@Test public void testSetBoundsValues() { System.out.println("setBoundsValues"); AbstractRowPlotter instance = new AbstractRowPlotterImpl(); instance.setBoundsValues(new Graphics2DEmul().getBounds(), minXVal, maxXVal, minYVal, maxYVal); }
public void setBoundsValues(Rectangle chartRect, long minXVal, long maxXVal, double minYVal, double maxYVal) { this.chartRect = chartRect; this.minXVal = minXVal; this.maxXVal = maxXVal; this.minYVal = minYVal; this.maxYVal = maxYVal; dxForDVal = (maxXVal <= minXVal) ? 0 : (double) chartRect.width / (maxXVal - minXVal); dyForDVal = (maxYVal <= minYVal) ? 0 : (double) chartRect.height / (maxYVal - minYVal); }
AbstractRowPlotter implements Serializable { public void setBoundsValues(Rectangle chartRect, long minXVal, long maxXVal, double minYVal, double maxYVal) { this.chartRect = chartRect; this.minXVal = minXVal; this.maxXVal = maxXVal; this.minYVal = minYVal; this.maxYVal = maxYVal; dxForDVal = (maxXVal <= minXVal) ? 0 : (double) chartRect.width / (maxXVal - minXVal); dyForDVal = (maxYVal <= minYVal) ? 0 : (double) chartRect.height / (maxYVal - minYVal); } }
AbstractRowPlotter implements Serializable { public void setBoundsValues(Rectangle chartRect, long minXVal, long maxXVal, double minYVal, double maxYVal) { this.chartRect = chartRect; this.minXVal = minXVal; this.maxXVal = maxXVal; this.minYVal = minYVal; this.maxYVal = maxYVal; dxForDVal = (maxXVal <= minXVal) ? 0 : (double) chartRect.width / (maxXVal - minXVal); dyForDVal = (maxYVal <= minYVal) ? 0 : (double) chartRect.height / (maxYVal - minYVal); } AbstractRowPlotter(ChartSettings chartSettings, NumberRenderer labelRenderer); }
AbstractRowPlotter implements Serializable { public void setBoundsValues(Rectangle chartRect, long minXVal, long maxXVal, double minYVal, double maxYVal) { this.chartRect = chartRect; this.minXVal = minXVal; this.maxXVal = maxXVal; this.minYVal = minYVal; this.maxYVal = maxYVal; dxForDVal = (maxXVal <= minXVal) ? 0 : (double) chartRect.width / (maxXVal - minXVal); dyForDVal = (maxYVal <= minYVal) ? 0 : (double) chartRect.height / (maxYVal - minYVal); } AbstractRowPlotter(ChartSettings chartSettings, NumberRenderer labelRenderer); void setBoundsValues(Rectangle chartRect, long minXVal, long maxXVal, double minYVal, double maxYVal); synchronized void paintRow(Graphics2D g2d, AbstractGraphRow row, Color color, double zoomFactor, int limitPointFactor); }
AbstractRowPlotter implements Serializable { public void setBoundsValues(Rectangle chartRect, long minXVal, long maxXVal, double minYVal, double maxYVal) { this.chartRect = chartRect; this.minXVal = minXVal; this.maxXVal = maxXVal; this.minYVal = minYVal; this.maxYVal = maxYVal; dxForDVal = (maxXVal <= minXVal) ? 0 : (double) chartRect.width / (maxXVal - minXVal); dyForDVal = (maxYVal <= minYVal) ? 0 : (double) chartRect.height / (maxYVal - minYVal); } AbstractRowPlotter(ChartSettings chartSettings, NumberRenderer labelRenderer); void setBoundsValues(Rectangle chartRect, long minXVal, long maxXVal, double minYVal, double maxYVal); synchronized void paintRow(Graphics2D g2d, AbstractGraphRow row, Color color, double zoomFactor, int limitPointFactor);  }