Your IP : 18.224.33.184
<?php
/**
* Bitrix Framework
* @package bitrix
* @subpackage main
* @copyright 2001-2014 Bitrix
*/
require_once($_SERVER["DOCUMENT_ROOT"]."/bitrix/modules/main/save_colors.php");
/*******************************************************
Converts ISO to UNICODE
********************************************************/
function iso2uni ($isoline)
{
$uniline = "";
for ($i = 0, $n = strlen($isoline); $i < $n; $i++)
{
$thischar = substr($isoline,$i,1);
$charcode = ord($thischar);
$uniline .= ($charcode>175) ? "&#" . (1040+($charcode-176)). ";" : $thischar;
}
return $uniline;
}
/*******************************************************
Creates image to draw on
********************************************************/
function CreateImageHandle($width, $height, $background="FFFFFF", $truecolor=true)
{
if($truecolor)
{
$im = ImageCreateTrueColor($width,$height);
}
else
{
$im = ImageCreate($width,$height);
}
if (!$im)
{
die ("Cannot Initialize GD image stream");
}
else
{
$dec = ReColor($background);
ImageColorAllocate ($im, $dec[0], $dec[1], $dec[2]);
}
return $im;
}
/******************************************************
Send proper headers for image
*******************************************************/
function ShowImageHeader($ImageHandle)
{
if (ImageTypes() & IMG_PNG)
{
Header("Content-type: image/png");
ImagePng($ImageHandle);
}
elseif(ImageTypes() & IMG_GIF)
{
Header("Content-type: image/gif");
ImageGif($ImageHandle);
}
elseif (ImageTypes() & IMG_JPEG)
{
Header("Content-type: image/jpeg");
ImageJpeg($ImageHandle, "", 0.5);
}
else
{
die("No images support");
}
ImageDestroy ($ImageHandle);
}
/******************************************************
Returns some color
*******************************************************/
function GetArrSaveDecColor($arr)
{
$arrSaveDecColor = array();
while(list($key, $scolor) = each($arr))
{
$arrSaveDecColor[$key] = hexdec($scolor);
}
asort($arrSaveDecColor);
return $arrSaveDecColor;
}
function GetNextRGB($base_color, $total)
{
global $arrSaveColor;
$tsc = count($arrSaveColor);
if ($total > $tsc)
{
return GetBNextRGB($base_color, $total);
}
elseif (strlen($base_color) <= 0)
{
$res = "1288A0";
}
else
{
$index = 0;
$step = round($tsc/$total);
$dec = hexdec($base_color);
$arrSaveDecColor = GetArrSaveDecColor($arrSaveColor);
reset($arrSaveDecColor);
while(list($key, $sdcolor) = each($arrSaveDecColor))
{
if ($dec <= $sdcolor)
{
$index = $key;
break;
}
}
$index = intval($index);
$tsc = $tsc-1;
if ($index + $step > $tsc)
{
$rkey = ($index + $step) - $tsc;
}
else
{
$rkey = $index + $step;
}
$res = $arrSaveColor[$rkey];
}
return $res;
}
function GetBNextRGB($base_color, $total, $start_color = "999900", $end_color = "99FFFF")
{
$step = round((hexdec($end_color) - hexdec($start_color)) / $total);
$dec = intval(hexdec($base_color)) + intval($step);
if ($dec < hexdec($start_color) - $step)
{
$dec = $start_color;
}
elseif ($dec > hexdec($end_color) + $step)
{
