Differential D25560 Diff 70671 filters/libodf2/chart/Charting.h

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filters/libodf2/chart/Charting.h

Show First 20 Lines • Show All 213 Lines • ▼ Show 20 Line(s)213 public:
214 /// Starting angle of the first data point clockwise from the top of the circle. 214​ /// Starting angle of the first data point clockwise from the top of the circle.
215 int m_anStart; 215​ int m_anStart;
216 216​
217 explicit PieImpl(int anStart = 0) 217​ explicit PieImpl(int anStart = 0)
218 : ChartImpl() 218​ : ChartImpl()
219 , m_anStart(anStart) 219​ , m_anStart(anStart)
220 {} 220​ {}
221 221​
222 virtual QByteArray name() const { return "circle"; } 222​ QByteArray name() const override { return "circle"; }
223}; 223​};
224 224​
225class RingImpl : public PieImpl 225​class RingImpl : public PieImpl
226{ 226​{
227 public: 227​ public:
228 /// Size of the center hole in a doughnut chart group as a percentage of the plot area size. 228​ /// Size of the center hole in a doughnut chart group as a percentage of the plot area size.
229 int m_pcDonut; 229​ int m_pcDonut;
230 230​
231 explicit RingImpl(int anStart = 0, int pcDonut = 0) 231​ explicit RingImpl(int anStart = 0, int pcDonut = 0)
232 : PieImpl(anStart) 232​ : PieImpl(anStart)
233 , m_pcDonut(pcDonut) 233​ , m_pcDonut(pcDonut)
234 {} 234​ {}
235 235​
236 virtual QByteArray name() const { return "ring"; } 236​ QByteArray name() const override { return "ring"; }
237}; 237​};
238 238​
239class BarImpl : public ChartImpl 239​class BarImpl : public ChartImpl
240{ 240​{
241 public: 241​ public:
242 virtual QByteArray name() const { return "bar"; } 242​ QByteArray name() const override { return "bar"; }
243}; 243​};
244 244​
245class LineImpl : public ChartImpl 245​class LineImpl : public ChartImpl
246{ 246​{
247 public: 247​ public:
248 virtual QByteArray name() const { return "line"; } 248​ QByteArray name() const override { return "line"; }
249}; 249​};
250 250​
251class RadarImpl : public ChartImpl 251​class RadarImpl : public ChartImpl
252{ 252​{
253 public: 253​ public:
254 /// If true then the radar-chart is filled (a RadarArea chart), else not. 254​ /// If true then the radar-chart is filled (a RadarArea chart), else not.
255 bool m_filled; 255​ bool m_filled;
256 256​
257 explicit RadarImpl(bool filled = false) 257​ explicit RadarImpl(bool filled = false)
258 : ChartImpl() 258​ : ChartImpl()
259 , m_filled(filled) 259​ , m_filled(filled)
260 {} 260​ {}
261 261​
262 virtual QByteArray name() const { return m_filled ? "filled-radar" : "radar"; } 262​ QByteArray name() const override { return m_filled ? "filled-radar" : "radar"; }
263}; 263​};
264 264​
265class AreaImpl : public ChartImpl 265​class AreaImpl : public ChartImpl
266{ 266​{
267 public: 267​ public:
268 AreaImpl() : ChartImpl() {} 268​ AreaImpl() : ChartImpl() {}
269 269​
270 virtual QByteArray name() const { return "area"; } 270​ QByteArray name() const override { return "area"; }
271}; 271​};
272 272​
273class StockImpl : public ChartImpl 273​class StockImpl : public ChartImpl
274{ 274​{
275 public: 275​ public:
276 StockImpl() : ChartImpl() {} 276​ StockImpl() : ChartImpl() {}
277 277​
278 virtual QByteArray name() const { return "stock"; } 278​ QByteArray name() const override { return "stock"; }
279}; 279​};
280 280​
281class ScatterImpl : public ChartImpl 281​class ScatterImpl : public ChartImpl
282{ 282​{
283 public: 283​ public:
284 enum ScatterStyle { None, Line, LineMarker, Marker, Smooth, SmoothMarker }; 284​ enum ScatterStyle { None, Line, LineMarker, Marker, Smooth, SmoothMarker };
285 ScatterStyle style; 285​ ScatterStyle style;
286 286​
287 ScatterImpl() 287​ ScatterImpl()
288 : ChartImpl() 288​ : ChartImpl()
289 , style(LineMarker) 289​ , style(LineMarker)
290 {} 290​ {}
291 291​
292 virtual QByteArray name() const { return "scatter"; } 292​ QByteArray name() const override { return "scatter"; }
293}; 293​};
294 294​
295class BubbleImpl : public ChartImpl 295​class BubbleImpl : public ChartImpl
296{ 296​{
297 public: 297​ public:
298 enum SizeType { 298​ enum SizeType {
299 Area = 0x0001, ///< The area of the data point represents the value. 299​ Area = 0x0001, ///< The area of the data point represents the value.
