// run the batchpuschutter sub-operations to get x- and y-fibers
// pass the fibers to weave, and process the weave to get waterline-loops
void Waterline::run() {
init_fibers();
subOp[0]->run(); // these two are independent, so could/should run in parallel
subOp[1]->run();
xfibers = *( subOp[0]->getFibers() );
yfibers = *( subOp[1]->getFibers() );
weave2_process();
}
void AdaptiveWaterline::run() {
adaptive_sampling_run();
weave2_process();
}
void AdaptiveWaterline::run() {
adaptive_sampling_run();
weave2_process(); // in base-class Waterline
}