$dec = $end_color;
}
elseif ($dec > hexdec("FFFFFF"))
{
$dec = "000000";
}
else
{
$dec = sprintf("%06X", $dec);
}
return $dec;
}
/*******************************************************
Graph data debug
*******************************************************/
function EchoGraphData($arrayX, $MinX, $MaxX, $arrayY, $MinY, $MaxY, $arrX, $arrY, $die=true)
{
echo "<pre>";
echo "--------------------------------------\n";
while (list($key, $value) = each($arrX))
{
echo date("d.m.Y",$value)." = ".$arrY[$key]."\n";
}
echo "--------------------------------------\n";
echo "Signs of X axis (arrayX):\n";
print_r($arrayX);
echo "MinX: ".$MinX." - ".date("d.m",$MinX)."\n";
echo "MaxX: ".$MaxX." - ".date("d.m",$MaxX)."\n\n";
echo "Signs of Y axis (arrayY):\n";
print_r($arrayY);
echo "MinY: ".$MinY."\n";
echo "MaxY: ".$MaxY."\n\n";
echo "Values of X axis (arrX):\n";
$i = 0;
foreach ($arrX as $d)
{
echo "[".$i."] => ".GetTime($d)." (".$d.")"."\n";
$i++;
}
echo "\nValues of Y axis (arrY):\n";
print_r($arrY);
echo "--------------------------------------\n";
echo "</pre>";
if ($die)
{
die();
}
}
/*******************************************************
Makes proper X axis (date)
*******************************************************/
function GetArrayX($arrX, &$MinX, &$MaxX, $max_grid=15, $min_grid=10)
{
$h = 2;
$MinX = (count($arrX)>0) ? min($arrX) : 0;
$MaxX = (count($arrX)>0) ? max($arrX) : 0;
$period_days = (($MaxX-$MinX)/86400)+1;
if ($period_days>$min_grid)
{
$h = $min_grid;
}
if ($max_grid<$h)
{
$max_grid = $h;
}
$arrOst = array();
for ($i=$max_grid; $i>=$h; $i--)
{
$ost = $period_days%$i;
$arrOst[$i] = $ost;
if ($ost == 0)
{
break;
}
}
$minOst = min($arrOst);
$shiftX = ($period_days/array_search($minOst, $arrOst));
$shiftX = $shiftX*86400;
$unix_date = $MinX;
if(preg_match("/(DD|MM)(.*?)(DD|MM)/",FORMAT_DATE,$arMatch))
{
$strFrmt = str_replace(array("DD","MM"), array("d","m"), $arMatch[0]);
}
else
{
$strFrmt = "d.m";
}
$prev_date = "";
$tmp_arrX = array();
$arrayX = array();
while ($unix_date < $MaxX+$shiftX)
{
if ($prev_date == date("d.m.Y", $unix_date))
{
$unix_date += 3600;
}
$date = date($strFrmt, $unix_date);
$arrayX[] = $date;
$tmp_arrX[] = $unix_date;
$unix_date += $shiftX;
$prev_date = date("d.m.Y", $unix_date);
}
$MinX = MkDateTime(date("d.m.Y", min($tmp_arrX)),"d.m.Y");
$MaxX = MkDateTime(date("d.m.Y", max($tmp_arrX)),"d.m.Y");
return $arrayX;
}
function GetArrayY($arrY, &$MinY, &$MaxY, $max_grid=15, $first_null="Y", $integers=false)
{
$arrayY = array();
$arrY = array_unique($arrY);
if ($first_null=="Y")
{
$arrY[] = 0;
}
asort($arrY);
$MinY = min($arrY);
$MaxY = max($arrY);
if ($MinY==$MaxY)
{
if ($MinY!=0)
{
$arrayY[] = 0;
}
$arrayY[] = $MinY;
$arrayY[] = $MaxY+1;
asort($arrayY);
}
else
{
$shiftY = round(($MaxY-$MinY)/$max_grid);
if($shiftY<=0)
{
if($integers==false)
{
$shiftY = round(($MaxY-$MinY)/$max_grid,3);
}
else
{
$shiftY = 1;
}
}
$i = $MinY;
if ($shiftY>0)
{
while ($i<$MaxY+$shiftY+$shiftY)
{
$arrayY[] = $i;
