void print_index_block(FILE *list, struct fcb *f, struct ix_block *b)
{int i,lc,load; unsigned char t[maxkey_lc];
fprintf(list," keys=%d",b->keys_in_block);
lc = b->chars_in_use + (b->keys_in_block * sizeof(UINT16));
load = (lc*100) / (keyspace_lc);
fprintf(list,", chars=%d(%d) %d%% loaded",b->chars_in_use,lc,load);
fprintf(list,", level=%d",b->level);
fprintf(list,", ix_type=");
print_index_type(list,b->index_type);
fprintf(list,", prefix_lc=%d",b->prefix_lc);
if ( b->prefix_lc>0 ) {
fprintf(list,", prefix=");
mvc(b->keys,keyspace_lc-b->prefix_lc,t,0,b->prefix_lc);
print_text_or_binary(list,t,b->prefix_lc);
/* for (i=0; i<b->prefix_lc; i++)
if ( b->index_type==user_ix ) fprintf(list,"%c",t[i]);
else fprintf(list,"%2x ",t[i]);*/
fprintf(list,"\n");
}
print_leveln_pntr(list," next=",&(b->next));
print_leveln_pntr(list," prev=",&(b->prev));
fprintf(list,"\n");
if ( b->keys_in_block<50 ) {
for (i=0; i<b->keys_in_block; i++) print_ix_block_entry(list,f,b,i);
}
else {
for (i=0; i<20; i++) print_ix_block_entry(list,f,b,i);
fprintf(list," ...\n");
for (i=b->keys_in_block-20; i<b->keys_in_block; i++) print_ix_block_entry(list,f,b,i);
}
}
MStatus
YarnCurve::addCV(float cvX, float cvY, float cvZ)
{
MPoint cv(cvX, 0.0, cvZ);
// create new set of MVC weights for CV
MVCWeights weights;
MVC mvc(cageVertices);
mvc.computeMVCWeights(weights, cv);
// add CV to curve
CVweights.push_back(weights);
CVoffsets.push_back(cvY);
// return success
return MStatus::kSuccess;
}
