public function setUp()
{
$data = array();
for ($i = 1; $i <= 10; $i++) {
$data[] = $i;
}
$jsWriterMethods = array('initializeSeries', 'setShadow', 'setFill', 'useSeriesLabels', 'setSeriesLabelSetting', 'setSeriesOption', 'getSeriesOption', 'getOptionsForSeries', 'setSeriesLineWidth', 'setSeriesShowLine', 'setSeriesShowMarker', 'setSeriesMarkerStyle', 'setSeriesMarkerSize', 'setType');
$mockChart = $this->getMock('\\Altamira\\Chart', array(), array('mockChart'));
$this->data = TwoDimensionalPointFactory::getFromXValues($data);
$this->mockJqPlotWriter = $this->getMock('\\Altamira\\JsWriter\\JqPlot', $jsWriterMethods, array($mockChart));
$this->mockFlotWriter = $this->getMock('\\Altamira\\JsWriter\\JqPlot', $jsWriterMethods, array($mockChart));
$this->jqPlotSeries = new Series($this->data, 'jqPlot', $this->mockJqPlotWriter);
$this->flotSeries = new Series($this->data, 'Flot', $this->mockFlotWriter);
}
private function sampleChartGenerator($library = null)
{
$chartsFactory = $this->get('charts_factory');
if (!is_null($library)) {
$chartsFactory->setLibrary($library);
}
$charts = array();
for ($i = 1; $i <= 8; $i++) {
$charts[] = $chartsFactory->createChart('chart' . $i);
}
$series1Points = TwoDimensionalPointFactory::getFromYValues(array(2, 8, 5, 3, 8, 9, 7, 8, 4, 2, 1, 6));
$series2Points = TwoDimensionalPointFactory::getFromYValues(array(7, 3, 7, 8, 2, 3, 1, 2, 5, 7, 8, 3));
$charts[0]->addSeries($charts[0]->createSeries($series1Points, 'Sales'))->addSeries($charts[0]->createSeries($series2Points, 'Returns'))->setTitle('Basic Line Chart')->setAxisOptions('y', 'formatString', '$%d')->setAxisOptions('x', 'tickInterval', 1)->setAxisOptions('x', 'min', 0)->setLegend(array('on' => true))->setAxisOptions('x', 'min', 0)->setAxisOptions('x', 'max', 14)->setAxisOptions('y', 'min', 0)->setAxisOptions('y', 'max', 10);
$seriesPoints = TwoDimensionalPointFactory::getFromNested(array(array('1/4/1990', 850), array('2/27/1991', 427), array('1/6/1994', 990), array('8/6/1994', 127), array('12/25/1995', 325)));
$series = $charts[1]->createSeries($seriesPoints, 'Measured Readings');
$series->useLabels(array('a', 'b', 'c', 'd', 'e'))->setLabelSetting('location', 'w')->setLabelSetting('xpadding', 8)->setLabelSetting('ypadding', 8);
$charts[1]->addSeries($series)->setTitle('Line Chart With Highlights and Labels')->useDates()->useHighlighting();
$seriesA = $charts[2]->createSeries(TwoDimensionalPointFactory::getFromYValues(array(1, 2, 3, 4, 5, 6, 7, 8, 9, 10)), 'First');
$seriesB = $charts[2]->createSeries(TwoDimensionalPointFactory::getFromYValues(array(1, 10, 2, 9, 3, 8, 4, 7, 5, 6)), 'Second');
$seriesC = $charts[2]->createSeries(TwoDimensionalPointFactory::getFromYValues(array(10, 7, 6, 5, 3, 1, 3, 5, 6, 7)), 'Third');
$seriesA->showMarker(false)->setLineWidth(8);
$seriesB->setMarkerStyle('filledSquare')->showLine(false);
$seriesC->setLineWidth(1)->setMarkerSize(15)->setMarkerStyle('diamond');
$charts[2]->setTitle('Line Chart With Custom Formats And Zoom (drag to zoom, double-click to reset)')->addSeries($seriesA)->addSeries($seriesB)->addSeries($seriesC)->useZooming()->setAxisOptions('x', 'min', 0)->setAxisOptions('x', 'max', 12)->setAxisOptions('y', 'min', 0)->setAxisOptions('y', 'max', 12);