$i += $shiftY;
}
}
else
{
for ($i=$MinY; $i<=$MaxY+$shiftY+$shiftY; $i++)
{
$arrayY[] = $i;
}
}
}
$MinY = min($arrayY);
$MaxY = max($arrayY);
return $arrayY;
}
/******************************************************************************
* $colorString - Color. Example 'FFFFFF' or '#FF0000'
* ReColor - function converting HEX to DEC color
******************************************************************************/
function ReColor($colorString)
{
if (!is_string($colorString))
return 0;
if (!preg_match('/^#{0,1}([0-9a-z]{2})([0-9a-z]{2})([0-9a-z]{2})$/i', $colorString, $match))
return 0;
return array(
hexdec($match[1]),
hexdec($match[2]),
hexdec($match[3]),
);
}
/******************************************************************************
* $k - array performance font size to pixel format
* array index == font size
******************************************************************************/
$k = array();
$k[1]=5;
$k[2]=2.7;
$k[3]=2.3;
$k[4]=2;
$k[5]=1.7;
$k[6]=1.5;
$k[7]=1.3;
$k[8]=1.1;
$k[9]=1;
$k[10]=0.85;
$k[11]=0.75;
$k[12]=0.7;
$k[13]=0.65;
$k[14]=0.60;
$k[15]=0.55;
$k[16]=0.52;
function DrawCoordinatGrid($arrayX, $arrayY, $width, $height, $ImageHandle, $bgColor="FFFFFF", $gColor='B1B1B1', $Color="000000", $dD=15, $FontWidth=2, $arrTTF_FONT=false)
{
global $k, $xA, $yA, $xPixelLength, $yPixelLength, $APPLICATION;
$arResult = array();
$max_len=0;
$bUseTTFY = is_array($arrTTF_FONT["Y"]) && function_exists("ImageTTFText");
$bUseTTFX = is_array($arrTTF_FONT["X"]) && function_exists("ImageTTFText");
$ttf_font_y = "";
$ttf_size_y = $ttf_shift_y = $ttf_base_y = 0;
if ($bUseTTFY)
{
$ttf_font_y = $_SERVER["DOCUMENT_ROOT"].$arrTTF_FONT["Y"]["FONT_PATH"];
$ttf_size_y = $arrTTF_FONT["Y"]["FONT_SIZE"];
$ttf_shift_y = $arrTTF_FONT["Y"]["FONT_SHIFT"];
$ttf_base_y = 0;
if (isset($arrTTF_FONT["Y"]["FONT_BASE"])) $ttf_base_y = $arrTTF_FONT["Y"]["FONT_BASE"];
$dlataX = 0;
foreach($arrayY as $value)
{
$bbox = imagettfbbox($ttf_size_y, 0, $ttf_font_y, $value);
$dlataX = max($dlataX, abs($bbox[2] - $bbox[0]) + 1);
}
}
else
{
foreach($arrayY as $value)
$max_len=max($max_len, strlen($value));
$dlataX = $max_len*ImageFontWidth($FontWidth);
}
$arr_bgColor = ReColor($bgColor);
$colorFFFFFF = ImageColorAllocate($ImageHandle,$arr_bgColor[0],$arr_bgColor[1],$arr_bgColor[2]);
$arr_Color = ReColor($Color);
$color000000 = ImageColorAllocate($ImageHandle,$arr_Color[0],$arr_Color[1],$arr_Color[2]);
$arr_gColor = ReColor($gColor);
$colorCOCOCO = ImageColorAllocate($ImageHandle,$arr_gColor[0], $arr_gColor[1], $arr_gColor[2]);
ImageFill($ImageHandle, 0, 0, $colorFFFFFF);
$bForBarDiagram = is_array($arrTTF_FONT) && ($arrTTF_FONT["type"] == "bar");
if($bForBarDiagram)
{
$arResult["XBUCKETS"] = array();
}
/*
C
|
|
|
|
|__________________
A B
*/
$ttf_font_x = "";
$ttf_size_x = $ttf_shift_x = $ttf_base_x = 0;
$xA = $dD+$dlataX;
if ($bUseTTFX)
{
$ttf_font_x = $_SERVER["DOCUMENT_ROOT"].$arrTTF_FONT["X"]["FONT_PATH"];
