dnomd343
/
HRD_Database
mirror of https://github.com/dnomd343/HRD_Database
1
0
Fork 0
Code Issues Projects Releases Wiki Activity
Browse Source

add legacy

master
Dnomd343 5 years ago
parent
271a6355e9
commit
172af1d16b
10 changed files with 3658 additions and 0 deletions
Whitespace
Show all changes Ignore whitespace when comparing lines Ignore changes in amount of whitespace Ignore changes in whitespace at EOL
Split View
Diff Options
Show Stats Download Patch File Download Diff File
  1. 319
      src/legacy/2017.10/HRD Plus2.cpp
  2. 551
      src/legacy/2018.06/HRD_All.cpp
  3. 399
      src/legacy/2018.06/HRD_Calculate.cpp
  4. 435
      src/legacy/2018.06/HRD_Search_All.cpp
  5. 361
      src/legacy/2019.09/HRD_Calculate.cpp
  6. 41
      src/legacy/2019.09/HRD_Calculate.h
  7. 25
      src/legacy/2019.09/main.cpp
  8. 608
      src/legacy/2019.11/HRD.cpp
  9. 912
      src/legacy/2020.06/main.cpp
  10. 7
      src/legacy/readme.md

319
src/legacy/2017.10/HRD Plus2.cpp
View File

@ -0,0 +1,319 @@
#include<iostream>
#include<vector>
#include<list>
#include<fstream>
using namespace std;
ofstream File_Output;
vector<unsigned int> Data_All;
unsigned char Data_Num[21],Data_Blocks[12],Data_Direction[6];
unsigned char Space_Num[9],Space_Style[9];
unsigned int u,Address,Result;
bool Found;
void Add(unsigned int Data);
void Output_Data(unsigned int Data){
unsigned char i;
for(i=0;i<8;i++){
if((0xF&Data>>(7-i)*4)==0x0){File_Output<<"0";}
if((0xF&Data>>(7-i)*4)==0x1){File_Output<<"1";}
if((0xF&Data>>(7-i)*4)==0x2){File_Output<<"2";}
if((0xF&Data>>(7-i)*4)==0x3){File_Output<<"3";}
if((0xF&Data>>(7-i)*4)==0x4){File_Output<<"4";}
if((0xF&Data>>(7-i)*4)==0x5){File_Output<<"5";}
if((0xF&Data>>(7-i)*4)==0x6){File_Output<<"6";}
if((0xF&Data>>(7-i)*4)==0x7){File_Output<<"7";}
if((0xF&Data>>(7-i)*4)==0x8){File_Output<<"8";}
if((0xF&Data>>(7-i)*4)==0x9){File_Output<<"9";}
if((0xF&Data>>(7-i)*4)==0xA){File_Output<<"A";}
if((0xF&Data>>(7-i)*4)==0xB){File_Output<<"B";}
if((0xF&Data>>(7-i)*4)==0xC){File_Output<<"C";}
if((0xF&Data>>(7-i)*4)==0xD){File_Output<<"D";}
if((0xF&Data>>(7-i)*4)==0xE){File_Output<<"E";}
if((0xF&Data>>(7-i)*4)==0xF){File_Output<<"F";}
}
}
void Data_cout(unsigned int Data){
unsigned char i;
for(i=0;i<8;i++){
if((0xF&Data>>(7-i)*4)==0x0){cout<<"0";}
if((0xF&Data>>(7-i)*4)==0x1){cout<<"1";}
if((0xF&Data>>(7-i)*4)==0x2){cout<<"2";}
if((0xF&Data>>(7-i)*4)==0x3){cout<<"3";}
if((0xF&Data>>(7-i)*4)==0x4){cout<<"4";}
if((0xF&Data>>(7-i)*4)==0x5){cout<<"5";}
if((0xF&Data>>(7-i)*4)==0x6){cout<<"6";}
if((0xF&Data>>(7-i)*4)==0x7){cout<<"7";}
