27 for (Tmp = Transforms; Tmp; Tmp =
Transforms) {
40 if (Transforms ==
NULL)
79 for(i = 0; i < 3; ++i)
81 TFP[(3 * i) + j] = Transforms->
ttMatrix[i][j];
90 for(i = 0; i < 3; ++i)
91 for(j = 0; j < 3; ++j)
92 Transforms->
ttMatrix[i][j] = TFP[(3 * i) + j];
121 long XDirection,YDirection;
128 if (XDirection == 0){
129 if (
Abs(YDirection) > 1)
135 elif (YDirection == 0){
136 if (
Abs(XDirection) > 1)
142 if (XDirection == 1
And YDirection == 0)
147 elif (XDirection == 0
And YDirection == -1){
161 elif (XDirection == 0
And YDirection == 1){
175 elif (XDirection == -1
And YDirection == 0){
194 *l++ = 1; *l++ = 0; *l++ = 0;
195 *l++ = 0; *l++ = 1; *l++ = 0;
196 *l++ = 0; *l++ = 0; *l++ = 1;
233 long Int1,Int2,Int3,Int4,Int5,Int6;
237 Next = Transforms->
ttNext;
325 *Y = *X*InverseMatrix[0][1] + *Y*InverseMatrix[1][1]
326 + InverseMatrix[2][1];
334 (
char *)Transforms->
ttMatrix,9*
sizeof(
long));
340 memcpy((
char *)Transforms->
ttMatrix,
341 (
char *)
Storage,9*
sizeof(
long));
347 memcpy((
char *)Transforms->
ttMatrix,