$ttf_size_x = $arrTTF_FONT["X"]["FONT_SIZE"];
$ttf_shift_x = $arrTTF_FONT["X"]["FONT_SHIFT"];
if (isset($arrTTF_FONT["X"]["FONT_BASE"]))
{
$ttf_base_x = $arrTTF_FONT["X"]["FONT_BASE"];
}
$yA = $height-$dD-$ttf_shift_x;
}
else
{
$yA = $height-$dD-ImageFontHeight($FontWidth)/2;
}
$xC = $xA;
$yC = $dD;
$xB = $width-$dD;
$yB = $yA;
$GrafWidth = $xB - $xA;
$GrafHeight = $yA - $yC;
$PointsX = max(sizeof($arrayX)+$bForBarDiagram, 2);
$PointsY = max(sizeof($arrayY), 2);
$dX = $GrafWidth/($PointsX-1);
$dY = $GrafHeight/($PointsY-1);
/*
C P1
| |
| |
| |
| |
|___|______________
A P0 B
*/
$i=0;
$xP0 = $xA;
$yP0 = $yA;
$yP1 = $yC;
while ($i < $PointsX)
{
if ($i==$PointsX-1)
{
$xP0 = $xB;
}
$style = array (
$colorCOCOCO,
IMG_COLOR_TRANSPARENT,
IMG_COLOR_TRANSPARENT,
);
ImageSetStyle($ImageHandle, $style);
ImageLine($ImageHandle, ceil($xP0), ceil($yP0), ceil($xP0), ceil($yP1), IMG_COLOR_STYLED);
if($bForBarDiagram)
$arResult["XBUCKETS"][$i] = array(ceil($xP0)+1, ceil($xP0+$dX)-1);
$captionX = $arrayX[$i];
$xCaption = $xP0 - strlen($captionX)*$k[$FontWidth] + ($dX*$bForBarDiagram/2);
$yCaption = $yP0;
if ($bUseTTFX)
{
$bbox = imagettfbbox($ttf_size_x, 0, $ttf_font_x, $captionX);
$ttf_width_x = abs($bbox[2] - $bbox[0]) + 1;
$xCaption = $xP0 - $ttf_width_x/2 + ($dX*$bForBarDiagram/2);
$yCaption = $yP0 + $dD + $ttf_shift_x - $ttf_base_x;
$captionX = $APPLICATION->ConvertCharset($captionX, LANG_CHARSET, "UTF-8");
ImageTTFText($ImageHandle, $ttf_size_x, 0, $xCaption, $yCaption, $color000000, $ttf_font_x, $captionX);
}
else ImageString($ImageHandle, $FontWidth, $xCaption, $yCaption+ImageFontHeight($FontWidth)/2, $captionX, $color000000);
$xP0 += $dX;
$i++;
}
/*
C
|
|
|
M1|___________________ M0
|___________________
A B
*/
$i=0;
$xM0 = $xB;
$yM0 = $yB;
$xM1 = $xA;
$yM1 = $yA;
while ($i < $PointsY)
{
if ($i==$PointsY-1)
{
$yM0 = $yC;
$yM1 = $yC;
}
if ($yM1>0 && $yM0>0)
{
$style = array (
$colorCOCOCO,
IMG_COLOR_TRANSPARENT,
IMG_COLOR_TRANSPARENT,
);
ImageSetStyle($ImageHandle, $style);
ImageLine($ImageHandle, ceil($xM0), ceil($yM0), ceil($xM1), ceil($yM1), IMG_COLOR_STYLED);
$captionY = $arrayY[$i];
$xCaption = $dlataX;
$yCaption = $yM1-$k[$FontWidth]*3;
if ($bUseTTFY)
{
$captionY = $APPLICATION->ConvertCharset($captionY, LANG_CHARSET, "UTF-8");
$bbox = imagettfbbox($ttf_size_y, 0, $ttf_font_y, $captionY);
$yCaption = $yM1+($ttf_shift_y-$ttf_base_y)/2;
ImageTTFText($ImageHandle, $ttf_size_y, 0, $xCaption-abs($bbox[2]-$bbox[0])-1, $yCaption, $color000000, $ttf_font_y, $captionY);
}
else ImageString($ImageHandle, $FontWidth, $xCaption-strlen($captionY)*ImageFontWidth($FontWidth), $yCaption, $captionY, $color000000);
}
$yM0 -= $dY;
$yM1 -= $dY;
$i++;
}
ImageLine($ImageHandle, ceil($xA), ceil($yA), ceil($xC), ceil($yC), $color000000);
ImageLine($ImageHandle, ceil($xB), ceil($yB), ceil($xA), ceil($yA), $color000000);
$xPixelLength = $xB - $xA;
$yPixelLength = $yA - $yC;
$arResult["VIEWPORT"] = array(ceil($xA), ceil($yA), ceil($xB), ceil($yC));
