int insert(struct node_st **tree, int data)
{
struct node_st *newnode, *p;
newnode = malloc(sizeof(*newnode));
if (newnode == NULL) {
return -1;
}
newnode->data = data;
newnode->color = RED;
newnode->l = newnode->r = &nil;
p = find_p(*tree, data);
if (p == &nil) {
newnode->p = &nil;
newnode->color = BLACK;
*tree = newnode;
return 0;
}
if (data <= p->data) {
p->l = newnode;
} else {
p->r = newnode;
}
newnode->p = p;
insert_balance(tree, newnode);
return 0;
}
static struct node_st *find_p(struct node_st *tree, int data)
{
if (tree == &nil) {
return &nil;
}
if (data < tree->data) {
if (tree->l == &nil) {
return tree;
}
return find_p(tree->l, data);
}
if (tree->r == &nil) {
return tree;
}
return find_p(tree->r, data);
}
void remove_fb(float *yp,float *ym,int n,short *scaler,short *shft)
/* Find Scale and timeshift
Yp = data trace
Ym = wavelet
F=min(Yp(x) - Ym(x)*a)^2 is a function to minimize for scaler
find shift first with xcorrelation then
solve for a - scaler
*/
{
#define RAMPR 5
void find_p(float *ym,float *yp,float *a,int *b,int n);
int it,ir;
float a=1.0;
int b=0;
int ramps;
float *a_ramp;
ramps=NINT(n-n/RAMPR);
find_p(ym,yp,&a,&b,n);
a_ramp = ealloc1float(n);
for(it=0;it<ramps;it++)
a_ramp[it]=1.0;
for(it=ramps,ir=0;it<n;it++,ir++) {
a_ramp[it]=1.0-(float)ir/(float)(n-ramps-1);
}
if (b<0) {
for(it=0;it<n+b;it++)
yp[it-b] -=ym[it]*a*a_ramp[it-b];
} else {
for(it=0;it<n-b;it++)
yp[it] -=ym[it-b]*a*a_ramp[it+b];
}
*scaler = NINT((1.0-a)*100.0);
*shft = b;
free1float(a_ramp);
}
void MatchTrie::find_p(MatchTrie::TrieNode *n, int depth, const char *s, int len, int errorCount, std::vector <MatchTrie::Result> &result){
if (!n || errorCount < 0) return;
if (depth == len){
for (std::set <Result>::iterator it = n -> data.begin(); it != n -> data.end(); it ++)
result.push_back(*it);
} else {
for (int i = 0; i < 4; i ++)
find_p(n -> next[i], depth + 1, s, len, errorCount - (dnaToInt(s[depth]) != i), result);
}
}
std::vector <MatchTrie::Result> MatchTrie::find(const char *s, int len, int maxErrorCount){
std::vector <Result> ret;
find_p(_root, 0, s, len, maxErrorCount, ret);
return ret;
}