$charts[3]->setTitle('Horizontal Bar Chart')->addSeries($charts[3]->createSeries(TwoDimensionalPointFactory::getFromXValues(array(1, 4, 8, 2, 1, 5)), 'Runs'))->addSeries($charts[3]->createSeries(TwoDimensionalPointFactory::getFromXValues(array(3, 3, 5, 4, 2, 6)), 'Walks'))->setType('Bar', array('horizontal' => true))->setAxisTicks('y', array('1st Inning', '2nd Inning', '3rd Inning', '4th Inning', '5th Inning', '6th Inning'))->setLegend(array('on' => true, 'location' => 'se', 'x' => 5, 'y' => 5));
$manySeriesArray = array(array('Pots', 7), array('Pans', 5), array('Spoons', 2), array('Knives', 5), array('Forks', 12));
$nestedFactoryMethod = array('Altamira\\ChartDatum\\TwoDimensionalPointFactory', 'getFromNested');
$charts[4]->setTitle('Pie Chart')->addSeries($charts[4]->createManySeries($manySeriesArray, $nestedFactoryMethod, 'Utensils'))->setType('Pie')->setLegend();
$chart6Many1 = array(array('Metals', 3), array('Plastics', 5), array('Wood', 2), array('Glass', 7), array('Paper', 9));
$chart6Many2 = array(array('Metals', 4), array('Plastics', 2), array('Wood', 5), array('Glass', 4), array('Paper', 12));
$charts[5]->setTitle('Donut Chart With Custom Colors And Labels')->setSeriesColors(array('#dd3333', '#d465f1', '#aa2211', '#3377aa', '#6699bb', '#9933aa'))->setType('Donut', array('sliceMargin' => 3, 'showDataLabels' => true))->setLegend();
if ($library == \Altamira\JsWriter\Flot::LIBRARY) {
$charts[5]->addSeries($charts[5]->createManySeries($chart6Many1, $nestedFactoryMethod, 'Internal'));
// Flot doesn't support inner and outer, but you can always use extra js to superimpose
$charts[] = $chartsFactory->createChart('chart' . $i);
$charts[8]->addSeries($charts[8]->createManySeries($chart6Many2, $nestedFactoryMethod, 'External'))->setTitle('Donut Chart With Custom Colors And Labels')->setSeriesColors(array('#dd3333', '#d465f1', '#aa2211', '#3377aa', '#6699bb', '#9933aa'))->setType('Donut', array('sliceMargin' => 3, 'showDataLabels' => true))->setLegend();
} else {
$charts[5]->addSeries($charts[5]->createManySeries($chart6Many1, $nestedFactoryMethod, 'Internal'))->addSeries($charts[5]->createManySeries($chart6Many2, $nestedFactoryMethod, 'External'));
}
$bubbleFactoryMethod = array('Altamira\\ChartDatum\\BubbleFactory', 'getBubbleDatumFromTupleSet');
$charts[6]->addSeries($charts[6]->createManySeries(array(array('Screws', 4, 7, 5), array('Nails', 5, 3, 6), array('Bolts', 4, 5, 7), array('Nuts', 3.5, 4, 6), array('Washers', 3, 2, 5), array('Pliers', 4, 1, 5), array('Hammers', 4.5, 6, 6)), $bubbleFactoryMethod, 'Bubble'))->setTitle('Bubble Chart')->setType('Bubble', array('bubbleAlpha' => 0.5, 'highlightAlpha' => 0.7))->setAxisOptions('x', 'min', 2)->setAxisOptions('x', 'max', 6)->setAxisOptions('y', 'min', -2)->setAxisOptions('y', 'max', 10);
$array1 = array(1, 4, 8, 2, 1, 5);
$array2 = array(3, 3, 5, 4, 2, 6);
$num = max(count($array1), count($array2));
for ($i = 0; $i < $num; $i++) {
$total = $array1[$i] + $array2[$i];
$array1[$i] = $array1[$i] / $total * 100;
$array2[$i] = $array2[$i] / $total * 100;