return $arResult;
}
function Bar_Diagram($ImageHandle, $arData, $MinY, $MaxY, $gridInfo)
{
$max_y = 0;
foreach($arData as $arRecs)
{
$y = max($arRecs["DATA"]);
if($y > $max_y)
$max_y = $y;
}
$scale = ($gridInfo["VIEWPORT"][1] - $gridInfo["VIEWPORT"][3]) / ($MaxY - $MinY);
$xIndex = 0;
foreach($arData as $arRecs)
{
$arPair = $gridInfo["XBUCKETS"][$xIndex];
if (is_array($arPair))
{
$bar_count = count($arRecs["DATA"]);
$bar_width = ceil(($arPair[1] - $arPair[0] - 1) * 0.7 / $bar_count);
$ws_width = round((($arPair[1] - $arPair[0] - 1) - ($bar_width * $bar_count)) / ($bar_count + 1));
foreach($arRecs["DATA"] as $i => $Y)
{
$arColor = ReColor($arRecs["COLORS"][$i][0]);
$color = ImageColorAllocate($ImageHandle, $arColor[0], $arColor[1], $arColor[2]);
$x1 = $arPair[0] + $ws_width + ($bar_width + $ws_width)*$i;
$y1 = round($Y*$scale);
if($y1 > 0)
{
imagefilledrectangle($ImageHandle,
$x1,
$gridInfo["VIEWPORT"][1]-$y1,
$x1 + $bar_width,
$gridInfo["VIEWPORT"][1]-1,
$color);
}
}
}
$xIndex++;
}
}
function Graf($arrayX, $arrayY, $ImageHandle, $MinX, $MaxX, $MinY, $MaxY, $Color='FF0000', $dashed="N", $thikness=2, $antialiase=true)
{
global $xA, $yA, $xPixelLength, $yPixelLength;
if(sizeof($arrayX) != sizeof($arrayY))
{
return;
}
$arr_Color = ReColor($Color);
$color = ImageColorAllocate($ImageHandle, $arr_Color[0], $arr_Color[1], $arr_Color[2]);
$xGrafLength = $MaxX - $MinX;
$yGrafLength = $MaxY - $MinY;
if($antialiase)
{
$bgcolor = imagecolorallocate($ImageHandle, 255, 255, 255);
$fgcolors = imagecolorsforindex($ImageHandle, $color);
$bgcolors = imagecolorsforindex($ImageHandle, $bgcolor);
for( $i = 0; $i < 100; $i++ )
{
imagecolorallocate(
$ImageHandle,
($fgcolors['red'] + $i*$bgcolors['red'])/($i + 1),
($fgcolors['green'] + $i*$bgcolors['green'])/($i + 1),
($fgcolors['blue'] + $i*$bgcolors['blue'])/($i + 1)
);
}
}
$x1 = $y1 = $x2 = $y2 = 0;
for($i = 0, $n = sizeof($arrayX)-1; $i < $n; $i++)
{
if ($xGrafLength>0)
{
$x1 = $xA + ((($arrayX[$i]-$MinX) * $xPixelLength) / $xGrafLength);
$x2 = $xA + ((($arrayX[$i+1]-$MinX) * $xPixelLength) / $xGrafLength);
}
if ($yGrafLength>0)
{
$y1 = $yA - ((($arrayY[$i]-$MinY) * $yPixelLength) / $yGrafLength);
$y2 = $yA - ((($arrayY[$i+1]-$MinY) * $yPixelLength) / $yGrafLength);
}
$x1 = ceil($x1);
$y1 = ceil($y1);
$x2 = ceil($x2);
$y2 = ceil($y2);
if($antialiase)
{
/** @noinspection PhpUndefinedVariableInspection */
_a_draw_line($ImageHandle, $x1, $y1, $x2, $y2, $fgcolors, $dashed, 10, 4);
if($thikness>1)
{
if($y1<$y2)
{
_a_draw_line($ImageHandle, $x1-0.4, $y1+0.4, $x2-0.4, $y2+0.4, $fgcolors, $dashed, 10, 4);
_a_draw_line($ImageHandle, $x1+0.4, $y1-0.4, $x2+0.4, $y2-0.4, $fgcolors, $dashed, 10, 4);
}
else
{
_a_draw_line($ImageHandle, $x1+0.4, $y1+0.4, $x2+0.4, $y2+0.4, $fgcolors, $dashed, 10, 4);
_a_draw_line($ImageHandle, $x1-0.4, $y1-0.4, $x2-0.4, $y2-0.4, $fgcolors, $dashed, 10, 4);
}
}
}
elseif($dashed=="Y")
{
$style = array (
$color,$color,
IMG_COLOR_TRANSPARENT,
IMG_COLOR_TRANSPARENT,
