Lines Matching refs:height
341 *numlines = imgSize.height;
347 for( y = 0; y < imgSize.height; y++ )
439 int width, height;
447 height = imgSize.height - 1;
450 l_diagonal[1] = (float) 1 / height;
454 r_diagonal[1] = (float) 1 / height;
483 l_point[1] = (float) height;
529 r_point[1] = (float) height;
553 l_point[1] = (float) height;
609 int width, height;
618 height = imgSize.height - 1;
621 l_diagonal[1] = (float) 1 / height;
624 r_diagonal[0] = (float) height / width;
655 l_point[1] = (float) height;
702 r_point[1] = (float) height;
726 l_point[1] = (float) height;
781 int width, height;
790 height = imgSize.height - 1;
792 l_diagonal[0] = (float) height / width;
797 r_diagonal[1] = (float) 1 / height;
827 l_point[1] = (float) height;
873 r_point[1] = (float) height;
897 l_point[1] = (float) height;
955 int width, height;
964 height = imgSize.height - 1;
966 l_diagonal[0] = (float) height / width;
970 r_diagonal[0] = (float) height / width;
1025 l_point[1] = (float) height;
1047 r_point[1] = (float) height;
1095 l_point[1] = (float) height;
1129 float height;
1154 height = (float) prewarp_height;
1156 delta_x = (l_start_end[2] - l_start_end[0]) / height;
1161 delta_x = (l_start_end[2] - l_start_end[0]) / height;
1162 delta_y = (l_start_end[3] - l_start_end[1]) / height;
1167 delta_y = (l_start_end[3] - l_start_end[1]) / height;
1169 for( i = 0, offset = 0; i < height; i++, offset += 4 )
1215 float height;
1239 height = (float) prewarp_height;
1241 delta_x = (r_start_end[2] - r_start_end[0]) / height;
1246 delta_x = (r_start_end[2] - r_start_end[0]) / height;
1247 delta_y = (r_start_end[3] - r_start_end[1]) / height;
1252 delta_y = (r_start_end[3] - r_start_end[1]) / height;
1254 for( i = 0, offset = 0; i < height; i++, offset += 4 )
1301 float width, height;
1307 height = (float) imgSize.height - 1;
1311 sign[2] = Sgn( epiline[1] * height + epiline[2] );
1312 sign[3] = Sgn( epiline[0] * width + epiline[1] * height + epiline[2] );
1343 point[i][0] = -(epiline[1] * height + epiline[2]) / epiline[0];
1344 point[i][1] = height;
1396 float width, height;
1416 height = (float) imgSize.height - 1;
1434 else if( l_epipole[1] < height )
1453 else if( r_epipole[1] < height )
1463 radius1 = l_epipole[0] * l_epipole[0] + (l_epipole[1] - height) * (l_epipole[1] - height);
1466 (l_epipole[1] - height) * (l_epipole[1] - height);
1475 radius1 = r_epipole[0] * r_epipole[0] + (r_epipole[1] - height) * (r_epipole[1] - height);
1478 (r_epipole[1] - height) * (r_epipole[1] - height);
1523 r_angle[0] = (float) atan2( r_start_end[1] * height - r_epipole[1],
1525 r_angle[1] = (float) atan2( r_start_end[3] * height - r_epipole[1],
1544 l_point[1] = l_start_end[1] * height;
1549 l_angle[0] = (float) atan2( l_start_end[1] * height - l_epipole[1],
1551 l_angle[1] = (float) atan2( l_start_end[3] * height - l_epipole[1],
1568 l_start_end[1] *= height;
1570 l_start_end[3] *= height;
1573 r_start_end[1] *= height;
1575 r_start_end[3] *= height;
1738 float height;
1763 height = (float) prewarp_height;
1765 delta = (l_angle[1] - l_angle[0]) / height;
1770 delta = (l_angle[1] - l_angle[0]) / height;
1772 for( i = 0, offset = 0; i < height; i++, offset += 4 )
1826 float height;
1850 height = (float) prewarp_height;
1852 delta = (r_angle[1] - r_angle[0]) / height;
1857 delta = (r_angle[1] - r_angle[0]) / height;
1859 for( i = 0, offset = 0; i < height; i++, offset += 4 )
1909 float width, height;
1916 height = (float) imgSize.height - 1;
1924 tmpvalue = epiline[1] * height + epiline[2];
1927 tmpvalue = epiline[0] * width + epiline[1] * height + epiline[2];
1940 point[i][1] = height * ty;
1970 point[i][0] = -(epiline[1] * height + epiline[2]) / epiline[0];
1971 point[i][1] = height;