}
$charts[7]->setTitle('Vertical Stack Chart')->addSeries($charts[7]->createSeries(TwoDimensionalPointFactory::getFromYValues($array1), 'Is'))->addSeries($charts[7]->createSeries(TwoDimensionalPointFactory::getFromYValues($array2), 'Is Not'))->setType('Bar', array('stackSeries' => true))->setLegend(array('on' => true, 'location' => 'se', 'x' => 5, 'y' => 5))->setAxisOptions('y', 'max', 100);
if ($library == \Altamira\JsWriter\JqPlot::LIBRARY) {
foreach ($charts[7]->getSeries() as $series) {
$series->useLabels();
}
}
$chartIterator = $chartsFactory->getChartIterator($charts);
$altamiraJSLibraries = $chartIterator->getLibraries();
$altamiraCSS = $chartIterator->getCSSPath();
$altamiraJSScript = $chartIterator->getScripts();
$altamiraPlugins = $chartIterator->getPlugins();
while ($chartIterator->valid()) {
$altamiraCharts[] = $chartIterator->current()->getDiv();
$chartIterator->next();
}
//print_r($charts);
return $this->render('MalwarebytesAltamiraBundle:Default:example.html.twig', array('altamiraJSLibraries' => $altamiraJSLibraries, 'altamiraCSS' => $altamiraCSS, 'altamiraScripts' => $altamiraJSScript, 'altamiraCharts' => $altamiraCharts, 'altamiraJSPlugins' => $altamiraPlugins));
}
$chart7->addSeries($chart7->createManySeries(array(array('Screws', 4, 7, 5), array('Nails', 5, 3, 6), array('Bolts', 4, 5, 7), array('Nuts', 3.5, 4, 6), array('Washers', 3, 2, 5), array('Pliers', 4, 1, 5), array('Hammers', 4.5, 6, 6)), $bubbleFactoryMethod, 'Bubble'))->setTitle('Bubble Chart')->setType('Bubble', array('bubbleAlpha' => 0.5, 'highlightAlpha' => 0.7))->setAxisOptions('x', 'min', 2)->setAxisOptions('x', 'max', 6)->setAxisOptions('y', 'min', -2)->setAxisOptions('y', 'max', 10);
if ($library == \Altamira\JsWriter\JqPlot::LIBRARY) {
foreach ($chart7->getSeries() as $series) {
$series->useLabels();
}
}
$array1 = array(1, 4, 8, 2, 1, 5);
$array2 = array(3, 3, 5, 4, 2, 6);
$num = max(count($array1), count($array2));
for ($i = 0; $i < $num; $i++) {
$total = $array1[$i] + $array2[$i];
$array1[$i] = $array1[$i] / $total * 100;
$array2[$i] = $array2[$i] / $total * 100;
}
$chart8 = new Chart('chart8', $library);
$chart8->setTitle('Vertical Stack Chart')->addSeries($chart8->createSeries(TwoDimensionalPointFactory::getFromYValues($array1), 'Is'))->addSeries($chart8->createSeries(TwoDimensionalPointFactory::getFromYValues($array2), 'Is Not'))->setType('Bar', array('stackSeries' => true))->setLegend(array('on' => true, 'location' => 'se', 'x' => 5, 'y' => 5))->setAxisOptions('y', 'max', 100);
$charts = array($chart, $chart2, $chart3, $chart4, $chart5, $chart6, $chart7, $chart8);
if ($library == \Altamira\JsWriter\Flot::LIBRARY) {
$charts[] = $chart6a;
}
$chartIterator = new ChartIterator($charts);
?>
<html>
<head>
<script src="//ajax.googleapis.com/ajax/libs/jquery/1.8.3/jquery.min.js"></script>
<!-- enable this if you want to display the charts on IE -->
<!--<script type="text/javascript" src="js/excanvas.js"></script>-->
<?php
$chartIterator->renderLibraries()->renderCss()->renderPlugins();
/**
* @covers \Altamira\ChartDatum\TwoDimensionalPointFactory::getFromYValues