if((0xF&Data>>(7-i)*4)==0x8){cout<<"8";}
if((0xF&Data>>(7-i)*4)==0x9){cout<<"9";}
if((0xF&Data>>(7-i)*4)==0xA){cout<<"A";}
if((0xF&Data>>(7-i)*4)==0xB){cout<<"B";}
if((0xF&Data>>(7-i)*4)==0xC){cout<<"C";}
if((0xF&Data>>(7-i)*4)==0xD){cout<<"D";}
if((0xF&Data>>(7-i)*4)==0xE){cout<<"E";}
if((0xF&Data>>(7-i)*4)==0xF){cout<<"F";}
}
}
unsigned char Get_Style(unsigned char Num){
if(Num==0){return 0;}
if(Num>=1&&Num<=5){
if(Data_Direction[Num]==0){return 1;}else{return 2;}
}
if(Num>=6&&Num<=9){return 3;}
return 4;
}
void Search_Space(){
unsigned char Num,i=0;
Space_Again:;
if(Data_Blocks[i+10]>4){
Num=Data_Num[Data_Blocks[i+10]-4];
Space_Num[i*4+1]=Num;
Space_Style[i*4+1]=Get_Style(Num);
}
else{
Space_Num[i*4+1]=0;
Space_Style[i*4+1]=4;
}
if(Data_Blocks[i+10]<17){
Num=Data_Num[Data_Blocks[i+10]+4];
Space_Num[i*4+2]=Num;
Space_Style[i*4+2]=Get_Style(Num);
}
else{
Space_Num[i*4+2]=0;
Space_Style[i*4+2]=4;
}
if((Data_Blocks[i+10]%4)!=1){
Num=Data_Num[Data_Blocks[i+10]-1];
Space_Num[i*4+3]=Num;
Space_Style[i*4+3]=Get_Style(Num);
}
else{
Space_Num[i*4+3]=0;
Space_Style[i*4+3]=4;
}
if((Data_Blocks[i+10]%4)!=0){
Num=Data_Num[Data_Blocks[i+10]+1];
Space_Num[i*4+4]=Num;
Space_Style[i*4+4]=Get_Style(Num);
}
else{
Space_Num[i*4+4]=0;
Space_Style[i*4+4]=4;
}
if(i==0){i++;goto Space_Again;}
}
void Analyse(unsigned int Data){
unsigned char Num,Style,i,c,b=1,j=1,k=1;
for(i=1;i<=20;i++){
Data_Num[i]=12;
}
c=Data&0xF;
i=1;
for(Num=1;Num<=20;Num++){
if(Data_Num[Num]==12){
if(c==i){
Data_Num[Num]=0;
Data_Num[Num+1]=0;
Data_Num[Num+4]=0;
Data_Num[Num+5]=0;
Data_Blocks[0]=Num;
c=0;
goto Again;
}
Style=(Data>>(32-i*2))&3;
i++;
if(Style==0){
Data_Num[Num]=10;
Data_Blocks[k+9]=Num;
k++;
}
if(Style==1){
Data_Num[Num]=j;
Data_Num[Num+1]=j;
Data_Direction[j]=0;
Data_Blocks[j]=Num;
j++;
}
if(Style==2){
Data_Num[Num]=j;
Data_Num[Num+4]=j;
Data_Direction[j]=1;
Data_Blocks[j]=Num;
j++;
}
if(Style==3){
Data_Num[Num]=b+5;
Data_Blocks[b+5]=Num;
b++;
}
Again:;
}
}
Search_Space();
}
unsigned char Direction_Back(unsigned char Way){
if(Way==1){return 2;}
if(Way==2){return 1;}
if(Way==3){return 4;}
if(Way==4){return 3;}
}
void Move_Block(unsigned char Num,unsigned char Direction){
if(Num==0){
Data_Num[Data_Blocks[Num]]=10;
Data_Num[Data_Blocks[Num]+1]=10;
Data_Num[Data_Blocks[Num]+4]=10;
Data_Num[Data_Blocks[Num]+5]=10;
}
if(Num>=1&&Num<=5){
if(Data_Direction[Num]==0){
Data_Num[Data_Blocks[Num]]=10;
Data_Num[Data_Blocks[Num]+1]=10;
}
else{
Data_Num[Data_Blocks[Num]]=10;
Data_Num[Data_Blocks[Num]+4]=10;
}
}
if(Num>=6&&Num<=9){
Data_Num[Data_Blocks[Num]]=10;
}
if(Direction==1)(Data_Blocks[Num]=Data_Blocks[Num]-4);
