[Sommaire] [Imprimer]

   1  <?php
   2  /*
   3   * This work is hereby released into the Public Domain.
   4   * To view a copy of the public domain dedication,
   5   * visit http://creativecommons.org/licenses/publicdomain/ or send a letter to
   6   * Creative Commons, 559 Nathan Abbott Way, Stanford, California 94305, USA.
   7   *
   8   */
   9   
  10  require_once dirname(__FILE__)."/../Driver.class.php";
  11  
  12  /**
  13   * Draw your objects
  14   *
  15   * @package Artichow
  16   */
  17  class awMingDriver extends awDriver {
  18      
  19      /**
  20       * The Flash movie
  21       *
  22       * @var $movie
  23       */
  24      var $movie;
  25      
  26  	 function awMingDriver() {
  27          
  28          parent::awDriver();
  29          
  30          $this->driverString = 'ming';
  31          
  32          // Nice defaults
  33          ming_setScale(20.0);
  34          ming_useswfversion(6);
  35  
  36      }
  37      
  38      /**
  39       * Initialize the driver for a particular awImage object
  40       * 
  41       * @param &$image
  42       */
  43  	 function init(&$image) {
  44  
  45          if($this->movie === NULL) {
  46              $this->setImageSize($image->width, $image->height);
  47              
  48              // Create movie
  49              $this->movie = new SWFMovie();
  50              if(!$this->movie) {
  51                  awImage::drawError("Class Image: Unable to create a graph.");
  52              }
  53              
  54              $this->movie->setDimension($image->width, $image->height);
  55              
  56              $this->setAntiAliasing($image->getAntiAliasing());
  57              
  58              // Original color
  59              $this->filledRectangle(
  60                  new awWhite,
  61                  new awLine(
  62                      new awPoint(0, 0),
  63                      new awPoint($this->imageWidth, $this->imageHeight)
  64                  )
  65              );
  66              
  67              $shadow = $image->shadow;
  68              if($shadow !== NULL) {
  69                  $shadow = $shadow->getSpace();
  70                  $p1 = new awPoint($shadow->left, $shadow->top);
  71                  $p2 = new awPoint($this->imageWidth - $shadow->right - 1, $this->imageHeight - $shadow->bottom - 1);
  72                  
  73                  // Draw image background
  74                  $this->filledRectangle($image->getBackground(), new awLine($p1, $p2));
  75                  
  76                  // Draw image border
  77                  $image->border->rectangle($this, $p1, $p2);
  78              }
  79          }
  80      }
  81      
  82      /**
  83       * Initialize the Driver for a particular FileImage object
  84       * 
  85       * @param &$fileImage The FileImage object to work on
  86       * @param string $file Image filename
  87       */
  88  	 function initFromFile(&$fileImage, $file) {
  89          
  90      }
  91      
  92      /**
  93       * Change the image size
  94       *
  95       * @param int $width Image width
  96       * @param int $height Image height
  97       */
  98  	 function setImageSize($width, $height) {
  99          $this->imageWidth = $width;
 100          $this->imageHeight = $height;
 101      }
 102      
 103      /**
 104       * Inform the driver of the position of your image
 105       *
 106       * @param float $x Position on X axis of the center of the component
 107       * @param float $y Position on Y axis of the center of the component
 108       */
 109  	 function setPosition($x, $y) {
 110          // Calculate absolute position
 111          $this->x = round($x * $this->imageWidth - $this->w / 2);
 112          $this->y = round($y * $this->imageHeight - $this->h / 2);
 113      }
 114      
 115      /**
 116       * Inform the driver of the position of your image
 117       * This method need absolutes values
 118       * 
 119       * @param int $x Left-top corner X position
 120       * @param int $y Left-top corner Y position
 121       */
 122  	 function setAbsPosition($x, $y) {
 123          $this->x = $x;
 124          $this->y = $y;
 125      }
 126      
 127      /**
 128       * Move the position of the image
 129       *
 130       * @param int $x Add this value to X axis
 131       * @param int $y Add this value to Y axis
 132       */
 133  	 function movePosition($x, $y) {
 134          $this->x += (int)$x;
 135          $this->y += (int)$y;
 136      }
 137      
 138      /**
 139       * Inform the driver of the size of your image
 140       * Height and width must be between 0 and 1.
