")); + } + } +}; + +$(document).ready(function() { + imageMap.init(); +}); diff --git a/libraries/chart.lib.php b/libraries/chart.lib.php new file mode 100644 index 000000000..1dfaf575c --- /dev/null +++ b/libraries/chart.lib.php @@ -0,0 +1,256 @@ + + * @package phpMyAdmin + */ + +/** + * + */ +define('ERR_NO_GD', 0); +define('ERR_NO_JSON', 1); + +require_once './libraries/chart/pma_pchart_pie.php'; +require_once './libraries/chart/pma_pchart_single_bar.php'; +require_once './libraries/chart/pma_pchart_multi_bar.php'; +require_once './libraries/chart/pma_pchart_stacked_bar.php'; +require_once './libraries/chart/pma_pchart_single_line.php'; +require_once './libraries/chart/pma_pchart_multi_line.php'; +require_once './libraries/chart/pma_pchart_single_radar.php'; +require_once './libraries/chart/pma_pchart_multi_radar.php'; + +/** + * Formats a chart for the status page. + * @param array $data data for the status chart + * @return string HTML and JS code for the chart + */ +function PMA_chart_status($data) +{ + // format keys which will be shown in the chart + $chartData = array(); + foreach($data as $dataKey => $dataValue) { + $key = ucwords(str_replace(array('Com_', '_'), array('', ' '), $dataKey)); + $value = (int)$dataValue; + $chartData[$key] = $value; + } + + $chart = new PMA_pChart_Pie( + $chartData, + array('titleText' => __('Query statistics')) + ); + $chartCode = $chart->toString(); + PMA_handle_chart_err($chart->getErrors()); + echo $chartCode; +} + +/** + * Formats a chart for the profiling page. + * @param array $data data for the status chart + * @return string HTML and JS code for the chart + */ +function PMA_chart_profiling($data) +{ + $chartData = array(); + foreach($data as $dataValue) { + $value = (int)($dataValue['Duration']*1000000); + $key = ucwords($dataValue['Status']); + $chartData[$key] = $value; + } + + $chart = new PMA_pChart_Pie( + $chartData, + array('titleText' => __('Query execution time comparison (in microseconds)')) + ); + $chartCode = $chart->toString(); + PMA_handle_chart_err($chart->getErrors()); + echo $chartCode; +} + +/** + * Formats a chart for the query results page. + * @param array $data data for the status chart + * @param array $chartSettings settings used to generate the chart + * @return string HTML and JS code for the chart + */ +function PMA_chart_results($data, &$chartSettings) +{ + $chartData = array(); + $chart = null; + + // set default title if not already set + if (empty($chartSettings['titleText'])) { + $chartSettings['titleText'] = __('Query results'); + } + + // set default type if not already set + if (empty($chartSettings['type'])) { + $chartSettings['type'] = 'bar'; + } + + // set default type if not already set + if (empty($chartSettings['continuous'])) { + $chartSettings['continuous'] = 'off'; + } + + // set default bar type if needed + if ($chartSettings['type'] == 'bar' && empty($chartSettings['barType'])) { + $chartSettings['barType'] = 'stacked'; + } + + // default for legend + $chartSettings['legend'] = false; + + // default for muti series + $chartSettings['multi'] = false; + + if (!isset($data[0])) { + // empty data + return __('No data found for the chart.'); + } + + if (count($data[0]) == 1 || count($data[0]) == 2) { + // One or two columns in every row. + // This data is suitable for a simple bar chart. + + if ($chartSettings['type'] == 'pie') { + // loop through the rows, data for pie chart has to be formated + // in a different way then in other charts. + foreach ($data as $rowKey => $row) { + $values = array_values($row); + + if (count($row) == 1) { + $chartData[$rowKey] = $values[0]; + } + else { + $chartData[$values[1]] = $values[0]; + } + } + + $chartSettings['legend'] = true; + $chart = new PMA_pChart_pie($chartData, $chartSettings); + } + else { + // loop through the rows + foreach ($data as $rowKey => $row) { + + // loop through the columns in the row + foreach ($row as $valueKey => $value) { + $chartData[$valueKey][] = $value; + } + + // if only one column, we need to add + // placeholder data for x axis + if (count($row) == 1) { + $chartData[''][] = $rowKey; + } + } + + switch ($chartSettings['type']) { + case 'bar': + default: + $chart = new PMA_pChart_single_bar($chartData, $chartSettings); + break; + case 'line': + $chart = new PMA_pChart_single_line($chartData, $chartSettings); + break; + case 'radar': + $chart = new PMA_pChart_single_radar($chartData, $chartSettings); + break; + } + } + } + else if (count($data[0]) == 3) { + // Three columns (x axis, y axis, series) in every row. + // This data is suitable for a stacked bar chart. + $chartSettings['multi'] = true; + + $keys = array_keys($data[0]); + $yAxisKey = $keys[0]; + $xAxisKey = $keys[1]; + $seriesKey = $keys[2]; + + // get all the series labels + $seriesLabels = array(); + foreach ($data as $row) { + $seriesLabels[] = $row[$seriesKey]; + } + $seriesLabels = array_unique($seriesLabels); + + // loop through the rows + $currentXLabel = $data[0][$xAxisKey]; + foreach ($data as $row) { + + // save the label + // use the same value as the key and the value to get rid of duplicate results + $chartData[$xAxisKey][$row[$xAxisKey]] = $row[$xAxisKey]; + + // make sure to set value to every serie + $currentSeriesLabel = (string)$row[$seriesKey]; + foreach ($seriesLabels as $seriesLabelsValue) { + if ($currentSeriesLabel == $seriesLabelsValue) { + // the value os for this serie + $chartData[$yAxisKey][$seriesLabelsValue][$row[$xAxisKey]] = (int)$row[$yAxisKey]; + } + else if (!isset($chartData[$yAxisKey][$seriesLabelsValue][$row[$xAxisKey]])) { + // if the value for this serie is not set, set it to 0 + $chartData[$yAxisKey][$seriesLabelsValue][$row[$xAxisKey]] = 0; + } + } + } + + $chartSettings['legend'] = true; + + // determine the chart type + switch ($chartSettings['type']) { + case 'bar': + default: + + // determine the bar chart type + switch ($chartSettings['barType']) { + case 'stacked': + default: + $chart = new PMA_pChart_stacked_bar($chartData, $chartSettings); + break; + case 'multi': + $chart = new PMA_pChart_multi_bar($chartData, $chartSettings); + break; + } + break; + + case 'line': + $chart = new PMA_pChart_multi_line($chartData, $chartSettings); + break; + case 'radar': + $chart = new PMA_pChart_multi_radar($chartData, $chartSettings); + break; + } + } + else { + // unknown data format + return ''; + } + + $chartCode = $chart->toString(); + $chartSettings = $chart->getSettings(); + $chartErrors = $chart->getErrors(); + PMA_handle_chart_err($chartErrors); + + return $chartCode; +} + +/** + * Simple handler of chart errors. + * @param array $errors all occured errors + */ +function PMA_handle_chart_err($errors) +{ + if (in_array(ERR_NO_GD, $errors)) { + PMA_warnMissingExtension('GD', false, 'GD extension is needed for charts.'); + } + else if (in_array(ERR_NO_JSON, $errors)) { + PMA_warnMissingExtension('JSON', false, 'JSON encoder is needed for chart tooltips.'); + } +} + +?> diff --git a/libraries/chart/pChart/fonts/tahoma.ttf b/libraries/chart/pChart/fonts/tahoma.ttf new file mode 100644 index 000000000..59b14a2d2 Binary files /dev/null and b/libraries/chart/pChart/fonts/tahoma.ttf differ diff --git a/libraries/chart/pChart/pCache.class b/libraries/chart/pChart/pCache.class new file mode 100644 index 000000000..2bcd6b044 --- /dev/null +++ b/libraries/chart/pChart/pCache.class @@ -0,0 +1,119 @@ +. + + Class initialisation : + pCache($CacheFolder="Cache/") + Cache management : + IsInCache($Data) + GetFromCache($ID,$Data) + WriteToCache($ID,$Data,$Picture) + DeleteFromCache($ID,$Data) + ClearCache() + Inner functions : + GetHash($ID,$Data) + */ + + /* pCache class definition */ + class pCache + { + var $HashKey = ""; + var $CacheFolder = "Cache/"; + + /* Create the pCache object */ + function pCache($CacheFolder="Cache/") + { + $this->CacheFolder = $CacheFolder; + } + + /* This function is clearing the cache folder */ + function ClearCache() + { + if ($handle = opendir($this->CacheFolder)) + { + while (false !== ($file = readdir($handle))) + { + if ( $file != "." && $file != ".." ) + unlink($this->CacheFolder.$file); + } + closedir($handle); + } + } + + /* This function is checking if we have an offline version of this chart */ + function IsInCache($ID,$Data,$Hash="") + { + if ( $Hash == "" ) + $Hash = $this->GetHash($ID,$Data); + + if ( file_exists($this->CacheFolder.$Hash) ) + return(TRUE); + else + return(FALSE); + } + + /* This function is making a copy of drawn chart in the cache folder */ + function WriteToCache($ID,$Data,$Picture) + { + $Hash = $this->GetHash($ID,$Data); + $FileName = $this->CacheFolder.$Hash; + + imagepng($Picture->Picture,$FileName); + } + + /* This function is removing any cached copy of this chart */ + function DeleteFromCache($ID,$Data) + { + $Hash = $this->GetHash($ID,$Data); + $FileName = $this->CacheFolder.$Hash; + + if ( file_exists($FileName ) ) + unlink($FileName); + } + + /* This function is retrieving the cached picture if applicable */ + function GetFromCache($ID,$Data) + { + $Hash = $this->GetHash($ID,$Data); + if ( $this->IsInCache("","",$Hash ) ) + { + $FileName = $this->CacheFolder.$Hash; + + header('Content-type: image/png'); + @readfile($FileName); + exit(); + } + } + + /* This function is building the graph unique hash key */ + function GetHash($ID,$Data) + { + $mKey = "$ID"; + foreach($Data as $key => $Values) + { + $tKey = ""; + foreach($Values as $Serie => $Value) + $tKey = $tKey.$Serie.$Value; + $mKey = $mKey.md5($tKey); + } + return(md5($mKey)); + } + } +?> \ No newline at end of file diff --git a/libraries/chart/pChart/pChart.class b/libraries/chart/pChart/pChart.class new file mode 100644 index 000000000..2b5a07721 --- /dev/null +++ b/libraries/chart/pChart/pChart.class @@ -0,0 +1,3626 @@ +. + + Class initialisation : + pChart($XSize,$YSize) + Draw methods : + drawBackground($R,$G,$B) + drawRectangle($X1,$Y1,$X2,$Y2,$R,$G,$B) + drawFilledRectangle($X1,$Y1,$X2,$Y2,$R,$G,$B,$DrawBorder=TRUE,$Alpha=100) + drawRoundedRectangle($X1,$Y1,$X2,$Y2,$Radius,$R,$G,$B) + drawFilledRoundedRectangle($X1,$Y1,$X2,$Y2,$Radius,$R,$G,$B) + drawCircle($Xc,$Yc,$Height,$R,$G,$B,$Width=0) + drawFilledCircle($Xc,$Yc,$Height,$R,$G,$B,$Width=0) + drawEllipse($Xc,$Yc,$Height,$Width,$R,$G,$B) + drawFilledEllipse($Xc,$Yc,$Height,$Width,$R,$G,$B) + drawLine($X1,$Y1,$X2,$Y2,$R,$G,$B,$GraphFunction=FALSE) + drawDottedLine($X1,$Y1,$X2,$Y2,$DotSize,$R,$G,$B) + drawAlphaPixel($X,$Y,$Alpha,$R,$G,$B) + drawFromPNG($FileName,$X,$Y,$Alpha=100) + drawFromGIF($FileName,$X,$Y,$Alpha=100) + drawFromJPG($FileName,$X,$Y,$Alpha=100) + Graph setup methods : + addBorder($Width=3,$R=0,$G=0,$B=0) + clearScale() + clearShadow() + createColorGradientPalette($R1,$G1,$B1,$R2,$G2,$B2,$Shades) + drawGraphArea($R,$G,$B,$Stripe=FALSE) + drawScale($Data,$DataDescription,$ScaleMode,$R,$G,$B,$DrawTicks=TRUE,$Angle=0,$Decimals=1,$WithMargin=FALSE,$SkipLabels=1,$RightScale=FALSE) + drawRightScale($Data,$DataDescription,$ScaleMode,$R,$G,$B,$DrawTicks=TRUE,$Angle=0,$Decimals=1,$WithMargin=FALSE,$SkipLabels=1) + drawXYScale($Data,$DataDescription,$YSerieName,$XSerieName,$R,$G,$B,$WithMargin=0,$Angle=0,$Decimals=1) + drawGrid($LineWidth,$Mosaic=TRUE,$R=220,$G=220,$B=220,$Alpha=100) + drawLegend($XPos,$YPos,$DataDescription,$R,$G,$B,$Rs=-1,$Gs=-1,$Bs=-1,$Rt=0,$Gt=0,$Bt=0,$Border=FALSE) + drawPieLegend($XPos,$YPos,$Data,$DataDescription,$R,$G,$B) + drawTitle($XPos,$YPos,$Value,$R,$G,$B,$XPos2=-1,$YPos2=-1,$Shadow=FALSE) + drawTreshold($Value,$R,$G,$B,$ShowLabel=FALSE,$ShowOnRight=FALSE,$TickWidth=4,$FreeText=NULL) + drawArea($Data,$Serie1,$Serie2,$R,$G,$B,$Alpha = 50) + drawRadarAxis($Data,$DataDescription,$Mosaic=TRUE,$BorderOffset=10,$A_R=60,$A_G=60,$A_B=60,$S_R=200,$S_G=200,$S_B=200,$MaxValue=-1) + drawGraphAreaGradient($R,$G,$B,$Decay,$Target=TARGET_GRAPHAREA) + drawTextBox($X1,$Y1,$X2,$Y2,$Text,$Angle=0,$R=255,$G=255,$B=255,$Align=ALIGN_LEFT,$Shadow=TRUE,$BgR=-1,$BgG=-1,$BgB=-1,$Alpha=100) + getLegendBoxSize($DataDescription) + loadColorPalette($FileName,$Delimiter=",") + reportWarnings($Interface="CLI") + setGraphArea($X1,$Y1,$X2,$Y2) + setLabel($Data,$DataDescription,$SerieName,$ValueName,$Caption,$R=210,$G=210,$B=210) + setColorPalette($ID,$R,$G,$B) + setCurrency($Currency) + setDateFormat($Format) + setFontProperties($FontName,$FontSize) + setLineStyle($Width=1,$DotSize=0) + setFixedScale($VMin,$VMax,$Divisions=5,$VXMin=0,$VXMin=0,$XDivisions=5) + setShadowProperties($XDistance=1,$YDistance=1,$R=60,$G=60,$B=60,$Alpha) + writeValues($Data,$DataDescription,$Series) + Graphs methods : + drawPlotGraph($Data,$DataDescription,$BigRadius=5,$SmallRadius=2,$R2=-1,$G2=-1,$B2=-1,$Shadow=FALSE) + drawXYPlotGraph($Data,$DataDescription,$YSerieName,$XSerieName,$PaletteID=0,$BigRadius=5,$SmallRadius=2,$R2=-1,$G2=-1,$B2=-1) + drawLineGraph($Data,$DataDescription,$SerieName="") + drawXYGraph($Data,$DataDescription,$YSerieName,$XSerieName,$PaletteID=0) + drawFilledLineGraph($Data,$DataDescription,$Alpha=100,$AroundZero=FALSE) + drawCubicCurve($Data,$DataDescription,$Accuracy=.1,$SerieName="") + drawFilledCubicCurve($Data,$DataDescription,$Accuracy=.1,$Alpha=100,$AroundZero=FALSE) + drawOverlayBarGraph($Data,$DataDescription,$Alpha=50) + drawBarGraph($Data,$DataDescription,$Shadow=FALSE) + drawStackedBarGraph($Data,$DataDescription,$Alpha=50,$Contiguous=FALSE) + drawLimitsGraph($Data,$DataDescription,$R=0,$G=0,$B=0) + drawRadar($Data,$DataDescription,$BorderOffset=10,$MaxValue=-1) + drawFilledRadar($Data,$DataDescription,$Alpha=50,$BorderOffset=10,$MaxValue=-1) + drawBasicPieGraph($Data,$DataDescription,$XPos,$YPos,$Radius=100,$DrawLabels=PIE_NOLABEL,$R=255,$G=255,$B=255,$Decimals=0) + drawFlatPieGraph($Data,$DataDescription,$XPos,$YPos,$Radius=100,$DrawLabels=PIE_NOLABEL,$SpliceDistance=0,$Decimals = 0) + drawFlatPieGraphWithShadow($Data,$DataDescription,$XPos,$YPos,$Radius=100,$DrawLabels=PIE_NOLABEL,$SpliceDistance=0,$Decimals = 0) + drawPieGraph($Data,$DataDescription,$XPos,$YPos,$Radius=100,$DrawLabels=PIE_NOLABEL,$EnhanceColors=TRUE,$Skew=60,$SpliceHeight=20,$SpliceDistance=0,$Decimals=0) + Other methods : + setImageMap($Mode=TRUE,$GraphID="MyGraph") + getImageMap() + getSavedImageMap($MapName,$Flush=TRUE) + Render($FileName) + Stroke() + */ + + /* Declare some script wide constants */ + define("SCALE_NORMAL",1); + define("SCALE_ADDALL",2); + define("SCALE_START0",3); + define("SCALE_ADDALLSTART0",4); + define("PIE_PERCENTAGE", 1); + define("PIE_LABELS",2); + define("PIE_NOLABEL",3); + define("PIE_PERCENTAGE_LABEL", 4); + define("TARGET_GRAPHAREA",1); + define("TARGET_BACKGROUND",2); + define("ALIGN_TOP_LEFT",1); + define("ALIGN_TOP_CENTER",2); + define("ALIGN_TOP_RIGHT",3); + define("ALIGN_LEFT",4); + define("ALIGN_CENTER",5); + define("ALIGN_RIGHT",6); + define("ALIGN_BOTTOM_LEFT",7); + define("ALIGN_BOTTOM_CENTER",8); + define("ALIGN_BOTTOM_RIGHT",9); + + /* pChart class definition */ + class pChart + { + /* Palettes definition */ + var $Palette = array("0"=>array("R"=>188,"G"=>224,"B"=>46), + "1"=>array("R"=>224,"G"=>100,"B"=>46), + "2"=>array("R"=>224,"G"=>214,"B"=>46), + "3"=>array("R"=>46,"G"=>151,"B"=>224), + "4"=>array("R"=>176,"G"=>46,"B"=>224), + "5"=>array("R"=>224,"G"=>46,"B"=>117), + "6"=>array("R"=>92,"G"=>224,"B"=>46), + "7"=>array("R"=>224,"G"=>176,"B"=>46)); + + /* Some static vars used in the class */ + var $XSize = NULL; + var $YSize = NULL; + var $Picture = NULL; + var $ImageMap = NULL; + + /* Error management */ + var $ErrorReporting = FALSE; + var $ErrorInterface = "CLI"; + var $Errors = NULL; + var $ErrorFontName = "Fonts/pf_arma_five.ttf"; + var $ErrorFontSize = 6; + + /* vars related to the graphing area */ + var $GArea_X1 = NULL; + var $GArea_Y1 = NULL; + var $GArea_X2 = NULL; + var $GArea_Y2 = NULL; + var $GAreaXOffset = NULL; + var $VMax = NULL; + var $VMin = NULL; + var $VXMax = NULL; + var $VXMin = NULL; + var $Divisions = NULL; + var $XDivisions = NULL; + var $DivisionHeight = NULL; + var $XDivisionHeight = NULL; + var $DivisionCount = NULL; + var $XDivisionCount = NULL; + var $DivisionRatio = NULL; + var $XDivisionRatio = NULL; + var $DivisionWidth = NULL; + var $DataCount = NULL; + var $Currency = "\$"; + + /* Text format related vars */ + var $FontName = NULL; + var $FontSize = NULL; + var $DateFormat = "d/m/Y"; + + /* Lines format related vars */ + var $LineWidth = 1; + var $LineDotSize = 0; + + /* Layer related vars */ + var $Layers = NULL; + + /* Set antialias quality : 0 is maximum, 100 minimum*/ + var $AntialiasQuality = 0; + + /* Shadow settings */ + var $ShadowActive = FALSE; + var $ShadowXDistance = 1; + var $ShadowYDistance = 1; + var $ShadowRColor = 60; + var $ShadowGColor = 60; + var $ShadowBColor = 60; + var $ShadowAlpha = 50; + var $ShadowBlur = 0; + + /* Image Map settings */ + var $BuildMap = FALSE; + var $MapFunction = NULL; + var $tmpFolder = "tmp/"; + var $MapID = NULL; + + /* This function create the background picture */ + function pChart($XSize,$YSize) + { + $this->XSize = $XSize; + $this->YSize = $YSize; + $this->Picture = imagecreatetruecolor($XSize,$YSize); + $C_White =$this->AllocateColor($this->Picture,255,255,255); + imagefilledrectangle($this->Picture,0,0,$XSize,$YSize,$C_White); + imagecolortransparent($this->Picture,$C_White); + $this->setFontProperties("tahoma.ttf",8); + } + + /* Set if warnings should be reported */ + function reportWarnings($Interface="CLI") + { + $this->ErrorReporting = TRUE; + $this->ErrorInterface = $Interface; + } + + /* Set the font properties */ + function setFontProperties($FontName,$FontSize) + { + $this->FontName = $FontName; + $this->FontSize = $FontSize; + } + + /* Set the shadow properties */ + function setShadowProperties($XDistance=1,$YDistance=1,$R=60,$G=60,$B=60,$Alpha=50,$Blur=0) + { + $this->ShadowActive = TRUE; + $this->ShadowXDistance = $XDistance; + $this->ShadowYDistance = $YDistance; + $this->ShadowRColor = $R; + $this->ShadowGColor = $G; + $this->ShadowBColor = $B; + $this->ShadowAlpha = $Alpha; + $this->ShadowBlur = $Blur; + } + + /* Remove shadow option */ + function clearShadow() + { + $this->ShadowActive = FALSE; + } + + /* Set Palette color */ + function setColorPalette($ID,$R,$G,$B) + { + if ( $R < 0 ) { $R = 0; } if ( $R > 255 ) { $R = 255; } + if ( $G < 0 ) { $G = 0; } if ( $G > 255 ) { $G = 255; } + if ( $B < 0 ) { $B = 0; } if ( $B > 255 ) { $B = 255; } + + $this->Palette[$ID]["R"] = $R; + $this->Palette[$ID]["G"] = $G; + $this->Palette[$ID]["B"] = $B; + } + + /* Create a color palette shading from one color to another */ + function createColorGradientPalette($R1,$G1,$B1,$R2,$G2,$B2,$Shades) + { + $RFactor = ($R2-$R1)/$Shades; + $GFactor = ($G2-$G1)/$Shades; + $BFactor = ($B2-$B1)/$Shades; + + for($i=0;$i<=$Shades-1;$i++) + { + $this->Palette[$i]["R"] = $R1+$RFactor*$i; + $this->Palette[$i]["G"] = $G1+$GFactor*$i; + $this->Palette[$i]["B"] = $B1+$BFactor*$i; + } + } + + /* Load Color Palette from file */ + function loadColorPalette($FileName,$Delimiter=",") + { + $handle = @fopen($FileName,"r"); + $ColorID = 0; + if ($handle) + { + while (!feof($handle)) + { + $buffer = fgets($handle, 4096); + $buffer = str_replace(chr(10),"",$buffer); + $buffer = str_replace(chr(13),"",$buffer); + $Values = split($Delimiter,$buffer); + if ( count($Values) == 3 ) + { + $this->Palette[$ColorID]["R"] = $Values[0]; + $this->Palette[$ColorID]["G"] = $Values[1]; + $this->Palette[$ColorID]["B"] = $Values[2]; + $ColorID++; + } + } + } + } + + /* Set line style */ + function setLineStyle($Width=1,$DotSize=0) + { + $this->LineWidth = $Width; + $this->LineDotSize = $DotSize; + } + + /* Set currency symbol */ + function setCurrency($Currency) + { + $this->Currency = $Currency; + } + + /* Set the graph area location */ + function setGraphArea($X1,$Y1,$X2,$Y2) + { + $this->GArea_X1 = $X1; + $this->GArea_Y1 = $Y1; + $this->GArea_X2 = $X2; + $this->GArea_Y2 = $Y2; + } + + /* Prepare the graph area */ + function drawGraphArea($R,$G,$B,$Stripe=FALSE) + { + $this->drawFilledRectangle($this->GArea_X1,$this->GArea_Y1,$this->GArea_X2,$this->GArea_Y2,$R,$G,$B,FALSE); + $this->drawRectangle($this->GArea_X1,$this->GArea_Y1,$this->GArea_X2,$this->GArea_Y2,$R-40,$G-40,$B-40); + + if ( $Stripe ) + { + $R2 = $R-15; if ( $R2 < 0 ) { $R2 = 0; } + $G2 = $R-15; if ( $G2 < 0 ) { $G2 = 0; } + $B2 = $R-15; if ( $B2 < 0 ) { $B2 = 0; } + + $LineColor =$this->AllocateColor($this->Picture,$R2,$G2,$B2); + $SkewWidth = $this->GArea_Y2-$this->GArea_Y1-1; + + for($i=$this->GArea_X1-$SkewWidth;$i<=$this->GArea_X2;$i=$i+4) + { + $X1 = $i; $Y1 = $this->GArea_Y2; + $X2 = $i+$SkewWidth; $Y2 = $this->GArea_Y1; + + + if ( $X1 < $this->GArea_X1 ) + { $X1 = $this->GArea_X1; $Y1 = $this->GArea_Y1 + $X2 - $this->GArea_X1 + 1; } + + if ( $X2 >= $this->GArea_X2 ) + { $Y2 = $this->GArea_Y1 + $X2 - $this->GArea_X2 +1; $X2 = $this->GArea_X2 - 1; } +// * Fixed in 1.27 * { $X2 = $this->GArea_X2 - 1; $Y2 = $this->GArea_Y2 - ($this->GArea_X2 - $X1); } + + imageline($this->Picture,$X1,$Y1,$X2,$Y2+1,$LineColor); + } + } + } + + /* Allow you to clear the scale : used if drawing multiple charts */ + function clearScale() + { + $this->VMin = NULL; + $this->VMax = NULL; + $this->VXMin = NULL; + $this->VXMax = NULL; + $this->Divisions = NULL; + $this->XDivisions = NULL; } + + /* Allow you to fix the scale, use this to bypass the automatic scaling */ + function setFixedScale($VMin,$VMax,$Divisions=5,$VXMin=0,$VXMax=0,$XDivisions=5) + { + $this->VMin = $VMin; + $this->VMax = $VMax; + $this->Divisions = $Divisions; + + if ( !