IMG_COLOR_TRANSPARENT
);
ImageSetStyle($ImageHandle, $style);
ImageLine($ImageHandle, $x1, $y1, $x2, $y2, IMG_COLOR_STYLED);
}
else
{
ImageLine($ImageHandle, $x1, $y1, $x2, $y2, $color);
}
}
}
function Draw_Sector($ImageHandle, $start, $end, $color, $diameter, $centerX, $centerY)
{
$radius = $diameter/2;
$dec = ReColor($color);
$color = ImageColorAllocate ($ImageHandle, $dec[0], $dec[1], $dec[2]);
imagearc($ImageHandle, $centerX, $centerY, $diameter, $diameter, 0, 360, $color);
$startX = $centerX + cos(deg2rad($start)) * $radius;
$startY = $centerY + sin(deg2rad($start)) * $radius;
imageline($ImageHandle, $centerX, $centerY, $startX, $startY, $color);
$endX = $centerX + cos(deg2rad($end)) * $radius;
$endY = $centerY + sin(deg2rad($end)) * $radius;
imageline($ImageHandle, $centerX, $centerY, $endX, $endY, $color);
$diff = intval($end - $start);
if ($diff < 180)
{
$x = ($centerX+(($startX + $endX)/2))/2;
$y = ($centerY+(($startY + $endY)/2))/2;
}
else
{
$m_end = $start + $diff/2;
$m_X = $centerX + cos(deg2rad($m_end)) * $radius;
$m_Y = $centerY + sin(deg2rad($m_end)) * $radius;
$x = ($centerX+$m_X)/2;
$y = ($centerY+$m_Y)/2;
//ImageString($ImageHandle, 2, 30, 30, $m_end, $color);
//imagesetpixel($ImageHandle, $m_X, $m_Y, ImageColorAllocate($ImageHandle,"FF", "00", "00"));
}
imagefill ($ImageHandle, $x, $y, $color);
//imagesetpixel($ImageHandle, $x, $y, $color);
}
function Circular_Diagram($ImageHandle, $arr, $background_color, $diameter, $centerX, $centerY, $antialiase=true)
{
if($antialiase)
{
$ImageHandle_Saved = $ImageHandle;
$diameter_saved = $diameter;
$diameter=$diameter*5;
$centerX=$centerX*5;
$centerY=$centerY*5;
$ImageHandle = CreateImageHandle($diameter, $diameter, "FFFFFF", true);
imagefill($ImageHandle, 0, 0, imagecolorallocate($ImageHandle, 255,255,255));
}
$arr2 = array();
$diameterX = $diameter;
$diameterY = intval($diameter*0.6);
if(count($arr)>0)
{
$sum = 0;
foreach($arr as $sector)
{
$sum += $sector["COUNTER"];
}
$degree1=0;
$p=0.0;
$i=0;
foreach($arr as $sector)
{
$p += $sector["COUNTER"]/$sum*360.0;
++$i;
if ($i==count($arr))
{
$degree2 = 360;
}
else
{
$degree2 = intval($p);
}
if($degree2 > $degree1)
{
$dec = ReColor($sector["COLOR"]);
$arr2[] = array(
"DEGREE_1" => $degree1,
"DEGREE_2" => $degree2,
"COLOR" => $sector["COLOR"],
"IMAGE_COLOR" => ImageColorAllocate ($ImageHandle, $dec[0], $dec[1], $dec[2]),
"IMAGE_DARK" => ImageColorAllocate ($ImageHandle, $dec[0]/1.5, $dec[1]/1.5, $dec[2]/1.5),
);
$degree1 = $degree2;
}
}
if(count($arr2)>0)
{
$h = 15;
if($antialiase)
{
$h = $h * 5;
}
for($i = 0; $i <= $h; $i++)
{
foreach($arr2 as $sector)
{
$degree1 = $sector["DEGREE_1"];
$degree2 = $sector["DEGREE_2"];
$difference = $degree2 - $degree1;
$degree1 -= 180;
$degree1 = $degree1<0?360+$degree1:$degree1;
$degree2 -= 180;
$degree2 = $degree2<0?360+$degree2:$degree2;
$color = $i==$h?$sector["IMAGE_COLOR"]:$sector["IMAGE_DARK"];
if ($difference==360)
imageellipse($ImageHandle, $centerX, $centerY-$i, $diameterX, $diameterY, $color);