 141       *
 142       * @param int $w Image width
 143       * @param int $h Image height
 144       * @return array Absolute width and height of the image
 145       */
 146  	 function setSize($w, $h) {
 147          
 148          // Calcul absolute size
 149          $this->w = round($w * $this->imageWidth);
 150          $this->h = round($h * $this->imageHeight);
 151          
 152          return $this->getSize();
 153          
 154      }
 155      
 156      /**
 157       * Inform the driver of the size of your image
 158       * You can set absolute size with this method.
 159       *
 160       * @param int $w Image width
 161       * @param int $h Image height
 162       */
 163  	 function setAbsSize($w, $h) {
 164          $this->w = $w;
 165          $this->h = $h;
 166          
 167          return $this->getSize();
 168      }
 169      
 170      /**
 171       * Get the size of the component handled by the driver
 172       *
 173       * @return array Absolute width and height of the component
 174       */
 175  	 function getSize() {
 176          return array($this->w, $this->h);
 177      }
 178      
 179      /**
 180       * Turn antialiasing on or off
 181       *
 182       * @var bool $bool
 183       */
 184  	 function setAntiAliasing($bool) {
 185          if($this->movie !== NULL) {
 186  
 187              $actionscript = '
 188              _quality = "%s";
 189              ';
 190  
 191              if((bool)$bool) {
 192                  $actionscript = sprintf($actionscript, 'high');
 193              } else {
 194                  $actionscript = sprintf($actionscript, 'low');
 195              }
 196              
 197              $this->movie->add(new SWFAction(str_replace("\r", "", $actionscript)));
 198          }
 199      }
 200      
 201      /**
 202       * When passed a Color object, returns the corresponding
 203       * color identifier (driver dependant).
 204       *
 205       * @param $color A Color object
 206       * @return array $rgba A color identifier representing the color composed of the given RGB components
 207       */
 208  	 function getColor($color) {
 209          
 210          // Ming simply works with R, G, B and Alpha values.
 211          list($red, $green, $blue, $alpha) = $color->rgba();
 212          
 213          // However, the Ming alpha channel ranges from 255 (opaque) to 0 (transparent),
 214          // while the awColor alpha channel ranges from 0 (opaque) to 100 (transparent).
 215          // First, we convert from 0-100 to 0-255.
 216          $alpha = (int)($alpha * 255 / 100);
 217          
 218          // Then from 0-255 to 255-0.
 219          $alpha = abs($alpha - 255);
 220          
 221          return array($red, $green, $blue, $alpha);
 222      }
 223      
 224      /**
 225       * Draw an image here
 226       *
 227       * @param &$image Image
 228       * @param int $p1 Image top-left point
 229       * @param int $p2 Image bottom-right point
 230       */
 231  	 function copyImage(&$image, $p1, $p2) {
 232          
 233      }
 234      
 235      /**
 236       * Draw an image here
 237       *
 238       * @param &$image Image
 239       * @param int $d1 Destination top-left position
 240       * @param int $d2 Destination bottom-right position
 241       * @param int $s1 Source top-left position
 242       * @param int $s2 Source bottom-right position
 243       * @param bool $resample Resample image ? (default to TRUE)
 244       */
 245  	 function copyResizeImage(&$image, $d1, $d2, $s1, $s2, $resample = TRUE) {
 246          
 247      }
 248      
 249      /**
 250       * Draw a string
 251       *
 252       * @var &$text Text to print
 253       * @param $point Draw the text at this point
 254       * @param int $width Text max width
 255       */
 256  	 function string(&$text, $point, $width = NULL) {
 257          $font = $text->getFont();
 258          
 259          // Can we deal with that font?
 260          if($this->isCompatibleWithFont($font) === FALSE) {
 261              awImage::drawError('Class MingDriver: Incompatible font type (\''.get_class($font).'\')');
 262          }
 263          
 264          // Ming can only work with awFileFont objects for now
 265          // (i.e. awFDBFont, or awTuffy et al.)
