Lines Matching refs:c
41 $c = imagecolorallocate($im, 255, 0, 0);
64 $c = array(2);
65 $c[0] = array( $a1x, $a1y );
66 $c[1] = array( $a2x, $a2y );
67 return $c;
83 $c = array(2);
84 $c[0] = array( $a1x, $a1y );
85 $c[1] = array( $a2x, $a2y );
86 return $c;
90 $c = l_vec($arr, 6);
91 imageline($im, $arr[1][0], $arr[1][1], $arr[1][0]-$c[0][0], $arr[1][1]-$c[0][1], $color);
92 imageline($im, $arr[1][0], $arr[1][1], $arr[1][0]-$c[1][0], $arr[1][1]-$c[1][1], $color);
97 $c = l_vec9($arr, 2);
99 imageline($im, $arr[0][0]+$c[0][0], $arr[0][1]+$c[0][1], $arr[1][0]+$c[0][0], $arr[1][1]+$c[0][1], $color);
100 imageline($im, $arr[0][0]+$c[0][0], $arr[0][1]+$c[0][1], $arr[1][0]+$c[0][0], $arr[1][1]+$c[0][1], $color);
101 imageline($im, $arr[0][0]+$c[1][0], $arr[0][1]+$c[1][1], $arr[1][0]+$c[1][0], $arr[1][1]+$c[1][1], $color);
102 imageline($im, $arr[0][0]+$c[1][0], $arr[0][1]+$c[1][1], $arr[1][0]+$c[1][0], $arr[1][1]+$c[1][1], $color);
109 $c = l_vec($arr, 6);
110 imageline($im, $arr[1][0], $arr[1][1], $arr[1][0]-$c[0][0], $arr[1][1]-$c[0][1], $color);
111 imageline($im, $arr[1][0], $arr[1][1], $arr[1][0]-$c[1][0], $arr[1][1]-$c[1][1], $color);
113 $c = l_vec($a, 6);
114 imageline($im, $arr[0][0], $arr[0][1], $arr[0][0]-$c[0][0], $arr[0][1]-$c[0][1], $color);
115 imageline($im, $arr[0][0], $arr[0][1], $arr[0][0]-$c[1][0], $arr[0][1]-$c[1][1], $color);
119 $c = l_vec($arr, 6);
120 imageline($im, $arr[1][0]-$c[0][0], $arr[1][1]-$c[0][1], $arr[1][0], $arr[1][1], $color);
121 imageline($im, $arr[1][0]-$c[1][0], $arr[1][1]-$c[1][1], $arr[1][0], $arr[1][1], $color);
147 imagettftext($im, pixelToPoint(20), 0, $arr[0][0]+3, $arr[0][1]+10, $c, "/usr/share/fonts/vlgothic/VL-Gothic-Regular.ttf", '済');
152 $c = null;
157 $c = imagecolorallocate($im, 0, 0, 0);
160 $c = imagecolorallocate($im, 0, 0, 255);
163 $c = imagecolorallocate($im, 255, 0, 0);
166 $c = imagecolorallocate($im, 0, 255, 0);
171 $c = imagecolorallocate($im, 0, 0, 0);
172 return $c;
198 function quadraticBezierPoint($a, $b, $c, $t){
200 $bc = midPoint($b, $c, $t);
205 function cubicBezierPoint($a, $c, $d, $b, $t){
206 $ac = midPoint($a, $c, $t);
207 $cd = midPoint($c, $d, $t);
219 $c = isset($p["cx"]) && isset($p["cy"]) ? array($p["cx"], $p["cy"]) : $a;
222 // If both c and d control points are not defined, just draw a straight line,
231 $length = vecdist($a, $c)
232 + vecdist($c, $d)
239 $p1 = cubicBezierPoint($a, $c, $d, $b, $t / $divs);
249 $c = colorSelect($im, $value);
266 imagerectangle($im, $p1[0], $p1[1], $p2[0], $p2[1], $c);
268 imagefilledrectangle($im, $p1[0], $p1[1], $p2[0], $p2[1], $c);
270 imageellipse($im, ($p1[0] + $p2[0]) / 2, ($p1[1] + $p2[1]) / 2, abs($p2[0] - $p1[0]), abs($p2[1] - $p1[1]), $c);
272 imagefilledellipse($im, ($p1[0] + $p2[0]) / 2, ($p1[1] + $p2[1]) / 2, abs($p2[0] - $p1[0]), abs($p2[1] - $p1[1]), $c);
274 l_darrow($im, $pts, $c);
276 imageline($im, $p1[0], $p1[1], $p2[0], $p2[1], $c);
278 l_arrow($im, $pts, $c);
280 l_tarrow($im, $pts, $c);
304 imageline($im, $prev[0], $prev[1], $p1[0], $p1[1], $c);
308 l_hige($im, array($pts[1], $pts[2]), $c);
310 l_hige($im, array($pts[1], $pts[0]), $c);
313 l_star($im, parsePointList($value["points"]), $c);
316 l_check($im, parsePointList($value["points"]), $c);
319 l_complete($im, parsePointList($value["points"]), $c);
327 imagettftext($im, pixelToPoint($fontsize), 0, $pts[0][0], $pts[0][1], $c, FONTFACE, $value["text"]);
337 cubicBezierCurve($im, $prev, $p, $c);
353 l_hige($im, $a, $c);
366 l_hige($im, $a, $c);