else
imagearc($ImageHandle, $centerX, $centerY-$i, $diameterX, $diameterY, $degree1, $degree2, $color);
}
}
$i--;
foreach($arr2 as $sector)
{
$degree1 = $sector["DEGREE_1"];
$degree2 = $sector["DEGREE_2"];
$difference = $degree2 - $degree1;
$degree1 -= 180;
$degree1 = $degree1<0?360+$degree1:$degree1;
$degree2 -= 180;
$degree2 = $degree2<0?360+$degree2:$degree2;
$color = $i==$h?$sector["IMAGE_COLOR"]:$sector["IMAGE_DARK"];
if ($difference==360)
imagefilledellipse($ImageHandle, $centerX, $centerY-$i, $diameterX, $diameterY, $color);
else
{
imagefilledarc($ImageHandle, $centerX, $centerY-$i, $diameterX, $diameterY, $degree1, $degree2, $color, IMG_ARC_PIE);
}
}
}
}
else
{
$dec = ReColor($background_color);
$color= ImageColorAllocate ($ImageHandle, $dec[0], $dec[1], $dec[2]);
imagefilledellipse($ImageHandle, $centerX, $centerY, $diameterX, $diameterY, $color);
}
if($antialiase)
{
/** @noinspection PhpUndefinedVariableInspection */
imagecopyresampled($ImageHandle_Saved, $ImageHandle, 0, 0, 0, 0, $diameter_saved, $diameter_saved, $diameter, $diameter);
}
}
function Clean_Circular_Diagram($ImageHandle, $background_color, $diameter, $centerX, $centerY)
{
$dec = ReColor($background_color);
$color = ImageColorAllocate ($ImageHandle, $dec[0], $dec[1], $dec[2]);
for($i=0;$i<=$diameter;$i++) imagearc($ImageHandle, $centerX, $centerY, $diameter+$i, $diameter+$i, 0, 360, $color);
}
function _a_set_pixel($im, $x, $y, $filled, $fgcolors)
{
$rgb=imagecolorat($im, $x, $y);
$r = ($rgb >> 16) & 0xFF;
$g = ($rgb >> 8) & 0xFF;
$b = $rgb & 0xFF;
$red = round($r + ( $fgcolors['red'] - $r ) * $filled);
$green = round($g + ( $fgcolors['green'] - $g ) * $filled);
$blue = round($b + ( $fgcolors['blue'] - $b ) * $filled);
imagesetpixel($im, $x, $y, imagecolorclosest($im, $red, $green, $blue));
}
function _a_frac($x)
{
$x = doubleval($x);
return $x-floor($x);
}
function _a_draw_line($im, $x1, $y1, $x2, $y2, $fgcolors, $dashed="N", $dash=5, $white=2)
{
$xd = $x2-$x1;
$yd = $y2-$y1;
if($xd==0 && $yd==0)
{
return;
}
if(abs($xd)>abs($yd))
{
$wasexchange = false;
}
else
{
$wasexchange = true;
$tmpreal = $x1;
$x1 = $y1;
$y1 = $tmpreal;
$tmpreal = $x2;
$x2 = $y2;
$y2 = $tmpreal;
$tmpreal = $xd;
$xd = $yd;
$yd = $tmpreal;
}
if( $x1>$x2 )
{
$tmpreal = $x1;
$x1 = $x2;
$x2 = $tmpreal;
$tmpreal = $y1;
$y1 = $y2;
$y2 = $tmpreal;
$xd = $x2-$x1;
$yd = $y2-$y1;
}
$grad = $yd/$xd;
$xend = floor($x1+0.5);
$yend = $y1+$grad*($xend-$x1);
$xgap = 1-_a_frac($x1+0.5);
$ix1 = floor($x1+0.5);
$iy1 = floor($yend);
$brightness1 = (1-_a_frac($yend))*$xgap;
$brightness2 = _a_frac($yend)*$xgap;
if( $wasexchange )
{
_a_set_pixel($im, $iy1, $ix1, $brightness1, $fgcolors);
_a_set_pixel($im, $iy1+1, $ix1, $brightness2, $fgcolors);
}
else
{
_a_set_pixel($im, $ix1, $iy1, $brightness1, $fgcolors);
_a_set_pixel($im, $ix1, $iy1+1, $brightness2, $fgcolors);
}
$yf = $yend+$grad;
$xend = floor($x2+0.5);
$yend = $y2+$grad*($xend-$x2);
$xgap = 1-_a_frac($x2-0.5);