$VXMin == 0 ) + { + $this->VXMin = $VXMin; + $this->VXMax = $VXMax; + $this->XDivisions = $XDivisions; + } + } + + /* Wrapper to the drawScale() function allowing a second scale to be drawn */ + function drawRightScale($Data,$DataDescription,$ScaleMode,$R,$G,$B,$DrawTicks=TRUE,$Angle=0,$Decimals=1,$WithMargin=FALSE,$SkipLabels=1) + { + $this->drawScale($Data,$DataDescription,$ScaleMode,$R,$G,$B,$DrawTicks,$Angle,$Decimals,$WithMargin,$SkipLabels,TRUE); + } + + /* Compute and draw the scale */ + function drawScale($Data,$DataDescription,$ScaleMode,$R,$G,$B,$DrawTicks=TRUE,$Angle=0,$Decimals=1,$WithMargin=FALSE,$SkipLabels=1,$RightScale=FALSE) + { + /* Validate the Data and DataDescription array */ + $this->validateData("drawScale",$Data); + + $C_TextColor =$this->AllocateColor($this->Picture,$R,$G,$B); + + $this->drawLine($this->GArea_X1,$this->GArea_Y1,$this->GArea_X1,$this->GArea_Y2,$R,$G,$B); + $this->drawLine($this->GArea_X1,$this->GArea_Y2,$this->GArea_X2,$this->GArea_Y2,$R,$G,$B); + + if ( $this->VMin == NULL && $this->VMax == NULL) + { + if (isset($DataDescription["Values"][0])) + { + $this->VMin = $Data[0][$DataDescription["Values"][0]]; + $this->VMax = $Data[0][$DataDescription["Values"][0]]; + } + else { $this->VMin = 2147483647; $this->VMax = -2147483647; } + + /* Compute Min and Max values */ + if ( $ScaleMode == SCALE_NORMAL || $ScaleMode == SCALE_START0 ) + { + if ( $ScaleMode == SCALE_START0 ) { $this->VMin = 0; } + + foreach ( $Data as $Key => $Values ) + { + foreach ( $DataDescription["Values"] as $Key2 => $ColName ) + { + if (isset($Data[$Key][$ColName])) + { + $Value = $Data[$Key][$ColName]; + + if ( is_numeric($Value) ) + { + if ( $this->VMax < $Value) { $this->VMax = $Value; } + if ( $this->VMin > $Value) { $this->VMin = $Value; } + } + } + } + } + } + elseif ( $ScaleMode == SCALE_ADDALL || $ScaleMode == SCALE_ADDALLSTART0 ) /* Experimental */ + { + if ( $ScaleMode == SCALE_ADDALLSTART0 ) { $this->VMin = 0; } + + foreach ( $Data as $Key => $Values ) + { + $Sum = 0; + foreach ( $DataDescription["Values"] as $Key2 => $ColName ) + { + if (isset($Data[$Key][$ColName])) + { + $Value = $Data[$Key][$ColName]; + if ( is_numeric($Value) ) + $Sum += $Value; + } + } + if ( $this->VMax < $Sum) { $this->VMax = $Sum; } + if ( $this->VMin > $Sum) { $this->VMin = $Sum; } + } + } + + if ( $this->VMax > preg_replace('/\.[0-9]+/','',$this->VMax) ) + $this->VMax = preg_replace('/\.[0-9]+/','',$this->VMax)+1; + + /* If all values are the same */ + if ( $this->VMax == $this->VMin ) + { + if ( $this->VMax >= 0 ) { $this->VMax++; } + else { $this->VMin--; } + } + + $DataRange = $this->VMax - $this->VMin; + if ( $DataRange == 0 ) { $DataRange = .1; } + + /* Compute automatic scaling */ + $ScaleOk = FALSE; $Factor = 1; + $MinDivHeight = 25; $MaxDivs = ($this->GArea_Y2 - $this->GArea_Y1) / $MinDivHeight; + + if ( $this->VMin == 0 && $this->VMax == 0 ) + { $this->VMin = 0; $this->VMax = 2; $Scale = 1; $Divisions = 2;} + elseif ($MaxDivs > 1) + { + while(!$ScaleOk) + { + $Scale1 = ( $this->VMax - $this->VMin ) / $Factor; + $Scale2 = ( $this->VMax - $this->VMin ) / $Factor / 2; + $Scale4 = ( $this->VMax - $this->VMin ) / $Factor / 4; + + if ( $Scale1 > 1 && $Scale1 <= $MaxDivs && !$ScaleOk) { $ScaleOk = TRUE; $Divisions = floor($Scale1); $Scale = 1;} + if ( $Scale2 > 1 && $Scale2 <= $MaxDivs && !$ScaleOk) { $ScaleOk = TRUE; $Divisions = floor($Scale2); $Scale = 2;} + if (!$ScaleOk) + { + if ( $Scale2 > 1 ) { $Factor = $Factor * 10; } + if ( $Scale2 < 1 ) { $Factor = $Factor / 10; } + } + } + + if ( floor($this->VMax / $Scale / $Factor) != $this->VMax / $Scale / $Factor) + { + $GridID = floor ( $this->VMax / $Scale / $Factor) + 1; + $this->VMax = $GridID * $Scale * $Factor; + $Divisions++; + } + + if ( floor($this->VMin / $Scale / $Factor) != $this->VMin / $Scale / $Factor) + { + $GridID = floor( $this->VMin / $Scale / $Factor); + $this->VMin = $GridID * $Scale * $Factor; + $Divisions++; + } + } + else /* Can occurs for small graphs */ + $Scale = 1; + + if ( !isset($Divisions) ) + $Divisions = 2; + + if ($Scale == 1 && $Divisions%2 == 1) + $Divisions--; + } + else + $Divisions = $this->Divisions; + + $this->DivisionCount = $Divisions; + + $DataRange = $this->VMax - $this->VMin; + if ( $DataRange == 0 ) { $DataRange = .1; } + + $this->DivisionHeight = ( $this->GArea_Y2 - $this->GArea_Y1 ) / $Divisions; + $this->DivisionRatio = ( $this->GArea_Y2 - $this->GArea_Y1 ) / $DataRange; + + $this->GAreaXOffset = 0; + if ( count($Data) > 1 ) + { + if ( $WithMargin == FALSE ) + $this->DivisionWidth = ( $this->GArea_X2 - $this->GArea_X1 ) / (count($Data)-1); + else + { + $this->DivisionWidth = ( $this->GArea_X2 - $this->GArea_X1 ) / (count($Data)); + $this->GAreaXOffset = $this->DivisionWidth / 2; + } + } + else + { + $this->DivisionWidth = $this->GArea_X2 - $this->GArea_X1; + $this->GAreaXOffset = $this->DivisionWidth / 2; + } + + $this->DataCount = count($Data); + + if ( $DrawTicks == FALSE ) + return(0); + + $YPos = $this->GArea_Y2; $XMin = NULL; + for($i=1;$i<=$Divisions+1;$i++) + { + if ( $RightScale ) + $this->drawLine($this->GArea_X2,$YPos,$this->GArea_X2+5,$YPos,$R,$G,$B); + else + $this->drawLine($this->GArea_X1,$YPos,$this->GArea_X1-5,$YPos,$R,$G,$B); + + $Value = $this->VMin + ($i-1) * (( $this->VMax - $this->VMin ) / $Divisions); + $Value = round($Value * pow(10,$Decimals)) / pow(10,$Decimals); + if ( $DataDescription["Format"]["Y"] == "number" ) + $Value = $Value.$DataDescription["Unit"]["Y"]; + if ( $DataDescription["Format"]["Y"] == "time" ) + $Value = $this->ToTime($Value); + if ( $DataDescription["Format"]["Y"] == "date" ) + $Value = $this->ToDate($Value); + if ( $DataDescription["Format"]["Y"] == "metric" ) + $Value = $this->ToMetric($Value); + if ( $DataDescription["Format"]["Y"] == "currency" ) + $Value = $this->ToCurrency($Value); + + $Position = imageftbbox($this->FontSize,0,$this->FontName,$Value); + $TextWidth = $Position[2]-$Position[0]; + + if ( $RightScale ) + { + imagettftext($this->Picture,$this->FontSize,0,$this->GArea_X2+10,$YPos+($this->FontSize/2),$C_TextColor,$this->FontName,$Value); + if ( $XMin < $this->GArea_X2+15+$TextWidth || $XMin == NULL ) { $XMin = $this->GArea_X2+15+$TextWidth; } + } + else + { + imagettftext($this->Picture,$this->FontSize,0,$this->GArea_X1-10-$TextWidth,$YPos+($this->FontSize/2),$C_TextColor,$this->FontName,$Value); + if ( $XMin > $this->GArea_X1-10-$TextWidth || $XMin == NULL ) { $XMin = $this->GArea_X1-10-$TextWidth; } + } + + $YPos = $YPos - $this->DivisionHeight; + } + + /* Write the Y Axis caption if set */ + if ( isset($DataDescription["Axis"]["Y"]) ) + { + $Position = imageftbbox($this->FontSize,90,$this->FontName,$DataDescription["Axis"]["Y"]); + $TextHeight = abs($Position[1])+abs($Position[3]); + $TextTop = (($this->GArea_Y2 - $this->GArea_Y1) / 2) + $this->GArea_Y1 + ($TextHeight/2); + + if ( $RightScale ) + imagettftext($this->Picture,$this->FontSize,90,$XMin+$this->FontSize,$TextTop,$C_TextColor,$this->FontName,$DataDescription["Axis"]["Y"]); + else + imagettftext($this->Picture,$this->FontSize,90,$XMin-$this->FontSize,$TextTop,$C_TextColor,$this->FontName,$DataDescription["Axis"]["Y"]); + } + + /* Horizontal Axis */ + $XPos = $this->GArea_X1 + $this->GAreaXOffset; + $ID = 1; $YMax = NULL; + foreach ( $Data as $Key => $Values ) + { + if ( $ID % $SkipLabels == 0 ) + { + $this->drawLine(floor($XPos),$this->GArea_Y2,floor($XPos),$this->GArea_Y2+5,$R,$G,$B); + $Value = $Data[$Key][$DataDescription["Position"]]; + if ( $DataDescription["Format"]["X"] == "number" ) + $Value = $Value.$DataDescription["Unit"]["X"]; + if ( $DataDescription["Format"]["X"] == "time" ) + $Value = $this->ToTime($Value); + if ( $DataDescription["Format"]["X"] == "date" ) + $Value = $this->ToDate($Value); + if ( $DataDescription["Format"]["X"] == "metric" ) + $Value = $this->ToMetric($Value); + if ( $DataDescription["Format"]["X"] == "currency" ) + $Value = $this->ToCurrency($Value); + + $Position = imageftbbox($this->FontSize,$Angle,$this->FontName,$Value); + $TextWidth = abs($Position[2])+abs($Position[0]); + $TextHeight = abs($Position[1])+abs($Position[3]); + + if ( $Angle == 0 ) + { + $YPos = $this->GArea_Y2+18; + imagettftext($this->Picture,$this->FontSize,$Angle,floor($XPos)-floor($TextWidth/2),$YPos,$C_TextColor,$this->FontName,$Value); + } + else + { + $YPos = $this->GArea_Y2+10+$TextHeight; + if ( $Angle <= 90 ) + imagettftext($this->Picture,$this->FontSize,$Angle,floor($XPos)-$TextWidth+5,$YPos,$C_TextColor,$this->FontName,$Value); + else + imagettftext($this->Picture,$this->FontSize,$Angle,floor($XPos)+$TextWidth+5,$YPos,$C_TextColor,$this->FontName,$Value); + } + if ( $YMax < $YPos || $YMax == NULL ) { $YMax = $YPos; } + } + + $XPos = $XPos + $this->DivisionWidth; + $ID++; + } + + /* Write the X Axis caption if set */ + if ( isset($DataDescription["Axis"]["X"]) ) + { + $Position = imageftbbox($this->FontSize,90,$this->FontName,$DataDescription["Axis"]["X"]); + $TextWidth = abs($Position[2])+abs($Position[0]); + $TextLeft = (($this->GArea_X2 - $this->GArea_X1) / 2) + $this->GArea_X1 + ($TextWidth/2); + imagettftext($this->Picture,$this->FontSize,0,$TextLeft,$YMax+$this->FontSize+5,$C_TextColor,$this->FontName,$DataDescription["Axis"]["X"]); + } + } + + /* Compute and draw the scale for X/Y charts */ + function drawXYScale($Data,$DataDescription,$YSerieName,$XSerieName,$R,$G,$B,$WithMargin=0,$Angle=0,$Decimals=1) + { + /* Validate the Data and DataDescription array */ + $this->validateData("drawScale",$Data); + + $C_TextColor =$this->AllocateColor($this->Picture,$R,$G,$B); + + $this->drawLine($this->GArea_X1,$this->GArea_Y1,$this->GArea_X1,$this->GArea_Y2,$R,$G,$B); + $this->drawLine($this->GArea_X1,$this->GArea_Y2,$this->GArea_X2,$this->GArea_Y2,$R,$G,$B); + + /* Process Y scale */ + if ( $this->VMin == NULL && $this->VMax == NULL) + { + $this->VMin = $Data[0][$YSerieName]; + $this->VMax = $Data[0][$YSerieName]; + + foreach ( $Data as $Key => $Values ) + { + if (isset($Data[$Key][$YSerieName])) + { + $Value = $Data[$Key][$YSerieName]; + if ( $this->VMax < $Value) { $this->VMax = $Value; } + if ( $this->VMin > $Value) { $this->VMin = $Value; } + } + } + + if ( $this->VMax > preg_replace('/\.[0-9]+/','',$this->VMax) ) + $this->VMax = preg_replace('/\.[0-9]+/','',$this->VMax)+1; + + $DataRange = $this->VMax - $this->VMin; + if ( $DataRange == 0 ) { $DataRange = .1; } + + /* Compute automatic scaling */ + $ScaleOk = FALSE; $Factor = 1; + $MinDivHeight = 25; $MaxDivs = ($this->GArea_Y2 - $this->GArea_Y1) / $MinDivHeight; + + if ( $this->VMin == 0 && $this->VMax == 0 ) + { $this->VMin = 0; $this->VMax = 2; $Scale = 1; $Divisions = 2;} + elseif ($MaxDivs > 1) + { + while(!$ScaleOk) + { + $Scale1 = ( $this->VMax - $this->VMin ) / $Factor; + $Scale2 = ( $this->VMax - $this->VMin ) / $Factor / 2; + $Scale4 = ( $this->VMax - $this->VMin ) / $Factor / 4; + + if ( $Scale1 > 1 && $Scale1 <= $MaxDivs && !$ScaleOk) { $ScaleOk = TRUE; $Divisions = floor($Scale1); $Scale = 1;} + if ( $Scale2 > 1 && $Scale2 <= $MaxDivs && !$ScaleOk) { $ScaleOk = TRUE; $Divisions = floor($Scale2); $Scale = 2;} + if (!$ScaleOk) + { + if ( $Scale2 > 1 ) { $Factor = $Factor * 10; } + if ( $Scale2 < 1 ) { $Factor = $Factor / 10; } + } + } + + if ( floor($this->VMax / $Scale / $Factor) != $this->VMax / $Scale / $Factor) + { + $GridID = floor ( $this->VMax / $Scale / $Factor) + 1; + $this->VMax = $GridID * $Scale * $Factor; + $Divisions++; + } + + if ( floor($this->VMin / $Scale / $Factor) != $this->VMin / $Scale / $Factor) + { + $GridID = floor( $this->VMin / $Scale / $Factor); + $this->VMin = $GridID * $Scale * $Factor; + $Divisions++; + } + } + else /* Can occurs for small graphs */ + $Scale = 1; + + if ( !isset($Divisions) ) + $Divisions = 2; + + if ( $this->isRealInt(($this->VMax-$this->VMin)/($Divisions-1))) + $Divisions--; + elseif ( $this->isRealInt(($this->VMax-$this->VMin)/($Divisions+1))) + $Divisions++; + } + else + $Divisions = $this->Divisions; + + $this->DivisionCount = $Divisions; + + $DataRange = $this->VMax - $this->VMin; + if ( $DataRange == 0 ) { $DataRange = .1; } + + $this->DivisionHeight = ( $this->GArea_Y2 - $this->GArea_Y1 ) / $Divisions; + $this->DivisionRatio = ( $this->GArea_Y2 - $this->GArea_Y1 ) / $DataRange; + + $YPos = $this->GArea_Y2; $XMin = NULL; + for($i=1;$i<=$Divisions+1;$i++) + { + $this->drawLine($this->GArea_X1,$YPos,$this->GArea_X1-5,$YPos,$R,$G,$B); + $Value = $this->VMin + ($i-1) * (( $this->VMax - $this->VMin ) / $Divisions); + $Value = round($Value * pow(10,$Decimals)) / pow(10,$Decimals); + if ( $DataDescription["Format"]["Y"] == "number" ) + $Value = $Value.$DataDescription["Unit"]["Y"]; + if ( $DataDescription["Format"]["Y"] == "time" ) + $Value = $this->ToTime($Value); + if ( $DataDescription["Format"]["Y"] == "date" ) + $Value = $this->ToDate($Value); + if ( $DataDescription["Format"]["Y"] == "metric" ) + $Value = $this->ToMetric($Value); + if ( $DataDescription["Format"]["Y"] == "currency" ) + $Value = $this->ToCurrency($Value); + + $Position = imageftbbox($this->FontSize,0,$this->FontName,$Value); + $TextWidth = $Position[2]-$Position[0]; + imagettftext($this->Picture,$this->FontSize,0,$this->GArea_X1-10-$TextWidth,$YPos+($this->FontSize/2),$C_TextColor,$this->FontName,$Value); + + if ( $XMin > $this->GArea_X1-10-$TextWidth || $XMin == NULL ) { $XMin = $this->GArea_X1-10-$TextWidth; } + + $YPos = $YPos - $this->DivisionHeight; + } + + /* Process X scale */ + if ( $this->VXMin == NULL && $this->VXMax == NULL) + { + $this->VXMin = $Data[0][$XSerieName]; + $this->VXMax = $Data[0][$XSerieName]; + + foreach ( $Data as $Key => $Values ) + { + if (isset($Data[$Key][$XSerieName])) + { + $Value = $Data[$Key][$XSerieName]; + if ( $this->VXMax < $Value) { $this->VXMax = $Value; } + if ( $this->VXMin > $Value) { $this->VXMin = $Value; } + } + } + + if ( $this->VXMax > preg_replace('/\.[0-9]+/','',$this->VXMax) ) + $this->VXMax = preg_replace('/\.[0-9]+/','',$this->VXMax)+1; + + $DataRange = $this->VMax - $this->VMin; + if ( $DataRange == 0 ) { $DataRange = .1; } + + /* Compute automatic scaling */ + $ScaleOk = FALSE; $Factor = 1; + $MinDivWidth = 25; $MaxDivs = ($this->GArea_X2 - $this->GArea_X1) / $MinDivWidth; + + if ( $this->VXMin == 0 && $this->VXMax == 0 ) + { $this->VXMin = 0; $this->VXMax = 2; $Scale = 1; $XDivisions = 2;} + elseif ($MaxDivs > 1) + { + while(!$ScaleOk) + { + $Scale1 = ( $this->VXMax - $this->VXMin ) / $Factor; + $Scale2 = ( $this->VXMax - $this->VXMin ) / $Factor / 2; + $Scale4 = ( $this->VXMax - $this->VXMin ) / $Factor / 4; + + if ( $Scale1 > 1 && $Scale1 <= $MaxDivs && !$ScaleOk) { $ScaleOk = TRUE; $XDivisions = floor($Scale1); $Scale = 1;} + if ( $Scale2 > 1 && $Scale2 <= $MaxDivs && !$ScaleOk) { $ScaleOk = TRUE; $XDivisions = floor($Scale2); $Scale = 2;} + if (!$ScaleOk) + { + if ( $Scale2 > 1 ) { $Factor = $Factor * 10; } + if ( $Scale2 < 1 ) { $Factor = $Factor / 10; } + } + } + + if ( floor($this->VXMax / $Scale / $Factor) != $this->VXMax / $Scale / $Factor) + { + $GridID = floor ( $this->VXMax / $Scale / $Factor) + 1; + $this->VXMax = $GridID * $Scale * $Factor; + $XDivisions++; + } + + if ( floor($this->VXMin / $Scale / $Factor) != $this->VXMin / $Scale / $Factor) + { + $GridID = floor( $this->VXMin / $Scale / $Factor); + $this->VXMin = $GridID * $Scale * $Factor; + $XDivisions++; + } + } + else /* Can occurs for small graphs */ + $Scale = 1; + + if ( !isset($XDivisions) ) + $XDivisions = 2; + + if ( $this->isRealInt(($this->VXMax-$this->VXMin)/($XDivisions-1))) + $XDivisions--; + elseif ( $this->isRealInt(($this->VXMax-$this->VXMin)/($XDivisions+1))) + $XDivisions++; + } + else + $XDivisions = $this->XDivisions; + + $this->XDivisionCount = $Divisions; + $this->DataCount = $Divisions + 2; + + $XDataRange = $this->VXMax - $this->VXMin; + if ( $XDataRange == 0 ) { $XDataRange = .1; } + + $this->DivisionWidth = ( $this->GArea_X2 - $this->GArea_X1 ) / $XDivisions; + $this->XDivisionRatio = ( $this->GArea_X2 - $this->GArea_X1 ) / $XDataRange; + + $XPos = $this->GArea_X1; $YMax = NULL; + for($i=1;$i<=$XDivisions+1;$i++) + { + $this->drawLine($XPos,$this->GArea_Y2,$XPos,$this->GArea_Y2+5,$R,$G,$B); + + $Value = $this->VXMin + ($i-1) * (( $this->VXMax - $this->VXMin ) / $XDivisions); + $Value = round($Value * pow(10,$Decimals)) / pow(10,$Decimals); + if ( $DataDescription["Format"]["Y"] == "number" ) + $Value = $Value.$DataDescription["Unit"]["Y"]; + if ( $DataDescription["Format"]["Y"] == "time" ) + $Value = $this->ToTime($Value); + if ( $DataDescription["Format"]["Y"] == "date" ) + $Value = $this->ToDate($Value); + if ( $DataDescription["Format"]["Y"] == "metric" ) + $Value = $this->ToMetric($Value); + if ( $DataDescription["Format"]["Y"] == "currency" ) + $Value = $this->ToCurrency($Value); + + $Position = imageftbbox($this->FontSize,$Angle,$this->FontName,$Value); + $TextWidth = abs($Position[2])+abs($Position[0]); + $TextHeight = abs($Position[1])+abs($Position[3]); + + if ( $Angle == 0 ) + { + $YPos = $this->GArea_Y2+18; + imagettftext($this->Picture,$this->FontSize,$Angle,floor($XPos)-floor($TextWidth/2),$YPos,$C_TextColor,$this->FontName,$Value); + } + else + { + $YPos = $this->GArea_Y2+10+$TextHeight; + if ( $Angle <= 90 ) + imagettftext($this->Picture,$this->FontSize,$Angle,floor($XPos)-$TextWidth+5,$YPos,$C_TextColor,$this->FontName,$Value); + else + imagettftext($this->Picture,$this->FontSize,$Angle,floor($XPos)+$TextWidth+5,$YPos,$C_TextColor,$this->FontName,$Value); + } + + if ( $YMax < $YPos || $YMax == NULL ) { $YMax = $YPos; } + + $XPos = $XPos + $this->DivisionWidth; + } + + /* Write the Y Axis caption if set */ + if ( isset($DataDescription["Axis"]["Y"]) ) + { + $Position = imageftbbox($this->FontSize,90,$this->FontName,$DataDescription["Axis"]["Y"]); + $TextHeight = abs($Position[1])+abs($Position[3]); + $TextTop = (($this->GArea_Y2 - $this->GArea_Y1) / 2) + $this->GArea_Y1 + ($TextHeight/2); + imagettftext($this->Picture,$this->FontSize,90,$XMin-$this->FontSize,$TextTop,$C_TextColor,$this->FontName,$DataDescription["Axis"]["Y"]); + } + + /* Write the X Axis caption if set */ + if ( isset($DataDescription["Axis"]["X"]) ) + { + $Position = imageftbbox($this->FontSize,90,$this->FontName,$DataDescription["Axis"]["X"]); + $TextWidth = abs($Position[2])+abs($Position[0]); + $TextLeft = (($this->GArea_X2 - $this->GArea_X1) / 2) + $this->GArea_X1 + ($TextWidth/2); + imagettftext($this->Picture,$this->FontSize,0,$TextLeft,$YMax+$this->FontSize+5,$C_TextColor,$this->FontName,$DataDescription["Axis"]["X"]); + } + } + + /* Compute and draw the scale */ + function drawGrid($LineWidth,$Mosaic=TRUE,$R=220,$G=220,$B=220,$Alpha=100) + { + /* Draw mosaic */ + if ( $Mosaic ) + { + $LayerWidth = $this->GArea_X2-$this->GArea_X1; + $LayerHeight = $this->GArea_Y2-$this->GArea_Y1; + + $this->Layers[0] = imagecreatetruecolor($LayerWidth,$LayerHeight); + $C_White =$this->AllocateColor($this->Layers[0],255,255,255); + imagefilledrectangle($this->Layers[0],0,0,$LayerWidth,$LayerHeight,$C_White); + imagecolortransparent($this->Layers[0],$C_White); + + $C_Rectangle =$this->AllocateColor($this->Layers[0],250,250,250); + + $YPos = $LayerHeight; //$this->GArea_Y2-1; + $LastY = $YPos; + for($i=0;$i<=$this->DivisionCount;$i++) + { + $LastY = $YPos; + $YPos = $YPos - $this->DivisionHeight; + + if ( $YPos <= 0 ) { $YPos = 1; } + + if ( $i % 2 == 0 ) + { + imagefilledrectangle($this->Layers[0],1,$YPos,$LayerWidth-1,$LastY,$C_Rectangle); + } + } + imagecopymerge($this->Picture,$this->Layers[0],$this->GArea_X1,$this->GArea_Y1,0,0,$LayerWidth,$LayerHeight,$Alpha); + imagedestroy($this->Layers[0]); + } + + /* Horizontal lines */ + $YPos = $this->GArea_Y2 - $this->DivisionHeight; + for($i=1;$i<=$this->DivisionCount;$i++) + { + if ( $YPos > $this->GArea_Y1 && $YPos < $this->GArea_Y2 ) + $this->drawDottedLine($this->GArea_X1,$YPos,$this->GArea_X2,$YPos,$LineWidth,$R,$G,$B); + + $YPos = $YPos - $this->DivisionHeight; + } + + /* Vertical lines */ + if ( $this->GAreaXOffset == 0 ) + { $XPos = $this->GArea_X1 + $this->DivisionWidth + $this->GAreaXOffset; $ColCount = $this->DataCount-2; } + else + { $XPos = $this->GArea_X1 + $this->GAreaXOffset; $ColCount = floor( ($this->GArea_X2 - $this->GArea_X1) / $this->DivisionWidth ); } + + for($i=1;$i<=$ColCount;$i++) + { + if ( $XPos > $this->GArea_X1 && $XPos < $this->GArea_X2 ) + $this->drawDottedLine(floor($XPos),$this->GArea_Y1,floor($XPos),$this->GArea_Y2,$LineWidth,$R,$G,$B); + $XPos = $XPos + $this->DivisionWidth; + } + } + + /* retrieve the legends size */ + function getLegendBoxSize($DataDescription) + { + if ( !isset($DataDescription["Description"]) ) + return(-1); + + /* <-10->[8]<-4->Text<-10-> */ + $MaxWidth = 0; $MaxHeight = 8; + foreach($DataDescription["Description"] as $Key => $Value) + { + $Position = imageftbbox($this->FontSize,0,$this->FontName,$Value); + $TextWidth = $Position[2]-$Position[0]; + $TextHeight = $Position[1]-$Position[7]; + if ( $TextWidth > $MaxWidth) { $MaxWidth = $TextWidth; } + $MaxHeight = $MaxHeight + $TextHeight + 4; + } + $MaxHeight = $MaxHeight - 3; + $MaxWidth = $MaxWidth + 32; + + return(array($MaxWidth,$MaxHeight)); + } + + function getPieLegendBoxSize($Data) + { + $MaxWidth = 0; $MaxHeight = 8; + foreach($Data as $Value) + { + $Position = imageftbbox($this->FontSize,0,$this->FontName,$Value['Keys']); + $TextWidth = $Position[2]-$Position[0]; + $TextHeight = $Position[1]-$Position[7]; + if ( $TextWidth > $MaxWidth) { $MaxWidth = $TextWidth; } + $MaxHeight = $MaxHeight + $TextHeight + 4; + } + $MaxHeight = $MaxHeight - 3; + $MaxWidth = $MaxWidth + 32; + + return(array($MaxWidth,$MaxHeight)); + } + + /* Draw the data legends */ + function drawLegend($XPos,$YPos,$DataDescription,$R,$G,$B,$Rs=-1,$Gs=-1,$Bs=-1,$Rt=0,$Gt=0,$Bt=0,$Border=TRUE) + { + /* Validate the Data and