setVec<T extends CvVec<Struct>> method
void
setVec<
T extends CvVec<Struct>>( - int row,
- int col,
- T val
)
Implementation
void setVec<T extends CvVec>(int row, int col, T val) {
switch (val) {
// Vec2b, Vec3b, Vec4b
case Vec2b():
cvRun(() => cffi.Mat_SetVec2b(ref, row, col, val.ref));
case Vec3b():
cvRun(() => cffi.Mat_SetVec3b(ref, row, col, val.ref));
case Vec4b():
cvRun(() => cffi.Mat_SetVec4b(ref, row, col, val.ref));
// Vec2w, Vec3w, Vec4w
case Vec2w():
cvRun(() => cffi.Mat_SetVec2w(ref, row, col, val.ref));
case Vec3w():
cvRun(() => cffi.Mat_SetVec3w(ref, row, col, val.ref));
case Vec4w():
cvRun(() => cffi.Mat_SetVec4w(ref, row, col, val.ref));
// Vec2s, Vec3s, Vec4s
case Vec2s():
cvRun(() => cffi.Mat_SetVec2s(ref, row, col, val.ref));
case Vec3s():
cvRun(() => cffi.Mat_SetVec3s(ref, row, col, val.ref));
case Vec4s():
cvRun(() => cffi.Mat_SetVec4s(ref, row, col, val.ref));
// Vec2i, Vec3i, Vec4i, Vec6i, Vec8i
case Vec2i():
cvRun(() => cffi.Mat_SetVec2i(ref, row, col, val.ref));
case Vec3i():
cvRun(() => cffi.Mat_SetVec3i(ref, row, col, val.ref));
case Vec4i():
cvRun(() => cffi.Mat_SetVec4i(ref, row, col, val.ref));
case Vec6i():
cvRun(() => cffi.Mat_SetVec6i(ref, row, col, val.ref));
case Vec8i():
cvRun(() => cffi.Mat_SetVec8i(ref, row, col, val.ref));
// Vec2f, Vec3f, Vec4f, Vec6f
case Vec2f():
cvRun(() => cffi.Mat_SetVec2f(ref, row, col, val.ref));
case Vec3f():
cvRun(() => cffi.Mat_SetVec3f(ref, row, col, val.ref));
case Vec4f():
cvRun(() => cffi.Mat_SetVec4f(ref, row, col, val.ref));
case Vec6f():
cvRun(() => cffi.Mat_SetVec6f(ref, row, col, val.ref));
// Vec2d, Vec3d, Vec4d, Vec6d
case Vec2d():
cvRun(() => cffi.Mat_SetVec2d(ref, row, col, val.ref));
case Vec3d():
cvRun(() => cffi.Mat_SetVec3d(ref, row, col, val.ref));
case Vec4d():
cvRun(() => cffi.Mat_SetVec4d(ref, row, col, val.ref));
case Vec6d():
cvRun(() => cffi.Mat_SetVec6d(ref, row, col, val.ref));
default:
throw UnsupportedError("setVec<$T>() for ${type.asString()} is not supported!");
}
}