300 Width = 0x0002 ///< The width of the data point represents the value. 300​ Width = 0x0002 ///< The width of the data point represents the value.
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313 explicit BubbleImpl(SizeType sizeType = Area, unsigned int sizeRatio = 100, 313​ explicit BubbleImpl(SizeType sizeType = Area, unsigned int sizeRatio = 100,
314 bool showNegativeBubbles = true) 314​ bool showNegativeBubbles = true)
315 : ChartImpl() 315​ : ChartImpl()
316 , m_sizeType(sizeType) 316​ , m_sizeType(sizeType)
317 , m_sizeRatio(sizeRatio) 317​ , m_sizeRatio(sizeRatio)
318 , m_showNegativeBubbles(showNegativeBubbles) 318​ , m_showNegativeBubbles(showNegativeBubbles)
319 {} 319​ {}
320 320​
321 virtual QByteArray name() const { return "bubble"; } 321​ QByteArray name() const override { return "bubble"; }
322}; 322​};
323 323​
324class SurfaceImpl : public ChartImpl 324​class SurfaceImpl : public ChartImpl
325{ 325​{
326 public: 326​ public:
327 /// Specifies that the surface is either filled or a wireframe. 327​ /// Specifies that the surface is either filled or a wireframe.
328 bool m_fill; 328​ bool m_fill;
329 329​
330 explicit SurfaceImpl(bool fill = false) : ChartImpl(), m_fill(fill) {} 330​ explicit SurfaceImpl(bool fill = false) : ChartImpl(), m_fill(fill) {}
331 331​
332 virtual QByteArray name() const { return "surface"; } 332​ QByteArray name() const override { return "surface"; }
333}; 333​};
334 334​
335 335​
336// ---------------------------------------------------------------- 336​// ----------------------------------------------------------------
337// Objects within the chart 337​// Objects within the chart
338 338​
339 339​
340class Obj 340​class Obj
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364{ 364​{
365 public: 365​ public:
366 QString m_text; 366​ QString m_text;
367 367​
368 explicit Text(const QString &text = QString()) 368​ explicit Text(const QString &text = QString())
369 : Obj() 369​ : Obj()
370 , m_text(text) 370​ , m_text(text)
371 {} 371​ {}
372 virtual ~Text() {} 372​ ~Text() override {}
373}; 373​};
374 374​
375class Axis : public Obj 375​class Axis : public Obj
376{ 376​{
377 public: 377​ public:
378 enum Type { 378​ enum Type {
379 HorizontalValueAxis = 0x0000, 379​ HorizontalValueAxis = 0x0000,
380 VerticalValueAxis = 0x0001, 380​ VerticalValueAxis = 0x0001,
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411 , m_type(type) 411​ , m_type(type)
412 , m_reversed(false) 412​ , m_reversed(false)
413 , m_logarithmic(false) 413​ , m_logarithmic(false)
414 , m_autoMinimum(true) 414​ , m_autoMinimum(true)
415 , m_autoMaximum(true) 415​ , m_autoMaximum(true)
416 , m_minimum(0) 416​ , m_minimum(0)
417 , m_maximum(0) 417​ , m_maximum(0)
418 {} 418​ {}
419 virtual ~Axis() {} 419​ ~Axis() override {}