DataDescription array */ + $this->validateDataDescription("drawLegend",$DataDescription); + + if ( !isset($DataDescription["Description"]) ) + return(-1); + + $C_TextColor =$this->AllocateColor($this->Picture,$Rt,$Gt,$Bt); + + /* <-10->[8]<-4->Text<-10-> */ + $MaxWidth = 0; $MaxHeight = 8; + foreach($DataDescription["Description"] as $Key => $Value) + { + $Position = imageftbbox($this->FontSize,0,$this->FontName,$Value); + $TextWidth = $Position[2]-$Position[0]; + $TextHeight = $Position[1]-$Position[7]; + if ( $TextWidth > $MaxWidth) { $MaxWidth = $TextWidth; } + $MaxHeight = $MaxHeight + $TextHeight + 4; + } + $MaxHeight = $MaxHeight - 5; + $MaxWidth = $MaxWidth + 32; + + if ( $Rs == -1 || $Gs == -1 || $Bs == -1 ) + { $Rs = $R-30; $Gs = $G-30; $Bs = $B-30; } + + if ( $Border ) + { + $this->drawFilledRoundedRectangle($XPos+1,$YPos+1,$XPos+$MaxWidth+1,$YPos+$MaxHeight+1,5,$Rs,$Gs,$Bs); + $this->drawFilledRoundedRectangle($XPos,$YPos,$XPos+$MaxWidth,$YPos+$MaxHeight,5,$R,$G,$B); + } + + $YOffset = 4 + $this->FontSize; $ID = 0; + foreach($DataDescription["Description"] as $Key => $Value) + { + $this->drawFilledRoundedRectangle($XPos+10,$YPos+$YOffset-4,$XPos+14,$YPos+$YOffset-4,2,$this->Palette[$ID]["R"],$this->Palette[$ID]["G"],$this->Palette[$ID]["B"]); + imagettftext($this->Picture,$this->FontSize,0,$XPos+22,$YPos+$YOffset,$C_TextColor,$this->FontName,$Value); + + $Position = imageftbbox($this->FontSize,0,$this->FontName,$Value); + $TextHeight = $Position[1]-$Position[7]; + + $YOffset = $YOffset + $TextHeight + 4; + $ID++; + } + } + + /* Draw the data legends */ + function drawPieLegend($XPos,$YPos,$Data,$DataDescription,$R,$G,$B) + { + /* Validate the Data and DataDescription array */ + $this->validateDataDescription("drawPieLegend",$DataDescription,FALSE); + $this->validateData("drawPieLegend",$Data); + + if ( !isset($DataDescription["Position"]) ) + return(-1); + + $C_TextColor =$this->AllocateColor($this->Picture,0,0,0); + + /* <-10->[8]<-4->Text<-10-> */ + $MaxWidth = 0; $MaxHeight = 8; + foreach($Data as $Key => $Value) + { + $Value2 = $Value[$DataDescription["Position"]]; + $Position = imageftbbox($this->FontSize,0,$this->FontName,$Value2); + $TextWidth = $Position[2]-$Position[0]; + $TextHeight = $Position[1]-$Position[7]; + if ( $TextWidth > $MaxWidth) { $MaxWidth = $TextWidth; } + + $MaxHeight = $MaxHeight + $TextHeight + 4; + } + $MaxHeight = $MaxHeight - 3; + $MaxWidth = $MaxWidth + 32; + + $this->drawFilledRoundedRectangle($XPos+1,$YPos+1,$XPos+$MaxWidth+1,$YPos+$MaxHeight+1,5,$R-30,$G-30,$B-30); + $this->drawFilledRoundedRectangle($XPos,$YPos,$XPos+$MaxWidth,$YPos+$MaxHeight,5,$R,$G,$B); + + $YOffset = 4 + $this->FontSize; $ID = 0; + foreach($Data as $Key => $Value) + { + $Value2 = $Value[$DataDescription["Position"]]; + $Position = imageftbbox($this->FontSize,0,$this->FontName,$Value2); + $TextHeight = $Position[1]-$Position[7]; + $this->drawFilledRectangle($XPos+10,$YPos+$YOffset-6,$XPos+14,$YPos+$YOffset-2,$this->Palette[$ID]["R"],$this->Palette[$ID]["G"],$this->Palette[$ID]["B"]); + + imagettftext($this->Picture,$this->FontSize,0,$XPos+22,$YPos+$YOffset,$C_TextColor,$this->FontName,$Value2); + $YOffset = $YOffset + $TextHeight + 4; + $ID++; + } + } + + /* Draw the graph title */ + function drawTitle($XPos,$YPos,$Value,$R,$G,$B,$XPos2=-1,$YPos2=-1,$Shadow=FALSE) + { + $C_TextColor = $this->AllocateColor($this->Picture,$R,$G,$B); + + if ( $XPos2 != -1 ) + { + $Position = imageftbbox($this->FontSize,0,$this->FontName,$Value); + $TextWidth = $Position[2]-$Position[0]; + $XPos = floor(( $XPos2 - $XPos - $TextWidth ) / 2 ) + $XPos; + } + + if ( $YPos2 != -1 ) + { + $Position = imageftbbox($this->FontSize,0,$this->FontName,$Value); + $TextHeight = $Position[5]-$Position[3]; + $YPos = floor(( $YPos2 - $YPos - $TextHeight ) / 2 ) + $YPos; + } + + if ( $Shadow ) + { + $C_ShadowColor = $this->AllocateColor($this->Picture,$this->ShadowRColor,$this->ShadowGColor,$this->ShadowBColor); + imagettftext($this->Picture,$this->FontSize,0,$XPos+$this->ShadowXDistance,$YPos+$this->ShadowYDistance,$C_ShadowColor,$this->FontName,$Value); + } + + imagettftext($this->Picture,$this->FontSize,0,$XPos,$YPos,$C_TextColor,$this->FontName,$Value); + } + + /* Draw a text box with text align & alpha properties */ + function drawTextBox($X1,$Y1,$X2,$Y2,$Text,$Angle=0,$R=255,$G=255,$B=255,$Align=ALIGN_LEFT,$Shadow=TRUE,$BgR=-1,$BgG=-1,$BgB=-1,$Alpha=100) + { + $Position = imageftbbox($this->FontSize,$Angle,$this->FontName,$Text); + $TextWidth = $Position[2]-$Position[0]; + $TextHeight = $Position[5]-$Position[3]; + $AreaWidth = $X2 - $X1; + $AreaHeight = $Y2 - $Y1; + + if ( $BgR != -1 && $BgG != -1 && $BgB != -1 ) + $this->drawFilledRectangle($X1,$Y1,$X2,$Y2,$BgR,$BgG,$BgB,FALSE,$Alpha); + + if ( $Align == ALIGN_TOP_LEFT ) { $X = $X1+1; $Y = $Y1+$this->FontSize+1; } + if ( $Align == ALIGN_TOP_CENTER ) { $X = $X1+($AreaWidth/2)-($TextWidth/2); $Y = $Y1+$this->FontSize+1; } + if ( $Align == ALIGN_TOP_RIGHT ) { $X = $X2-$TextWidth-1; $Y = $Y1+$this->FontSize+1; } + if ( $Align == ALIGN_LEFT ) { $X = $X1+1; $Y = $Y1+($AreaHeight/2)-($TextHeight/2); } + if ( $Align == ALIGN_CENTER ) { $X = $X1+($AreaWidth/2)-($TextWidth/2); $Y = $Y1+($AreaHeight/2)-($TextHeight/2); } + if ( $Align == ALIGN_RIGHT ) { $X = $X2-$TextWidth-1; $Y = $Y1+($AreaHeight/2)-($TextHeight/2); } + if ( $Align == ALIGN_BOTTOM_LEFT ) { $X = $X1+1; $Y = $Y2-1; } + if ( $Align == ALIGN_BOTTOM_CENTER ) { $X = $X1+($AreaWidth/2)-($TextWidth/2); $Y = $Y2-1; } + if ( $Align == ALIGN_BOTTOM_RIGHT ) { $X = $X2-$TextWidth-1; $Y = $Y2-1; } + + $C_TextColor =$this->AllocateColor($this->Picture,$R,$G,$B); + $C_ShadowColor =$this->AllocateColor($this->Picture,0,0,0); + if ( $Shadow ) + imagettftext($this->Picture,$this->FontSize,$Angle,$X+1,$Y+1,$C_ShadowColor,$this->FontName,$Text); + + imagettftext($this->Picture,$this->FontSize,$Angle,$X,$Y,$C_TextColor,$this->FontName,$Text); + } + + /* Compute and draw the scale */ + function drawTreshold($Value,$R,$G,$B,$ShowLabel=FALSE,$ShowOnRight=FALSE,$TickWidth=4,$FreeText=NULL) + { + if ( $R < 0 ) { $R = 0; } if ( $R > 255 ) { $R = 255; } + if ( $G < 0 ) { $G = 0; } if ( $G > 255 ) { $G = 255; } + if ( $B < 0 ) { $B = 0; } if ( $B > 255 ) { $B = 255; } + + $C_TextColor =$this->AllocateColor($this->Picture,$R,$G,$B); + $Y = $this->GArea_Y2 - ($Value - $this->VMin) * $this->DivisionRatio; + + if ( $Y <= $this->GArea_Y1 || $Y >= $this->GArea_Y2 ) + return(-1); + + if ( $TickWidth == 0 ) + $this->drawLine($this->GArea_X1,$Y,$this->GArea_X2,$Y,$R,$G,$B); + else + $this->drawDottedLine($this->GArea_X1,$Y,$this->GArea_X2,$Y,$TickWidth,$R,$G,$B); + + if ( $ShowLabel ) + { + if ( $FreeText == NULL ) + { $Label = $Value; } else { $Label = $FreeText; } + + if ( $ShowOnRight ) + imagettftext($this->Picture,$this->FontSize,0,$this->GArea_X2+2,$Y+($this->FontSize/2),$C_TextColor,$this->FontName,$Label); + else + imagettftext($this->Picture,$this->FontSize,0,$this->GArea_X1+2,$Y-($this->FontSize/2),$C_TextColor,$this->FontName,$Label); + } + } + + /* This function put a label on a specific point */ + function setLabel($Data,$DataDescription,$SerieName,$ValueName,$Caption,$R=210,$G=210,$B=210) + { + /* Validate the Data and DataDescription array */ + $this->validateDataDescription("setLabel",$DataDescription); + $this->validateData("setLabel",$Data); + $ShadowFactor = 100; + $C_Label =$this->AllocateColor($this->Picture,$R,$G,$B); + $C_Shadow =$this->AllocateColor($this->Picture,$R-$ShadowFactor,$G-$ShadowFactor,$B-$ShadowFactor); + $C_TextColor =$this->AllocateColor($this->Picture,0,0,0); + + $Cp = 0; $Found = FALSE; + foreach ( $Data as $Key => $Value ) + { + if ( $Data[$Key][$DataDescription["Position"]] == $ValueName ) + { $NumericalValue = $Data[$Key][$SerieName]; $Found = TRUE; } + if ( !$Found ) + $Cp++; + } + + $XPos = $this->GArea_X1 + $this->GAreaXOffset + ( $this->DivisionWidth * $Cp ) + 2; + $YPos = $this->GArea_Y2 - ($NumericalValue - $this->VMin) * $this->DivisionRatio; + + $Position = imageftbbox($this->FontSize,0,$this->FontName,$Caption); + $TextHeight = $Position[3] - $Position[5]; + $TextWidth = $Position[2]-$Position[0] + 2; + $TextOffset = floor($TextHeight/2); + + // Shadow + $Poly = array($XPos+1,$YPos+1,$XPos + 9,$YPos - $TextOffset,$XPos + 8,$YPos + $TextOffset + 2); + imagefilledpolygon($this->Picture,$Poly,3,$C_Shadow); + $this->drawLine($XPos,$YPos+1,$XPos + 9,$YPos - $TextOffset - .2,$R-$ShadowFactor,$G-$ShadowFactor,$B-$ShadowFactor); + $this->drawLine($XPos,$YPos+1,$XPos + 9,$YPos + $TextOffset + 2.2,$R-$ShadowFactor,$G-$ShadowFactor,$B-$ShadowFactor); + $this->drawFilledRectangle($XPos + 9,$YPos - $TextOffset-.2,$XPos + 13 + $TextWidth,$YPos + $TextOffset + 2.2,$R-$ShadowFactor,$G-$ShadowFactor,$B-$ShadowFactor); + + // Label background + $Poly = array($XPos,$YPos,$XPos + 8,$YPos - $TextOffset - 1,$XPos + 8,$YPos + $TextOffset + 1); + imagefilledpolygon($this->Picture,$Poly,3,$C_Label); + $this->drawLine($XPos-1,$YPos,$XPos + 8,$YPos - $TextOffset - 1.2,$R,$G,$B); + $this->drawLine($XPos-1,$YPos,$XPos + 8,$YPos + $TextOffset + 1.2,$R,$G,$B); + $this->drawFilledRectangle($XPos + 8,$YPos - $TextOffset - 1.2,$XPos + 12 + $TextWidth,$YPos + $TextOffset + 1.2,$R,$G,$B); + + imagettftext($this->Picture,$this->FontSize,0,$XPos + 10,$YPos + $TextOffset,$C_TextColor,$this->FontName,$Caption); + } + + /* This function draw a plot graph */ + function drawPlotGraph($Data,$DataDescription,$BigRadius=5,$SmallRadius=2,$R2=-1,$G2=-1,$B2=-1,$Shadow=FALSE) + { + /* Validate the Data and DataDescription array */ + $this->validateDataDescription("drawPlotGraph",$DataDescription); + $this->validateData("drawPlotGraph",$Data); + + $GraphID = 0; + $Ro = $R2; $Go = $G2; $Bo = $B2; + + foreach ( $DataDescription["Values"] as $Key2 => $ColName ) + { + $ID = 0; + foreach ( $DataDescription["Description"] as $keyI => $ValueI ) + { if ( $keyI == $ColName ) { $ColorID = $ID; }; $ID++; } + + $R = $this->Palette[$ColorID]["R"]; + $G = $this->Palette[$ColorID]["G"]; + $B = $this->Palette[$ColorID]["B"]; + $R2 = $Ro; $G2 = $Go; $B2 = $Bo; + + if ( isset($DataDescription["Symbol"][$ColName]) ) + { + $Is_Alpha = ((ord ( file_get_contents ($DataDescription["Symbol"][$ColName], false, null, 25, 1)) & 6) & 4) == 4; + + $Infos = getimagesize($DataDescription["Symbol"][$ColName]); + $ImageWidth = $Infos[0]; + $ImageHeight = $Infos[1]; + $Symbol = imagecreatefromgif($DataDescription["Symbol"][$ColName]); + } + + $XPos = $this->GArea_X1 + $this->GAreaXOffset; + $Hsize = round($BigRadius/2); + $R3 = -1; $G3 = -1; $B3 = -1; + foreach ( $Data as $Key => $Values ) + { + $Value = $Data[$Key][$ColName]; + $YPos = $this->GArea_Y2 - (($Value-$this->VMin) * $this->DivisionRatio); + + /* Save point into the image map if option activated */ + if ( $this->BuildMap ) + $this->addToImageMap($XPos-$Hsize,$YPos-$Hsize,$XPos+1+$Hsize,$YPos+$Hsize+1,$DataDescription["Description"][$ColName],$Data[$Key][$ColName].$DataDescription["Unit"]["Y"],"Plot"); + + if ( is_numeric($Value) ) + { + if ( !isset($DataDescription["Symbol"][$ColName]) ) + { + + if ( $Shadow ) + { + if ( $R3 !=-1 && $G3 !=-1 && $B3 !=-1 ) + $this->drawFilledCircle($XPos+2,$YPos+2,$BigRadius,$R3,$G3,$B3); + else + { + $R3 = $this->Palette[$ColorID]["R"]-20; if ( $R3 < 0 ) { $R3 = 0; } + $G3 = $this->Palette[$ColorID]["G"]-20; if ( $G3 < 0 ) { $G3 = 0; } + $B3 = $this->Palette[$ColorID]["B"]-20; if ( $B3 < 0 ) { $B3 = 0; } + $this->drawFilledCircle($XPos+2,$YPos+2,$BigRadius,$R3,$G3,$B3); + } + } + + $this->drawFilledCircle($XPos+1,$YPos+1,$BigRadius,$R,$G,$B); + + if ( $SmallRadius != 0 ) + { + if ( $R2 !=-1 && $G2 !=-1 && $B2 !=-1 ) + $this->drawFilledCircle($XPos+1,$YPos+1,$SmallRadius,$R2,$G2,$B2); + else + { + $R2 = $this->Palette[$ColorID]["R"]-15; if ( $R2 < 0 ) { $R2 = 0; } + $G2 = $this->Palette[$ColorID]["G"]-15; if ( $G2 < 0 ) { $G2 = 0; } + $B2 = $this->Palette[$ColorID]["B"]-15; if ( $B2 < 0 ) { $B2 = 0; } + + $this->drawFilledCircle($XPos+1,$YPos+1,$SmallRadius,$R2,$G2,$B2); + } + } + } + else + { + imagecopymerge($this->Picture,$Symbol,$XPos+1-$ImageWidth/2,$YPos+1-$ImageHeight/2,0,0,$ImageWidth,$ImageHeight,100); + } + } + + $XPos = $XPos + $this->DivisionWidth; + } + $GraphID++; + } + } + + /* This function draw a plot graph in an X/Y space */ + function drawXYPlotGraph($Data,$DataDescription,$YSerieName,$XSerieName,$PaletteID=0,$BigRadius=5,$SmallRadius=2,$R2=-1,$G2=-1,$B2=-1,$Shadow=TRUE) + { + $R = $this->Palette[$PaletteID]["R"]; + $G = $this->Palette[$PaletteID]["G"]; + $B = $this->Palette[$PaletteID]["B"]; + $R3 = -1; $G3 = -1; $B3 = -1; + + $YLast = -1; $XLast = -1; + foreach ( $Data as $Key => $Values ) + { + if ( isset($Data[$Key][$YSerieName]) && isset($Data[$Key][$XSerieName]) ) + { + $X = $Data[$Key][$XSerieName]; + $Y = $Data[$Key][$YSerieName]; + + $Y = $this->GArea_Y2 - (($Y-$this->VMin) * $this->DivisionRatio); + $X = $this->GArea_X1 + (($X-$this->VXMin) * $this->XDivisionRatio); + + + if ( $Shadow ) + { + if ( $R3 !=-1 && $G3 !=-1 && $B3 !=-1 ) + $this->drawFilledCircle($X+2,$Y+2,$BigRadius,$R3,$G3,$B3); + else + { + $R3 = $this->Palette[$PaletteID]["R"]-20; if ( $R < 0 ) { $R = 0; } + $G3 = $this->Palette[$PaletteID]["G"]-20; if ( $G < 0 ) { $G = 0; } + $B3 = $this->Palette[$PaletteID]["B"]-20; if ( $B < 0 ) { $B = 0; } + $this->drawFilledCircle($X+2,$Y+2,$BigRadius,$R3,$G3,$B3); + } + } + + $this->drawFilledCircle($X+1,$Y+1,$BigRadius,$R,$G,$B); + + if ( $R2 !=-1 && $G2 !=-1 && $B2 !=-1 ) + $this->drawFilledCircle($X+1,$Y+1,$SmallRadius,$R2,$G2,$B2); + else + { + $R2 = $this->Palette[$PaletteID]["R"]+20; if ( $R > 255 ) { $R = 255; } + $G2 = $this->Palette[$PaletteID]["G"]+20; if ( $G > 255 ) { $G = 255; } + $B2 = $this->Palette[$PaletteID]["B"]+20; if ( $B > 255 ) { $B = 255; } + $this->drawFilledCircle($X+1,$Y+1,$SmallRadius,$R2,$G2,$B2); + } + } + } + + } + + /* This function draw an area between two series */ + function drawArea($Data,$Serie1,$Serie2,$R,$G,$B,$Alpha = 50) + { + /* Validate the Data and DataDescription array */ + $this->validateData("drawArea",$Data); + + $LayerWidth = $this->GArea_X2-$this->GArea_X1; + $LayerHeight = $this->GArea_Y2-$this->GArea_Y1; + + $this->Layers[0] = imagecreatetruecolor($LayerWidth,$LayerHeight); + $C_White =$this->AllocateColor($this->Layers[0],255,255,255); + imagefilledrectangle($this->Layers[0],0,0,$LayerWidth,$LayerHeight,$C_White); + imagecolortransparent($this->Layers[0],$C_White); + + $C_Graph =$this->AllocateColor($this->Layers[0],$R,$G,$B); + + $XPos = $this->GAreaXOffset; + $LastXPos = -1; + foreach ( $Data as $Key => $Values ) + { + $Value1 = $Data[$Key][$Serie1]; + $Value2 = $Data[$Key][$Serie2]; + $YPos1 = $LayerHeight - (($Value1-$this->VMin) * $this->DivisionRatio); + $YPos2 = $LayerHeight - (($Value2-$this->VMin) * $this->DivisionRatio); + + if ( $LastXPos != -1 ) + { + $Points = ""; + $Points[] = $LastXPos; $Points[] = $LastYPos1; + $Points[] = $LastXPos; $Points[] = $LastYPos2; + $Points[] = $XPos; $Points[] = $YPos2; + $Points[] = $XPos; $Points[] = $YPos1; + + imagefilledpolygon($this->Layers[0],$Points,4,$C_Graph); + } + + $LastYPos1 = $YPos1; + $LastYPos2 = $YPos2; + $LastXPos = $XPos; + + $XPos = $XPos + $this->DivisionWidth; + } + + imagecopymerge($this->Picture,$this->Layers[0],$this->GArea_X1,$this->GArea_Y1,0,0,$LayerWidth,$LayerHeight,$Alpha); + imagedestroy($this->Layers[0]); + } + + + /* This function write the values of the specified series */ + function writeValues($Data,$DataDescription,$Series) + { + /* Validate the Data and DataDescription array */ + $this->validateDataDescription("writeValues",$DataDescription); + $this->validateData("writeValues",$Data); + + if ( !is_array($Series) ) { $Series = array($Series); } + + foreach($Series as $Key => $Serie) + { + $ID = 0; + foreach ( $DataDescription["Description"] as $keyI => $ValueI ) + { if ( $keyI == $Serie ) { $ColorID = $ID; }; $ID++; } + + $XPos = $this->GArea_X1 + $this->GAreaXOffset; + $XLast = -1; + foreach ( $Data as $Key => $Values ) + { + if ( isset($Data[$Key][$Serie]) && is_numeric($Data[$Key][$Serie])) + { + $Value = $Data[$Key][$Serie]; + $YPos = $this->GArea_Y2 - (($Value-$this->VMin) * $this->DivisionRatio); + + $Positions = imagettfbbox($this->FontSize,0,$this->FontName,$Value); + $Width = $Positions[2] - $Positions[6]; $XOffset = $XPos - ($Width/2); + $Height = $Positions[3] - $Positions[7]; $YOffset = $YPos - 4; + + $C_TextColor =$this->AllocateColor($this->Picture,$this->Palette[$ColorID]["R"],$this->Palette[$ColorID]["G"],$this->Palette[$ColorID]["B"]); + imagettftext($this->Picture,$this->FontSize,0,$XOffset,$YOffset,$C_TextColor,$this->FontName,$Value); + } + $XPos = $XPos + $this->DivisionWidth; + } + + } + } + + /* This function draw a line graph */ + function drawLineGraph($Data,$DataDescription,$SerieName="") + { + /* Validate the Data and DataDescription array */ + $this->validateDataDescription("drawLineGraph",$DataDescription); + $this->validateData("drawLineGraph",$Data); + + $GraphID = 0; + foreach ( $DataDescription["Values"] as $Key2 => $ColName ) + { + $ID = 0; + foreach ( $DataDescription["Description"] as $keyI => $ValueI ) + { if ( $keyI == $ColName ) { $ColorID = $ID; }; $ID++; } + + if ( $SerieName == "" || $SerieName == $ColName ) + { + $XPos = $this->GArea_X1 + $this->GAreaXOffset; + $XLast = -1; + foreach ( $Data as $Key => $Values ) + { + if ( isset($Data[$Key][$ColName])) + { + $Value = $Data[$Key][$ColName]; + $YPos = $this->GArea_Y2 - (($Value-$this->VMin) * $this->DivisionRatio); + + /* Save point into the image map if option activated */ + if ( $this->BuildMap ) + $this->addToImageMap($XPos-3,$YPos-3,$XPos+3,$YPos+3,$DataDescription["Description"][$ColName],$Data[$Key][$ColName].$DataDescription["Unit"]["Y"],"Line"); + + if (!is_numeric($Value)) { $XLast = -1; } + if ( $XLast != -1 ) + $this->drawLine($XLast,$YLast,$XPos,$YPos,$this->Palette[$ColorID]["R"],$this->Palette[$ColorID]["G"],$this->Palette[$ColorID]["B"],TRUE); + + $XLast = $XPos; + $YLast = $YPos; + if (!is_numeric($Value)) { $XLast = -1; } + } + $XPos = $XPos + $this->DivisionWidth; + } + $GraphID++; + } + } + } + + /* This function draw a line graph */ + function drawXYGraph($Data,$DataDescription,$YSerieName,$XSerieName,$PaletteID=0) + { + $YLast = -1; $XLast = -1; + foreach ( $Data as $Key => $Values ) + { + if ( isset($Data[$Key][$YSerieName]) && isset($Data[$Key][$XSerieName]) ) + { + $X = $Data[$Key][$XSerieName]; + $Y = $Data[$Key][$YSerieName]; + + $Y = $this->GArea_Y2 - (($Y-$this->VMin) * $this->DivisionRatio); + $X = $this->GArea_X1 + (($X-$this->VXMin) * $this->XDivisionRatio); + + if ($XLast != -1 && $YLast != -1) + { + $this->drawLine($XLast,$YLast,$X,$Y,$this->Palette[$PaletteID]["R"],$this->Palette[$PaletteID]["G"],$this->Palette[$PaletteID]["B"],TRUE); + } + + $XLast = $X; + $YLast = $Y; + } + } + } + + /* This function draw a cubic curve */ + function drawCubicCurve($Data,$DataDescription,$Accuracy=.1,$SerieName="") + { + /* Validate the Data and DataDescription array */ + $this->validateDataDescription("drawCubicCurve",$DataDescription); + $this->validateData("drawCubicCurve",$Data); + + $GraphID = 0; + foreach ( $DataDescription["Values"] as $Key2 => $ColName ) + { + if ( $SerieName == "" || $SerieName == $ColName ) + { + $XIn = ""; $Yin = ""; $Yt = ""; $U = ""; + $XIn[0] = 0; $YIn[0] = 0; + + $ID = 0; + foreach ( $DataDescription["Description"] as $keyI => $ValueI ) + { if ( $keyI == $ColName ) { $ColorID = $ID; }; $ID++; } + + $Index = 1; + $XLast = -1; $Missing = ""; + foreach ( $Data as $Key => $Values ) + { + if ( isset($Data[$Key][$ColName]) ) + { + $Value = $Data[$Key][$ColName]; + $XIn[$Index] = $Index; + $YIn[$Index] = $Value; + if ( !is_numeric($Value) ) { $Missing[$Index] = TRUE; } + $Index++; + } + } + $Index--; + + $Yt[0] = 0; + $Yt[1] = 0; + $U[1] = 0; + for($i=2;$i<=$Index-1;$i++) + { + $Sig = ($XIn[$i] - $XIn[$i-1]) / ($XIn[$i+1] - $XIn[$i-1]); + $p = $Sig * $Yt[$i-1] + 2; + $Yt[$i] = ($Sig - 1) / $p; + $U[$i] = ($YIn[$i+1] - $YIn[$i]) / ($XIn[$i+1] - $XIn[$i]) - ($YIn[$i] - $YIn[$i-1]) / ($XIn[$i] - $XIn[$i-1]); + $U[$i] = (6 * $U[$i] / ($XIn[$i+1] - $XIn[$i-1]) - $Sig * $U[$i-1]) / $p; + } + + $qn = 0; + $un = 0; + $Yt[$Index] = ($un - $qn * $U[$Index-1]) / ($qn * $Yt[$Index-1] + 1); + + for($k=$Index-1;$k>=1;$k--) + $Yt[$k] = $Yt[$k] * $Yt[$k+1] + $U[$k]; + + $XPos = $this->GArea_X1 + $this->GAreaXOffset; + for($X=1;$X<=$Index;$X=$X+$Accuracy) + { + $klo = 1; + $khi = $Index; + $k = $khi - $klo; + while($k > 1) + { + $k = $khi - $klo; + If ( $XIn[$k] >= $X ) + $khi = $k; + else + $klo = $k; + } + $klo = $khi - 1; + + $h = $XIn[$khi] - $XIn[$klo]; + $a = ($XIn[$khi] - $X) / $h; + $b = ($X - $XIn[$klo]) / $h; + $Value = $a * $YIn[$klo] + $b * $YIn[$khi] + (($a*$a*$a - $a) * $Yt[$klo] + ($b*$b*$b - $b) * $Yt[$khi]) * ($h*$h) / 6; + + $YPos = $this->GArea_Y2 - (($Value-$this->VMin) * $this->DivisionRatio); + + if ( $XLast != -1 && !isset($Missing[floor($X)]) && !isset($Missing[floor($X+1)]) ) + $this->drawLine($XLast,$YLast,$XPos,$YPos,$this->Palette[$ColorID]["R"],$this->Palette[$ColorID]["G"],$this->Palette[$ColorID]["B"],TRUE); + + $XLast = $XPos; + $YLast = $YPos; + $XPos = $XPos + $this->DivisionWidth * $Accuracy; + } + + // Add potentialy missing values + $XPos = $XPos - $this->DivisionWidth * $Accuracy; + if ( $XPos < ($this->GArea_X2 - $this->GAreaXOffset) ) + { + $YPos = $this->GArea_Y2 - (($YIn[$Index]-$this->VMin) * $this->DivisionRatio); + $this->drawLine($XLast,$YLast,$this->GArea_X2-$this->GAreaXOffset,$YPos,$this->Palette[$ColorID]["R"],$this->Palette[$ColorID]["G"],$this->Palette[$ColorID]["B"],TRUE); + } + + $GraphID++; + } + } + } + + /* This