 266          $fontDriver = $this->fileFontDriver;
 267          
 268          if($text->getBackground() !== NULL or $text->border->visible()) {
 269          
 270              list($left, $right, $top, $bottom) = $text->getPadding();
 271  
 272              $textWidth = $fontDriver->getTextWidth($text, $this);
 273              $textHeight = $fontDriver->getTextHeight($text, $this);
 274              
 275              $x1 = floor($point->x - $left);
 276              $y1 = floor($point->y - $top);
 277              $x2 = $x1 + $textWidth + $left + $right;
 278              $y2 = $y1 + $textHeight + $top + $bottom;
 279              
 280              $this->filledRectangle(
 281                  $text->getBackground(),
 282                  awLine::build($x1, $y1, $x2, $y2)
 283              );
 284              
 285              $text->border->rectangle(
 286                  $this,
 287                  new awPoint($x1 - 1, $y1 - 1),
 288                  new awPoint($x2 + 1, $y2 + 1)
 289              );
 290              
 291          }
 292          
 293          $fontDriver->string($this, $text, $point, $width);
 294      }
 295      
 296      /**
 297       * Draw a pixel
 298       *
 299       * @param $color Pixel color
 300       * @param $p
 301       */
 302  	 function point($color, $p) {
 303          if($p->isHidden() === FALSE) {
 304              list($red, $green, $blue, $alpha) = $this->getColor($color);
 305              
 306              $point = new SWFShape();
 307              $point->setLine(1, $red, $green, $blue, $alpha);
 308              $point->movePenTo($this->x + round($p->x), $this->y + round($p->y));
 309              $point->drawLine(0.5, 0.5);
 310              $point->movePen(-0.5, 0);
 311              $point->drawLine(0.5, -0.5);
 312              
 313              $this->movie->add($point);
 314          }
 315      }
 316      
 317      /**
 318       * Draw a colored line
 319       *
 320       * @param $color Line color
 321       * @param $line
 322       * @param int $thickness Line tickness
 323       */
 324  	 function line($color, $line) {
 325          if($line->getThickness() > 0 and $line->isHidden() === FALSE) {
 326      
 327              list($red, $green, $blue, $alpha) = $this->getColor($color);
 328  
 329              $mingLine = new SWFShape();
 330              $mingLine->setLine($line->getThickness(), $red, $green, $blue, $alpha);
 331  
 332              list($p1, $p2) = $line->getLocation();
 333              
 334              $mingLine->movePenTo($this->x + round($p1->x), $this->y + round($p1->y));
 335  
 336              switch($line->getStyle()) {
 337              
 338                  case LINE_SOLID :
 339                      $mingLine->drawLineTo($this->x + round($p2->x), $this->y + round($p2->y));
 340                      $this->movie->add($mingLine);
 341                      break;
 342                      
 343                  case LINE_DOTTED :
 344                      $size = sqrt(pow($p2->y - $p1->y, 2) + pow($p2->x - $p1->x, 2));
 345                      $cos = ($p2->x - $p1->x) / $size;
 346                      $sin = ($p2->y - $p1->y) / $size;
 347                      
 348                      for($i = 0; $i <= $size; $i += 2) {
 349                          $p = new awPoint(
 350                              round($i * $cos + $p1->x),
 351                              round($i * $sin + $p1->y)
 352                          );
 353                          $this->point($color, $p);
 354                      }
 355                      
 356                      break;
 357                      
 358                  case LINE_DASHED :
 359                      $width = $p2->x - $p1->x;
 360                      $height = $p2->y - $p1->y;
 361                      $size = sqrt(pow($height, 2) + pow($width, 2));
 362                      
 363                      if($size == 0) {
 364                          return;
 365                      }
 366                      
 367                      $cos = $width / $size;
 368                      $sin = $height / $size;
 369                      
 370                      $functionX = ($width  > 0) ? 'min' : 'max';
 371                      $functionY = ($height > 0) ? 'min' : 'max';
 372                      
 373                      for($i = 0; $i <= $size; $i += 6) {
 374                          
 375                          $t1 = new awPoint(
 376                              round($i * $cos + $p1->x),
 377                              round($i * $sin + $p1->y)
 378                          );
 379                          
 380                          $t2 = new awPoint(
 381                              round($functionX(($i + 3) * $cos, $width) + $p1->x),
 382                              round($functionY(($i + 3) * $sin, $height) + $p1->y)
 383                          );
 384                          
 385                          $this->line($color, new awLine($t1, $t2));