if(Direction==2)(Data_Blocks[Num]=Data_Blocks[Num]+4);
if(Direction==3)(Data_Blocks[Num]=Data_Blocks[Num]-1);
if(Direction==4)(Data_Blocks[Num]=Data_Blocks[Num]+1);
if(Num==0){
Data_Num[Data_Blocks[Num]]=0;
Data_Num[Data_Blocks[Num]+1]=0;
Data_Num[Data_Blocks[Num]+4]=0;
Data_Num[Data_Blocks[Num]+5]=0;
}
if(Num>=1&&Num<=5){
if(Data_Direction[Num]==0){
Data_Num[Data_Blocks[Num]]=Num;
Data_Num[Data_Blocks[Num]+1]=Num;
}
else{
Data_Num[Data_Blocks[Num]]=Num;
Data_Num[Data_Blocks[Num]+4]=Num;
}
}
if(Num>=6&&Num<=9){
Data_Num[Data_Blocks[Num]]=Num;
}
}
void Create(unsigned char Num,unsigned char Direction_1,unsigned char Direction_2){
unsigned char i,j,n;
unsigned int Data_Output,Space_Address[2];
Move_Block(Num,Direction_1);
Move_Block(Num,Direction_2);
n=0;
for(i=1;i<=20;i++){
if(Data_Num[i]==10){Space_Address[n]=i;n++;}
}
j=0;
Data_Output=0;
for(n=1;n<=20;n++){
for(i=1;i<10;i++){
if(Data_Blocks[i]==n){
if(i<=5){Data_Output=Data_Output|((Data_Direction[i]+1)<<(30-j*2));}
if(i>=6){Data_Output=Data_Output|(3<<(30-j*2));}
j++;
}
}
if(Space_Address[0]==n){Data_Output=Data_Output|(0<<(30-j*2));j++;}
if(Space_Address[1]==n){Data_Output=Data_Output|(0<<(30-j*2));j++;}
if(Data_Blocks[0]==n){Data_Output=Data_Output|(j+1);}
}
Add(Data_Output);
if(Data_Blocks[0]==14){
Result=Data_Output;
Found=true;
}
Move_Block(Num,Direction_Back(Direction_2));
Move_Block(Num,Direction_Back(Direction_1));
}
void Search_Way(unsigned int Data){
Analyse(Data);
if((Data_Blocks[11]-Data_Blocks[10])==1){
if((Space_Style[1]==0)&&(Space_Style[5]==0)){Create(Space_Num[1],2,0);}
if((Space_Style[1]==1)&&(Space_Style[5]==1)){Create(Space_Num[1],2,0);}
if(Space_Style[1]==2){Create(Space_Num[1],2,0);}
if(Space_Style[5]==2){Create(Space_Num[5],2,0);}
if(Space_Style[1]==3){Create(Space_Num[1],2,0);Create(Space_Num[1],2,4);}
if(Space_Style[5]==3){Create(Space_Num[5],2,0);Create(Space_Num[5],2,3);}
if((Space_Style[2]==0)&&(Space_Style[6]==0)){Create(Space_Num[2],1,0);}
if((Space_Style[2]==1)&&(Space_Style[6]==1)){Create(Space_Num[2],1,0);}
if(Space_Style[2]==2){Create(Space_Num[2],1,0);}
if(Space_Style[6]==2){Create(Space_Num[6],1,0);}
if(Space_Style[2]==3){Create(Space_Num[2],1,0);Create(Space_Num[2],1,4);}
if(Space_Style[6]==3){Create(Space_Num[6],1,0);Create(Space_Num[6],1,3);}
if(Space_Style[3]==1){Create(Space_Num[3],4,0);Create(Space_Num[3],4,4);}
if(Space_Style[3]==3){Create(Space_Num[3],4,0);Create(Space_Num[3],4,4);}
if(Space_Style[8]==1){Create(Space_Num[8],3,0);Create(Space_Num[8],3,3);}
if(Space_Style[8]==3){Create(Space_Num[8],3,0);Create(Space_Num[8],3,3);}
}