function draw a filled cubic curve */ + function drawFilledCubicCurve($Data,$DataDescription,$Accuracy=.1,$Alpha=100,$AroundZero=FALSE) + { + /* Validate the Data and DataDescription array */ + $this->validateDataDescription("drawFilledCubicCurve",$DataDescription); + $this->validateData("drawFilledCubicCurve",$Data); + + $LayerWidth = $this->GArea_X2-$this->GArea_X1; + $LayerHeight = $this->GArea_Y2-$this->GArea_Y1; + $YZero = $LayerHeight - ((0-$this->VMin) * $this->DivisionRatio); + if ( $YZero > $LayerHeight ) { $YZero = $LayerHeight; } + + $GraphID = 0; + foreach ( $DataDescription["Values"] as $Key2 => $ColName ) + { + $XIn = ""; $Yin = ""; $Yt = ""; $U = ""; + $XIn[0] = 0; $YIn[0] = 0; + + $ID = 0; + foreach ( $DataDescription["Description"] as $keyI => $ValueI ) + { if ( $keyI == $ColName ) { $ColorID = $ID; }; $ID++; } + + $Index = 1; + $XLast = -1; $Missing = ""; + foreach ( $Data as $Key => $Values ) + { + $Value = $Data[$Key][$ColName]; + $XIn[$Index] = $Index; + $YIn[$Index] = $Value; + if ( !is_numeric($Value) ) { $Missing[$Index] = TRUE; } + $Index++; + } + $Index--; + + $Yt[0] = 0; + $Yt[1] = 0; + $U[1] = 0; + for($i=2;$i<=$Index-1;$i++) + { + $Sig = ($XIn[$i] - $XIn[$i-1]) / ($XIn[$i+1] - $XIn[$i-1]); + $p = $Sig * $Yt[$i-1] + 2; + $Yt[$i] = ($Sig - 1) / $p; + $U[$i] = ($YIn[$i+1] - $YIn[$i]) / ($XIn[$i+1] - $XIn[$i]) - ($YIn[$i] - $YIn[$i-1]) / ($XIn[$i] - $XIn[$i-1]); + $U[$i] = (6 * $U[$i] / ($XIn[$i+1] - $XIn[$i-1]) - $Sig * $U[$i-1]) / $p; + } + + $qn = 0; + $un = 0; + $Yt[$Index] = ($un - $qn * $U[$Index-1]) / ($qn * $Yt[$Index-1] + 1); + + for($k=$Index-1;$k>=1;$k--) + $Yt[$k] = $Yt[$k] * $Yt[$k+1] + $U[$k]; + + $Points = ""; + $Points[] = $this->GAreaXOffset; + $Points[] = $LayerHeight; + + $this->Layers[0] = imagecreatetruecolor($LayerWidth,$LayerHeight); + $C_White =$this->AllocateColor($this->Layers[0],255,255,255); + imagefilledrectangle($this->Layers[0],0,0,$LayerWidth,$LayerHeight,$C_White); + imagecolortransparent($this->Layers[0],$C_White); + + $YLast = NULL; + $XPos = $this->GAreaXOffset; $PointsCount = 2; + for($X=1;$X<=$Index;$X=$X+$Accuracy) + { + $klo = 1; + $khi = $Index; + $k = $khi - $klo; + while($k > 1) + { + $k = $khi - $klo; + If ( $XIn[$k] >= $X ) + $khi = $k; + else + $klo = $k; + } + $klo = $khi - 1; + + $h = $XIn[$khi] - $XIn[$klo]; + $a = ($XIn[$khi] - $X) / $h; + $b = ($X - $XIn[$klo]) / $h; + $Value = $a * $YIn[$klo] + $b * $YIn[$khi] + (($a*$a*$a - $a) * $Yt[$klo] + ($b*$b*$b - $b) * $Yt[$khi]) * ($h*$h) / 6; + + $YPos = $LayerHeight - (($Value-$this->VMin) * $this->DivisionRatio); + + if ( $YLast != NULL && $AroundZero && !isset($Missing[floor($X)]) && !isset($Missing[floor($X+1)])) + { + $aPoints = ""; + $aPoints[] = $XLast; + $aPoints[] = $YLast; + $aPoints[] = $XPos; + $aPoints[] = $YPos; + $aPoints[] = $XPos; + $aPoints[] = $YZero; + $aPoints[] = $XLast; + $aPoints[] = $YZero; + + $C_Graph =$this->AllocateColor($this->Layers[0],$this->Palette[$ColorID]["R"],$this->Palette[$ColorID]["G"],$this->Palette[$ColorID]["B"]); + imagefilledpolygon($this->Layers[0],$aPoints,4,$C_Graph); + } + + if ( !isset($Missing[floor($X)]) || $YLast == NULL ) + { + $PointsCount++; + $Points[] = $XPos; + $Points[] = $YPos; + } + else + { + $PointsCount++; $Points[] = $XLast; $Points[] = $LayerHeight; + } + + $YLast = $YPos; $XLast = $XPos; + $XPos = $XPos + $this->DivisionWidth * $Accuracy; + } + + // Add potentialy missing values + $XPos = $XPos - $this->DivisionWidth * $Accuracy; + if ( $XPos < ($LayerWidth-$this->GAreaXOffset) ) + { + $YPos = $LayerHeight - (($YIn[$Index]-$this->VMin) * $this->DivisionRatio); + + if ( $YLast != NULL && $AroundZero ) + { + $aPoints = ""; + $aPoints[] = $XLast; + $aPoints[] = $YLast; + $aPoints[] = $LayerWidth-$this->GAreaXOffset; + $aPoints[] = $YPos; + $aPoints[] = $LayerWidth-$this->GAreaXOffset; + $aPoints[] = $YZero; + $aPoints[] = $XLast; + $aPoints[] = $YZero; + + $C_Graph =$this->AllocateColor($this->Layers[0],$this->Palette[$ColorID]["R"],$this->Palette[$ColorID]["G"],$this->Palette[$ColorID]["B"]); + imagefilledpolygon($this->Layers[0],$aPoints,4,$C_Graph); + } + + if ( $YIn[$klo] != "" && $YIn[$khi] != "" || $YLast == NULL ) + { + $PointsCount++; + $Points[] = $LayerWidth-$this->GAreaXOffset; + $Points[] = $YPos; + } + } + + $Points[] = $LayerWidth-$this->GAreaXOffset; + $Points[] = $LayerHeight; + + if ( !$AroundZero ) + { + $C_Graph =$this->AllocateColor($this->Layers[0],$this->Palette[$ColorID]["R"],$this->Palette[$ColorID]["G"],$this->Palette[$ColorID]["B"]); + imagefilledpolygon($this->Layers[0],$Points,$PointsCount,$C_Graph); + } + + imagecopymerge($this->Picture,$this->Layers[0],$this->GArea_X1,$this->GArea_Y1,0,0,$LayerWidth,$LayerHeight,$Alpha); + imagedestroy($this->Layers[0]); + + $this->drawCubicCurve($Data,$DataDescription,$Accuracy,$ColName); + + $GraphID++; + } + } + + /* This function draw a filled line graph */ + function drawFilledLineGraph($Data,$DataDescription,$Alpha=100,$AroundZero=FALSE) + { + $Empty = -2147483647; + + /* Validate the Data and DataDescription array */ + $this->validateDataDescription("drawFilledLineGraph",$DataDescription); + $this->validateData("drawFilledLineGraph",$Data); + + $LayerWidth = $this->GArea_X2-$this->GArea_X1; + $LayerHeight = $this->GArea_Y2-$this->GArea_Y1; + + $GraphID = 0; + foreach ( $DataDescription["Values"] as $Key2 => $ColName ) + { + $ID = 0; + foreach ( $DataDescription["Description"] as $keyI => $ValueI ) + { if ( $keyI == $ColName ) { $ColorID = $ID; }; $ID++; } + + $aPoints = ""; + $aPoints[] = $this->GAreaXOffset; + $aPoints[] = $LayerHeight; + + $this->Layers[0] = imagecreatetruecolor($LayerWidth,$LayerHeight); + $C_White = $this->AllocateColor($this->Layers[0],255,255,255); + imagefilledrectangle($this->Layers[0],0,0,$LayerWidth,$LayerHeight,$C_White); + imagecolortransparent($this->Layers[0],$C_White); + + $XPos = $this->GAreaXOffset; + $XLast = -1; $PointsCount = 2; + $YZero = $LayerHeight - ((0-$this->VMin) * $this->DivisionRatio); + if ( $YZero > $LayerHeight ) { $YZero = $LayerHeight; } + + $YLast = $Empty; + foreach ( $Data as $Key => $Values ) + { + $Value = $Data[$Key][$ColName]; + $YPos = $LayerHeight - (($Value-$this->VMin) * $this->DivisionRatio); + + /* Save point into the image map if option activated */ + if ( $this->BuildMap ) + $this->addToImageMap($XPos-3,$YPos-3,$XPos+3,$YPos+3,$DataDescription["Description"][$ColName],$Data[$Key][$ColName].$DataDescription["Unit"]["Y"],"FLine"); + + if ( !is_numeric($Value) ) + { + $PointsCount++; + $aPoints[] = $XLast; + $aPoints[] = $LayerHeight; + + $YLast = $Empty; + } + else + { + $PointsCount++; + if ( $YLast <> $Empty ) + { $aPoints[] = $XPos; $aPoints[] = $YPos; } + else + { $PointsCount++; $aPoints[] = $XPos; $aPoints[] = $LayerHeight; $aPoints[] = $XPos; $aPoints[] = $YPos; } + + if ($YLast <> $Empty && $AroundZero) + { + $Points = ""; + $Points[] = $XLast; $Points[] = $YLast; + $Points[] = $XPos; + $Points[] = $YPos; + $Points[] = $XPos; + $Points[] = $YZero; + $Points[] = $XLast; + $Points[] = $YZero; + + $C_Graph = $this->AllocateColor($this->Layers[0],$this->Palette[$ColorID]["R"],$this->Palette[$ColorID]["G"],$this->Palette[$ColorID]["B"]); + imagefilledpolygon($this->Layers[0],$Points,4,$C_Graph); + } + $YLast = $YPos; + } + + $XLast = $XPos; + $XPos = $XPos + $this->DivisionWidth; + } + $aPoints[] = $LayerWidth - $this->GAreaXOffset; + $aPoints[] = $LayerHeight; + + if ( $AroundZero == FALSE ) + { + $C_Graph = $this->AllocateColor($this->Layers[0],$this->Palette[$ColorID]["R"],$this->Palette[$ColorID]["G"],$this->Palette[$ColorID]["B"]); + imagefilledpolygon($this->Layers[0],$aPoints,$PointsCount,$C_Graph); + } + + imagecopymerge($this->Picture,$this->Layers[0],$this->GArea_X1,$this->GArea_Y1,0,0,$LayerWidth,$LayerHeight,$Alpha); + imagedestroy($this->Layers[0]); + $GraphID++; + $this->drawLineGraph($Data,$DataDescription,$ColName); + } + } + + /* This function draw a bar graph */ + function drawOverlayBarGraph($Data,$DataDescription,$Alpha=50) + { + /* Validate the Data and DataDescription array */ + $this->validateDataDescription("drawOverlayBarGraph",$DataDescription); + $this->validateData("drawOverlayBarGraph",$Data); + + $LayerWidth = $this->GArea_X2-$this->GArea_X1; + $LayerHeight = $this->GArea_Y2-$this->GArea_Y1; + + $GraphID = 0; + foreach ( $DataDescription["Values"] as $Key2 => $ColName ) + { + $ID = 0; + foreach ( $DataDescription["Description"] as $keyI => $ValueI ) + { if ( $keyI == $ColName ) { $ColorID = $ID; }; $ID++; } + + $this->Layers[$GraphID] = imagecreatetruecolor($LayerWidth,$LayerHeight); + $C_White = $this->AllocateColor($this->Layers[$GraphID],255,255,255); + $C_Graph = $this->AllocateColor($this->Layers[$GraphID],$this->Palette[$GraphID]["R"],$this->Palette[$GraphID]["G"],$this->Palette[$GraphID]["B"]); + imagefilledrectangle($this->Layers[$GraphID],0,0,$LayerWidth,$LayerHeight,$C_White); + imagecolortransparent($this->Layers[$GraphID],$C_White); + + $XWidth = $this->DivisionWidth / 4; + $XPos = $this->GAreaXOffset; + $YZero = $LayerHeight - ((0-$this->VMin) * $this->DivisionRatio); + $XLast = -1; $PointsCount = 2; + foreach ( $Data as $Key => $Values ) + { + if ( isset($Data[$Key][$ColName]) ) + { + $Value = $Data[$Key][$ColName]; + if ( is_numeric($Value) ) + { + $YPos = $LayerHeight - (($Value-$this->VMin) * $this->DivisionRatio); + + imagefilledrectangle($this->Layers[$GraphID],$XPos-$XWidth,$YPos,$XPos+$XWidth,$YZero,$C_Graph); + + $X1 = floor($XPos - $XWidth + $this->GArea_X1); $Y1 = floor($YPos+$this->GArea_Y1) + .2; + $X2 = floor($XPos + $XWidth + $this->GArea_X1); $Y2 = $this->GArea_Y2 - ((0-$this->VMin) * $this->DivisionRatio); + if ( $X1 <= $this->GArea_X1 ) { $X1 = $this->GArea_X1 + 1; } + if ( $X2 >= $this->GArea_X2 ) { $X2 = $this->GArea_X2 - 1; } + + /* Save point into the image map if option activated */ + if ( $this->BuildMap ) + $this->addToImageMap($X1,min($Y1,$Y2),$X2,max($Y1,$Y2),$DataDescription["Description"][$ColName],$Data[$Key][$ColName].$DataDescription["Unit"]["Y"],"oBar"); + + $this->drawLine($X1,$Y1,$X2,$Y1,$this->Palette[$ColorID]["R"],$this->Palette[$ColorID]["G"],$this->Palette[$ColorID]["B"],TRUE); + } + } + $XPos = $XPos + $this->DivisionWidth; + } + + $GraphID++; + } + + for($i=0;$i<=($GraphID-1);$i++) + { + imagecopymerge($this->Picture,$this->Layers[$i],$this->GArea_X1,$this->GArea_Y1,0,0,$LayerWidth,$LayerHeight,$Alpha); + imagedestroy($this->Layers[$i]); + } + } + + /* This function draw a bar graph */ + function drawBarGraph($Data,$DataDescription,$Shadow=FALSE,$Alpha=100) + { + /* Validate the Data and DataDescription array */ + $this->validateDataDescription("drawBarGraph",$DataDescription); + $this->validateData("drawBarGraph",$Data); + + $GraphID = 0; + $Series = count($DataDescription["Values"]); + $SeriesWidth = $this->DivisionWidth / ($Series+1); + $SerieXOffset = $this->DivisionWidth / 2 - $SeriesWidth / 2; + + $YZero = $this->GArea_Y2 - ((0-$this->VMin) * $this->DivisionRatio); + if ( $YZero > $this->GArea_Y2 ) { $YZero = $this->GArea_Y2; } + + $SerieID = 0; + foreach ( $DataDescription["Values"] as $Key2 => $ColName ) + { + $ID = 0; + foreach ( $DataDescription["Description"] as $keyI => $ValueI ) + { if ( $keyI == $ColName ) { $ColorID = $ID; }; $ID++; } + + $XPos = $this->GArea_X1 + $this->GAreaXOffset - $SerieXOffset + $SeriesWidth * $SerieID; + $XLast = -1; + foreach ( $Data as $Key => $Values ) + { + if ( isset($Data[$Key][$ColName])) + { + if ( is_numeric($Data[$Key][$ColName]) ) + { + $Value = $Data[$Key][$ColName]; + $YPos = $this->GArea_Y2 - (($Value-$this->VMin) * $this->DivisionRatio); + + /* Save point into the image map if option activated */ + if ( $this->BuildMap ) + { + $this->addToImageMap($XPos+1,min($YZero,$YPos),$XPos+$SeriesWidth-1,max($YZero,$YPos),$DataDescription["Description"][$ColName],$Data[$Key][$ColName].$DataDescription["Unit"]["Y"],"Bar"); + } + + if ( $Shadow && $Alpha == 100 ) + $this->drawRectangle($XPos+1,$YZero,$XPos+$SeriesWidth-1,$YPos,25,25,25,TRUE,$Alpha); + + $this->drawFilledRectangle($XPos+1,$YZero,$XPos+$SeriesWidth-1,$YPos,$this->Palette[$ColorID]["R"],$this->Palette[$ColorID]["G"],$this->Palette[$ColorID]["B"],TRUE,$Alpha); + } + } + $XPos = $XPos + $this->DivisionWidth; + } + $SerieID++; + } + } + + /* This function draw a stacked bar graph */ + function drawStackedBarGraph($Data,$DataDescription,$Alpha=50,$Contiguous=FALSE) + { + /* Validate the Data and DataDescription array */ + $this->validateDataDescription("drawBarGraph",$DataDescription); + $this->validateData("drawBarGraph",$Data); + + $GraphID = 0; + $Series = count($DataDescription["Values"]); + if ( $Contiguous ) + $SeriesWidth = $this->DivisionWidth; + else + $SeriesWidth = $this->DivisionWidth * .8; + + $YZero = $this->GArea_Y2 - ((0-$this->VMin) * $this->DivisionRatio); + if ( $YZero > $this->GArea_Y2 ) { $YZero = $this->GArea_Y2; } + + $SerieID = 0; $LastValue = ""; + foreach ( $DataDescription["Values"] as $Key2 => $ColName ) + { + $ID = 0; + foreach ( $DataDescription["Description"] as $keyI => $ValueI ) + { if ( $keyI == $ColName ) { $ColorID = $ID; }; $ID++; } + + $XPos = $this->GArea_X1 + $this->GAreaXOffset - $SeriesWidth / 2; + $XLast = -1; + foreach ( $Data as $Key => $Values ) + { + if ( isset($Data[$Key][$ColName])) + { + if ( is_numeric($Data[$Key][$ColName]) ) + { + $Value = $Data[$Key][$ColName]; + + if ( isset($LastValue[$Key]) ) + { + $YPos = $this->GArea_Y2 - ((($Value+$LastValue[$Key])-$this->VMin) * $this->DivisionRatio); + $YBottom = $this->GArea_Y2 - (($LastValue[$Key]-$this->VMin) * $this->DivisionRatio); + $LastValue[$Key] += $Value; + } + else + { + $YPos = $this->GArea_Y2 - (($Value-$this->VMin) * $this->DivisionRatio); + $YBottom = $YZero; + $LastValue[$Key] = $Value; + } + + /* Save point into the image map if option activated */ + if ( $this->BuildMap ) + $this->addToImageMap($XPos+1,min($YBottom,$YPos),$XPos+$SeriesWidth-1,max($YBottom,$YPos),$DataDescription["Description"][$ColName],$Data[$Key][$ColName].$DataDescription["Unit"]["Y"],"sBar"); + + $this->drawFilledRectangle($XPos+1,$YBottom,$XPos+$SeriesWidth-1,$YPos,$this->Palette[$ColorID]["R"],$this->Palette[$ColorID]["G"],$this->Palette[$ColorID]["B"],TRUE,$Alpha); + } + } + $XPos = $XPos + $this->DivisionWidth; + } + $SerieID++; + } + } + + /* This function draw a limits bar graphs */ + function drawLimitsGraph($Data,$DataDescription,$R=0,$G=0,$B=0) + { + /* Validate the Data and DataDescription array */ + $this->validateDataDescription("drawLimitsGraph",$DataDescription); + $this->validateData("drawLimitsGraph",$Data); + + $XWidth = $this->DivisionWidth / 4; + $XPos = $this->GArea_X1 + $this->GAreaXOffset; + + foreach ( $Data as $Key => $Values ) + { + $Min = $Data[$Key][$DataDescription["Values"][0]]; + $Max = $Data[$Key][$DataDescription["Values"][0]]; + $GraphID = 0; $MaxID = 0; $MinID = 0; + foreach ( $DataDescription["Values"] as $Key2 => $ColName ) + { + if ( isset($Data[$Key][$ColName]) ) + { + if ( $Data[$Key][$ColName] > $Max && is_numeric($Data[$Key][$ColName])) + { $Max = $Data[$Key][$ColName]; $MaxID = $GraphID; } + } + if ( isset($Data[$Key][$ColName]) && is_numeric($Data[$Key][$ColName])) + { + if ( $Data[$Key][$ColName] < $Min ) + { $Min = $Data[$Key][$ColName]; $MinID = $GraphID; } + $GraphID++; + } + } + + $YPos = $this->GArea_Y2 - (($Max-$this->VMin) * $this->DivisionRatio); + $X1 = floor($XPos - $XWidth); $Y1 = floor($YPos) - .2; + $X2 = floor($XPos + $XWidth); + if ( $X1 <= $this->GArea_X1 ) { $X1 = $this->GArea_X1 + 1; } + if ( $X2 >= $this->GArea_X2 ) { $X2 = $this->GArea_X2 - 1; } + + $YPos = $this->GArea_Y2 - (($Min-$this->VMin) * $this->DivisionRatio); + $Y2 = floor($YPos) + .2; + + $this->drawLine(floor($XPos)-.2,$Y1+1,floor($XPos)-.2,$Y2-1,$R,$G,$B,TRUE); + $this->drawLine(floor($XPos)+.2,$Y1+1,floor($XPos)+.2,$Y2-1,$R,$G,$B,TRUE); + $this->drawLine($X1,$Y1,$X2,$Y1,$this->Palette[$MaxID]["R"],$this->Palette[$MaxID]["G"],$this->Palette[$MaxID]["B"],FALSE); + $this->drawLine($X1,$Y2,$X2,$Y2,$this->Palette[$MinID]["R"],$this->Palette[$MinID]["G"],$this->Palette[$MinID]["B"],FALSE); + + $XPos = $XPos + $this->DivisionWidth; + } + } + + /* This function draw radar axis centered on the graph area */ + function drawRadarAxis($Data,$DataDescription,$Mosaic=TRUE,$BorderOffset=10,$A_R=60,$A_G=60,$A_B=60,$S_R=200,$S_G=200,$S_B=200,$MaxValue=-1,$valueMod=1) + { + /* Validate the Data and DataDescription array */ + $this->validateDataDescription("drawRadarAxis",$DataDescription); + $this->validateData("drawRadarAxis",$Data); + + $C_TextColor = $this->AllocateColor($this->Picture,$A_R,$A_G,$A_B); + + /* Draw radar axis */ + $Points = count($Data); + $Radius = ( $this->GArea_Y2 - $this->GArea_Y1 ) / 2 - $BorderOffset; + $XCenter = ( $this->GArea_X2 - $this->GArea_X1 ) / 2 + $this->GArea_X1; + $YCenter = ( $this->GArea_Y2 - $this->GArea_Y1 ) / 2 + $this->GArea_Y1; + + /* Search for the max value */ + if ( $MaxValue == -1 ) + { + foreach ( $DataDescription["Values"] as $Key2 => $ColName ) + { + foreach ( $Data as $Key => $Values ) + { + if ( isset($Data[$Key][$ColName])) + if ( $Data[$Key][$ColName] > $MaxValue ) { $MaxValue = $Data[$Key][$ColName]; } + } + } + } + + /* Draw the mosaic */ + if ( $Mosaic ) + { + $RadiusScale = $Radius / $MaxValue; + for ( $t=1; $t<=$MaxValue-1; $t++) + { + $TRadius = $RadiusScale * $t; + $LastX1 = -1; + + for ( $i=0; $i<=$Points; $i++) + { + $Angle = -90 + $i * 360/$Points; + $X1 = cos($Angle * 3.1418 / 180 ) * $TRadius + $XCenter; + $Y1 = sin($Angle * 3.1418 / 180 ) * $TRadius + $YCenter; + $X2 = cos($Angle * 3.1418 / 180 ) * ($TRadius+$RadiusScale) + $XCenter; + $Y2 = sin($Angle * 3.1418 / 180 ) * ($TRadius+$RadiusScale) + $YCenter; + + if ( $t % 2 == 1 && $LastX1 != -1) + { + $Plots = ""; + $Plots[] = $X1; $Plots[] = $Y1; + $Plots[] = $X2; $Plots[] = $Y2; + $Plots[] = $LastX2; $Plots[] = $LastY2; + $Plots[] = $LastX1; $Plots[] = $LastY1; + + $C_Graph = $this->AllocateColor($this->Picture,250,250,250); + imagefilledpolygon($this->Picture,$Plots,(count($Plots)+1)/2,$C_Graph); + } + + $LastX1 = $X1; $LastY1= $Y1; + $LastX2 = $X2; $LastY2= $Y2; + } + } + } + + + /* Draw the spider web */ + for ( $t=1; $t<=$MaxValue; $t++) + { + $TRadius = ( $Radius / $MaxValue ) * $t; + $LastX = -1; + + for ( $i=0; $i<=$Points; $i++) + { + $Angle = -90 + $i * 360/$Points; + $X = cos($Angle * 3.1418 / 180 ) * $TRadius + $XCenter; + $Y = sin($Angle * 3.1418 / 180 ) * $TRadius + $YCenter; + + if ( $LastX != -1 ) + $this->drawDottedLine($LastX,$LastY,$X,$Y,4,$S_R,$S_G,$S_B); + + $LastX = $X; $LastY= $Y; + } + } + + /* Draw the axis */ + for ( $i=0; $i<=$Points; $i++) + { + $Angle = -90 + $i * 360/$Points; + $X = cos($Angle * 3.1418 / 180 ) * $Radius + $XCenter; + $Y = sin($Angle * 3.1418 / 180 ) * $Radius + $YCenter; + + $this->drawLine($XCenter,$YCenter,$X,$Y,$A_R,$A_G,$A_B); + + $XOffset = 0; $YOffset = 0; + if (isset($Data[$i][$DataDescription["Position"]])) + { + $Label = $Data[$i][$DataDescription["Position"]]; + + $Positions = imagettfbbox($this->FontSize,0,$this->FontName,$Label); + $Width = $Positions[2] - $Positions[6]; + $Height = $Positions[3] - $Positions[7]; + + if ( $Angle >= 0 && $Angle <= 90 ) + $YOffset = $Height; + + if ( $Angle > 90 && $Angle <= 180 ) + { $YOffset = $Height; $XOffset = -$Width; } + + if ( $Angle > 180 && $Angle <= 270 ) + { $XOffset = -$Width; } + + imagettftext($this->Picture,$this->FontSize,0,$X+$XOffset,$Y+$YOffset,$C_TextColor,$this->FontName,$Label); + + if ( $this->BuildMap ) + { + $vecX = $X - $XCenter; + $vecY = $Y - $YCenter; + + // get a perpendicular vector + $vecXtemp = $vecX; + $vecX = -$vecY; + $vecY = $vecXtemp; + + // normalization + $vecLength = sqrt($vecX * $vecX + $vecY * $vecY); + $vecX = $vecX / $vecLength; + $vecY = $vecY / $vecLength; + + $tooltipValue = ''; + foreach ($DataDescription['Description'] as $key => $value) { + $tooltipValue .