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corekernel.cpp
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corekernel.cpp
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#include<iostream>
#include "corekernel.h"
#include"qtableview.h"
#include<string.h>
#define DRAGON start - (4 + gap) * cmp - 3
#define DRAGON2 start - (4 + gap) * 1 - 3
using namespace std;
//算法部分
void Drawabler::make_mat(int col,int mode) {
for(int i = col;i < 4 + col;i ++) {
for(int j = 0;j < MAXSIZE;j ++) {
mat1.array[i - col][j] = matA[mode].array[i][j];
qDebug()<<mat1.array[i - col][j];
}
qDebug()<<" ";
}
qDebug()<<"cykablabnskldhnakosjdioasjdklasjdoksajdklasjdklasjdklasjdklasjdklsajlkdsajkldjaskldjsakldajskld";
}
void Drawabler::make_matfirst(int col,int mode) {
for(int i = col;i < 4 - 1 + col;i ++) {
for(int j = 0;j < MAXSIZE;j ++) {
mat1.array[i - col][j] = matA[mode].array[i][j];
}
}
}
int Drawabler::maptoi(int num){
int k = 1;
for(int i = 0;i <4;i++ ){
for(int j = 0;j <MAXSIZE;j ++) {
if(k == num) {
return i;
}
k ++;
}
}
return -1;
}
int Drawabler::maptoj(int num){
int k = 1;
for(int i = 0;i <4;i++ ){
for(int j = 0;j < MAXSIZE;j ++) {
if(k == num) {
return j;
}
k ++;
}
}
return -1;
}
bool Drawabler::Find(QSqlDatabase db,int gap,int start,matrix matb,int mode,int dec) {
int cmp = 1;
for(int i = 0;i <= dec - 1;i ++) {
memset(this->str1,-1,sizeof(this->str1));
memset(this->str2,-1,sizeof(this->str2));
for(int j = 1;j <= MAXSIZE * 3; j++) { //1:1
make_matfirst(start - 3,mode);
int ti = maptoi(j);
int tj = maptoj(j);
bool o1 = i == mat1.array[ti][tj];
for(int k = 0;k < MAXSIZE;k ++) {
make_mat(DRAGON2,mode);
if(o1 && mat1.array[ti][tj] == mat1.array[3][k]){
while(DRAGON >= 0) {
qDebug()<<"|csacasca";
make_mat(DRAGON,mode);
if(mat1.array[ti][tj] == mat1.array[3][k])
{
cmp++;
} else {
break;
}
}
str1[0] = k + MAXSIZE * 3 + 1;
str1[1] = -1;
str1[2] = -1;
str2[0] = j;
str2[1] = -1;
str2[2] = -1;
save(db,str1,str2,i,gap,cmp,k,start,mode);
}
cmp = 1;
}
}
cmp = 1;
for(int j = 1;j <= MAXSIZE * 3; j++) { //1:2 and 2:1
for(int ks = j;ks <= MAXSIZE * 3; ks++) {
make_matfirst(start - 3,mode);
int ji = maptoi(j);
int jj = maptoj(j);
int ki = maptoi(ks);
int kj = maptoj(ks);
if(ks == j) continue ;
bool o1 = i == (mat1.array[ji][jj] + mat1.array[ki][kj] ) % dec ;
bool o2 = (i + mat1.array[ki][kj] ) % dec == mat1.array[ji][jj] ;
for(int k = 0;k < MAXSIZE;k ++) {
make_mat(DRAGON2,mode);
if(o1 && (mat1.array[ji][jj] + mat1.array[ki][kj] ) % dec == mat1.array[3][k]) {
while(DRAGON >= 0) {
make_mat(DRAGON,mode);
if((mat1.array[ji][jj] + mat1.array[ki][kj] ) % dec == mat1.array[3][k] )
{
cmp++;
} else {
break;
}
}
str1[0] = k + MAXSIZE * 3 + 1;
str1[1] = -1;
str1[2] = -1;
str2[0] = ks;
str2[1] = j;
str2[2] = -1;