 386                          
 387                      }
 388                      
 389                      break;
 390              
 391              }
 392          
 393          }
 394      
 395      }
 396      
 397      /**
 398       * Draw a color arc
 399       
 400       * @param $color Arc color
 401       * @param $center Point center
 402       * @param int $width Ellipse width
 403       * @param int $height Ellipse height
 404       * @param int $from Start angle
 405       * @param int $to End angle
 406       */
 407  	 function arc($color, $center, $width, $height, $from, $to) {
 408          
 409      }
 410      
 411      /**
 412       * Draw an arc with a background color
 413       *
 414       * @param $color Arc background color
 415       * @param $center Point center
 416       * @param int $width Ellipse width
 417       * @param int $height Ellipse height
 418       * @param int $from Start angle
 419       * @param int $to End angle
 420       */
 421  	 function filledArc($color, $center, $width, $height, $from, $to) {
 422          
 423      }
 424      
 425      /**
 426       * Draw a colored ellipse
 427       *
 428       * @param $color Ellipse color
 429       * @param $center Ellipse center
 430       * @param int $width Ellipse width
 431       * @param int $height Ellipse height
 432       */
 433  	 function ellipse($color, $center, $width, $height) {
 434          
 435      }
 436      
 437      /**
 438       * Draw an ellipse with a background
 439       *
 440       * @param mixed $background Background (can be a color or a gradient)
 441       * @param $center Ellipse center
 442       * @param int $width Ellipse width
 443       * @param int $height Ellipse height
 444       */
 445  	 function filledEllipse($background, $center, $width, $height) {
 446          
 447      }
 448      
 449      /**
 450       * Draw a colored rectangle
 451       *
 452       * @param $color Rectangle color
 453       * @param $line Rectangle diagonale
 454       * @param $p2
 455       */
 456  	 function rectangle($color, $line) {
 457          list($p1, $p2) = $line->getLocation();
 458          
 459          // Get Red, Green, Blue and Alpha values for the line
 460          list($r, $g, $b, $a) = $this->getColor($color);
 461          
 462          // Calculate the coordinates of the two other points of the rectangle
 463          $p3 = new Point($p1->x, $p2->y);
 464          $p4 = new Point($p2->x, $p1->y);
 465          
 466          
 467          
 468          $side = new Line($p1, $p2);
 469          
 470          
 471          // Draw the four sides of the rectangle, clockwise
 472          if(
 473              ($p1->x <= $p2->x and $p1->y <= $p2->y)
 474              or
 475              ($p1->x >= $p2->x and $p1->y >= $p2->y)
 476          ) {
 477              $side->setLocation($p1, $p4);
 478              $this->line($color, $side);
 479              
 480              $side->setLocation($p4, $p2);
 481              $this->line($color, $side);
 482              
 483              $side->setLocation($p2, $p3);
 484              $this->line($color, $side);
 485              
 486              $side->setLocation($p3, $p1);
 487              $this->line($color, $side);
 488          } else {
 489              $side->setLocation($p1, $p3);
 490              $this->line($color, $side);
 491              
 492              $side->setLocation($p3, $p2);
 493              $this->line($color, $side);
 494              
 495              $side->setLocation($p2, $p4);
 496              $this->line($color, $side);
 497              
 498              $side->setLocation($p4, $p1);
 499              $this->line($color, $side);
 500          }
 501      }
 502      
 503      /**
 504       * Draw a rectangle with a background
 505       *
 506       * @param mixed $background Background (can be a color or a gradient)
 507       * @param $line Rectangle diagonale
 508       */
 509  	 function filledRectangle($background, $line) {
 510          list($p1, $p2) = $line->getLocation();
 511          
 512          // Common shape settings
 513          $shape = new SWFShape();
 514          $shape->setLine(0);
 515          
 516          if(is_a($background, 'awColor')) {
 517              
 518              // Get the Red, Green, Blue and Alpha values
 519              list($r, $g, $b, $a) = $this->getColor($background);
 520              $shape->setRightFill($r, $g, $b, $a);
 521              
 522          } else if(is_a($background, 'awGradient')) {
 523              
 524              // Get the Gradient object as an SWFGradient one
 525              list($flashGradient, $style) = $this->getGradient($background);
 526              
 527              $fill = $shape->addFill($flashGradient, $style);
 528              
 529              // Angles between Artichow and Ming don't match.
 530              // Don't use abs() or vertical gradients get inverted.