else if((Data_Blocks[11]-Data_Blocks[10])==4){
if(Space_Style[1]==2){Create(Space_Num[1],2,0);Create(Space_Num[1],2,2);}
if(Space_Style[1]==3){Create(Space_Num[1],2,0);Create(Space_Num[1],2,2);}
if(Space_Style[6]==2){Create(Space_Num[6],1,0);Create(Space_Num[6],1,1);}
if(Space_Style[6]==3){Create(Space_Num[6],1,0);Create(Space_Num[6],1,1);}
if((Space_Style[3]==0)&&(Space_Style[7]==0)){Create(Space_Num[3],4,0);}
if((Space_Style[3]==2)&&(Space_Style[7]==2)){Create(Space_Num[3],4,0);}
if(Space_Style[3]==1){Create(Space_Num[3],4,0);}
if(Space_Style[7]==1){Create(Space_Num[7],4,0);}
if(Space_Style[3]==3){Create(Space_Num[3],4,0);Create(Space_Num[3],4,2);}
if(Space_Style[7]==3){Create(Space_Num[7],4,0);Create(Space_Num[7],4,1);}
if((Space_Style[4]==0)&&(Space_Style[8]==0)){Create(Space_Num[4],3,0);}
if((Space_Style[4]==2)&&(Space_Style[8]==2)){Create(Space_Num[4],3,0);}
if(Space_Style[4]==1){Create(Space_Num[4],3,0);}
if(Space_Style[8]==1){Create(Space_Num[8],3,0);}
if(Space_Style[4]==3){Create(Space_Num[4],3,0);Create(Space_Num[4],3,2);}
if(Space_Style[8]==3){Create(Space_Num[8],3,0);Create(Space_Num[8],3,1);}
}
else{
if(Space_Style[1]==2){Create(Space_Num[1],2,0);}
if(Space_Style[1]==3){Create(Space_Num[1],2,0);}
if(Space_Style[2]==2){Create(Space_Num[2],1,0);}
if(Space_Style[2]==3){Create(Space_Num[2],1,0);}
if(Space_Style[3]==1){Create(Space_Num[3],4,0);}
if(Space_Style[3]==3){Create(Space_Num[3],4,0);}
if(Space_Style[4]==1){Create(Space_Num[4],3,0);}
if(Space_Style[4]==3){Create(Space_Num[4],3,0);}
if(Space_Style[5]==2){Create(Space_Num[5],2,0);}
if(Space_Style[5]==3){Create(Space_Num[5],2,0);}
if(Space_Style[6]==2){Create(Space_Num[6],1,0);}
if(Space_Style[6]==3){Create(Space_Num[6],1,0);}
if(Space_Style[7]==1){Create(Space_Num[7],4,0);}
if(Space_Style[7]==3){Create(Space_Num[7],4,0);}
if(Space_Style[8]==1){Create(Space_Num[8],3,0);}
if(Space_Style[8]==3){Create(Space_Num[8],3,0);}
}
}
void Add(unsigned int Data){
for(u=0;u<Data_All.size();u++){
if(Data_All[u]==Data){goto out;}
}
Data_All.push_back(Data);
out:;
}
void Calculate(unsigned int Data){
unsigned int i;
Data_All.push_back(Data);
File_Output.open("Data.txt");
Address=0;
Found=false;
while(1){
Search_Way(Data_All[Address]);
Address++;
if(Found==true){break;}
}
for(i=0;i<Data_All.size();i++){
Output_Data(Data_All[i]);
File_Output<<endl;
}
File_Output.close();
}
int main(){
unsigned int Start_Data=0xA9BF0C02;
Calculate(Start_Data);
return 0;
}

551
src/legacy/2018.06/HRD_All.cpp
View File

@ -0,0 +1,551 @@
#include<iostream>
#include<fstream>
#include<string>
#include<vector>
#include<list>