= $value.' : '.sprintf("%.2f", $Data[$i][$key]).';'; + } + + $offset = 10; + $poly = array( + array($X+$vecX*-$offset,$Y+$vecY*-$offset), + array($X+$vecX*+$offset,$Y+$vecY*+$offset), + array($XCenter+$vecX*+$offset,$YCenter+$vecY*+$offset), + array($XCenter+$vecX*-$offset,$YCenter+$vecY*-$offset), + ); + $this->addPolyToImageMap($poly,$Label,$tooltipValue,'Radar'); + } + } + } + + /* Write the values */ + for ( $t=1; $t<=$MaxValue; $t++) + { + if ($t % $valueMod != 0) + { continue; } + + $TRadius = ( $Radius / $MaxValue ) * $t; + + $Angle = -90 + 360 / $Points; + $X1 = $XCenter; + $Y1 = $YCenter - $TRadius; + $X2 = cos($Angle * 3.1418 / 180 ) * $TRadius + $XCenter; + $Y2 = sin($Angle * 3.1418 / 180 ) * $TRadius + $YCenter; + + $XPos = floor(($X2-$X1)/2) + $X1; + $YPos = floor(($Y2-$Y1)/2) + $Y1; + + $Positions = imagettfbbox($this->FontSize,0,$this->FontName,$t); + $X = $XPos - ( $X+$Positions[2] - $X+$Positions[6] ) / 2; + $Y = $YPos + $this->FontSize; + + $this->drawFilledRoundedRectangle($X+$Positions[6]-2,$Y+$Positions[7]-1,$X+$Positions[2]+4,$Y+$Positions[3]+1,2,240,240,240); + $this->drawRoundedRectangle($X+$Positions[6]-2,$Y+$Positions[7]-1,$X+$Positions[2]+4,$Y+$Positions[3]+1,2,220,220,220); + imagettftext($this->Picture,$this->FontSize,0,$X,$Y,$C_TextColor,$this->FontName,$t); + } + } + + /* This function draw a radar graph centered on the graph area */ + function drawRadar($Data,$DataDescription,$BorderOffset=10,$MaxValue=-1) + { + /* Validate the Data and DataDescription array */ + $this->validateDataDescription("drawRadar",$DataDescription); + $this->validateData("drawRadar",$Data); + + $Points = count($Data); + $Radius = ( $this->GArea_Y2 - $this->GArea_Y1 ) / 2 - $BorderOffset; + $XCenter = ( $this->GArea_X2 - $this->GArea_X1 ) / 2 + $this->GArea_X1; + $YCenter = ( $this->GArea_Y2 - $this->GArea_Y1 ) / 2 + $this->GArea_Y1; + + /* Search for the max value */ + if ( $MaxValue == -1 ) + { + foreach ( $DataDescription["Values"] as $Key2 => $ColName ) + { + foreach ( $Data as $Key => $Values ) + { + if ( isset($Data[$Key][$ColName])) + if ( $Data[$Key][$ColName] > $MaxValue ) { $MaxValue = $Data[$Key][$ColName]; } + } + } + } + + $GraphID = 0; + foreach ( $DataDescription["Values"] as $Key2 => $ColName ) + { + $ID = 0; + foreach ( $DataDescription["Description"] as $keyI => $ValueI ) + { if ( $keyI == $ColName ) { $ColorID = $ID; }; $ID++; } + + $Angle = -90; + $XLast = -1; + foreach ( $Data as $Key => $Values ) + { + if ( isset($Data[$Key][$ColName])) + { + $Value = $Data[$Key][$ColName]; + $Strength = ( $Radius / $MaxValue ) * $Value; + + $XPos = cos($Angle * 3.1418 / 180 ) * $Strength + $XCenter; + $YPos = sin($Angle * 3.1418 / 180 ) * $Strength + $YCenter; + + if ( $XLast != -1 ) + $this->drawLine($XLast,$YLast,$XPos,$YPos,$this->Palette[$ColorID]["R"],$this->Palette[$ColorID]["G"],$this->Palette[$ColorID]["B"]); + + if ( $XLast == -1 ) + { $FirstX = $XPos; $FirstY = $YPos; } + + $Angle = $Angle + (360/$Points); + $XLast = $XPos; + $YLast = $YPos; + } + } + $this->drawLine($XPos,$YPos,$FirstX,$FirstY,$this->Palette[$ColorID]["R"],$this->Palette[$ColorID]["G"],$this->Palette[$ColorID]["B"]); + $GraphID++; + } + } + + /* This function draw a radar graph centered on the graph area */ + function drawFilledRadar($Data,$DataDescription,$Alpha=50,$BorderOffset=10,$MaxValue=-1) + { + /* Validate the Data and DataDescription array */ + $this->validateDataDescription("drawFilledRadar",$DataDescription); + $this->validateData("drawFilledRadar",$Data); + + $Points = count($Data); + $LayerWidth = $this->GArea_X2-$this->GArea_X1; + $LayerHeight = $this->GArea_Y2-$this->GArea_Y1; + $Radius = ( $this->GArea_Y2 - $this->GArea_Y1 ) / 2 - $BorderOffset; + $XCenter = ( $this->GArea_X2 - $this->GArea_X1 ) / 2; + $YCenter = ( $this->GArea_Y2 - $this->GArea_Y1 ) / 2; + + /* Search for the max value */ + if ( $MaxValue == -1 ) + { + foreach ( $DataDescription["Values"] as $Key2 => $ColName ) + { + foreach ( $Data as $Key => $Values ) + { + if ( isset($Data[$Key][$ColName])) + if ( $Data[$Key][$ColName] > $MaxValue && is_numeric($Data[$Key][$ColName])) { $MaxValue = $Data[$Key][$ColName]; } + } + } + } + + $GraphID = 0; + foreach ( $DataDescription["Values"] as $Key2 => $ColName ) + { + $ID = 0; + foreach ( $DataDescription["Description"] as $keyI => $ValueI ) + { if ( $keyI == $ColName ) { $ColorID = $ID; }; $ID++; } + + $Angle = -90; + $XLast = -1; + $Plots = ""; + foreach ( $Data as $Key => $Values ) + { + if ( isset($Data[$Key][$ColName])) + { + $Value = $Data[$Key][$ColName]; + if ( !is_numeric($Value) ) { $Value = 0; } + $Strength = ( $Radius / $MaxValue ) * $Value; + + $XPos = cos($Angle * 3.1418 / 180 ) * $Strength + $XCenter; + $YPos = sin($Angle * 3.1418 / 180 ) * $Strength + $YCenter; + + $Plots[] = $XPos; + $Plots[] = $YPos; + + $Angle = $Angle + (360/$Points); + $XLast = $XPos; + $YLast = $YPos; + } + } + + if (isset($Plots[0])) + { + $Plots[] = $Plots[0]; + $Plots[] = $Plots[1]; + + $this->Layers[0] = imagecreatetruecolor($LayerWidth,$LayerHeight); + $C_White = $this->AllocateColor($this->Layers[0],255,255,255); + imagefilledrectangle($this->Layers[0],0,0,$LayerWidth,$LayerHeight,$C_White); + imagecolortransparent($this->Layers[0],$C_White); + + $C_Graph = $this->AllocateColor($this->Layers[0],$this->Palette[$ColorID]["R"],$this->Palette[$ColorID]["G"],$this->Palette[$ColorID]["B"]); + imagefilledpolygon($this->Layers[0],$Plots,(count($Plots)+1)/2,$C_Graph); + + imagecopymerge($this->Picture,$this->Layers[0],$this->GArea_X1,$this->GArea_Y1,0,0,$LayerWidth,$LayerHeight,$Alpha); + imagedestroy($this->Layers[0]); + + for($i=0;$i<=count($Plots)-4;$i=$i+2) + $this->drawLine($Plots[$i]+$this->GArea_X1,$Plots[$i+1]+$this->GArea_Y1,$Plots[$i+2]+$this->GArea_X1,$Plots[$i+3]+$this->GArea_Y1,$this->Palette[$ColorID]["R"],$this->Palette[$ColorID]["G"],$this->Palette[$ColorID]["B"]); + } + + $GraphID++; + } + } + + /* This function draw a flat pie chart */ + function drawBasicPieGraph($Data,$DataDescription,$XPos,$YPos,$Radius=100,$DrawLabels=PIE_NOLABEL,$R=255,$G=255,$B=255,$Decimals=0) + { + /* Validate the Data and DataDescription array */ + $this->validateDataDescription("drawBasicPieGraph",$DataDescription,FALSE); + $this->validateData("drawBasicPieGraph",$Data); + + /* Determine pie sum */ + $Series = 0; $PieSum = 0; + foreach ( $DataDescription["Values"] as $Key2 => $ColName ) + { + if ( $ColName != $DataDescription["Position"] ) + { + $Series++; + foreach ( $Data as $Key => $Values ) + { + if ( isset($Data[$Key][$ColName])) + $PieSum = $PieSum + $Data[$Key][$ColName]; $iValues[] = $Data[$Key][$ColName]; $iLabels[] = $Data[$Key][$DataDescription["Position"]]; + } + } + } + + /* Validate serie */ + if ( $Series != 1 ) + RaiseFatal("Pie chart can only accept one serie of data."); + + $SpliceRatio = 360 / $PieSum; + $SplicePercent = 100 / $PieSum; + + /* Calculate all polygons */ + $Angle = 0; $TopPlots = ""; + foreach($iValues as $Key => $Value) + { + $TopPlots[$Key][] = $XPos; + $TopPlots[$Key][] = $YPos; + + /* Process labels position & size */ + $Caption = ""; + if ( !($DrawLabels == PIE_NOLABEL) ) + { + $TAngle = $Angle+($Value*$SpliceRatio/2); + if ($DrawLabels == PIE_PERCENTAGE) + $Caption = (round($Value * pow(10,$Decimals) * $SplicePercent)/pow(10,$Decimals))."%"; + elseif ($DrawLabels == PIE_LABELS) + $Caption = $iLabels[$Key]; + elseif ($DrawLabels == PIE_PERCENTAGE_LABEL) + $Caption = $iLabels[$Key]."\r\n".(round($Value * pow(10,$Decimals) * $SplicePercent)/pow(10,$Decimals))."%"; + elseif ($DrawLabels == PIE_PERCENTAGE_LABEL) + $Caption = $iLabels[$Key]."\r\n".(round($Value * pow(10,$Decimals) * $SplicePercent)/pow(10,$Decimals))."%"; + + $Position = imageftbbox($this->FontSize,0,$this->FontName,$Caption); + $TextWidth = $Position[2]-$Position[0]; + $TextHeight = abs($Position[1])+abs($Position[3]); + + $TX = cos(($TAngle) * 3.1418 / 180 ) * ($Radius+10) + $XPos; + + if ( $TAngle > 0 && $TAngle < 180 ) + $TY = sin(($TAngle) * 3.1418 / 180 ) * ($Radius+10) + $YPos + 4; + else + $TY = sin(($TAngle) * 3.1418 / 180 ) * ($Radius+4) + $YPos - ($TextHeight/2); + + if ( $TAngle > 90 && $TAngle < 270 ) + $TX = $TX - $TextWidth; + + $C_TextColor = $this->AllocateColor($this->Picture,70,70,70); + imagettftext($this->Picture,$this->FontSize,0,$TX,$TY,$C_TextColor,$this->FontName,$Caption); + } + + /* Process pie slices */ + for($iAngle=$Angle;$iAngle<=$Angle+$Value*$SpliceRatio;$iAngle=$iAngle+.5) + { + $TopX = cos($iAngle * 3.1418 / 180 ) * $Radius + $XPos; + $TopY = sin($iAngle * 3.1418 / 180 ) * $Radius + $YPos; + + $TopPlots[$Key][] = $TopX; + $TopPlots[$Key][] = $TopY; + } + + $TopPlots[$Key][] = $XPos; + $TopPlots[$Key][] = $YPos; + + $Angle = $iAngle; + } + $PolyPlots = $TopPlots; + + /* Set array values type to float --- PHP Bug with imagefilledpolygon casting to integer */ + foreach ($TopPlots as $Key => $Value) + { foreach ($TopPlots[$Key] as $Key2 => $Value2) { settype($TopPlots[$Key][$Key2],"float"); } } + + /* Draw Top polygons */ + foreach ($PolyPlots as $Key => $Value) + { + $C_GraphLo = $this->AllocateColor($this->Picture,$this->Palette[$Key]["R"],$this->Palette[$Key]["G"],$this->Palette[$Key]["B"]); + imagefilledpolygon($this->Picture,$PolyPlots[$Key],(count($PolyPlots[$Key])+1)/2,$C_GraphLo); + } + + $this->drawCircle($XPos-.5,$YPos-.5,$Radius,$R,$G,$B); + $this->drawCircle($XPos-.5,$YPos-.5,$Radius+.5,$R,$G,$B); + + /* Draw Top polygons */ + foreach ($TopPlots as $Key => $Value) + { + for($j=0;$j<=count($TopPlots[$Key])-4;$j=$j+2) + $this->drawLine($TopPlots[$Key][$j],$TopPlots[$Key][$j+1],$TopPlots[$Key][$j+2],$TopPlots[$Key][$j+3],$R,$G,$B); + } + } + + function drawFlatPieGraphWithShadow($Data,$DataDescription,$XPos,$YPos,$Radius=100,$DrawLabels=PIE_NOLABEL,$SpliceDistance=0,$Decimals=0) + { + $this->drawFlatPieGraph($Data,$DataDescription,$XPos+$this->ShadowXDistance,$YPos+$this->ShadowYDistance,$Radius,PIE_NOLABEL,$SpliceDistance,$Decimals,TRUE); + $this->drawFlatPieGraph($Data,$DataDescription,$XPos,$YPos,$Radius,$DrawLabels,$SpliceDistance,$Decimals,FALSE); + } + + /* This function draw a flat pie chart */ + function drawFlatPieGraph($Data,$DataDescription,$XPos,$YPos,$Radius=100,$DrawLabels=PIE_NOLABEL,$SpliceDistance=0,$Decimals=0,$AllBlack=FALSE) + { + /* Validate the Data and DataDescription array */ + $this->validateDataDescription("drawFlatPieGraph",$DataDescription,FALSE); + $this->validateData("drawFlatPieGraph",$Data); + + $ShadowStatus = $this->ShadowActive ; $this->ShadowActive = FALSE; + + /* Determine pie sum */ + $Series = 0; $PieSum = 0; + foreach ( $DataDescription["Values"] as $Key2 => $ColName ) + { + if ( $ColName != $DataDescription["Position"] ) + { + $Series++; + foreach ( $Data as $Key => $Values ) + { + if ( isset($Data[$Key][$ColName])) + $PieSum = $PieSum + $Data[$Key][$ColName]; $iValues[] = $Data[$Key][$ColName]; $iLabels[] = $Data[$Key][$DataDescription["Position"]]; + } + } + } + + /* Validate serie */ + if ( $Series != 1 ) + { + RaiseFatal("Pie chart can only accept one serie of data."); + return(0); + } + + $SpliceRatio = 360 / $PieSum; + $SplicePercent = 100 / $PieSum; + + /* Calculate all polygons */ + $Angle = 0; $TopPlots = ""; + foreach($iValues as $Key => $Value) + { + $XOffset = cos(($Angle+($Value/2*$SpliceRatio)) * 3.1418 / 180 ) * $SpliceDistance; + $YOffset = sin(($Angle+($Value/2*$SpliceRatio)) * 3.1418 / 180 ) * $SpliceDistance; + + $TopPlots[$Key][] = round($XPos + $XOffset); + $TopPlots[$Key][] = round($YPos + $YOffset); + + if ( $AllBlack ) + { $Rc = $this->ShadowRColor; $Gc = $this->ShadowGColor; $Bc = $this->ShadowBColor; } + else + { $Rc = $this->Palette[$Key]["R"]; $Gc = $this->Palette[$Key]["G"]; $Bc = $this->Palette[$Key]["B"]; } + + $XLineLast = ""; $YLineLast = ""; + + /* Process labels position & size */ + $Caption = ""; + if ( !($DrawLabels == PIE_NOLABEL) ) + { + $TAngle = $Angle+($Value*$SpliceRatio/2); + if ($DrawLabels == PIE_PERCENTAGE) + $Caption = (round($Value * pow(10,$Decimals) * $SplicePercent)/pow(10,$Decimals))."%"; + elseif ($DrawLabels == PIE_LABELS) + $Caption = $iLabels[$Key]; + elseif ($DrawLabels == PIE_PERCENTAGE_LABEL) + $Caption = $iLabels[$Key]."\r\n".(round($Value * pow(10,$Decimals) * $SplicePercent)/pow(10,$Decimals))."%"; + elseif ($DrawLabels == PIE_PERCENTAGE_LABEL) + $Caption = $iLabels[$Key]."\r\n".(round($Value * pow(10,$Decimals) * $SplicePercent)/pow(10,$Decimals))."%"; + + $Position = imageftbbox($this->FontSize,0,$this->FontName,$Caption); + $TextWidth = $Position[2]-$Position[0]; + $TextHeight = abs($Position[1])+abs($Position[3]); + + $TX = cos(($TAngle) * 3.1418 / 180 ) * ($Radius+10+$SpliceDistance) + $XPos; + + if ( $TAngle > 0 && $TAngle < 180 ) + $TY = sin(($TAngle) * 3.1418 / 180 ) * ($Radius+10+$SpliceDistance) + $YPos + 4; + else + $TY = sin(($TAngle) * 3.1418 / 180 ) * ($Radius+$SpliceDistance+4) + $YPos - ($TextHeight/2); + + if ( $TAngle > 90 && $TAngle < 270 ) + $TX = $TX - $TextWidth; + + $C_TextColor = $this->AllocateColor($this->Picture,70,70,70); + imagettftext($this->Picture,$this->FontSize,0,$TX,$TY,$C_TextColor,$this->FontName,$Caption); + } + + /* Process pie slices */ + if ( !$AllBlack ) + $LineColor = $this->AllocateColor($this->Picture,$Rc,$Gc,$Bc); + else + $LineColor = $this->AllocateColor($this->Picture,$Rc,$Gc,$Bc); + + $XLineLast = ""; $YLineLast = ""; + for($iAngle=$Angle;$iAngle<=$Angle+$Value*$SpliceRatio;$iAngle=$iAngle+.5) + { + $PosX = cos($iAngle * 3.1418 / 180 ) * $Radius + $XPos + $XOffset; + $PosY = sin($iAngle * 3.1418 / 180 ) * $Radius + $YPos + $YOffset; + + $TopPlots[$Key][] = round($PosX); $TopPlots[$Key][] = round($PosY); + + if ( $iAngle == $Angle || $iAngle == $Angle+$Value*$SpliceRatio || $iAngle +.5 > $Angle+$Value*$SpliceRatio) + $this->drawLine($XPos+$XOffset,$YPos+$YOffset,$PosX,$PosY,$Rc,$Gc,$Bc); + + if ( $XLineLast != "" ) + $this->drawLine($XLineLast,$YLineLast,$PosX,$PosY,$Rc,$Gc,$Bc); + + $XLineLast = $PosX; $YLineLast = $PosY; + } + + $TopPlots[$Key][] = round($XPos + $XOffset); $TopPlots[$Key][] = round($YPos + $YOffset); + + $Angle = $iAngle; + } + $PolyPlots = $TopPlots; + + /* Draw Top polygons */ + foreach ($PolyPlots as $Key => $Value) + { + if ( !$AllBlack ) + $C_GraphLo = $this->AllocateColor($this->Picture,$this->Palette[$Key]["R"],$this->Palette[$Key]["G"],$this->Palette[$Key]["B"]); + else + $C_GraphLo = $this->AllocateColor($this->Picture,$this->ShadowRColor,$this->ShadowGColor,$this->ShadowBColor); + + imagefilledpolygon($this->Picture,$PolyPlots[$Key],(count($PolyPlots[$Key])+1)/2,$C_GraphLo); + } + $this->ShadowActive = $ShadowStatus; + } + + /* This function draw a pseudo-3D pie chart */ + function drawPieGraph($Data,$DataDescription,$XPos,$YPos,$Radius=100,$DrawLabels=PIE_NOLABEL,$EnhanceColors=TRUE,$Skew=60,$SpliceHeight=20,$SpliceDistance=0,$Decimals=0) + { + /* Validate the Data and DataDescription array */ + $this->validateDataDescription("drawPieGraph",$DataDescription,FALSE); + $this->validateData("drawPieGraph",$Data); + + /* Determine pie sum */ + $Series = 0; $PieSum = 0; $rPieSum = 0; + foreach ( $DataDescription["Values"] as $Key2 => $ColName ) + { + if ( $ColName != $DataDescription["Position"] ) + { + $Series++; + foreach ( $Data as $Key => $Values ) + if ( isset($Data[$Key][$ColName])) + { + if ( $Data[$Key][$ColName] == 0 ) + { $iValues[] = 0; $rValues[] = 0; $iLabels[] = $Data[$Key][$DataDescription["Position"]]; } + // Removed : $PieSum++; $rValues[] = 1; + else + { $PieSum += $Data[$Key][$ColName]; $iValues[] = $Data[$Key][$ColName]; $iLabels[] = $Data[$Key][$DataDescription["Position"]]; $rValues[] = $Data[$Key][$ColName]; $rPieSum += $Data[$Key][$ColName];} + } + } + } + + /* Validate serie */ + if ( $Series != 1 ) + RaiseFatal("Pie chart can only accept one serie of data."); + + $SpliceDistanceRatio = $SpliceDistance; + $SkewHeight = ($Radius * $Skew) / 100; + $SpliceRatio = (360 - $SpliceDistanceRatio * count($iValues) ) / $PieSum; + $SplicePercent = 100 / $PieSum; + $rSplicePercent = 100 / $rPieSum; + + /* Calculate all polygons */ + $Angle = 0; $CDev = 5; + $TopPlots = ""; $BotPlots = ""; + $aTopPlots = ""; $aBotPlots = ""; + foreach($iValues as $Key => $Value) + { + $XCenterPos = cos(($Angle-$CDev+($Value*$SpliceRatio+$SpliceDistanceRatio)/2) * 3.1418 / 180 ) * $SpliceDistance + $XPos; + $YCenterPos = sin(($Angle-$CDev+($Value*$SpliceRatio+$SpliceDistanceRatio)/2) * 3.1418 / 180 ) * $SpliceDistance + $YPos; + $XCenterPos2 = cos(($Angle+$CDev+($Value*$SpliceRatio+$SpliceDistanceRatio)/2) * 3.1418 / 180 ) * $SpliceDistance + $XPos; + $YCenterPos2 = sin(($Angle+$CDev+($Value*$SpliceRatio+$SpliceDistanceRatio)/2) * 3.1418 / 180 ) * $SpliceDistance + $YPos; + + $TopPlots[$Key][] = round($XCenterPos); $BotPlots[$Key][] = round($XCenterPos); + $TopPlots[$Key][] = round($YCenterPos); $BotPlots[$Key][] = round($YCenterPos + $SpliceHeight); + $aTopPlots[$Key][] = $XCenterPos; $aBotPlots[$Key][] = $XCenterPos; + $aTopPlots[$Key][] = $YCenterPos; $aBotPlots[$Key][] = $YCenterPos + $SpliceHeight; + + /* Process labels position & size */ + $Caption = ""; + if ( !($DrawLabels == PIE_NOLABEL) ) + { + $TAngle = $Angle+($Value*$SpliceRatio/2); + if ($DrawLabels == PIE_PERCENTAGE) + $Caption = (round($rValues[$Key] * pow(10,$Decimals) * $rSplicePercent)/pow(10,$Decimals))."%"; + elseif ($DrawLabels == PIE_LABELS) + $Caption = $iLabels[$Key]; + elseif ($DrawLabels == PIE_PERCENTAGE_LABEL) + $Caption = $iLabels[$Key]."\r\n".(round($Value * pow(10,$Decimals) * $SplicePercent)/pow(10,$Decimals))."%"; + + $Position = imageftbbox($this->FontSize,0,$this->FontName,$Caption); + $TextWidth = $Position[2]-$Position[0]; + $TextHeight = abs($Position[1])+abs($Position[3]); + + $TX = cos(($TAngle) * 3.1418 / 180 ) * ($Radius + 10)+ $XPos; + + if ( $TAngle > 0 && $TAngle < 180 ) + $TY = sin(($TAngle) * 3.1418 / 180 ) * ($SkewHeight + 10) + $YPos + $SpliceHeight + 4; + else + $TY = sin(($TAngle) * 3.1418 / 180 ) * ($SkewHeight + 4) + $YPos - ($TextHeight/2); + + if ( $TAngle > 90 && $TAngle < 270 ) + $TX = $TX - $TextWidth; + + $C_TextColor = $this->AllocateColor($this->Picture,70,70,70); + imagettftext($this->Picture,$this->FontSize,0,$TX,$TY,$C_TextColor,$this->FontName,$Caption); + } + + /* Process pie slices */ + for($iAngle=$Angle;$iAngle<=$Angle+$Value*$SpliceRatio;$iAngle=$iAngle+.5) + { + $TopX = cos($iAngle * 3.1418 / 180 ) * $Radius + $XPos; + $TopY = sin($iAngle * 3.1418 / 180 ) * $SkewHeight + $YPos; + + $TopPlots[$Key][] = round($TopX); $BotPlots[$Key][] = round($TopX); + $TopPlots[$Key][] = round($TopY); $BotPlots[$Key][] = round($TopY + $SpliceHeight); + $aTopPlots[$Key][] = $TopX; $aBotPlots[$Key][] = $TopX; + $aTopPlots[$Key][] = $TopY; $aBotPlots[$Key][] = $TopY + $SpliceHeight; + } + + $TopPlots[$Key][] = round($XCenterPos2); $BotPlots[$Key][] = round($XCenterPos2); + $TopPlots[$Key][] = round($YCenterPos2); $BotPlots[$Key][] = round($YCenterPos2 + $SpliceHeight); + $aTopPlots[$Key][] = $XCenterPos2; $aBotPlots[$Key][] = $XCenterPos2; + $aTopPlots[$Key][] = $YCenterPos2; $aBotPlots[$Key][] = $YCenterPos2 + $SpliceHeight; + + $Angle = $iAngle + $SpliceDistanceRatio; + } + + /* Draw Bottom polygons */ + foreach($iValues as $Key => $Value) + { + $C_GraphLo = $this->AllocateColor($this->Picture,$this->Palette[$Key]["R"],$this->Palette[$Key]["G"],$this->Palette[$Key]["B"],-20); + imagefilledpolygon($this->Picture,$BotPlots[$Key],(count($BotPlots[$Key])+1)/2,$C_GraphLo); + + if ( $EnhanceColors ) { $En = -10; } else { $En = 0; } + + for($j=0;$j<=count($aBotPlots[$Key])-4;$j=$j+2) + $this->drawLine($aBotPlots[$Key][$j],$aBotPlots[$Key][$j+1],$aBotPlots[$Key][$j+2],$aBotPlots[$Key][$j+3],$this->Palette[$Key]["R"]+$En,$this->Palette[$Key]["G"]+$En,$this->Palette[$Key]["B"]+$En); + } + + /* Draw pie layers */ + if ( $EnhanceColors ) { $ColorRatio = 30 / $SpliceHeight; } else { $ColorRatio = 25 / $SpliceHeight; } + for($i=$SpliceHeight-1;$i>=1;$i--) + { + foreach($iValues as $Key => $Value) + { + $C_GraphLo = $this->AllocateColor($this->Picture,$this->Palette[$Key]["R"],$this->Palette[$Key]["G"],$this->Palette[$Key]["B"],-10); + $Plots = ""; $Plot = 0; + foreach($TopPlots[$Key] as $Key2 => $Value2) + { + $Plot++; + if ( $Plot % 2 == 1 ) + $Plots[] = $Value2; + else + $Plots[] = $Value2+$i; + } + imagefilledpolygon($this->Picture,$Plots,(count($Plots)+1)/2,$C_GraphLo); + + $Index = count($Plots); + if ($EnhanceColors ) {$ColorFactor = -20 + ($SpliceHeight - $i) * $ColorRatio; } else { $ColorFactor = 0; } + + $this->drawAntialiasPixel($Plots[0],$Plots[1],$this->Palette[$Key]["R"]+$ColorFactor,$this->Palette[$Key]["G"]+$ColorFactor,$this->Palette[$Key]["B"]+$ColorFactor); + $this->drawAntialiasPixel($Plots[2],$Plots[3],$this->Palette[$Key]["R"]+$ColorFactor,$this->Palette[$Key]["G"]+$ColorFactor,$this->Palette[$Key]["B"]+$ColorFactor); + $this->drawAntialiasPixel($Plots[$Index-4],$Plots[$Index-3],$this->Palette[$Key]["R"]+$ColorFactor,$this->Palette[$Key]["G"]+$ColorFactor,$this->Palette[$Key]["B"]+$ColorFactor); + } + } + + if ( $this->BuildMap ) + { + // Add points to Image Map. + foreach ($TopPlots as $key => $PointArr) + { + $serieName = $Data[$key][$DataDescription['Values'][1]]; + $serieValue = $Data[$key][$DataDescription['Values'][0]]; + + // last point of the arc + $lastX = $PointArr[count($PointArr)-4]; + $lastY = $PointArr[count($PointArr)-3]; + + // the point at the middle + $middleX = $PointArr[0]; + $middleY = $PointArr[1]; + + // first point in the arc + $firstX = $PointArr[2]; + $firstY = $PointArr[3]; + + // point on the first third of the arc + $firstThird = count($PointArr)/3; + $firstThirdX = $PointArr[$firstThird + ($firstThird % 2)]; + $firstThirdY = $PointArr[$firstThird + ($firstThird % 2)+1]; + + // point on the second third of the arc + $secondThird = count($PointArr)/3*2; + $secondThirdX = $PointArr[$secondThird + ($secondThird % 2)]; + $secondThirdY = $PointArr[$secondThird + ($secondThird % 2)+1]; + + // Will create three polygons for every piece of the pie. In such way + // no polygon will be concave. JS only works with convex polygons. + $poly = array( + array($middleX,$middleY), + array($firstX,$firstY), + array($firstThirdX,$firstThirdY), + ); + $this->addPolyToImageMap($poly,$serieName,$serieValue,"Pie"); + + $poly = array( + array($middleX,$middleY), + array($firstThirdX,$firstThirdY), + array($secondThirdX,$secondThirdY), + ); + $this->addPolyToImageMap($poly,$serieName,$serieValue,"Pie"); + + $poly = array( + array($middleX,$middleY), + array($secondThirdX,$secondThirdY), + array($lastX,$lastY), + ); + $this->addPolyToImageMap($poly,$serieName,$serieValue,"Pie"); + } + } + + /* Draw Top polygons */ + for($Key=count($iValues)-1;$Key>=0;$Key--) + { + $C_GraphLo = $this->AllocateColor($this->Picture,$this->Palette[$Key]["R"],$this->Palette[$Key]["G"],$this->Palette[$Key]["B"]); + imagefilledpolygon($this->Picture,$TopPlots[$Key],(count($TopPlots[$Key])+1)/2,$C_GraphLo); + + if ( $EnhanceColors ) { $En = 10; } else { $En = 0; } + for($j=0;$j<=count($aTopPlots[$Key])-4;$j=$j+2) + $this->drawLine($aTopPlots[$Key][$j],$aTopPlots[$Key][$j+1],$aTopPlots[$Key][$j+2],$aTopPlots[$Key][$j+3],$this->Palette[$Key]["R"]+$En,$this->Palette[$Key]["G"]+$En,$this->Palette[$Key]["B"]+$En); + } + } + + /* This function can be used to set the background color */ + function drawBackground($R,$G,$B) + { + if ( $R < 0 ) { $R = 0; } if ( $R > 255 ) { $R = 255; } + if ( $G < 0 ) { $G = 0; } if ( $G > 255 ) { $G = 255; } + if ( $B < 0 ) { $B = 0; } if ( $B > 255 ) { $B = 255; } + + $C_Background = $this->AllocateColor($this->Picture,$R,$G,$B); + imagefilledrectangle($this->Picture,0,0,$this->XSize,$this->YSize,$C_Background); + } + + /* This function can be used to set the background color */ + function drawGraphAreaGradient($R,$G,$B,$Decay,$Target=TARGET_GRAPHAREA) + { + if ( $R < 0 ) { $R = 0; } if ( $R > 255 ) { $R = 255; } + if ( $G < 0 ) { $G = 0; } if ( $G > 255 ) { $G = 255; } + if ( $B < 0 ) { $B = 0; } if ( $B > 255 ) { $B = 255; } + + if ( $Target == TARGET_GRAPHAREA ) { $X1 = $this->GArea_X1+1; $X2 = $this->GArea_X2-1; $Y1 = $this->GArea_Y1+1; $Y2 = $this->GArea_Y2; } + if ( $Target == TARGET_BACKGROUND ) { $X1 = 0; $X2 = $this->XSize; $Y1 = 0; $Y2 = $this->YSize; } + + /* Positive gradient */ + if ( $Decay > 0 ) + { + $YStep = ($Y2 - $Y1 - 2) / $Decay; + for($i=0;$i<=$Decay;$i++) + { + $R-=1;$G-=1;$B-=1; + $Yi1 = $Y1 + ( $i * $YStep ); + $Yi2 = ceil( $Yi1 + ( $i * $YStep ) + $YStep ); + if ( $Yi2 >= $Yi2 ) { $Yi2 = $Y2-1; } + + $C_Background = $this->AllocateColor($this->Picture,$R,$G,$B); + imagefilledrectangle($this->Picture,$X1,$Yi1,$X2,$Yi2,$C_Background); + } + } + + /* Negative gradient */ + if ( $Decay < 0 ) + { + $YStep = ($Y2 - $Y1 - 2) / -$Decay; + $Yi1 = $Y1; $Yi2 = $Y1+$YStep; + for($i=-$Decay;$i>=0;$i--) + { + $R+=1;$G+=1;$B+=1; + $C_Background = $this->AllocateColor($this->Picture,$R,$G,$B); + imagefilledrectangle($this->Picture,$X1,$Yi1,$X2,$Yi2,$C_Background); + + $Yi1+= $YStep; + $Yi2+= $YStep; + if ( $Yi2 >= $Yi2 ) { $Yi2 = $Y2-1; } + } + } + } + + /* This function create a rectangle with antialias */ + function drawRectangle($X1,$Y1,$X2,$Y2,$R,$G,$B) + { + if ( $R < 0 ) { $R = 0; } if ( $R > 255 ) { $R = 255; } + if ( $G < 0 ) { $G = 0; } if ( $G > 255 ) { $G = 255; } + if ( $B < 0 ) { $B = 0; } if ( $B > 255 ) { $B = 255; } + + $C_Rectangle = $this->AllocateColor($this->Picture,$R,$G,$B); + + $X1=$X1-.2;$Y1=$Y1-.2; + $X2=$X2+.2;$Y2=$Y2+.2; + $this->drawLine($X1,$Y1,$X2,$Y1,$R,$G,$B); + $this->drawLine($X2,$Y1,$X2,$Y2,$R,$G,$B); + $this->drawLine($X2,$Y2,$X1,$Y2,$R,$G,$B); + $this->drawLine($X1,$Y2,$X1,$Y1,$R,$G,$B); + } + + /* This function create a filled rectangle with antialias */ + function drawFilledRectangle($X1,$Y1,$X2,$Y2,$R,$G,$B,$DrawBorder=TRUE,$Alpha=100,$NoFallBack=FALSE) + { + if ( $X2 < $X1 ) { list($X1, $X2) = array($X2, $X1); } + if ( $Y2 < $Y1 ) { list($Y1, $Y2) = array($Y2, $Y1); } + + if ( $R < 0 ) { $R = 0; } if ( $R > 255 ) { $R = 255; } + if ( $G < 0 ) { $G = 0; } if ( $G > 255 ) { $G = 255; } + if ( $B < 0 ) { $B = 0; } if ( $B > 255 ) { $B = 255; } + + if ( $Alpha == 100 ) + { + /* Process shadows */ + if ( $this->ShadowActive && !