save(db,str1,str2,i,gap,cmp,k,start,mode);
}
cmp = 1;
if(o2 && (mat1.array[3][k] + mat1.array[ki][kj] ) % dec == (mat1.array[ji][jj] )%dec) {
while(DRAGON >= 0) {
make_mat(DRAGON,mode);
if((mat1.array[3][k] + mat1.array[ki][kj] ) % dec == (mat1.array[ji][jj] ) % dec)
{
cmp++;
}else {
break;
}
}
str1[0] = k + MAXSIZE * 3 + 1;
str1[1] = ks;
str1[2] = -1;
str2[0] = j;
str2[1] = -1;
str2[2] = -1;
save(db,str1,str2,i,gap,cmp,k,start,mode);
}
cmp = 1;
}
}
}
cmp = 1;
for(int j = 1;j <= MAXSIZE * 3; j++) { //3:1 and 1:3 2:2
for(int ks = j;ks <= MAXSIZE * 3; ks++) {
for(int ps = ks;ps <= MAXSIZE * 3; ps ++) {
make_matfirst(start - 3,mode);
int ji = maptoi(j);
int jj = maptoj(j);
int ki = maptoi(ks);
int kj = maptoj(ks);
int pi = maptoi(ps);
int pj = maptoj(ps);
if(ks == j) continue ;
if(ks == ps) continue ;
if(ps == j) continue ;
bool o1 = i == (mat1.array[ji][jj] + mat1.array[ki][kj] + mat1.array[pi][pj] ) % dec;
bool o2 = (i + mat1.array[pi][pj] ) % dec == (mat1.array[ji][jj] + mat1.array[ki][kj] ) % dec ;
bool o3 = (i + mat1.array[ki][kj] + mat1.array[pi][pj] ) % dec== (mat1.array[ji][jj] ) % dec ;
for(int k = 0;k < MAXSIZE;k ++) {
make_mat(DRAGON2,mode);
if(o1 && (mat1.array[ji][jj] + mat1.array[ki][kj] + mat1.array[pi][pj] ) % dec == (mat1.array[3][k] ) % dec) {
while(DRAGON >= 0) {
make_mat(DRAGON,mode);
if((mat1.array[ji][jj] + mat1.array[ki][kj] + mat1.array[pi][pj] ) % dec == (mat1.array[3][k] ) % dec)
{
cmp++;
}else {
break;
}
}
str1[0] = k + MAXSIZE * 3 + 1;
str1[1] = -1;
str1[2] = -1;
str2[0] = ps;
str2[1] = ks;
str2[2] = j;
save(db,str1,str2,i,gap,cmp,k,start,mode);
}
cmp = 1;
if(o2 && (mat1.array[ji][jj] + mat1.array[ki][kj] ) % dec == (mat1.array[3][k] + mat1.array[pi][pj] ) % dec) {
while(DRAGON >= 0) {
make_mat(DRAGON,mode);
if((mat1.array[ji][jj] + mat1.array[ki][kj] ) % dec == (mat1.array[3][k] + mat1.array[pi][pj]) % dec)
{
cmp++;
}else {
break;
}
}
str1[0] = k + MAXSIZE * 3 + 1;
str1[1] = ps;
str1[2] = -1;
str2[0] = ks;
str2[1] = j;
str2[2] = -1;
save(db,str1,str2,i,gap,cmp,k,start,mode);
}
cmp = 1;
if(o3 && mat1.array[ji][jj] == (mat1.array[3][k] + mat1.array[pi][pj] + mat1.array[ki][kj])%dec) {
while(DRAGON >= 0) {
make_mat(DRAGON,mode);
if(mat1.array[ji][jj] == (mat1.array[3][k] + mat1.array[pi][pj] + mat1.array[ki][kj] ) % dec)
{
cmp++;
}else {
break;
}
}
str1[0] = k + MAXSIZE * 3 + 1;
str1[1] = ps;
str1[2] = ks;
str2[0] = j;
str2[1] = -1;
str2[2] = -1;
save(db,str1,str2,i,gap,cmp,k,start,mode);
}
cmp = 1;
}
}
}
}
cmp = 1;
for(int j = 1;j <= MAXSIZE * 3; j++) { //3:2 and 2:3
for(int ks = j;ks <= MAXSIZE * 3; ks++) {
for(int ps = ks;ps <= MAXSIZE * 3; ps ++) {
for(int cs = ps;cs <=MAXSIZE * 3;cs ++) {
make_matfirst(start - 3,mode);
int ji = maptoi(j);
int jj = maptoj(j);
int ki = maptoi(ks);