using namespace std;
const unsigned char Output_Width=8;
const string Square_str="\u2588\u2588";
struct Block_Data{
unsigned char Address;
unsigned char Style;
};
ofstream log_Output;
ofstream File_Output;
ifstream File_Input;
vector<unsigned int> Data_All;
vector<unsigned int> Source;
vector<unsigned int> Styles;
vector<unsigned int> Solve_Data;
vector<int> Steps;
list<unsigned int> Hash[0xFFFF];
string File_Name;
string InputFileName;
struct Block_Data Block[12];
unsigned char Table[21];
unsigned char Space_1,Space_2,Space_num_1,Space_num_2,Last_Move;
unsigned int Search_num,Solve_num;
bool Done,End=false;
void Solve(unsigned int Data);
void Find_Next();
void Move_Block(unsigned char num,unsigned char Direction_1,unsigned char Direction_2);
void Add_List(unsigned int Data);
void Output_str(unsigned int Data);
unsigned int Input();
bool Check_Error(unsigned int Start_Data);
void Calculate(unsigned int Start_Data);
void Output();
unsigned int InputData(char Data[8]){
unsigned char i;
unsigned int Dat;
Dat=0;
for(i=0;i<8;i++){
if(Data[i]=='0'){Dat=Dat|(0x0<<(28-i*4));}
if(Data[i]=='1'){Dat=Dat|(0x1<<(28-i*4));}
if(Data[i]=='2'){Dat=Dat|(0x2<<(28-i*4));}
if(Data[i]=='3'){Dat=Dat|(0x3<<(28-i*4));}
if(Data[i]=='4'){Dat=Dat|(0x4<<(28-i*4));}
if(Data[i]=='5'){Dat=Dat|(0x5<<(28-i*4));}
if(Data[i]=='6'){Dat=Dat|(0x6<<(28-i*4));}
if(Data[i]=='7'){Dat=Dat|(0x7<<(28-i*4));}
if(Data[i]=='8'){Dat=Dat|(0x8<<(28-i*4));}
if(Data[i]=='9'){Dat=Dat|(0x9<<(28-i*4));}
if(Data[i]=='A'||Data[i]=='a'){Dat=Dat|(0xA<<(28-i*4));}
if(Data[i]=='B'||Data[i]=='b'){Dat=Dat|(0xB<<(28-i*4));}
if(Data[i]=='C'||Data[i]=='c'){Dat=Dat|(0xC<<(28-i*4));}
if(Data[i]=='D'||Data[i]=='d'){Dat=Dat|(0xD<<(28-i*4));}
if(Data[i]=='E'||Data[i]=='e'){Dat=Dat|(0xE<<(28-i*4));}
if(Data[i]=='F'||Data[i]=='f'){Dat=Dat|(0xF<<(28-i*4));}
}
return Dat;
}
void OutputData(unsigned int Data){
unsigned char i;
for(i=0;i<8;i++){
if((0x0F&Data>>(7-i)*4)==0x0){File_Output<<"0";}
if((0x0F&Data>>(7-i)*4)==0x1){File_Output<<"1";}
if((0x0F&Data>>(7-i)*4)==0x2){File_Output<<"2";}
if((0x0F&Data>>(7-i)*4)==0x3){File_Output<<"3";}
if((0x0F&Data>>(7-i)*4)==0x4){File_Output<<"4";}
if((0x0F&Data>>(7-i)*4)==0x5){File_Output<<"5";}
if((0x0F&Data>>(7-i)*4)==0x6){File_Output<<"6";}
if((0x0F&Data>>(7-i)*4)==0x7){File_Output<<"7";}
if((0x0F&Data>>(7-i)*4)==0x8){File_Output<<"8";}
if((0x0F&Data>>(7-i)*4)==0x9){File_Output<<"9";}
if((0x0F&Data>>(7-i)*4)==0xA){File_Output<<"A";}
if((0x0F&Data>>(7-i)*4)==0xB){File_Output<<"B";}
if((0x0F&Data>>(7-i)*4)==0xC){File_Output<<"C";}
if((0x0F&Data>>(7-i)*4)==0xD){File_Output<<"D";}
