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#include <cassert>
#include <cstdlib>
#include <fstream>
#include <iostream>
#include <timer.h>
#include <ksolid.h>
#include <genbox.h>
#include <gencyl.h>
#include <genell.h>
#include <gentor.h>
using namespace std;
#ifdef _EXPERIMENT
unsigned long num_kratpoly_sgn_at = 0;
unsigned long num_kratpoly_exact_sgn_at = 0;
unsigned long num_root1_isolate = 0;
unsigned long num_root1_exact_isolate = 0;
unsigned long num_kpoint1d_get_pts = 0;
unsigned long num_kpoint2d_get_pts = 0;
unsigned long num_ksolid_boolean = 0;
#endif
int main(int argc, char* argv[])
{
assert(argc >= 4);
ifstream in_file;
ofstream out_file;
char op;
long lap;
bigrational perturb_factor1, perturb_factor2;
bigrational perturb_factor;
K_SOLID s1, s2, s3;
static const bigrational perturb_factor_proto = 0;
// static const bigrational perturb_factor_proto = bigrational(1, 512);
// static const bigrational perturb_factor_proto = bigrational(1, 1024);
op = argv[1][1];
assert(op == 'D' || op == 'I' || op == 'U' || op == 'O' || op == 'M');
CLOCK_START();
if (op == 'D' || op == 'I' || op == 'U')
{
assert(argc == 5);
if (op == 'D')
{
perturb_factor1 = perturb_factor_proto;
perturb_factor2 = - perturb_factor_proto;
}
else if (op == 'I')
{
perturb_factor1 = - perturb_factor_proto;
perturb_factor2 = - perturb_factor_proto;
}
else // if (op == 'U')
{
perturb_factor1 = perturb_factor_proto;
perturb_factor2 = perturb_factor_proto;
}
in_file.open(argv[2]);
s1 = read_solid(in_file, perturb_factor1);
in_file.close();
in_file.open(argv[3]);
s2 = read_solid(in_file, perturb_factor2);
in_file.close();
s3 = s1.boolean(s2, op);
out_file.open(argv[4]);
s3.Bezier_output(out_file);
out_file.close();
}
else if (op == 'O')
{
assert(argc == 4);
perturb_factor = perturb_factor_proto;
in_file.open(argv[2]);
s3 = read_solid(in_file, perturb_factor);
in_file.close();
out_file.open(argv[3]);
s3.Bezier_output(out_file);
out_file.close();
}
else if (op == 'M')
{
assert(argc == 4);
perturb_factor = perturb_factor_proto;
s3 = read_CSG(argv[2], argv[3], perturb_factor);
out_file.open(argv[3]);
s3.Bezier_output(out_file);
out_file.close();
}
CLOCK_STOP(&lap);
cerr << " esolid_main: main: lap = " << lap << " micro-seconds. " << endl << flush;
#ifdef _EXPERIMENT
cerr << " esolid_main: main: num_kratpoly_sgn_at = " << num_kratpoly_sgn_at << endl << " num_kratpoly_exact_sgn_at = " << num_kratpoly_exact_sgn_at << endl << flush;
cerr << " esolid_main: main: num_root1_isolate = " << num_root1_isolate << endl << " num_root1_exact_isolate = " << num_root1_exact_isolate << endl << flush;
cerr << " esolid_main: main: num_kpoint1d_get_pts = " << num_kpoint1d_get_pts << endl << flush;
cerr << " esolid_main: main: num_kpoint2d_get_pts = " << num_kpoint2d_get_pts << endl << flush;
cerr << " esolid_main: main: num_ksolid_boolean = " << num_ksolid_boolean << endl << flush;
#endif
return 0;
}
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