420}; 420​};
421 421​
422class Cell 422​class Cell
423{ 423​{
424 public: 424​ public:
425 int m_column; 425​ int m_column;
426 int m_row; 426​ int m_row;
427 QString m_value; 427​ QString m_value;
▲ Show 20 Lines • Show All 139 Lines • ▼ Show 20 Line(s)507 public:
567 , m_countBubbleSizeValues(0) 567​ , m_countBubbleSizeValues(0)
568 , m_showDataLabelValues(false) 568​ , m_showDataLabelValues(false)
569 , m_showDataLabelPercent(false) 569​ , m_showDataLabelPercent(false)
570 , m_showDataLabelCategory(false) 570​ , m_showDataLabelCategory(false)
571 , m_showDataLabelSeries(false) 571​ , m_showDataLabelSeries(false)
572 , m_markerType(NoMarker) 572​ , m_markerType(NoMarker)
573 ,spPr(0) 573​ ,spPr(0)
574 {} 574​ {}
575 virtual ~Series() 575​ ~Series() override
576 { 576​ {
577 qDeleteAll(m_datasetValue); 577​ qDeleteAll(m_datasetValue);
578 qDeleteAll(m_dataPoints); 578​ qDeleteAll(m_dataPoints);
579 qDeleteAll(m_datasetFormat); 579​ qDeleteAll(m_datasetFormat);
580 580​
581 delete spPr; 581​ delete spPr;
582 } 582​ }
583}; 583​};
584 584​
585class PlotArea : public Obj 585​class PlotArea : public Obj
586{ 586​{
587 public: 587​ public:
588 explicit PlotArea() 588​ explicit PlotArea()
589 : Obj() 589​ : Obj()
590 {} 590​ {}
591 virtual ~PlotArea() {} 591​ ~PlotArea() override {}
592}; 592​};
593 593​
594class Legend : public Obj 594​class Legend : public Obj
595{ 595​{
596 public: 596​ public:
597 explicit Legend() : Obj() {} 597​ explicit Legend() : Obj() {}
598 virtual ~Legend() {} 598​ ~Legend() override {}
599}; 599​};
600 600​
601/// The main charting class that represents a single chart. 601​/// The main charting class that represents a single chart.
602class Chart : public Obj 602​class Chart : public Obj
603{ 603​{
604 public: 604​ public:
605 QString m_sheetName; 605​ QString m_sheetName;
606 606​
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685 , m_fillGradient(0) 685​ , m_fillGradient(0)
686 , m_plotAreaFillGradient(0) 686​ , m_plotAreaFillGradient(0)
687 , m_markerType(NoMarker) 687​ , m_markerType(NoMarker)
688 , m_showLines(false) 688​ , m_showLines(false)
689 , m_textSize(10) 689​ , m_textSize(10)
690 { 690​ {
691 m_x1 = m_y1 = m_x2 = m_y2 = -1; // -1 means autoposition/autosize 691​ m_x1 = m_y1 = m_x2 = m_y2 = -1; // -1 means autoposition/autosize
692 } 692​ }
693 virtual ~Chart() 693​ ~Chart() override
694 { 694​ {
695 qDeleteAll(m_series); 695​ qDeleteAll(m_series);
696 qDeleteAll(m_texts); 696​ qDeleteAll(m_texts);
697 delete m_impl; 697​ delete m_impl;
698 delete m_plotArea; 698​ delete m_plotArea;
699 delete m_legend; 699​ delete m_legend;
700 delete m_fillGradient; 700​ delete m_fillGradient;
701 delete m_plotAreaFillGradient; 701​ delete m_plotAreaFillGradient;
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