if((0x0F&Data>>(7-i)*4)==0xE){File_Output<<"E";}
if((0x0F&Data>>(7-i)*4)==0xF){File_Output<<"F";}
}
}
void log_OutputData(unsigned int Data){
unsigned char i;
for(i=0;i<8;i++){
if((0x0F&Data>>(7-i)*4)==0x0){log_Output<<"0";}
if((0x0F&Data>>(7-i)*4)==0x1){log_Output<<"1";}
if((0x0F&Data>>(7-i)*4)==0x2){log_Output<<"2";}
if((0x0F&Data>>(7-i)*4)==0x3){log_Output<<"3";}
if((0x0F&Data>>(7-i)*4)==0x4){log_Output<<"4";}
if((0x0F&Data>>(7-i)*4)==0x5){log_Output<<"5";}
if((0x0F&Data>>(7-i)*4)==0x6){log_Output<<"6";}
if((0x0F&Data>>(7-i)*4)==0x7){log_Output<<"7";}
if((0x0F&Data>>(7-i)*4)==0x8){log_Output<<"8";}
if((0x0F&Data>>(7-i)*4)==0x9){log_Output<<"9";}
if((0x0F&Data>>(7-i)*4)==0xA){log_Output<<"A";}
if((0x0F&Data>>(7-i)*4)==0xB){log_Output<<"B";}
if((0x0F&Data>>(7-i)*4)==0xC){log_Output<<"C";}
if((0x0F&Data>>(7-i)*4)==0xD){log_Output<<"D";}
if((0x0F&Data>>(7-i)*4)==0xE){log_Output<<"E";}
if((0x0F&Data>>(7-i)*4)==0xF){log_Output<<"F";}
}
}
void Change_String(unsigned int Data){
unsigned char i;
File_Name="";
for(i=0;i<8;i++){
if((0x0F&Data>>(7-i)*4)==0x0){File_Name+='0';}
if((0x0F&Data>>(7-i)*4)==0x1){File_Name+='1';}
if((0x0F&Data>>(7-i)*4)==0x2){File_Name+='2';}
if((0x0F&Data>>(7-i)*4)==0x3){File_Name+='3';}
if((0x0F&Data>>(7-i)*4)==0x4){File_Name+='4';}
if((0x0F&Data>>(7-i)*4)==0x5){File_Name+='5';}
if((0x0F&Data>>(7-i)*4)==0x6){File_Name+='6';}
if((0x0F&Data>>(7-i)*4)==0x7){File_Name+='7';}
if((0x0F&Data>>(7-i)*4)==0x8){File_Name+='8';}
if((0x0F&Data>>(7-i)*4)==0x9){File_Name+='9';}
if((0x0F&Data>>(7-i)*4)==0xA){File_Name+='A';}
if((0x0F&Data>>(7-i)*4)==0xB){File_Name+='B';}
if((0x0F&Data>>(7-i)*4)==0xC){File_Name+='C';}
if((0x0F&Data>>(7-i)*4)==0xD){File_Name+='D';}
if((0x0F&Data>>(7-i)*4)==0xE){File_Name+='E';}
if((0x0F&Data>>(7-i)*4)==0xF){File_Name+='F';}
}
}
int main(){
unsigned int i=0;
char Name[8];
cout<<"Welcome to the HRD! (by Dnomd343)"<<endl<<"File Name : ";
cin>>InputFileName;
File_Input.open(InputFileName+".txt");
InputFileName+="/";
log_Output.open(InputFileName+"log.txt");
Steps.clear();
while(File_Input.eof()!=true){
File_Input>>Name;
Styles.push_back(InputData(Name));
}
for(i=0;i<Styles.size()-1;i++){Calculate(Styles[i]);}
File_Input.close();
int k,nStep_num,Max_Steps=0;
for(i=0;i<Steps.size();i++){if(Steps[i]>Max_Steps){Max_Steps=Steps[i];}}
log_Output<<"Max-Steps:"<<Max_Steps<<endl;
nStep_num=0;
for(i=0;i<Steps.size();i++){if(Steps[i]==-2){nStep_num++;}}
log_Output<<"Error:"<<nStep_num<<endl;
nStep_num=0;
for(i=0;i<Steps.size();i++){if(Steps[i]==-1){nStep_num++;}}
log_Output<<"No Solve:"<<nStep_num<<endl;
for(k=0;k<=Max_Steps;k++){
nStep_num=0;