$NoFallBack ) + { + $this->drawFilledRectangle($X1+$this->ShadowXDistance,$Y1+$this->ShadowYDistance,$X2+$this->ShadowXDistance,$Y2+$this->ShadowYDistance,$this->ShadowRColor,$this->ShadowGColor,$this->ShadowBColor,FALSE,$this->ShadowAlpha,TRUE); + if ( $this->ShadowBlur != 0 ) + { + $AlphaDecay = ($this->ShadowAlpha / $this->ShadowBlur); + + for($i=1; $i<=$this->ShadowBlur; $i++) + $this->drawFilledRectangle($X1+$this->ShadowXDistance-$i/2,$Y1+$this->ShadowYDistance-$i/2,$X2+$this->ShadowXDistance-$i/2,$Y2+$this->ShadowYDistance-$i/2,$this->ShadowRColor,$this->ShadowGColor,$this->ShadowBColor,FALSE,$this->ShadowAlpha-$AlphaDecay*$i,TRUE); + for($i=1; $i<=$this->ShadowBlur; $i++) + $this->drawFilledRectangle($X1+$this->ShadowXDistance+$i/2,$Y1+$this->ShadowYDistance+$i/2,$X2+$this->ShadowXDistance+$i/2,$Y2+$this->ShadowYDistance+$i/2,$this->ShadowRColor,$this->ShadowGColor,$this->ShadowBColor,FALSE,$this->ShadowAlpha-$AlphaDecay*$i,TRUE); + } + } + + $C_Rectangle = $this->AllocateColor($this->Picture,$R,$G,$B); + imagefilledrectangle($this->Picture,round($X1),round($Y1),round($X2),round($Y2),$C_Rectangle); + } + else + { + $LayerWidth = abs($X2-$X1)+2; + $LayerHeight = abs($Y2-$Y1)+2; + + $this->Layers[0] = imagecreatetruecolor($LayerWidth,$LayerHeight); + $C_White = $this->AllocateColor($this->Layers[0],255,255,255); + imagefilledrectangle($this->Layers[0],0,0,$LayerWidth,$LayerHeight,$C_White); + imagecolortransparent($this->Layers[0],$C_White); + + $C_Rectangle = $this->AllocateColor($this->Layers[0],$R,$G,$B); + imagefilledrectangle($this->Layers[0],round(1),round(1),round($LayerWidth-1),round($LayerHeight-1),$C_Rectangle); + + imagecopymerge($this->Picture,$this->Layers[0],round(min($X1,$X2)-1),round(min($Y1,$Y2)-1),0,0,$LayerWidth,$LayerHeight,$Alpha); + imagedestroy($this->Layers[0]); + } + + if ( $DrawBorder ) + { + $ShadowSettings = $this->ShadowActive; $this->ShadowActive = FALSE; + $this->drawRectangle($X1,$Y1,$X2,$Y2,$R,$G,$B); + $this->ShadowActive = $ShadowSettings; + } + } + + /* This function create a rectangle with rounded corners and antialias */ + function drawRoundedRectangle($X1,$Y1,$X2,$Y2,$Radius,$R,$G,$B) + { + if ( $R < 0 ) { $R = 0; } if ( $R > 255 ) { $R = 255; } + if ( $G < 0 ) { $G = 0; } if ( $G > 255 ) { $G = 255; } + if ( $B < 0 ) { $B = 0; } if ( $B > 255 ) { $B = 255; } + + $C_Rectangle = $this->AllocateColor($this->Picture,$R,$G,$B); + + $Step = 90 / ((3.1418 * $Radius)/2); + + for($i=0;$i<=90;$i=$i+$Step) + { + $X = cos(($i+180)*3.1418/180) * $Radius + $X1 + $Radius; + $Y = sin(($i+180)*3.1418/180) * $Radius + $Y1 + $Radius; + $this->drawAntialiasPixel($X,$Y,$R,$G,$B); + + $X = cos(($i-90)*3.1418/180) * $Radius + $X2 - $Radius; + $Y = sin(($i-90)*3.1418/180) * $Radius + $Y1 + $Radius; + $this->drawAntialiasPixel($X,$Y,$R,$G,$B); + + $X = cos(($i)*3.1418/180) * $Radius + $X2 - $Radius; + $Y = sin(($i)*3.1418/180) * $Radius + $Y2 - $Radius; + $this->drawAntialiasPixel($X,$Y,$R,$G,$B); + + $X = cos(($i+90)*3.1418/180) * $Radius + $X1 + $Radius; + $Y = sin(($i+90)*3.1418/180) * $Radius + $Y2 - $Radius; + $this->drawAntialiasPixel($X,$Y,$R,$G,$B); + } + + $X1=$X1-.2;$Y1=$Y1-.2; + $X2=$X2+.2;$Y2=$Y2+.2; + $this->drawLine($X1+$Radius,$Y1,$X2-$Radius,$Y1,$R,$G,$B); + $this->drawLine($X2,$Y1+$Radius,$X2,$Y2-$Radius,$R,$G,$B); + $this->drawLine($X2-$Radius,$Y2,$X1+$Radius,$Y2,$R,$G,$B); + $this->drawLine($X1,$Y2-$Radius,$X1,$Y1+$Radius,$R,$G,$B); + } + + /* This function create a filled rectangle with rounded corners and antialias */ + function drawFilledRoundedRectangle($X1,$Y1,$X2,$Y2,$Radius,$R,$G,$B) + { + if ( $R < 0 ) { $R = 0; } if ( $R > 255 ) { $R = 255; } + if ( $G < 0 ) { $G = 0; } if ( $G > 255 ) { $G = 255; } + if ( $B < 0 ) { $B = 0; } if ( $B > 255 ) { $B = 255; } + + $C_Rectangle = $this->AllocateColor($this->Picture,$R,$G,$B); + + $Step = 90 / ((3.1418 * $Radius)/2); + + for($i=0;$i<=90;$i=$i+$Step) + { + $Xi1 = cos(($i+180)*3.1418/180) * $Radius + $X1 + $Radius; + $Yi1 = sin(($i+180)*3.1418/180) * $Radius + $Y1 + $Radius; + + $Xi2 = cos(($i-90)*3.1418/180) * $Radius + $X2 - $Radius; + $Yi2 = sin(($i-90)*3.1418/180) * $Radius + $Y1 + $Radius; + + $Xi3 = cos(($i)*3.1418/180) * $Radius + $X2 - $Radius; + $Yi3 = sin(($i)*3.1418/180) * $Radius + $Y2 - $Radius; + + $Xi4 = cos(($i+90)*3.1418/180) * $Radius + $X1 + $Radius; + $Yi4 = sin(($i+90)*3.1418/180) * $Radius + $Y2 - $Radius; + + imageline($this->Picture,$Xi1,$Yi1,$X1+$Radius,$Yi1,$C_Rectangle); + imageline($this->Picture,$X2-$Radius,$Yi2,$Xi2,$Yi2,$C_Rectangle); + imageline($this->Picture,$X2-$Radius,$Yi3,$Xi3,$Yi3,$C_Rectangle); + imageline($this->Picture,$Xi4,$Yi4,$X1+$Radius,$Yi4,$C_Rectangle); + + $this->drawAntialiasPixel($Xi1,$Yi1,$R,$G,$B); + $this->drawAntialiasPixel($Xi2,$Yi2,$R,$G,$B); + $this->drawAntialiasPixel($Xi3,$Yi3,$R,$G,$B); + $this->drawAntialiasPixel($Xi4,$Yi4,$R,$G,$B); + } + + imagefilledrectangle($this->Picture,$X1,$Y1+$Radius,$X2,$Y2-$Radius,$C_Rectangle); + imagefilledrectangle($this->Picture,$X1+$Radius,$Y1,$X2-$Radius,$Y2,$C_Rectangle); + + $X1=$X1-.2;$Y1=$Y1-.2; + $X2=$X2+.2;$Y2=$Y2+.2; + $this->drawLine($X1+$Radius,$Y1,$X2-$Radius,$Y1,$R,$G,$B); + $this->drawLine($X2,$Y1+$Radius,$X2,$Y2-$Radius,$R,$G,$B); + $this->drawLine($X2-$Radius,$Y2,$X1+$Radius,$Y2,$R,$G,$B); + $this->drawLine($X1,$Y2-$Radius,$X1,$Y1+$Radius,$R,$G,$B); + } + + /* This function create a circle with antialias */ + function drawCircle($Xc,$Yc,$Height,$R,$G,$B,$Width=0) + { + if ( $Width == 0 ) { $Width = $Height; } + if ( $R < 0 ) { $R = 0; } if ( $R > 255 ) { $R = 255; } + if ( $G < 0 ) { $G = 0; } if ( $G > 255 ) { $G = 255; } + if ( $B < 0 ) { $B = 0; } if ( $B > 255 ) { $B = 255; } + + $C_Circle = $this->AllocateColor($this->Picture,$R,$G,$B); + $Step = 360 / (2 * 3.1418 * max($Width,$Height)); + + for($i=0;$i<=360;$i=$i+$Step) + { + $X = cos($i*3.1418/180) * $Height + $Xc; + $Y = sin($i*3.1418/180) * $Width + $Yc; + $this->drawAntialiasPixel($X,$Y,$R,$G,$B); + } + } + + /* This function create a filled circle/ellipse with antialias */ + function drawFilledCircle($Xc,$Yc,$Height,$R,$G,$B,$Width=0) + { + if ( $Width == 0 ) { $Width = $Height; } + if ( $R < 0 ) { $R = 0; } if ( $R > 255 ) { $R = 255; } + if ( $G < 0 ) { $G = 0; } if ( $G > 255 ) { $G = 255; } + if ( $B < 0 ) { $B = 0; } if ( $B > 255 ) { $B = 255; } + + $C_Circle = $this->AllocateColor($this->Picture,$R,$G,$B); + $Step = 360 / (2 * 3.1418 * max($Width,$Height)); + + for($i=90;$i<=270;$i=$i+$Step) + { + $X1 = cos($i*3.1418/180) * $Height + $Xc; + $Y1 = sin($i*3.1418/180) * $Width + $Yc; + $X2 = cos((180-$i)*3.1418/180) * $Height + $Xc; + $Y2 = sin((180-$i)*3.1418/180) * $Width + $Yc; + + $this->drawAntialiasPixel($X1-1,$Y1-1,$R,$G,$B); + $this->drawAntialiasPixel($X2-1,$Y2-1,$R,$G,$B); + + if ( ($Y1-1) > $Yc - max($Width,$Height) ) + imageline($this->Picture,$X1,$Y1-1,$X2-1,$Y2-1,$C_Circle); + } + } + + /* This function will draw a filled ellipse */ + function drawEllipse($Xc,$Yc,$Height,$Width,$R,$G,$B) + { $this->drawCircle($Xc,$Yc,$Height,$R,$G,$B,$Width); } + + /* This function will draw an ellipse */ + function drawFilledEllipse($Xc,$Yc,$Height,$Width,$R,$G,$B) + { $this->drawFilledCircle($Xc,$Yc,$Height,$R,$G,$B,$Width); } + + /* This function create a line with antialias */ + function drawLine($X1,$Y1,$X2,$Y2,$R,$G,$B,$GraphFunction=FALSE) + { + if ( $this->LineDotSize > 1 ) { $this->drawDottedLine($X1,$Y1,$X2,$Y2,$this->LineDotSize,$R,$G,$B,$GraphFunction); return(0); } + if ( $R < 0 ) { $R = 0; } if ( $R > 255 ) { $R = 255; } + if ( $G < 0 ) { $G = 0; } if ( $G > 255 ) { $G = 255; } + if ( $B < 0 ) { $B = 0; } if ( $B > 255 ) { $B = 255; } + + $Distance = sqrt(($X2-$X1)*($X2-$X1)+($Y2-$Y1)*($Y2-$Y1)); + if ( $Distance == 0 ) + return(-1); + $XStep = ($X2-$X1) / $Distance; + $YStep = ($Y2-$Y1) / $Distance; + + for($i=0;$i<=$Distance;$i++) + { + $X = $i * $XStep + $X1; + $Y = $i * $YStep + $Y1; + + if ( ($X >= $this->GArea_X1 && $X <= $this->GArea_X2 && $Y >= $this->GArea_Y1 && $Y <= $this->GArea_Y2) || !$GraphFunction ) + { + if ( $this->LineWidth == 1 ) + $this->drawAntialiasPixel($X,$Y,$R,$G,$B); + else + { + $StartOffset = -($this->LineWidth/2); $EndOffset = ($this->LineWidth/2); + for($j=$StartOffset;$j<=$EndOffset;$j++) + $this->drawAntialiasPixel($X+$j,$Y+$j,$R,$G,$B); + } + } + } + } + + /* This function create a line with antialias */ + function drawDottedLine($X1,$Y1,$X2,$Y2,$DotSize,$R,$G,$B,$GraphFunction=FALSE) + { + if ( $R < 0 ) { $R = 0; } if ( $R > 255 ) { $R = 255; } + if ( $G < 0 ) { $G = 0; } if ( $G > 255 ) { $G = 255; } + if ( $B < 0 ) { $B = 0; } if ( $B > 255 ) { $B = 255; } + + $Distance = sqrt(($X2-$X1)*($X2-$X1)+($Y2-$Y1)*($Y2-$Y1)); + + $XStep = ($X2-$X1) / $Distance; + $YStep = ($Y2-$Y1) / $Distance; + + $DotIndex = 0; + for($i=0;$i<=$Distance;$i++) + { + $X = $i * $XStep + $X1; + $Y = $i * $YStep + $Y1; + + if ( $DotIndex <= $DotSize) + { + if ( ($X >= $this->GArea_X1 && $X <= $this->GArea_X2 && $Y >= $this->GArea_Y1 && $Y <= $this->GArea_Y2) || !$GraphFunction ) + { + if ( $this->LineWidth == 1 ) + $this->drawAntialiasPixel($X,$Y,$R,$G,$B); + else + { + $StartOffset = -($this->LineWidth/2); $EndOffset = ($this->LineWidth/2); + for($j=$StartOffset;$j<=$EndOffset;$j++) + $this->drawAntialiasPixel($X+$j,$Y+$j,$R,$G,$B); + } + } + } + + $DotIndex++; + if ( $DotIndex == $DotSize * 2 ) + $DotIndex = 0; + } + } + + /* Load a PNG file and draw it over the chart */ + function drawFromPNG($FileName,$X,$Y,$Alpha=100) + { $this->drawFromPicture(1,$FileName,$X,$Y,$Alpha); } + + /* Load a GIF file and draw it over the chart */ + function drawFromGIF($FileName,$X,$Y,$Alpha=100) + { $this->drawFromPicture(2,$FileName,$X,$Y,$Alpha); } + + /* Load a JPEG file and draw it over the chart */ + function drawFromJPG($FileName,$X,$Y,$Alpha=100) + { $this->drawFromPicture(3,$FileName,$X,$Y,$Alpha); } + + /* Generic loader function for external pictures */ + function drawFromPicture($PicType,$FileName,$X,$Y,$Alpha=100) + { + if ( file_exists($FileName)) + { + $Infos = getimagesize($FileName); + $Width = $Infos[0]; + $Height = $Infos[1]; + if ( $PicType == 1 ) { $Raster = imagecreatefrompng($FileName); } + if ( $PicType == 2 ) { $Raster = imagecreatefromgif($FileName); } + if ( $PicType == 3 ) { $Raster = imagecreatefromjpeg($FileName); } + + imagecopymerge($this->Picture,$Raster,$X,$Y,0,0,$Width,$Height,$Alpha); + imagedestroy($Raster); + } + } + + /* Draw an alpha pixel */ + function drawAlphaPixel($X,$Y,$Alpha,$R,$G,$B) + { + if ( $R < 0 ) { $R = 0; } if ( $R > 255 ) { $R = 255; } + if ( $G < 0 ) { $G = 0; } if ( $G > 255 ) { $G = 255; } + if ( $B < 0 ) { $B = 0; } if ( $B > 255 ) { $B = 255; } + + if ( $X < 0 || $Y < 0 || $X >= $this->XSize || $Y >= $this->YSize ) + return(-1); + + $RGB2 = imagecolorat($this->Picture, $X, $Y); + $R2 = ($RGB2 >> 16) & 0xFF; + $G2 = ($RGB2 >> 8) & 0xFF; + $B2 = $RGB2 & 0xFF; + + $iAlpha = (100 - $Alpha)/100; + $Alpha = $Alpha / 100; + + $Ra = floor($R*$Alpha+$R2*$iAlpha); + $Ga = floor($G*$Alpha+$G2*$iAlpha); + $Ba = floor($B*$Alpha+$B2*$iAlpha); + + $C_Aliased = $this->AllocateColor($this->Picture,$Ra,$Ga,$Ba); + imagesetpixel($this->Picture,$X,$Y,$C_Aliased); + } + + /* Color helper */ + function AllocateColor($Picture,$R,$G,$B,$Factor=0) + { + $R = $R + $Factor; + $G = $G + $Factor; + $B = $B + $Factor; + if ( $R < 0 ) { $R = 0; } if ( $R > 255 ) { $R = 255; } + if ( $G < 0 ) { $G = 0; } if ( $G > 255 ) { $G = 255; } + if ( $B < 0 ) { $B = 0; } if ( $B > 255 ) { $B = 255; } + + return(imagecolorallocate($Picture,$R,$G,$B)); + } + + /* Add a border to the picture */ + function addBorder($Size=3,$R=0,$G=0,$B=0) + { + $Width = $this->XSize+2*$Size; + $Height = $this->YSize+2*$Size; + + $Resampled = imagecreatetruecolor($Width,$Height); + $C_Background = $this->AllocateColor($Resampled,$R,$G,$B); + imagefilledrectangle($Resampled,0,0,$Width,$Height,$C_Background); + + imagecopy($Resampled,$this->Picture,$Size,$Size,0,0,$this->XSize,$this->YSize); + imagedestroy($this->Picture); + + $this->XSize = $Width; + $this->YSize = $Height; + + $this->Picture = imagecreatetruecolor($this->XSize,$this->YSize); + $C_White = $this->AllocateColor($this->Picture,255,255,255); + imagefilledrectangle($this->Picture,0,0,$this->XSize,$this->YSize,$C_White); + imagecolortransparent($this->Picture,$C_White); + imagecopy($this->Picture,$Resampled,0,0,0,0,$this->XSize,$this->YSize); + } + + /* Render the current picture to a file */ + function Render($FileName) + { + if ( $this->ErrorReporting ) + $this->printErrors($this->ErrorInterface); + + /* Save image map if requested */ + if ( $this->BuildMap ) + $this->SaveImageMap(); + + imagepng($this->Picture,$FileName); + } + + /* Render the current picture to STDOUT */ + function Stroke() + { + if ( $this->ErrorReporting ) + $this->printErrors("GD"); + + /* Save image map if requested */ + if ( $this->BuildMap ) + $this->SaveImageMap(); + + header('Content-type: image/png'); + imagepng($this->Picture); + } + + /* Private functions for internal processing */ + function drawAntialiasPixel($X,$Y,$R,$G,$B,$Alpha=100,$NoFallBack=FALSE) + { + /* Process shadows */ + if ( $this->ShadowActive && !$NoFallBack ) + { + $this->drawAntialiasPixel($X+$this->ShadowXDistance,$Y+$this->ShadowYDistance,$this->ShadowRColor,$this->ShadowGColor,$this->ShadowBColor,$this->ShadowAlpha,TRUE); + if ( $this->ShadowBlur != 0 ) + { + $AlphaDecay = ($this->ShadowAlpha / $this->ShadowBlur); + + for($i=1; $i<=$this->ShadowBlur; $i++) + $this->drawAntialiasPixel($X+$this->ShadowXDistance-$i/2,$Y+$this->ShadowYDistance-$i/2,$this->ShadowRColor,$this->ShadowGColor,$this->ShadowBColor,$this->ShadowAlpha-$AlphaDecay*$i,TRUE); + for($i=1; $i<=$this->ShadowBlur; $i++) + $this->drawAntialiasPixel($X+$this->ShadowXDistance+$i/2,$Y+$this->ShadowYDistance+$i/2,$this->ShadowRColor,$this->ShadowGColor,$this->ShadowBColor,$this->ShadowAlpha-$AlphaDecay*$i,TRUE); + } + } + + if ( $R < 0 ) { $R = 0; } if ( $R > 255 ) { $R = 255; } + if ( $G < 0 ) { $G = 0; } if ( $G > 255 ) { $G = 255; } + if ( $B < 0 ) { $B = 0; } if ( $B > 255 ) { $B = 255; } + + $Plot = ""; + $Xi = floor($X); + $Yi = floor($Y); + + if ( $Xi == $X && $Yi == $Y) + { + if ( $Alpha == 100 ) + { + $C_Aliased = $this->AllocateColor($this->Picture,$R,$G,$B); + imagesetpixel($this->Picture,$X,$Y,$C_Aliased); + } + else + $this->drawAlphaPixel($X,$Y,$Alpha,$R,$G,$B); + } + else + { + $Alpha1 = (((1 - ($X - floor($X))) * (1 - ($Y - floor($Y))) * 100) / 100) * $Alpha; + if ( $Alpha1 > $this->AntialiasQuality ) { $this->drawAlphaPixel($Xi,$Yi,$Alpha1,$R,$G,$B); } + + $Alpha2 = ((($X - floor($X)) * (1 - ($Y - floor($Y))) * 100) / 100) * $Alpha; + if ( $Alpha2 > $this->AntialiasQuality ) { $this->drawAlphaPixel($Xi+1,$Yi,$Alpha2,$R,$G,$B); } + + $Alpha3 = (((1 - ($X - floor($X))) * ($Y - floor($Y)) * 100) / 100) * $Alpha; + if ( $Alpha3 > $this->AntialiasQuality ) { $this->drawAlphaPixel($Xi,$Yi+1,$Alpha3,$R,$G,$B); } + + $Alpha4 = ((($X - floor($X)) * ($Y - floor($Y)) * 100) / 100) * $Alpha; + if ( $Alpha4 > $this->AntialiasQuality ) { $this->drawAlphaPixel($Xi+1,$Yi+1,$Alpha4,$R,$G,$B); } + } + } + + /* Validate data contained in the description array */ + function validateDataDescription($FunctionName,&$DataDescription,$DescriptionRequired=TRUE) + { + if (!isset($DataDescription["Position"])) + { + $this->Errors[] = "[Warning] ".$FunctionName." - Y Labels are not set."; + $DataDescription["Position"] = "Name"; + } + + if ( $DescriptionRequired ) + { + if (!isset($DataDescription["Description"])) + { + $this->Errors[] = "[Warning] ".$FunctionName." - Series descriptions are not set."; + foreach($DataDescription["Values"] as $key => $Value) + { + $DataDescription["Description"][$Value] = $Value; + } + } + + if (count($DataDescription["Description"]) < count($DataDescription["Values"])) + { + $this->Errors[] = "[Warning] ".$FunctionName." - Some series descriptions are not set."; + foreach($DataDescription["Values"] as $key => $Value) + { + if ( !isset($DataDescription["Description"][$Value])) + $DataDescription["Description"][$Value] = $Value; + } + } + } + } + + /* Validate data contained in the data array */ + function validateData($FunctionName,&$Data) + { + $DataSummary = array(); + + foreach($Data as $key => $Values) + { + foreach($Values as $key2 => $Value) + { + if (!isset($DataSummary[$key2])) + $DataSummary[$key2] = 1; + else + $DataSummary[$key2]++; + } + } + + if ( max($DataSummary) == 0 ) + $this->Errors[] = "[Warning] ".$FunctionName." - No data set."; + + foreach($DataSummary as $key => $Value) + { + if ($Value < max($DataSummary)) + { + $this->Errors[] = "[Warning] ".$FunctionName." - Missing data in serie ".$key."."; + } + } + } + + /* Print all error messages on the CLI or graphically */ + function printErrors($Mode="CLI") + { + if (count($this->Errors) == 0) + return(0); + + if ( $Mode == "CLI" ) + { + foreach($this->Errors as $key => $Value) + echo $Value."\r\n"; + } + elseif ( $Mode == "GD" ) + { + $this->setLineStyle($Width=1); + $MaxWidth = 0; + foreach($this->Errors as $key => $Value) + { + $Position = imageftbbox($this->ErrorFontSize,0,$this->ErrorFontName,$Value); + $TextWidth = $Position[2]-$Position[0]; + if ( $TextWidth > $MaxWidth ) { $MaxWidth = $TextWidth; } + } + $this->drawFilledRoundedRectangle($this->XSize-($MaxWidth+20),$this->YSize-(20+(($this->ErrorFontSize+4)*count($this->Errors))),$this->XSize-10,$this->YSize-10,6,233,185,185); + $this->drawRoundedRectangle($this->XSize-($MaxWidth+20),$this->YSize-(20+(($this->ErrorFontSize+4)*count($this->Errors))),$this->XSize-10,$this->YSize-10,6,193,145,145); + + $C_TextColor = $this->AllocateColor($this->Picture,133,85,85); + $YPos = $this->YSize - (18 + (count($this->Errors)-1) * ($this->ErrorFontSize + 4)); + foreach($this->Errors as $key => $Value) + { + imagettftext($this->Picture,$this->ErrorFontSize,0,$this->XSize-($MaxWidth+15),$YPos,$C_TextColor,$this->ErrorFontName,$Value); + $YPos = $YPos + ($this->ErrorFontSize + 4); + } + } + } + + /* Activate the image map creation process */ + function setImageMap($Mode=TRUE,$GraphID="MyGraph") + { + $this->BuildMap = $Mode; + $this->MapID = $GraphID; + } + + /* Add a box into the image map */ + function addToImageMap($X1,$Y1,$X2,$Y2,$SerieName,$Value,$CallerFunction) + { + $poly = array(array($X1,$Y1),array($X2,$Y1),array($X2,$Y2),array($X1,$Y2)); + $this->addPolyToImageMap($poly,$SerieName,$Value,$CallerFunction); + } + + function addPolyToImageMap($poly,$SerieName,$Value,$CallerFunction) + { + if ( $this->MapFunction == NULL || $this->MapFunction == $CallerFunction) + { + $this->ImageMap[] = array( + 'n' => (string)$SerieName, + 'v' => (string)$Value, + 'p' => $poly, + ); + $this->MapFunction = $CallerFunction; + } + } + + /* Draw image map to the current chart image */ + function debugImageMap() + { + foreach ($this->ImageMap as $polygon) + { + $points = array(); + foreach ($polygon['p'] as $point) + { + $points[] = $point[0]; + $points[] = $point[1]; + } + + $color = $this->AllocateColor($this->Picture,rand(0,255),rand(0,255),rand(0,255)); + imagefilledpolygon($this->Picture,$points,(count($points)+1)/2,$color); + } + + } + + /* Get the current image map */ + function getImageMap() + { + return $this->ImageMap; + } + + /* Load and cleanup the image map from disk */ + function getSavedImageMap($MapName,$Flush=TRUE) + { + /* Strip HTML query strings */ + $Values = $this->tmpFolder.