Cross Reference: /openjdk7/jdk/src/share/native/sun/java2d/loops/ProcessPath.c

Lines Matching refs:by
7  * published by the Free Software Foundation.  Oracle designates this
9  * by Oracle in the LICENSE file that accompanied this code.
38  * precision. Also, it performs clipping by the specified view area.
40  * Drawing of the shapes is performed not pixel by pixel but segment by segment
50  * [Graphics Gems, edited by Andrew S Glassner. Academic Press 1990,
54  * It's also speeded up by using hash table by rows of the filled objects.
562  * less than MAX_QUAD_SIZE by using forward differencing method of calculation.
592     jint by = (jint)((-2*coords[1] + 2*coords[3])*QUAD_B_MDP_MULT);
598     jint dpy = ay + by;
648         /* Bounding x2 by xe */
653         /* Bounding y2 by ye */
793      * in X by seeing if all of the X coordinates are strongly ordered.
798         /* Searching for extreme points of the X(t) function  by solving
819      * in Y by seeing if all of the Y coordinates are strongly ordered.
824         /* Searching for extreme points of the Y(t) function by solving
833              * ay*t + by = 0
835             double by = coords[1] - coords[3];
837             param = by/ay;
881  * than MAX_CUB_SIZE by using forward differencing method of calculation.
939  * On each step we examine how far we are stepping by examining our first(V1)
953  * (See Graphics Gems/by A.Glassner,(Tutorial on forward differencing),601-602)
1030     jint by = (jint)((3*coords[1] - 6*coords[3] +
1040     jint ddpy = dddpy + by;
1043     jint dpy = ay + (by>>1) + cy;
1135             /* Bounding x2 by xe */
1140             /* Bounding y2 by ye */
1295      * X by seeing if all of the X coordinates are strongly ordered.
1302         /* Searching for extreme points of the X(t) function  by solving
1316      * Y by seeing if all of the Y coordinates are strongly ordered.
1323         /* Searching for extreme points of the Y(t) function by solving
1329         double by = 2*(coords[1] - 2*coords[3] + coords[5]);
1332         SOLVEQUADINRANGE(ay,by,cy,params,cnt);
1427         /* Clamping only by left boundary */
1442         /* Checking if there was a clip by right boundary */
1450         /* Clamping only by left boundary */
1478      * First one is disabled by default but could be enabled by setting
1482      * Second one is enabled by default and means straightforward mapping
2127         /* Clamping only by left boundary */
2139         /* Checking if there was a clip by right boundary */
2145         /* Clamping only by left boundary */