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ocl_algo.cpp
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/* $Id$
*
* Copyright 2010-2011 Anders Wallin (anders.e.e.wallin "at" gmail.com)
*
* This file is part of OpenCAMlib.
*
* OpenCAMlib is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* OpenCAMlib is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with OpenCAMlib. If not, see <http://www.gnu.org/licenses/>.
*/
#include <boost/python.hpp>
#include "batchpushcutter_py.hpp"
#include "fiber_py.hpp"
#include "weave_py.hpp"
#include "waterline_py.hpp"
#include "adaptivewaterline_py.hpp"
#include "lineclfilter_py.hpp"
#include "numeric.hpp"
#include "zigzag.hpp"
#include "clsurface.hpp"
#include "tsp.hpp" // fixme: contains python
/*
* Python wrapping of octree and related classes
*/
using namespace ocl;
namespace bp = boost::python;
void export_algo() {
bp::def("eps", eps); // machine epsilon, see numeric.cpp
bp::def("epsF", epsF);
bp::def("epsD", epsD);
bp::class_<ZigZag>("ZigZag")
.def("run", &ZigZag::run)
.def("setDirection", &ZigZag::setDirection)
.def("setOrigin", &ZigZag::setOrigin)
.def("setStepOver", &ZigZag::setStepOver)
.def("addPoint", &ZigZag::addPoint)
.def("getOutput", &ZigZag::getOutput)
.def("__str__", &ZigZag::str)
;
bp::class_<BatchPushCutter>("BatchPushCutter_base")
;
bp::class_<BatchPushCutter_py, bp::bases<BatchPushCutter> >("BatchPushCutter")
.def("run", &BatchPushCutter_py::run)
.def("setSTL", &BatchPushCutter_py::setSTL)
.def("setCutter", &BatchPushCutter_py::setCutter)
.def("setThreads", &BatchPushCutter_py::setThreads)
.def("appendFiber", &BatchPushCutter_py::appendFiber)
.def("getOverlapTriangles", &BatchPushCutter_py::getOverlapTriangles)
.def("getCLPoints", &BatchPushCutter_py::getCLPoints)
.def("getFibers", &BatchPushCutter_py::getFibers_py)
.def("getCalls", &BatchPushCutter_py::getCalls)
.def("setThreads", &BatchPushCutter_py::setThreads)
.def("getThreads", &BatchPushCutter_py::getThreads)
.def("setBucketSize", &BatchPushCutter_py::setBucketSize)
.def("getBucketSize", &BatchPushCutter_py::getBucketSize)
.def("setXDirection", &BatchPushCutter_py::setXDirection)
.def("setYDirection", &BatchPushCutter_py::setYDirection)
;
bp::class_<Interval>("Interval")
.def(bp::init<double, double>())
.def_readonly("upper", &Interval::upper )
.def_readonly("lower", &Interval::lower )
.def_readonly("lower_cc", &Interval::lower_cc )
.def_readonly("upper_cc", &Interval::upper_cc )
.def("updateUpper", &Interval::updateUpper )
.def("updateLower", &Interval::updateLower )
.def("empty", &Interval::empty )
.def("__str__", &Interval::str )
;
bp::class_<Fiber>("Fiber_base")
;
bp::class_<Fiber_py, bp::bases<Fiber> >("Fiber")
.def(bp::init<Point,Point>())
.def_readonly("p1", &Fiber_py::p1)
.def_readonly("p2", &Fiber_py::p2)
.def_readonly("dir", &Fiber_py::dir)
.def("addInterval", &Fiber_py::addInterval)
.def("point", &Fiber_py::point)
.def("printInts", &Fiber_py::printInts)
.def("getInts", &Fiber_py::getInts)
;
bp::class_<Waterline>("Waterline_base")
;
bp::class_<Waterline_py, bp::bases<Waterline> >("Waterline")
.def("setCutter", &Waterline_py::setCutter)
.def("setSTL", &Waterline_py::setSTL)
.def("setZ", &Waterline_py::setZ)
.def("setSampling", &Waterline_py::setSampling)
.def("run", &Waterline_py::run)
.def("run2", &Waterline_py::run2)
.def("reset", &Waterline_py::reset)