int kj = maptoj(ks);
int pi = maptoi(ps);
int pj = maptoj(ps);
int ci = maptoi(cs);
int cj = maptoj(cs);
if(ks == j) continue ;
if(ks == ps) continue ;
if(ps == j) continue ;
if(ps == cs) continue;
if(ks == cs) continue;
if(j == cs) continue;
bool o1 = ( i + mat1.array[ci][cj] ) % dec== (mat1.array[ji][jj] + mat1.array[ki][kj] + mat1.array[pi][pj] ) % dec ;
bool o2 = ( i + mat1.array[pi][pj] + mat1.array[ci][cj] ) % dec== (mat1.array[ji][jj] + mat1.array[ki][kj] ) % dec ;
for(int k = 0;k < MAXSIZE;k ++) {
make_mat(DRAGON2,mode);
if(o1 && (mat1.array[ji][jj] + mat1.array[ki][kj] + mat1.array[pi][pj] ) % dec == (mat1.array[3][k] + mat1.array[ci][cj] ) % dec){
while(DRAGON >= 0) {
make_mat(DRAGON,mode);
if((mat1.array[ji][jj] + mat1.array[ki][kj] + mat1.array[pi][pj] ) % dec == (mat1.array[3][k] + mat1.array[ci][cj] ) % dec)
{
cmp++;
}else {
break;
}
}
str1[0] = k + MAXSIZE * 3 + 1;
str1[1] = cs;
str1[2] = -1;
str2[0] = ps;
str2[1] = ks;
str2[2] = j;
save(db,str1,str2,i,gap,cmp,k,start,mode);
}
cmp = 1;
if(o2 && (mat1.array[ji][jj] + mat1.array[ki][kj] ) % dec == (mat1.array[3][k] + mat1.array[ci][cj] + mat1.array[pi][pj] ) % dec){
while(DRAGON >= 0) {
make_mat(DRAGON,mode);
if((mat1.array[ji][jj] + mat1.array[ki][kj] ) % dec == (mat1.array[3][k] + mat1.array[ci][cj] + mat1.array[pi][pj] ) % dec)
{
cmp++;
}else {
break;
}
}
str1[0] = k + MAXSIZE * 3 + 1;
str1[1] = cs;
str1[2] = ps;
str2[0] = ks;
str2[1] = j;
str2[2] = -1;
save(db,str1,str2,i,gap,cmp,k,start,mode);
}
cmp = 1;
}
}
}
}
}
for(int j = 1;j <= MAXSIZE * 3; j++) { //3:3
for(int ks = j;ks <= MAXSIZE * 3; ks++) {
for(int ps = ks;ps <= MAXSIZE * 3; ps ++) {
for(int cs = ps;cs <=MAXSIZE * 3;cs ++) {
for(int qs = cs;qs <= MAXSIZE * 3; qs ++) {
make_matfirst(start - 3,mode);
int ji = maptoi(j);
int jj = maptoj(j);
int ki = maptoi(ks);
int kj = maptoj(ks);
int pi = maptoi(ps);
int pj = maptoj(ps);
int ci = maptoi(cs);
int cj = maptoj(cs);
int qi = maptoi(qs);
int qj = maptoj(qs);
if(ks == j) continue ;
if(ks == ps) continue ;
if(ps == j) continue ;
if(ps == cs) continue;
if(ks == cs) continue;
if(j == cs) continue;
if(ks == qs) continue;
if(ps == qs) continue;
if(cs == qs) continue;
bool o1 = ( i + mat1.array[ci][cj] + mat1.array[qi][qj] ) % dec== (mat1.array[ji][jj] + mat1.array[ki][kj] + mat1.array[pi][pj] ) % dec ;
for(int k = 0;k < MAXSIZE;k ++) {
make_mat(DRAGON2,mode);
if(o1 && (mat1.array[ji][jj] + mat1.array[ki][kj] + mat1.array[pi][pj] ) % dec == (mat1.array[3][k] + mat1.array[ci][cj] + mat1.array[qi][qj] ) % dec){
while(DRAGON >= 0) {
make_mat(DRAGON,mode);
if((mat1.array[ji][jj] + mat1.array[ki][kj] + mat1.array[pi][pj] ) % dec == (mat1.array[3][k] + mat1.array[ci][cj] + mat1.array[qi][qj] ) % dec)
{
cmp++;
}else {
break;
}