 531              $angle = $background->angle - 90;
 532              $fill->rotateTo($angle);
 533              
 534              // Move the gradient based on the position of the rectangle we're drawing
 535              $centerX = min($p1->x, $p2->y) + abs($p1->x - $p2->x) / 2;
 536              $centerY = min($p1->y, $p2->y) + abs($p1->y - $p2->y) / 2;
 537              $fill->moveTo($centerX, $centerY);
 538              
 539              // Ming draws its gradients on a 1600x1600 image,
 540              // so we have to resize it.
 541              if($angle === -90) {
 542                  $ratio = abs($p1->y - $p2->y) / 1600;
 543              } else {
 544                  $ratio = abs($p1->x - $p2->x) / 1600;
 545              }
 546              $fill->scaleTo($ratio);
 547              
 548              $shape->setRightFill($fill);
 549              
 550          }
 551          
 552          // Set starting position
 553          $shape->movePenTo($this->x + round($p1->x), $this->y + round($p1->y));
 554          
 555          // Depending on the points' relative positions,
 556          // we have two drawing possibilities
 557          if(
 558              ($p1->x <= $p2->x and $p1->y <= $p2->y)
 559              or
 560              ($p1->x >= $p2->x and $p1->y >= $p2->y)
 561          ) {
 562              $shape->drawLineTo($this->x + round($p2->x), $this->y + round($p1->y));
 563              $shape->drawLineTo($this->x + round($p2->x), $this->y + round($p2->y));
 564              $shape->drawLineTo($this->x + round($p1->x), $this->y + round($p2->y));
 565              $shape->drawLineTo($this->x + round($p1->x), $this->y + round($p1->y));
 566          } else {
 567              $shape->drawLineTo($this->x + round($p1->x), $this->y + round($p2->y));
 568              $shape->drawLineTo($this->x + round($p2->x), $this->y + round($p2->y));
 569              $shape->drawLineTo($this->x + round($p2->x), $this->y + round($p1->y));
 570              $shape->drawLineTo($this->x + round($p1->x), $this->y + round($p1->y));
 571          }
 572          
 573          $this->movie->add($shape);
 574      }
 575      
 576      /**
 577       * Draw a polygon
 578       *
 579       * @param $color Polygon color
 580       * @param Polygon A polygon
 581       */
 582  	 function polygon($color, &$polygon) {
 583          $points = $polygon->all();
 584          $count = count($points);
 585          
 586          if($count > 1) {
 587              
 588              $side = new awLine;
 589              $side->setStyle($polygon->getStyle());
 590              $side->setThickness($polygon->getThickness());
 591              
 592              $prev = $points[0];
 593              
 594              for($i = 1; $i < $count; $i++) {
 595                  $current = $points[$i];
 596                  $side->setLocation($prev, $current);
 597                  $this->line($color, $side);
 598                  $prev = $current;
 599              }
 600              
 601              // Close the polygon
 602              $side->setLocation($prev, $points[0]);
 603              $this->line($color, $side);
 604          }
 605      }
 606      
 607      /**
 608       * Draw a polygon with a background
 609       *
 610       * @param mixed $background Background (can be a color or a gradient)
 611       * @param Polygon A polygon
 612       */
 613  	 function filledPolygon($background, &$polygon) {
 614          $shape = new SWFShape();
 615          
 616          if(is_a($background, 'awColor')) {
 617              list($red, $green, $blue, $alpha) = $this->getColor($background);
 618              
 619              $shape->setRightFill($red, $green, $blue, $alpha);
 620          } elseif(is_a($background, 'awGradient')) {
 621              list($flashGradient, $style) = $this->getGradient($background);
 622              
 623              $fill = $shape->addFill($flashGradient, $style);
 624              
 625              list($xMin, $xMax) = $polygon->getBoxXRange();
 626              list($yMin, $yMax) = $polygon->getBoxYRange();
 627              
 628              if($background->angle === 0) {
 629                  $fill->scaleTo(($yMax - $yMin) / 1600);
 630              } else {
 631                  $fill->scaleTo(($xMax - $xMin) / 1600);
 632              }
 633              $fill->moveTo($xMin + ($xMax - $xMin) / 2, $yMin + ($yMax - $yMin) / 2);
 634              
 635              $shape->setRightFill($fill);
 636          }
 637          