.def("getLoops", &Waterline_py::py_getLoops)
.def("setThreads", &Waterline_py::setThreads)
.def("getThreads", &Waterline_py::getThreads)
.def("getXFibers", &Waterline_py::py_getXFibers)
.def("getYFibers", &Waterline_py::py_getYFibers)
;
bp::class_<AdaptiveWaterline>("AdaptiveWaterline_base")
;
bp::class_<AdaptiveWaterline_py, bp::bases<AdaptiveWaterline> >("AdaptiveWaterline")
.def("setCutter", &AdaptiveWaterline_py::setCutter)
.def("setSTL", &AdaptiveWaterline_py::setSTL)
.def("setZ", &AdaptiveWaterline_py::setZ)
.def("setSampling", &AdaptiveWaterline_py::setSampling)
.def("setMinSampling", &AdaptiveWaterline_py::setMinSampling)
.def("run", &AdaptiveWaterline_py::run)
.def("run2", &AdaptiveWaterline_py::run2)
.def("reset", &AdaptiveWaterline_py::reset)
//.def("run2", &AdaptiveWaterline_py::run2) // uses Weave::build2()
.def("getLoops", &AdaptiveWaterline_py::py_getLoops)
.def("setThreads", &AdaptiveWaterline_py::setThreads)
.def("getThreads", &AdaptiveWaterline_py::getThreads)
.def("getXFibers", &AdaptiveWaterline_py::getXFibers)
.def("getYFibers", &AdaptiveWaterline_py::getYFibers)
;
bp::enum_<weave::VertexType>("WeaveVertexType")
.value("CL", weave::CL)
.value("CL_DONE",weave::CL_DONE)
.value("ADJ",weave::ADJ)
.value("TWOADJ",weave::TWOADJ)
.value("INT",weave::INT)
.value("FULLINT",weave::FULLINT)
;
/*
bp::class_<weave::Weave>("Weave_base")
;
bp::class_<weave::Weave_py, bp::bases<weave::Weave> >("Weave")
.def("addFiber", &weave::Weave_py::addFiber)
.def("build", &weave::Weave_py::build)
.def("build2", &weave::Weave_py::build2)
.def("printGraph", &weave::Weave_py::printGraph)
.def("face_traverse", &weave::Weave_py::face_traverse)
//.def("split_components", &weave::Weave_py::split_components)
//.def("get_components", &weave::Weave_py::get_components)
.def("getCLVertices", &weave::Weave_py::getCLVertices)
.def("getINTVertices", &weave::Weave_py::getINTVertices)
.def("getVertices", &weave::Weave_py::getVertices)
.def("numVertices", &weave::Weave_py::numVertices)
.def("getEdges", &weave::Weave_py::getEdges)
.def("getLoops", &weave::Weave_py::py_getLoops)
.def("__str__", &weave::Weave_py::str)
;
*/
bp::class_<LineCLFilter>("LineCLFilter_base")
;
bp::class_<LineCLFilter_py, bp::bases<LineCLFilter> >("LineCLFilter")
.def("addCLPoint", &LineCLFilter_py::addCLPoint)
.def("setTolerance",&LineCLFilter_py::setTolerance)
.def("run", &LineCLFilter_py::run)
.def("getCLPoints", &LineCLFilter_py::getCLPoints)
;
// some strange problem with hedi::face_edges()... let's not compile for now..
bp::class_< clsurf::CutterLocationSurface >("CutterLocationSurface")
.def(bp::init<double>())
.def("run", &clsurf::CutterLocationSurface::run)
.def("setMinSampling", &clsurf::CutterLocationSurface::setMinSampling)
.def("setSampling", &clsurf::CutterLocationSurface::setSampling)
.def("setSTL", &clsurf::CutterLocationSurface::setSTL)
.def("setCutter", &clsurf::CutterLocationSurface::setCutter)
.def("getVertices", &clsurf::CutterLocationSurface::getVertices)
.def("getEdges", &clsurf::CutterLocationSurface::getEdges)
.def("__str__", &clsurf::CutterLocationSurface::str)
;
/*
bp::class_< tsp::TSPSolver >("TSPSolver")
.def("addPoint", &tsp::TSPSolver::addPoint)
.def("run", &tsp::TSPSolver::run)
.def("getOutput", &tsp::TSPSolver::getOutput)
.def("getLength", &tsp::TSPSolver::getLength)
.def("reset", &tsp::TSPSolver::reset)
;
*/
}