* @covers \Altamira\ChartDatum\TwoDimensionalPointFactory::getFromXValues
* @covers \Altamira\ChartDatum\TwoDimensionalPointFactory::getFromNested
* @covers \Altamira\ChartDatum\BubbleFactory::getBubbleDatumFromTupleSet
*/
public function testFactories()
{
$values = array(0 => 1, 1 => 2, 2 => 3);
$allValues = \Altamira\ChartDatum\TwoDimensionalPointFactory::getFromYValues($values);
$yvaluePoints = $allValues;
$allValues = \Altamira\ChartDatum\TwoDimensionalPointFactory::getFromXValues($values, $allValues);
$xvaluePoints = array_slice($allValues, 0, count($yvaluePoints));
foreach ($values as $key => $value) {
$chartDatumX = array_shift($xvaluePoints);
$chartDatumY = array_shift($yvaluePoints);
$this->assertInstanceOf('\\Altamira\\ChartDatum\\TwoDimensionalPoint', $chartDatumY, '\\Altamira\\ChartDatum\\TwoDimensionalPointFactory::getFromYValues should return an array of chartdatum instances when not provided an array to append to');
$this->assertEquals($value, $chartDatumY['y']);
$this->assertEquals($key + 1, $chartDatumY['x'], '\\Altamira\\ChartDatum\\TwoDimensionalPointFactory::getFromYValues should set the X value as one greater than the source data\'s array index');
$this->assertEquals($key + 1, $chartDatumX['y'], '\\Altamira\\ChartDatum\\TwoDimensionalPointFactory::getFromXValues should set the X value as one greater than the source data\'s array index');
$this->assertEquals($value, $chartDatumX['x']);
}
$nestedData = array(array(0, 5), array(1, 1), array(1, 2));
$nestedPoints = \Altamira\ChartDatum\TwoDimensionalPointFactory::getFromNested($nestedData);
foreach ($nestedPoints as $nestedPoint) {
$nestedVal = array_shift($nestedData);
$this->assertEquals($nestedVal[0], $nestedPoint['x']);
$this->assertEquals($nestedVal[1], $nestedPoint['y']);
}
$tupleSet = array(array('foo', 2, 3, 4), array('bar', 3, 4, 5));
$bubblePoints = \Altamira\ChartDatum\BubbleFactory::getBubbleDatumFromTupleSet($tupleSet);
foreach ($bubblePoints as $bubble) {
$tuple = array_shift($tupleSet);
$this->assertEquals($tuple[0], $bubble->getLabel());
$this->assertEquals($tuple[1], $bubble['x']);
$this->assertEquals($tuple[2], $bubble['y']);
$this->assertEquals($tuple[3], $bubble['radius']);
}
}
/**
* @covers \Altamira\Chart::createManySeries
*/
public function testCreateManySeriesDefault()
{
$mockChart = $this->getMockBuilder('\\Altamira\\Chart')->disableOriginalConstructor()->setMethods(array('createSeries'))->getMock();
$mockSeries = $this->getMockBuilder('\\Altamira\\Series')->disableOriginalConstructor()->getMock();
$dataset = array(array(1, 2), array(3, 4));
$title = 'title';
$type = 'Bar';
$factory = array('\\Altamira\\ChartDatum\\TwoDimensionalPointFactory', 'getFromNested');
$expectedPoints = array();
\Altamira\ChartDatum\TwoDimensionalPointFactory::getFromNested(array($dataset[0]), $expectedPoints);
\Altamira\ChartDatum\TwoDimensionalPointFactory::getFromNested(array($dataset[1]), $expectedPoints);
$mockChart->expects($this->once())->method('createSeries')->with($expectedPoints, $title, $type)->will($this->returnValue($mockSeries));
$this->assertEquals($mockSeries, $mockChart->createManySeries($dataset, $factory, $title, $type));
}