}
str1[0] = k + MAXSIZE * 3 + 1;
str1[1] = cs;
str1[2] = qs;
str2[0] = ps;
str2[1] = ks;
str2[2] = j;
save(db,str1,str2,i,gap,cmp,k,start,mode);
}
cmp = 1;
}
}
}
}
}
}
emit givesig(knt);
knt ++;
}
emit givesig(knt);
return false;
}
bool Drawabler::save(QSqlDatabase db, int *str1, int *str2, int num, int gap,int cmp,int pos,int start,int mode)
{
if(!db.open() || cmp <= 2)
return false;
if(kind == "dlt_data" || kind == "ssq_data") {
if(num == 0) {
return false;
}
}
QSqlQuery qsq;
qsq.prepare("insert into realdata1(num,data1,data2,data3,gap,cmp,pos,start,mode,kind) values (?,?,?,?,?,?,?,?,?,?)");
qsq.addBindValue(num);
qsq.addBindValue(this->str1[0]);
qsq.addBindValue(this->str1[1]);
qsq.addBindValue(this->str1[2]);
qsq.addBindValue(gap);
qsq.addBindValue(cmp);
qsq.addBindValue(pos+mode);
qsq.addBindValue(this->re_start);
qsq.addBindValue(mode);
qsq.addBindValue(kind);
qsq.exec();
qDebug()<<qsq.lastError();
QSqlQuery qsq1;
qsq1.prepare("insert into realdata2(num,data1,data2,data3,gap,cmp,pos,start,mode,kind) values (?,?,?,?,?,?,?,?,?,?)");
qsq1.addBindValue(num);
qsq1.addBindValue(this->str2[0]);
qsq1.addBindValue(this->str2[1]);
qsq1.addBindValue(this->str2[2]);
qsq1.addBindValue(gap);
qsq1.addBindValue(cmp);
qsq1.addBindValue(pos+mode);
qsq1.addBindValue(this->re_start);
qsq1.addBindValue(mode);
qsq1.addBindValue(kind);
qsq1.exec();
qDebug()<<qsq1.lastError();
memset(this->str1,-1,sizeof(this->str1));
memset(this->str2,-1,sizeof(this->str2));
return true;
}
int Drawabler::FindBest(int mode) {
int k = 0;
k++;
int dec = 10;
qDebug()<<kind<<re_start<<matA[1].array[0][2];
if(kind == "fc3d_data" || kind == "pl3_data") {
MAXSIZE = 3;
dec = 10;
int k1 = 1;
for(int i = 0;i<4;i++)
{
for(int j = 0;j<3;j++)
{
maper[i][j] = k1;
k1++;
}
}
} else if(kind == "ssq_data") {
MAXSIZE = 5;
dec = 33;
int k1 = 1;
for(int i = 0;i<4;i++)
{
for(int j = 0;j<5;j++)
{
maper[i][j] = k1;
k1++;
}
}
} else if(kind == "dlt_data") {
MAXSIZE = 5;
dec = 35;
int k1 = 1;
for(int i = 0;i<4;i++)
{
for(int j = 0;j<5;j++)
{
maper[i][j] = k1;
k1++;
}
}
} else {
MAXSIZE = 4;
dec = 10;
int k1 = 1;
for(int i = 0;i<4;i++)
{
for(int j = 0;j<4;j++)
{
maper[i][j] = k1;
k1++;
}
}
}
if(kind == "pl5_data") {
emit givedec(0,dec * times[0]);
} else if(kind == "qxc_data") {
emit givedec(0,dec * times[1]);
} else if(kind == "fc3d_data") {
emit givedec(0,dec * times[2]);
} else if(kind == "ssq_data") {
emit givedec(0,dec * times[3]);
} else if(kind == "dlt_data") {
emit givedec(0,dec * times[4]);
}
if(kind == "pl5_data" && mode > 1) {
return 0;
} else if(kind == "ssq_data" && mode > 2) {
return 0;
} else if(kind == "fc3d_data" && mode > 0) {
return 0;
} else if(kind == "dlt_data" && mode > 0) {
return 0;
}
Find(db,0,indexs + 1,matA[mode],mode,dec);
}