$MapName; + $Value = split("\?",$Values); + $FileName = $Value[0]; + + if ( file_exists($FileName) ) + { + $Handle = fopen($FileName, "r"); + $MapContent = fread($Handle, filesize($FileName)); + fclose($Handle); + echo $MapContent; + + if ( $Flush ) + unlink($FileName); + + exit(); + } + else + { + header("HTTP/1.0 404 Not Found"); + exit(); + } + } + + /* Save the image map to the disk */ + function SaveImageMap() + { + if ( !$this->BuildMap ) { return(-1); } + + if ( $this->ImageMap == NULL ) + { + $this->Errors[] = "[Warning] SaveImageMap - Image map is empty."; + return(-1); + } + + $Handle = fopen($this->tmpFolder.$this->MapID, 'w'); + if ( !$Handle ) + { + $this->Errors[] = "[Warning] SaveImageMap - Cannot save the image map."; + return(-1); + } + else + { + fwrite($Handle, serialize($this->getImageMap())); + } + fclose ($Handle); + } + + /* Convert seconds to a time format string */ + function ToTime($Value) + { + $Hour = floor($Value/3600); + $Minute = floor(($Value - $Hour*3600)/60); + $Second = floor($Value - $Hour*3600 - $Minute*60); + + if (strlen($Hour) == 1 ) { $Hour = "0".$Hour; } + if (strlen($Minute) == 1 ) { $Minute = "0".$Minute; } + if (strlen($Second) == 1 ) { $Second = "0".$Second; } + + return($Hour.":".$Minute.":".$Second); + } + + /* Convert to metric system */ + function ToMetric($Value) + { + $Go = floor($Value/1000000000); + $Mo = floor(($Value - $Go*1000000000)/1000000); + $Ko = floor(($Value - $Go*1000000000 - $Mo*1000000)/1000); + $o = floor($Value - $Go*1000000000 - $Mo*1000000 - $Ko*1000); + + if ($Go != 0) { return($Go.".".$Mo."g"); } + if ($Mo != 0) { return($Mo.".".$ko."m"); } + if ($Ko != 0) { return($Ko.".".$o)."k"; } + return($o); + } + + /* Convert to curency */ + function ToCurrency($Value) + { + $Go = floor($Value/1000000000); + $Mo = floor(($Value - $Go*1000000000)/1000000); + $Ko = floor(($Value - $Go*1000000000 - $Mo*1000000)/1000); + $o = floor($Value - $Go*1000000000 - $Mo*1000000 - $Ko*1000); + + if ( strlen($o) == 1 ) { $o = "00".$o; } + if ( strlen($o) == 2 ) { $o = "0".$o; } + + $ResultString = $o; + if ( $Ko != 0 ) { $ResultString = $Ko.".".$ResultString; } + if ( $Mo != 0 ) { $ResultString = $Mo.".".$ResultString; } + if ( $Go != 0 ) { $ResultString = $Go.".".$ResultString; } + + $ResultString = $this->Currency.$ResultString; + return($ResultString); + } + + /* Set date format for axis labels */ + function setDateFormat($Format) + { + $this->DateFormat = $Format; + } + + /* Convert TS to a date format string */ + function ToDate($Value) + { + return(date($this->DateFormat,$Value)); + } + + /* Check if a number is a full integer (for scaling) */ + function isRealInt($Value) + { + if ($Value == floor($Value)) + return(TRUE); + return(FALSE); + } + } + + function RaiseFatal($Message) + { + echo "[FATAL] ".$Message."\r\n"; + exit(); + } +?> \ No newline at end of file diff --git a/libraries/chart/pChart/pData.class b/libraries/chart/pChart/pData.class new file mode 100644 index 000000000..1c4a301f0 --- /dev/null +++ b/libraries/chart/pChart/pData.class @@ -0,0 +1,260 @@ +. + + Class initialisation : + pData() + Data populating methods : + ImportFromCSV($FileName,$Delimiter=",",$DataColumns=-1,$HasHeader=FALSE,$DataName=-1) + AddPoint($Value,$Serie="Serie1",$Description="") + Series manipulation methods : + AddSerie($SerieName="Serie1") + AddAllSeries() + RemoveSerie($SerieName="Serie1") + SetAbsciseLabelSerie($SerieName = "Name") + SetSerieName($Name,$SerieName="Serie1") + + SetSerieSymbol($Name,$Symbol) + SetXAxisName($Name="X Axis") + SetYAxisName($Name="Y Axis") + SetXAxisFormat($Format="number") + SetYAxisFormat($Format="number") + SetXAxisUnit($Unit="") + SetYAxisUnit($Unit="") + removeSerieName($SerieName) + removeAllSeries() + Data retrieval methods : + GetData() + GetDataDescription() + */ + + /* pData class definition */ + class pData + { + var $Data; + var $DataDescription; + + function pData() + { + $this->Data = array(); + $this->DataDescription = ""; + $this->DataDescription["Position"] = "Name"; + $this->DataDescription["Format"]["X"] = "number"; + $this->DataDescription["Format"]["Y"] = "number"; + $this->DataDescription["Unit"]["X"] = NULL; + $this->DataDescription["Unit"]["Y"] = NULL; + } + + function ImportFromCSV($FileName,$Delimiter=",",$DataColumns=-1,$HasHeader=FALSE,$DataName=-1) + { + $handle = @fopen($FileName,"r"); + if ($handle) + { + $HeaderParsed = FALSE; + while (!feof($handle)) + { + $buffer = fgets($handle, 4096); + $buffer = str_replace(chr(10),"",$buffer); + $buffer = str_replace(chr(13),"",$buffer); + $Values = split($Delimiter,$buffer); + + if ( $buffer != "" ) + { + if ( $HasHeader == TRUE && $HeaderParsed == FALSE ) + { + if ( $DataColumns == -1 ) + { + $ID = 1; + foreach($Values as $key => $Value) + { $this->SetSerieName($Value,"Serie".$ID); $ID++; } + } + else + { + $SerieName = ""; + + foreach($DataColumns as $key => $Value) + $this->SetSerieName($Values[$Value],"Serie".$Value); + } + $HeaderParsed = TRUE; + } + else + { + if ( $DataColumns == -1 ) + { + $ID = 1; + foreach($Values as $key => $Value) + { $this->AddPoint(intval($Value),"Serie".$ID); $ID++; } + } + else + { + $SerieName = ""; + if ( $DataName != -1 ) + $SerieName = $Values[$DataName]; + + foreach($DataColumns as $key => $Value) + $this->AddPoint($Values[$Value],"Serie".$Value,$SerieName); + } + } + } + } + fclose($handle); + } + } + + function AddPoint($Value,$Serie="Serie1",$Description="") + { + if (is_array($Value) && count($Value) == 1) + $Value = array_pop($Value); + + $ID = 0; + for($i=0;$i<=count($this->Data);$i++) + { if(isset($this->Data[$i][$Serie])) { $ID = $i+1; } } + + if ( count($Value) == 1 ) + { + $this->Data[$ID][$Serie] = $Value; + if ( $Description != "" ) + $this->Data[$ID]["Name"] = $Description; + elseif (!isset($this->Data[$ID]["Name"])) + $this->Data[$ID]["Name"] = $ID; + } + else + { + foreach($Value as $key => $Val) + { + $this->Data[$ID][$Serie] = $Val; + if (!isset($this->Data[$ID]["Name"])) + $this->Data[$ID]["Name"] = $ID; + $ID++; + } + } + } + + function AddSerie($SerieName="Serie1") + { + if ( !isset($this->DataDescription["Values"]) ) + { + $this->DataDescription["Values"][] = $SerieName; + } + else + { + $Found = FALSE; + foreach($this->DataDescription["Values"] as $key => $Value ) + if ( $Value == $SerieName ) { $Found = TRUE; } + + if ( !$Found ) + $this->DataDescription["Values"][] = $SerieName; + } + } + + function AddAllSeries() + { + unset($this->DataDescription["Values"]); + + if ( isset($this->Data[0]) ) + { + foreach($this->Data[0] as $Key => $Value) + { + if ( $Key != "Name" ) + $this->DataDescription["Values"][] = $Key; + } + } + } + + function RemoveSerie($SerieName="Serie1") + { + if ( !isset($this->DataDescription["Values"]) ) + return(0); + + $Found = FALSE; + foreach($this->DataDescription["Values"] as $key => $Value ) + { + if ( $Value == $SerieName ) + unset($this->DataDescription["Values"][$key]); + } + } + + function SetAbsciseLabelSerie($SerieName = "Name") + { + $this->DataDescription["Position"] = $SerieName; + } + + function SetSerieName($Name,$SerieName="Serie1") + { + $this->DataDescription["Description"][$SerieName] = $Name; + } + + function SetXAxisName($Name="X Axis") + { + $this->DataDescription["Axis"]["X"] = $Name; + } + + function SetYAxisName($Name="Y Axis") + { + $this->DataDescription["Axis"]["Y"] = $Name; + } + + function SetXAxisFormat($Format="number") + { + $this->DataDescription["Format"]["X"] = $Format; + } + + function SetYAxisFormat($Format="number") + { + $this->DataDescription["Format"]["Y"] = $Format; + } + + function SetXAxisUnit($Unit="") + { + $this->DataDescription["Unit"]["X"] = $Unit; + } + + function SetYAxisUnit($Unit="") + { + $this->DataDescription["Unit"]["Y"] = $Unit; + } + + function SetSerieSymbol($Name,$Symbol) + { + $this->DataDescription["Symbol"][$Name] = $Symbol; + } + + function removeSerieName($SerieName) + { + if ( isset($this->DataDescription["Description"][$SerieName]) ) + unset($this->DataDescription["Description"][$SerieName]); + } + + function removeAllSeries() + { + foreach($this->DataDescription["Values"] as $Key => $Value) + unset($this->DataDescription["Values"][$Key]); + } + + function GetData() + { + return($this->Data); + } + + function GetDataDescription() + { + return($this->DataDescription); + } + } +?> \ No newline at end of file diff --git a/libraries/chart/pma_chart.php b/libraries/chart/pma_chart.php new file mode 100644 index 000000000..f70837f39 --- /dev/null +++ b/libraries/chart/pma_chart.php @@ -0,0 +1,183 @@ + + * @package phpMyAdmin + */ + +/** + * + */ +define('RED', 0); +define('GREEN', 1); +define('BLUE', 2); + +/** + * The base class that all charts inherit from. + * @abstract + * @package phpMyAdmin + */ +abstract class PMA_chart +{ + /** + * @var array All the default settigs values are here. + */ + protected $settings = array( + + // Default title for every chart. + 'titleText' => 'Chart', + + // The style of the chart title. + 'titleColor' => '#FAFAFA', + + // Colors for the different slices in the pie chart. + 'colors' => array( + '#BCE02E', + '#E0642E', + '#E0D62E', + '#2E97E0', + '#B02EE0', + '#E02E75', + '#5CE02E', + '#E0B02E', + '#000000', + '#0022E0', + '#726CB1', + '#481A36', + '#BAC658', + '#127224', + '#825119', + '#238C74', + '#4C489B', + '#87C9BF', + ), + + // Chart background color. + 'bgColor' => '#84AD83', + + // The width of the chart. + 'width' => 520, + + // The height of the chart. + 'height' => 325, + + // Default X Axis label. If empty, label will be taken from the data. + 'xLabel' => '', + + // Default Y Axis label. If empty, label will be taken from the data. + 'yLabel' => '', + ); + + /** + * @var array Options that the user has specified + */ + private $userSpecifiedSettings = null; + + /** + * @var array Error codes will be stored here + */ + protected $errors = array(); + + /** + * Store user specified options + * @param array $options users specified options + */ + function __construct($options = null) + { + $this->userSpecifiedSettings = $options; + } + + /** + * All the variable initialization has to be done here. + */ + protected function init() + { + $this->handleOptions(); + } + + /** + * A function which handles passed parameters. Useful if desired + * chart needs to be a little bit different from the default one. + */ + private function handleOptions() + { + if (is_null($this->userSpecifiedSettings)) { + return; + } + + $this->settings = array_merge($this->settings, $this->userSpecifiedSettings); + } + + protected function getTitleText() + { + return $this->settings['titleText']; + } + + protected function getTitleColor($component) + { + return $this->hexStrToDecComp($this->settings['titleColor'], $component); + } + + protected function getColors() + { + return $this->settings['colors']; + } + + protected function getWidth() + { + return $this->settings['width']; + } + + protected function getHeight() + { + return $this->settings['height']; + } + + protected function getBgColor($component) + { + return $this->hexStrToDecComp($this->settings['bgColor'], $component); + } + + protected function setXLabel($label) + { + $this->settings['xLabel'] = $label; + } + + protected function getXLabel() + { + return $this->settings['xLabel']; + } + + protected function setYLabel($label) + { + $this->settings['yLabel'] = $label; + } + + protected function getYLabel() + { + return $this->settings['yLabel']; + } + + public function getSettings() + { + return $this->settings; + } + + public function getErrors() + { + return $this->errors; + } + + /** + * Get one the dec color component from the hex color string + * @param string $colorString color string, i.e. #5F22A99 + * @param int $component color component to get, i.e. 0 gets red. + */ + protected function hexStrToDecComp($colorString, $component) + { + return hexdec(substr($colorString, ($component * 2) + 1, 2)); + } +} + +?> diff --git a/libraries/chart/pma_pchart_chart.php b/libraries/chart/pma_pchart_chart.php new file mode 100644 index 000000000..bd3090985 --- /dev/null +++ b/libraries/chart/pma_pchart_chart.php @@ -0,0 +1,396 @@ + + * @package phpMyAdmin + */ + +/** + * + */ +define('TOP', 0); +define('RIGHT', 1); +define('BOTTOM', 2); +define('LEFT', 3); + +require_once 'pma_chart.php'; + +require_once 'pChart/pData.class'; +require_once 'pChart/pChart.class'; + +/** + * Base class for every chart implemented using pChart. + * @abstract + * @package phpMyAdmin + */ +abstract class PMA_pChart_chart extends PMA_chart +{ + /** + * @var String title text + */ + protected $titleText; + + /** + * @var array data for the chart + */ + protected $data; + + /** + * @var object pData object that holds the description of the data + */ + protected $dataSet; + + /** + * @var object pChart object that holds the chart + */ + protected $chart; + + /** + * @var array holds base64 encoded chart image parts + */ + protected $partsEncoded = array(); + + public function __construct($data, $options = null) + { + parent::__construct($options); + + $this->data = $data; + + $this->settings['fontPath'] = './libraries/chart/pChart/fonts/'; + + $this->settings['scale'] = SCALE_ADDALLSTART0; + + $this->settings['labelHeight'] = 20; + + $this->settings['fontSize'] = 8; + + $this->settings['continuous'] = 'off'; + + // as in CSS (top, right, bottom, left) + $this->setAreaMargins(array(20, 20, 40, 60)); + + // when graph area gradient is used, this is the color of the graph + // area border + $this->settings['graphAreaColor'] = '#D5D9DD'; + + // the background color of the graph area + $this->settings['graphAreaGradientColor'] = '#A3CBA7'; + + // the color of the grid lines in the graph area + $this->settings['gridColor'] = '#E6E6E6'; + + // the color of the scale and the labels + $this->settings['scaleColor'] = '#D5D9DD'; + + $this->settings['titleBgColor'] = '#000000'; + } + + protected function init() + { + parent::init(); + + // create pChart object + $this->chart = new pChart($this->getWidth(), $this->getHeight()); + + // create pData object + $this->dataSet = new pData; + + $this->chart->reportWarnings('GD'); + $this->chart->ErrorFontName = $this->getFontPath().'tahoma.ttf'; + + // initialize colors + foreach ($this->getColors() as $key => $color) { + $this->chart->setColorPalette( + $key, + hexdec(substr($color, 1, 2)), + hexdec(substr($color, 3, 2)), + hexdec(substr($color, 5, 2)) + ); + } + + $this->chart->setFontProperties($this->getFontPath().'tahoma.ttf', $this->getFontSize()); + + $this->chart->setImageMap(true, 'mapid'); + } + + /** + * data is put to the $dataSet object according to what type chart is + * @abstract + */ + abstract protected function prepareDataSet(); + + /** + * all components of the chart are drawn + */ + protected function prepareChart() + { + $this->drawBackground(); + $this->drawChart(); + } + + /** + * draws the background + */ + protected function drawBackground() + { + $this->drawCommon(); + $this->drawTitle(); + $this->setGraphAreaDimensions(); + $this->drawGraphArea(); + } + + /** + * draws the part of the background which is common to most of the charts + */ + protected function drawCommon() + { + $this->chart->drawGraphAreaGradient( + $this->getBgColor(RED), + $this->getBgColor(GREEN), + $this->getBgColor(BLUE), + 50,TARGET_BACKGROUND); + $this->chart->addBorder(2); + } + + /** + * draws the chart title + */ + protected function drawTitle() + { + // Draw the title + $this->chart->drawTextBox( + 0, + 0, + $this->getWidth(), + $this->getLabelHeight(), + $this->getTitleText(), + 0, + $this->getTitleColor(RED), + $this->getTitleColor(GREEN), + $this->getTitleColor(BLUE), + ALIGN_CENTER, + True, + $this->getTitleBgColor(RED), + $this->getTitleBgColor(GREEN), + $this->getTitleBgColor(BLUE), + 30 + ); + } + + /** + * calculates and sets the dimensions that will be used for the actual graph + */ + protected function setGraphAreaDimensions() + { + $this->chart->setGraphArea( + $this->getAreaMargin(LEFT), + $this->getLabelHeight() + $this->getAreaMargin(TOP), + $this->getWidth() - $this->getAreaMargin(RIGHT), + $this->getHeight() - $this->getAreaMargin(BOTTOM) + ); + } + + /** + * draws graph area (the area where all bars, lines, points will be seen) + */ + protected function drawGraphArea() + { + $this->chart->drawGraphArea( + $this->getGraphAreaColor(RED), + $this->getGraphAreaColor(GREEN), + $this->getGraphAreaColor(BLUE), + FALSE + ); + $this->chart->drawScale( + $this->dataSet->GetData(), + $this->dataSet->GetDataDescription(), + $this->getScale(), + $this->getScaleColor(RED), + $this->getScaleColor(GREEN), + $this->getScaleColor(BLUE), + TRUE,0,2,TRUE + ); + $this->chart->drawGraphAreaGradient( + $this->getGraphAreaGradientColor(RED), + $this->getGraphAreaGradientColor(GREEN), + $this->getGraphAreaGradientColor(BLUE), + 50 + ); + $this->chart->drawGrid( + 4, + TRUE, + $this->getGridColor(RED), + $this->getGridColor(GREEN), + $this->getGridColor(BLUE), + 20 + ); + } + + /** + * draws the chart + * @abstract + */ + protected abstract function drawChart(); + + /** + * Renders the chart, base 64 encodes the output and puts it into + * array partsEncoded. + * + * Parameter can be used to slice the chart vertically into parts. This + * solves an issue where some browsers (IE8) accept base64 images only up + * to some length. + * + * @param integer $parts number of parts to render. + * Default value 1 means that all the + * chart will be in one piece. + */ + protected function render($parts = 1) + { + $fullWidth = 0; + + for ($i = 0; $i < $parts; $i++) { + + // slicing is vertical so part height is the full height + $partHeight = $this->chart->YSize; + + // there will be some rounding erros, will compensate later + $partWidth = round($this->chart->XSize / $parts); + $fullWidth += $partWidth; + $partX = $partWidth * $i; + + if ($i == $parts - 1) { + // if this is the last part, compensate for the rounding errors + $partWidth += $this->chart->XSize - $fullWidth; + } + + // get a part from the full chart image + $part = imagecreatetruecolor($partWidth, $partHeight); + imagecopy($part, $this->chart->Picture, 0, 0, $partX, 0, $partWidth, $partHeight); + + // render part and save it to variable + ob_start(); + imagepng($part, NULL, 9, PNG_ALL_FILTERS); + $output = ob_get_contents(); + ob_end_clean(); + + // base64 encode the current part + $partEncoded = base64_encode($output); + $this->partsEncoded[$i] = $partEncoded; + } + } + + /** + * get the HTML and JS code for the configured chart + * @return string HTML and JS code for the chart + */ + public function toString() + { + if (!function_exists('gd_info')) { + array_push($this->errors, ERR_NO_GD); + return ''; + } + + $this->init(); + $this->prepareDataSet(); + $this->prepareChart(); + + //$this->chart->debugImageMap(); + //$this->chart->printErrors('GD'); + + // check if a user wanted a chart in one part + if ($this->isContinuous()) { + $this->render(1); + } + else { + $this->render(20); + } + + $returnData = '
';
+ foreach ($this->partsEncoded as $part) {
+ $returnData .= '
';
+ }
+ $returnData .= '
';
+
+ // add tooltips only if json is available
+ if (function_exists('json_encode')) {
+ $returnData .= '
+
+ ';
+ }
+ else {
+ array_push($this->errors, ERR_NO_JSON);
+ }
+
+ return $returnData;
+ }
+
+ protected function getLabelHeight()
+ {
+ return $this->settings['labelHeight'];
+ }
+
+ protected function setAreaMargins($areaMargins)
+ {
+ $this->settings['areaMargins'] = $areaMargins;
+ }
+
+ protected function getAreaMargin($side)
+ {
+ return $this->settings['areaMargins'][$side];
+ }
+
+ protected function getFontPath()
+ {
+ return $this->settings['fontPath'];
+ }
+
+ protected function getScale()
+ {
+ return $this->settings['scale'];
+ }
+
+ protected function getFontSize()
+ {
+ return $this->settings['fontSize'];
+ }
+
+ protected function isContinuous()
+ {
+ return $this->settings['continuous'] == 'on';
+ }
+
+ protected function getImageMap()
+ {
+ return $this->chart->getImageMap();
+ }
+
+ protected function getGraphAreaColor($component)
+ {
+ return $this->hexStrToDecComp($this->settings['graphAreaColor'], $component);
+ }
+
+ protected function getGraphAreaGradientColor($component)
+ {
+ return $this->hexStrToDecComp($this->settings['graphAreaGradientColor'], $component);
+ }
+
+ protected function getGridColor($component)
+ {
+ return $this->hexStrToDecComp($this->settings['gridColor'], $component);
+ }
+
+ protected function getScaleColor($component)
+ {
+ return $this->hexStrToDecComp($this->settings['scaleColor'], $component);
+ }
+
+ protected function getTitleBgColor($component)
+ {
+ return $this->hexStrToDecComp($this->settings['titleBgColor'], $component);
+ }
+}
+
+?>
diff --git a/libraries/chart/pma_pchart_multi.php b/libraries/chart/pma_pchart_multi.php
new file mode 100644
index 000000000..945011cfb
--- /dev/null
+++ b/libraries/chart/pma_pchart_multi.php
@@ -0,0 +1,117 @@
+
+ * @package phpMyAdmin
+ */
+
+/**
+ *
+ */
+require_once 'pma_pchart_chart.php';
+
+/**
+ * Base class for every chart that uses multiple series.