 638          $points = $polygon->all();
 639          $count = count($points);
 640          
 641          if($count > 1) {
 642              
 643              $prev = $points[0];
 644              
 645              $shape->movePenTo($prev->x, $prev->y);
 646              
 647              for($i = 1; $i < $count; $i++) {
 648                  $current = $points[$i];
 649                  $shape->drawLineTo($current->x, $current->y);
 650              }
 651              
 652              // Close the polygon
 653              $shape->drawLineTo($prev->x, $prev->y);
 654              
 655              $this->movie->add($shape);
 656              
 657          }
 658      }
 659  
 660      /**
 661       * Sends the image, as well as the correct HTTP headers, to the browser
 662       *
 663       * @param &$image The Image object to send
 664       */
 665  	 function send(&$image) {
 666          $this->drawImage($image);
 667      }
 668      
 669      /**
 670       * Get the image as binary data
 671       *
 672       * @param &$image
 673       */
 674  	 function get(&$image) {
 675          return $this->drawImage($image, TRUE, FALSE);
 676      }
 677      
 678  	 function getTextWidth(&$text) {
 679          $font = $text->getFont();
 680          if($this->isCompatibleWithFont($font) === FALSE) {
 681              awImage::drawError('Class MingDriver: Incompatible font type (\''.get_class($font).'\')');
 682          }
 683          
 684          // Ming only supports FileFont
 685          $fontDriver = $this->fileFontDriver;
 686                  
 687          return $fontDriver->getTextWidth($text, $this);
 688      }
 689      
 690  	 function getTextHeight(&$text) {
 691          $font = $text->getFont();
 692          if($this->isCompatibleWithFont($font) === FALSE) {
 693              awImage::drawError('Class MingDriver: Incompatible font type (\''.get_class($font).'\')');
 694          }
 695          
 696          // Ming only supports FileFont
 697          $fontDriver = $this->fileFontDriver;
 698          
 699          return $fontDriver->getTextHeight($text, $this);
 700      }
 701      
 702  	 function isCompatibleWithFont(&$font) {
 703          if(is_a($font, 'awTTFFont') or is_a($font, 'awPHPFont')) {
 704              return FALSE;
 705          } else {
 706              return TRUE;
 707          }
 708      }
 709      
 710  	 function drawImage(&$image, $return = FALSE, $header = TRUE) {
 711          
 712          // Send headers to the browser
 713          if($header === TRUE) {
 714              $image->sendHeaders();
 715          }
 716          
 717          if($return) {
 718              ob_start();
 719          }
 720          
 721          $this->movie->output();
 722          
 723          if($return) {
 724              return ob_get_clean();
 725          }
 726      }
 727  
 728      /**
 729       * Convert an awGradient object to an SWFGradient one.
 730       * Returns an object as well as the style of the Flash gradient.
 731       *
 732       * @param $gradient The awGradient object to convert
 733       * @return array
 734       */
 735  	 function getGradient($gradient) {
 736          $flashGradient = new SWFGradient();
 737          
 738          // Get RGBA values for the gradient boundaries
 739          list($r1, $g1, $b1, $a1) = $this->getColor($gradient->from);
 740          list($r2, $g2, $b2, $a2) = $this->getColor($gradient->to);
 741          
 742          $flashGradient->addEntry(0, $r1, $g1, $b1, $a1);
 743          
 744          if(is_a($gradient, 'awBilinearGradient')) {
 745              
 746              $flashGradient->addEntry($gradient->center, $r2, $g2, $b2, $a2);
 747              $flashGradient->addEntry(1, $r1, $g1, $b1, $a1);
 748              
 749              return array($flashGradient, SWFFILL_LINEAR_GRADIENT);
 750          } else {
 751  
 752              $flashGradient->addEntry(1, $r2, $g2, $b2, $a2);
 753              
 754              if(is_a($gradient, 'awLinearGradient')) {
 755                  return array($flashGradient, SWFFILL_LINEAR_GRADIENT);
 756              } else {
 757                  return array($flashGradient, SWFFILL_RADIAL_GRADIENT);
 758              }
 759          }
 760      }
 761  //    abstract private 
 762  
 763  }
 764  
 765  registerClass('MingDriver');
 766  
 767  /*
 768   * Check for ming presence
 769   */
 770  if(function_exists('ming_useswfversion') === FALSE) {
 771      awImage::drawErrorFile('missing-ming');
 772  }
 773  
 774  ?>