$ix2 = floor($x2+0.5);
$iy2 = floor($yend);
$brightness1 = (1-_a_frac($yend))*$xgap;
$brightness2 = _a_frac($yend)*$xgap;
if( $wasexchange )
{
_a_set_pixel($im, $iy2, $ix2, $brightness1, $fgcolors);
_a_set_pixel($im, $iy2+1, $ix2, $brightness2, $fgcolors);
}
else
{
_a_set_pixel($im, $ix2, $iy2, $brightness1, $fgcolors);
_a_set_pixel($im, $ix2, $iy2+1, $brightness2, $fgcolors);
}
$kk=0;
for($x = $ix1+1; $x <= $ix2-1; $x++)
{
if(($kk % $dash)<($dash-$white))
{
$brightness1 = 1-_a_frac($yf);
$brightness2 = _a_frac($yf);
if( $wasexchange )
{
_a_set_pixel($im, floor($yf), $x, $brightness1, $fgcolors);
_a_set_pixel($im, floor($yf)+1, $x, $brightness2, $fgcolors);
}
else
{
_a_set_pixel($im, $x, floor($yf), $brightness1, $fgcolors);
_a_set_pixel($im, $x, floor($yf)+1, $brightness2, $fgcolors);
}
}
$yf = $yf+$grad;
if($dashed=="Y")
++$kk;
}
}
function _a_draw_ellipse($im, $x1, $y1, $x2, $y2, $fgcolors, $half=false)
{
if( $x2<$x1 )
{
$t = $x1;
$x1 = $x2;
$x2 = $t;
}
if( $y2<$y1 )
{
$t = $y1;
$y1 = $y2;
$y2 = $t;
}
if( $x2-$x1<$y2-$y1 )
{
$exch = false;
}
else
{
$exch = true;
$t = $x1;
$x1 = $y1;
$y1 = $t;
$t = $x2;
$x2 = $y2;
$y2 = $t;
}
$a = ($x2-$x1)/2;
$b = ($y2-$y1)/2;
$cx = ($x1+$x2)/2;
$cy = ($y1+$y2)/2;
$t = $a*$a/sqrt($a*$a+$b*$b);
$i1 = floor($cx-$t);
$i2 = ceil($cx+$t);
for($ix = $i1; $ix <= $i2; $ix++)
{
if( 1-pow(($ix-$cx)/$a, 2)<0 )
{
continue;
}
$y = $b*sqrt(1-pow(($ix-$cx)/$a, 2));
$iy = ceil($cy+$y);
$f = $iy-$cy-$y;
if( !$exch )
{
if(!$half || $iy>$cx) _a_set_pixel($im, $ix, $iy, 1-$f, $fgcolors);
if(!$half || $iy>$cx) _a_set_pixel($im, $ix, $iy-1, $f, $fgcolors);
}
else
{
if(!$half || $ix>$cx) _a_set_pixel($im, $iy, $ix, 1-$f, $fgcolors);
if(!$half || $ix>$cx) _a_set_pixel($im, $iy-1, $ix, $f, $fgcolors);
}
$iy = floor($cy-$y);
$f = $cy-$y-$iy;
if( !$exch )
{
if(!$half || $iy>$cx) _a_set_pixel($im, $ix, $iy+1, $f, $fgcolors);
if(!$half || $iy>$cx) _a_set_pixel($im, $ix, $iy, 1-$f, $fgcolors);
}
else
{
if(!$half || $ix>$cx) _a_set_pixel($im, $iy+1, $ix, $f, $fgcolors);
if(!$half || $ix>$cx) _a_set_pixel($im, $iy, $ix, 1-$f, $fgcolors);
}
}
$t = $b*$b/sqrt($a*$a+$b*$b);
$i1 = ceil($cy-$t);
$i2 = floor($cy+$t);
for($iy = $i1; $iy <= $i2; $iy++)
{
if( 1-pow(($iy-$cy)/$b, 2)<0 )
{
continue;
}
$x = $a*sqrt(1-pow(($iy-$cy)/$b, 2));
$ix = floor($cx-$x);
$f = $cx-$x-$ix;
if( !$exch )
{
if(!$half || $iy>$cx) _a_set_pixel($im, $ix, $iy, 1-$f, $fgcolors);
if(!$half || $iy>$cx) _a_set_pixel($im, $ix+1, $iy, $f, $fgcolors);
}
else
{
if(!$half || $ix>$cx) _a_set_pixel($im, $iy, $ix, 1-$f, $fgcolors);
if(!$half || $ix>$cx) _a_set_pixel($im, $iy, $ix+1, $f, $fgcolors);
}
$ix = ceil($cx+$x);
$f = $ix-$cx-$x;
if( !$exch )
{
if(!$half || $iy>$cx) _a_set_pixel($im, $ix, $iy, 1-$f, $fgcolors);
if(!$half || $iy>$cx) _a_set_pixel($im, $ix-1, $iy, $f, $fgcolors);
}
else
{
if(!$half || $ix>$cx) _a_set_pixel($im, $iy, $ix, 1-$f, $fgcolors);
if(!$half || $ix>$cx) _a_set_pixel($im, $iy, $ix-1, $f, $fgcolors);
}
}
}