COST( 1e18, noncircular_rim_cost)
#endif
+#if XBITS==5
+#define STOP_EPSILON 1e-6
+ COST( 3e5, line_bending_cost)
+ COST( 10e2, edge_length_variation_cost)
+ COST( 9.0e1, rim_proximity_cost) // 5e1 is too much
+ // 2.5e1 is too little
+ // 0.2e1 grows compared to previous ?
+ // 0.6e0 shrinks compared to previous ?
+
+ COST( 1e12, edge_angle_cost)
+ #define EDGE_ANGLE_COST_CIRCCIRCRAT (0.5/1.3)
+ COST( 1e18, noncircular_rim_cost)
+#endif
+
};
const double edge_angle_cost_circcircrat= EDGE_ANGLE_COST_CIRCCIRCRAT;
edge_lengths[v1][e]= hypotD(vertices[v1],vertices[v2]);
}
+#include <pthread.h>
+
void compute_vertex_areas(const Vertices vertices, int section) {
int v0,v1,v2, e1,e2;
// int k;
double a[D3], b[D3], axb[D3];
double total_cost= 0;
+ if (quitting_last_iteration) {
+ char buf[100];
+ int n= sprintf(buf,
+ "section=%d thr=%#08lx qi=0x%03x START\n",
+ section,(unsigned long)pthread_self(), N);
+ write(2,buf,n);
+ quitting_reported_threads= 1;
+ }
+
FOR_EDGE(qi,e,ri, OUTER) {
+ if (quitting_last_iteration) {
+ char buf[100];
+ int n= sprintf(buf,
+ "section=%d thr=%#08lx qi=0x%03x,e=%d,ri=0x%03x\n",
+ section,(unsigned long)pthread_self(),qi,e,ri);
+ write(2,buf,n);
+ }
+
pi= EDGE_END2(qi,(e+3)%V6); if (pi<0) continue;
//if (!(qi&XMASK)) fprintf(stderr,"%02x-%02x-%02x (%d)\n",pi,qi,ri,e);