+ * All of these charts will require legend box.
+ * @abstract
+ * @package phpMyAdmin
+ */
+abstract class PMA_pChart_multi extends PMA_pChart_chart
+{
+ public function __construct($data, $options = null)
+ {
+ parent::__construct($data, $options);
+
+ // as in CSS (top, right, bottom, left)
+ $this->setLegendMargins(array(20, 10, 0, 0));
+ }
+
+ /**
+ * data set preparation for multi serie graphs
+ */
+ protected function prepareDataSet()
+ {
+ $values = array_values($this->data);
+ $keys = array_keys($this->data);
+
+ // Dataset definition
+ $this->dataSet->AddPoint($values[0], "Keys");
+
+ $i = 0;
+ foreach ($values[1] as $seriesName => $seriesData) {
+ $this->dataSet->AddPoint($seriesData, "Values".$i);
+ $this->dataSet->SetSerieName($seriesName, "Values".$i);
+ $i++;
+ }
+ $this->dataSet->AddAllSeries();
+
+ $this->dataSet->RemoveSerie("Keys");
+ $this->dataSet->SetAbsciseLabelSerie("Keys");
+
+ $xLabel = $this->getXLabel();
+ if (empty($xLabel)) {
+ $this->setXLabel($keys[0]);
+ }
+ $yLabel = $this->getYLabel();
+ if (empty($yLabel)) {
+ $this->setYLabel($keys[1]);
+ }
+
+ $this->dataSet->SetXAxisName($this->getXLabel());
+ $this->dataSet->SetYAxisName($this->getYLabel());
+ }
+
+ /**
+ * set graph area dimensions with respect to legend box size
+ */
+ protected function setGraphAreaDimensions()
+ {
+ $this->chart->setGraphArea(
+ $this->getAreaMargin(LEFT),
+ $this->getLabelHeight() + $this->getAreaMargin(TOP),
+ $this->getWidth() - $this->getAreaMargin(RIGHT) - $this->getLegendBoxWidth() - $this->getLegendMargin(LEFT) - $this->getLegendMargin(RIGHT),
+ $this->getHeight() - $this->getAreaMargin(BOTTOM)
+ );
+ }
+
+ /**
+ * multi serie charts need a legend. draw it
+ */
+ protected function drawChart()
+ {
+ $this->drawLegend();
+ }
+
+ /**
+ * draws a legend
+ */
+ protected function drawLegend()
+ {
+ // Draw the legend
+ $this->chart->drawLegend(
+ $this->getWidth() - $this->getLegendMargin(RIGHT) - $this->getLegendBoxWidth(),
+ $this->getLabelHeight() + $this->getLegendMargin(TOP),
+ $this->dataSet->GetDataDescription(),
+ 250,250,250,50,50,50
+ );
+ }
+
+ protected function setLegendMargins($legendMargins)
+ {
+ if (!isset($this->settings['legendMargins'])) {
+ $this->settings['legendMargins'] = $legendMargins;
+ }
+ }
+
+ protected function getLegendMargin($side)
+ {
+ return $this->settings['legendMargins'][$side];
+ }
+
+ protected function getLegendBoxWidth()
+ {
+ $legendSize = $this->chart->getLegendBoxSize($this->dataSet->GetDataDescription());
+ return $legendSize[0];
+ }
+}
+
+?>
diff --git a/libraries/chart/pma_pchart_multi_bar.php b/libraries/chart/pma_pchart_multi_bar.php
new file mode 100644
index 000000000..c3fb53b66
--- /dev/null
+++ b/libraries/chart/pma_pchart_multi_bar.php
@@ -0,0 +1,37 @@
+
+ * @package phpMyAdmin
+ */
+
+/**
+ *
+ */
+require_once 'pma_pchart_multi.php';
+
+/**
+ * implements multi bar chart
+ * @package phpMyAdmin
+ */
+class PMA_pChart_multi_bar extends PMA_pChart_multi
+{
+ public function __construct($data, $options = null)
+ {
+ parent::__construct($data, $options);
+
+ $this->settings['scale'] = SCALE_NORMAL;
+ }
+
+ /**
+ * draws multi bar graph
+ */
+ protected function drawChart()
+ {
+ parent::drawChart();
+
+ // Draw the bar chart
+ $this->chart->drawBarGraph($this->dataSet->GetData(),$this->dataSet->GetDataDescription(),70);
+ }
+}
+
+?>
diff --git a/libraries/chart/pma_pchart_multi_line.php b/libraries/chart/pma_pchart_multi_line.php
new file mode 100644
index 000000000..3507f870a
--- /dev/null
+++ b/libraries/chart/pma_pchart_multi_line.php
@@ -0,0 +1,38 @@
+
+ * @package phpMyAdmin
+ */
+
+/**
+ *
+ */
+require_once 'pma_pchart_multi.php';
+
+/**
+ * implements multi line chart
+ * @package phpMyAdmin
+ */
+class PMA_pChart_multi_line extends PMA_pChart_multi
+{
+ public function __construct($data, $options = null)
+ {
+ parent::__construct($data, $options);
+
+ $this->settings['scale'] = SCALE_NORMAL;
+ }
+
+ /**
+ * draws multi line chart
+ */
+ protected function drawChart()
+ {
+ parent::drawChart();
+
+ // Draw the bar chart
+ $this->chart->drawLineGraph($this->dataSet->GetData(),$this->dataSet->GetDataDescription());
+ $this->chart->drawPlotGraph($this->dataSet->GetData(),$this->dataSet->GetDataDescription(),3,1,-1,-1,-1,TRUE);
+ }
+}
+
+?>
diff --git a/libraries/chart/pma_pchart_multi_radar.php b/libraries/chart/pma_pchart_multi_radar.php
new file mode 100644
index 000000000..4af060757
--- /dev/null
+++ b/libraries/chart/pma_pchart_multi_radar.php
@@ -0,0 +1,98 @@
+
+ * @package phpMyAdmin
+ */
+
+/**
+ *
+ */
+require_once 'pma_pchart_multi.php';
+
+/**
+ * implements multi radar chart
+ * @package phpMyAdmin
+ */
+class PMA_pChart_multi_radar extends PMA_pChart_multi
+{
+ public function __construct($data, $options = null)
+ {
+ parent::__construct($data, $options);
+
+ $this->normalizeValues();
+ }
+
+ /**
+ * Get the largest value from the data and normalize all the other values.
+ */
+ private function normalizeValues()
+ {
+ $maxValue = 0;
+ $keys = array_keys($this->data);
+ $valueKey = $keys[1];
+
+ // get the max value
+ foreach ($this->data[$valueKey] as $values) {
+ if (max($values) > $maxValue) {
+ $maxValue = max($values);
+ }
+ }
+
+ // normalize all the values according to the max value
+ foreach ($this->data[$valueKey] as &$values) {
+ foreach ($values as &$value) {
+ $value = $value / $maxValue * 10;
+ }
+ }
+ }
+
+ /**
+ * graph area for the radar chart does not include grid lines
+ */
+ protected function drawGraphArea()
+ {
+ $this->chart->drawGraphArea(
+ $this->getGraphAreaColor(RED),
+ $this->getGraphAreaColor(GREEN),
+ $this->getGraphAreaColor(BLUE),
+ FALSE
+ );
+ $this->chart->drawGraphAreaGradient(
+ $this->getGraphAreaGradientColor(RED),
+ $this->getGraphAreaGradientColor(GREEN),
+ $this->getGraphAreaGradientColor(BLUE),
+ 50
+ );
+ }
+
+ /**
+ * draw multi radar chart
+ */
+ protected function drawChart()
+ {
+ parent::drawChart();
+
+ // when drawing radar graph we can specify the border from the top of
+ // graph area. We want border to be dynamic, so that either the top
+ // or the side of the radar is some distance away from the top or the
+ // side of the graph area.
+ $areaWidth = $this->chart->GArea_X2 - $this->chart->GArea_X1;
+ $areaHeight = $this->chart->GArea_Y2 - $this->chart->GArea_Y1;
+
+ if ($areaHeight > $areaWidth) {
+ $borderOffset = ($areaHeight - $areaWidth) / 2;
+ }
+ else {
+ $borderOffset = 0;
+ }
+
+ // the least ammount that radar is away from the graph area side.
+ $borderOffset += 40;
+
+ // Draw the radar chart
+ $this->chart->drawRadarAxis($this->dataSet->GetData(),$this->dataSet->GetDataDescription(),TRUE,$borderOffset,120,120,120,230,230,230,-1,2);
+ $this->chart->drawFilledRadar($this->dataSet->GetData(),$this->dataSet->GetDataDescription(),50,$borderOffset);
+ }
+}
+
+?>
diff --git a/libraries/chart/pma_pchart_pie.php b/libraries/chart/pma_pchart_pie.php
new file mode 100644
index 000000000..c8eced9d3
--- /dev/null
+++ b/libraries/chart/pma_pchart_pie.php
@@ -0,0 +1,100 @@
+
+ * @package phpMyAdmin
+ */
+
+/**
+ *
+ */
+require_once 'pma_pchart_multi.php';
+
+/**
+ * implements pie chart
+ * @package phpMyAdmin
+ */
+class PMA_pChart_Pie extends PMA_pChart_multi
+{
+ public function __construct($data, $options = null)
+ {
+ // limit data size, no more than 18 pie slices
+ $data = array_slice($data, 0, 18, true);
+ parent::__construct($data, $options);
+
+ $this->setAreaMargins(array(20, 10, 20, 20));
+ }
+
+ /**
+ * prepare data set for the pie chart
+ */
+ protected function prepareDataSet()
+ {
+ // Dataset definition
+ $this->dataSet->AddPoint(array_values($this->data),"Values");
+ $this->dataSet->AddPoint(array_keys($this->data),"Keys");
+ $this->dataSet->AddAllSeries();
+ $this->dataSet->SetAbsciseLabelSerie("Keys");
+ }
+
+ /**
+ * graph area for the pie chart does not include grid lines
+ */
+ protected function drawGraphArea()
+ {
+ $this->chart->drawGraphArea(
+ $this->getGraphAreaColor(RED),
+ $this->getGraphAreaColor(GREEN),
+ $this->getGraphAreaColor(BLUE),
+ FALSE
+ );
+ $this->chart->drawGraphAreaGradient(
+ $this->getGraphAreaGradientColor(RED),
+ $this->getGraphAreaGradientColor(GREEN),
+ $this->getGraphAreaGradientColor(BLUE),
+ 50
+ );
+ }
+
+ /**
+ * draw the pie chart
+ */
+ protected function drawChart()
+ {
+ parent::drawChart();
+
+ // draw pie chart in the middle of graph area
+ $middleX = ($this->chart->GArea_X1 + $this->chart->GArea_X2) / 2;
+ $middleY = ($this->chart->GArea_Y1 + $this->chart->GArea_Y2) / 2;
+
+ $this->chart->drawPieGraph(
+ $this->dataSet->GetData(),
+ $this->dataSet->GetDataDescription(),
+ $middleX,
+ // pie graph is skewed. Upper part is shorter than the
+ // lower part. This is why we set an offset to the
+ // Y middle coordiantes.
+ $middleY - 15,
+ 120,PIE_PERCENTAGE,FALSE,60,30,10,1);
+ }
+
+ /**
+ * draw legend for the pie chart
+ */
+ protected function drawLegend()
+ {
+ $this->chart->drawPieLegend(
+ $this->getWidth() - $this->getLegendMargin(RIGHT) - $this->getLegendBoxWidth(),
+ $this->getLabelHeight() + $this->getLegendMargin(TOP),
+ $this->dataSet->GetData(),
+ $this->dataSet->GetDataDescription(),
+ 250,250,250);
+ }
+
+ protected function getLegendBoxWidth()
+ {
+ $legendSize = $this->chart->getPieLegendBoxSize($this->dataSet->GetData());
+ return $legendSize[0];
+ }
+}
+
+?>
diff --git a/libraries/chart/pma_pchart_single.php b/libraries/chart/pma_pchart_single.php
new file mode 100644
index 000000000..9935b090a
--- /dev/null
+++ b/libraries/chart/pma_pchart_single.php
@@ -0,0 +1,56 @@
+
+ * @package phpMyAdmin
+ */
+
+/**
+ *
+ */
+require_once 'pma_pchart_chart.php';
+
+/**
+ * Base class for every chart that uses only one series.
+ * @abstract
+ * @package phpMyAdmin
+ */
+abstract class PMA_pChart_single extends PMA_pChart_chart
+{
+ public function __construct($data, $options = null)
+ {
+ parent::__construct($data, $options);
+ }
+
+ /**
+ * data set preparation for single serie charts
+ */
+ protected function prepareDataSet()
+ {
+ $values = array_values($this->data);
+ $keys = array_keys($this->data);
+
+ // Dataset definition
+ $this->dataSet->AddPoint($values[0], "Values");
+ $this->dataSet->AddPoint($values[1], "Keys");
+
+ //$this->dataSet->AddAllSeries();
+ $this->dataSet->AddSerie("Values");
+
+ $this->dataSet->SetAbsciseLabelSerie("Keys");
+
+ $yLabel = $this->getYLabel();
+ if (empty($yLabel)) {
+ $this->setYLabel($keys[0]);
+ }
+ $xLabel = $this->getXLabel();
+ if (empty($xLabel)) {
+ $this->setXLabel($keys[1]);
+ }
+
+ $this->dataSet->SetXAxisName($this->getXLabel());
+ $this->dataSet->SetYAxisName($this->getYLabel());
+ $this->dataSet->SetSerieName($this->getYLabel(), "Values");
+ }
+}
+
+?>
diff --git a/libraries/chart/pma_pchart_single_bar.php b/libraries/chart/pma_pchart_single_bar.php
new file mode 100644
index 000000000..3ea78cb8a
--- /dev/null
+++ b/libraries/chart/pma_pchart_single_bar.php
@@ -0,0 +1,34 @@
+
+ * @package phpMyAdmin
+ */
+
+/**
+ *
+ */
+require_once 'pma_pchart_single.php';
+
+/**
+ * implements single bar chart
+ * @package phpMyAdmin
+ */
+class PMA_pChart_single_bar extends PMA_pChart_single
+{
+ public function __construct($data, $options = null)
+ {
+ parent::__construct($data, $options);
+ }
+
+ /**
+ * draws single bar chart
+ */
+ protected function drawChart()
+ {
+ // Draw the bar chart
+ // use stacked bar graph function, because it gives bars with alpha
+ $this->chart->drawStackedBarGraph($this->dataSet->GetData(),$this->dataSet->GetDataDescription(),70);
+ }
+}
+
+?>
diff --git a/libraries/chart/pma_pchart_single_line.php b/libraries/chart/pma_pchart_single_line.php
new file mode 100644
index 000000000..2ffe3440a
--- /dev/null
+++ b/libraries/chart/pma_pchart_single_line.php
@@ -0,0 +1,34 @@
+
+ * @package phpMyAdmin
+ */
+
+/**
+ *
+ */
+require_once 'pma_pchart_single.php';
+
+/**
+ * implements single line chart
+ * @package phpMyAdmin
+ */
+class PMA_pChart_single_line extends PMA_pChart_single
+{
+ public function __construct($data, $options = null)
+ {
+ parent::__construct($data, $options);
+ }
+
+ /**
+ * draws single line chart
+ */
+ protected function drawChart()
+ {
+ // Draw the line chart
+ $this->chart->drawLineGraph($this->dataSet->GetData(),$this->dataSet->GetDataDescription());
+ $this->chart->drawPlotGraph($this->dataSet->GetData(),$this->dataSet->GetDataDescription(),3,1,-1,-1,-1,TRUE);
+ }
+}
+
+?>
diff --git a/libraries/chart/pma_pchart_single_radar.php b/libraries/chart/pma_pchart_single_radar.php
new file mode 100644
index 000000000..db0110d21
--- /dev/null
+++ b/libraries/chart/pma_pchart_single_radar.php
@@ -0,0 +1,86 @@
+
+ * @package phpMyAdmin
+ */
+
+/**
+ *
+ */
+require_once 'pma_pchart_single.php';
+
+/**
+ * implements single radar chart
+ * @package phpMyAdmin
+ */
+class PMA_pChart_single_radar extends PMA_pChart_single
+{
+ public function __construct($data, $options = null)
+ {
+ parent::__construct($data, $options);
+
+ $this->normalizeValues();
+ }
+
+ /**
+ * Get the largest value from the data and normalize all the other values.
+ */
+ private function normalizeValues()
+ {
+ $maxValue = 0;
+ $keys = array_keys($this->data);
+ $valueKey = $keys[0];
+ $maxValue = max($this->data[$valueKey]);
+
+ foreach ($this->data[$valueKey] as &$value) {
+ $value = $value / $maxValue * 10;
+ }
+ }
+
+ /**
+ * graph area for the radar chart does not include grid lines
+ */
+ protected function drawGraphArea()
+ {
+ $this->chart->drawGraphArea(
+ $this->getGraphAreaColor(RED),
+ $this->getGraphAreaColor(GREEN),
+ $this->getGraphAreaColor(BLUE),
+ FALSE
+ );
+ $this->chart->drawGraphAreaGradient(
+ $this->getGraphAreaGradientColor(RED),
+ $this->getGraphAreaGradientColor(GREEN),
+ $this->getGraphAreaGradientColor(BLUE),
+ 50
+ );
+ }
+
+ /**
+ * draws the radar chart
+ */
+ protected function drawChart()
+ {
+ // when drawing radar graph we can specify the border from the top of
+ // graph area. We want border to be dynamic, so that either the top
+ // or the side of the radar is some distance away from the top or the
+ // side of the graph area.
+ $areaWidth = $this->chart->GArea_X2 - $this->chart->GArea_X1;
+ $areaHeight = $this->chart->GArea_Y2 - $this->chart->GArea_Y1;
+
+ if ($areaHeight > $areaWidth) {
+ $borderOffset = ($areaHeight - $areaWidth) / 2;
+ }
+ else {
+ $borderOffset = 0;
+ }
+
+ // the least ammount that radar is away from the graph area side.
+ $borderOffset += 40;
+
+ $this->chart->drawRadarAxis($this->dataSet->GetData(),$this->dataSet->GetDataDescription(),TRUE,$borderOffset,120,120,120,230,230,230,-1,2);
+ $this->chart->drawFilledRadar($this->dataSet->GetData(),$this->dataSet->GetDataDescription(),50,$borderOffset);
+ }
+}
+
+?>
diff --git a/libraries/chart/pma_pchart_stacked_bar.php b/libraries/chart/pma_pchart_stacked_bar.php
new file mode 100644
index 000000000..1449c2ff9
--- /dev/null
+++ b/libraries/chart/pma_pchart_stacked_bar.php
@@ -0,0 +1,35 @@
+
+ * @package phpMyAdmin
+ */
+
+/**
+ *
+ */
+require_once 'pma_pchart_multi.php';
+
+/**
+ * implements stacked bar chart
+ * @package phpMyAdmin
+ */
+class PMA_pChart_stacked_bar extends PMA_pChart_multi
+{
+ public function __construct($data, $options = null)
+ {
+ parent::__construct($data, $options);
+ }
+
+ /**
+ * draws stacked bar chart
+ */
+ protected function drawChart()
+ {
+ parent::drawChart();
+
+ // Draw the bar chart
+ $this->chart->drawStackedBarGraph($this->dataSet->GetData(),$this->dataSet->GetDataDescription(),70);
+ }
+}
+
+?>
diff --git a/libraries/common.lib.php b/libraries/common.lib.php
index 741d8cbc5..dd7f40a8d 100644
--- a/libraries/common.lib.php
+++ b/libraries/common.lib.php
@@ -1280,12 +1280,14 @@ function PMA_profilingCheckbox($sql_query)
* Displays the results of SHOW PROFILE
*
* @param array the results
+ * @param boolean show chart
* @access public
*
*/
-function PMA_profilingResults($profiling_results)
+function PMA_profilingResults($profiling_results, $show_chart = false)
{
echo '' . "\n";
}
diff --git a/libraries/display_tbl.lib.php b/libraries/display_tbl.lib.php
index 747c5b501..0deed6e97 100644
--- a/libraries/display_tbl.lib.php
+++ b/libraries/display_tbl.lib.php
@@ -2182,6 +2182,12 @@ function PMA_displayResultsOperations($the_disp_mode, $analyzed_sql) {
'tbl_export.php' . PMA_generate_common_url($_url_params),
PMA_getIcon('b_tblexport.png', __('Export'), false, true),
'', true, true, '') . "\n";
+
+ // show chart
+ echo PMA_linkOrButton(
+ 'tbl_chart.php' . PMA_generate_common_url($_url_params),
+ PMA_getIcon('b_chart.png', __('Display chart'), false, true),
+ '', true, true, '') . "\n";
}
// CREATE VIEW
diff --git a/server_status.php b/server_status.php
index bcbfe06d0..520bb51f3 100644
--- a/server_status.php
+++ b/server_status.php
@@ -16,6 +16,8 @@ if (! defined('PMA_NO_VARIABLES_IMPORT')) {
}
require_once './libraries/common.inc.php';
+$GLOBALS['js_include'][] = 'pMap.js';
+
/**
* Does the common work
*/
@@ -33,6 +35,11 @@ require './libraries/server_links.inc.php';
require './libraries/replication.inc.php';
require_once './libraries/replication_gui.lib.php';
+/**
+ * Chart generation
+ */
+require_once './libraries/chart.lib.php';
+
/**
* Messages are built using the message name
*/
@@ -692,6 +699,13 @@ foreach ($used_queries as $name => $value) {
?>
+
+
+
+';
+ }
+ $returnData .= '
+
diff --git a/sql.php b/sql.php
index 12c6ac582..9a370d8c3 100644
--- a/sql.php
+++ b/sql.php
@@ -14,6 +14,7 @@ require_once './libraries/check_user_privileges.lib.php';
require_once './libraries/bookmark.lib.php';
$GLOBALS['js_include'][] = 'jquery/jquery-ui-1.8.custom.js';
+$GLOBALS['js_include'][] = 'pMap.js';
/**
* Defines the url to return to in case of error in a sql statement
@@ -602,7 +603,7 @@ else {
}
if (isset($profiling_results)) {
- PMA_profilingResults($profiling_results);
+ PMA_profilingResults($profiling_results, true);
}
// Displays the results in a table
diff --git a/tbl_chart.php b/tbl_chart.php
new file mode 100644
index 000000000..f02a73b74
--- /dev/null
+++ b/tbl_chart.php
@@ -0,0 +1,192 @@
+
+
+
+
+
+
diff --git a/themes/original/img/b_chart.png b/themes/original/img/b_chart.png
new file mode 100644
index 000000000..388ec3006
Binary files /dev/null and b/themes/original/img/b_chart.png differ