(mainAxisType()) == other.isSplit(mainAxisType())
+	    && isSplit(subAxisType()) == other.isSplit(subAxisType())
 	    && dataFilter == other.dataFilter;
 }
 

src/chart/options/options.h

@@ -140,11 +140,11 @@ class Options : public OptionProperties
 		return channels.at(stackChannelType());
 	}
 
-	[[nodiscard]] bool hasDimensionToSplit() const;
-	[[nodiscard]] bool isSplit() const
+	[[nodiscard]] bool hasDimensionToSplit(AxisId at) const;
+	[[nodiscard]] bool isSplit(AxisId byAxis) const
 	{
-		return getChannels().axisPropsAt(subAxisType()).split
-		    && hasDimensionToSplit();
+		return getChannels().axisPropsAt(byAxis).split
+		    && hasDimensionToSplit(byAxis);
 	}
 	Data::Filter dataFilter;
 	std::optional<MarkerIndex> tooltip;

test/e2e/tests/config_tests/main_axis_split.mjs

@@ -0,0 +1,30 @@
+const testSteps = [
+	(chart) => {
+		const data = {
+			series: [
+				{ name: 'Foo', values: ['Alice', 'Bob', 'Ted'] },
+				{ name: 'Bar', values: ['Happy', 'Happy', 'Sad'] },
+				{ name: 'Baz', values: [1, 2, 3] },
+				{ name: 'Bau', values: [4, 3, 2] }
+			]
+		}
+
+		return chart.animate({ data })
+	},
+	(chart) =>
+		chart.animate({
+			config: {
+				x: { set: 'Foo', split: true },
+				y: { set: 'Bar' }
+			}
+		}),
+	(chart) =>
+		chart.animate({
+			config: {
+				x: { set: 'Foo' },
+				y: { set: ['Bar', 'Bau'] }
+			}
+		})
+]
+
+export default testSteps

test/e2e/tests/fixes.json

@@ -8,7 +8,7 @@
 			"refs": ["1732a49"]
 		},
 		"143": {
-			"refs": ["95b9c83"]
+			"refs": ["0775a8d"]
 		},
 		"144": {
 			"refs": ["fde02e4"]