for(i=0;i<Steps.size();i++){
if(Steps[i]==k){nStep_num++;}
}
log_Output<<k<<"-Step:"<<nStep_num<<endl;
}
log_Output.close();
return 0;
}
void Calculate(unsigned int Start_Data){
unsigned int i;
string Path(InputFileName);
Change_String(Start_Data);
File_Name+=".txt";
Path+=File_Name;
File_Output.open(Path.c_str());
File_Output<<"Start:";
OutputData(Start_Data);
log_OutputData(Start_Data);
log_Output<<" -> ";
Data_All.clear();
Source.clear();
Solve_Data.clear();
for(i=0;i<0xFFFF;i++){Hash[i].clear();}
Output_str(Start_Data);
cout<<endl;
if(Check_Error(Start_Data)==false){
File_Output<<endl<<"Something Error!!!"<<endl;
log_Output<<"Error!"<<endl;
Steps.push_back(-2);
goto err;
}
Solve(Start_Data);
if(Block[0].Address==14){
File_Output<<endl<<"Result:";
OutputData(Start_Data);
File_Output<<endl<<"Found Style:0"<<endl<<"Step(0):"<<endl;
OutputData(Start_Data);
File_Output<<endl<<"0 Steps Form ";
OutputData(Start_Data);
File_Output<<" To ";
OutputData(Start_Data);
Steps.push_back(0);
log_Output<<"0"<<endl;
goto err;
}
Data_All.push_back(Start_Data|0xF0);
Source.push_back(0);
i=0;
Done=false;
while(1){
if(i==Data_All.size()){
File_Output<<endl<<"Result:No way could be solve!!!"<<endl;
File_Output<<"Found Styles:"<<Data_All.size()<<endl;
log_Output<<"No Solve!"<<endl;
Steps.push_back(-1);
goto err;
}
Search_num=i;
Solve(Data_All[i]);
Find_Next();
i++;
if(Done==true){break;}
}
while(1){
Solve_Data.push_back(Solve_num);
Solve_num=Source[Solve_num];
if(Solve_num==0){break;}
}
Solve_Data.push_back(0);
for(i=0;i<Solve_Data.size()/2;i++){swap(Solve_Data[i],Solve_Data[Solve_Data.size()-i-1]);}
for(i=0;i<Solve_Data.size();i++){Solve_Data[i]=Data_All[Solve_Data[i]];}
File_Output<<endl<<"Result:";
OutputData(Solve_Data[Solve_Data.size()-1]);
File_Output<<endl<<"Found Styles:"<<Data_All.size()<<endl;
File_Output<<"Steps("<<(Solve_Data.size()-1)<<"):";
log_Output<<(Solve_Data.size()-1)<<endl;
Steps.push_back(Solve_Data.size()-1);
for(i=0;i<Solve_Data.size();i++){
File_Output<<endl;
OutputData(Solve_Data[i]);
}
File_Output<<endl<<(Solve_Data.size()-1)<<" Steps Form ";
OutputData(Start_Data);
File_Output<<" To ";
OutputData(Solve_Data[Solve_Data.size()-1]);
err:;
File_Output.close();
}
void Add_List(unsigned int Data){
list<unsigned int>::iterator poi;
poi=Hash[Data>>16].begin();
while(poi!=Hash[Data>>16].end()){
if((Data&0xFFFFFC0F)==(Data_All[*poi]&0xFFFFFC0F)){goto out;}
++poi;
}
Hash[Data>>16].push_back(Data_All.size());
Data_All.push_back(Data);
Source.push_back(Search_num);
out:;
}
bool Check_Error(unsigned int Start_Data){
unsigned char addr,i;
bool Check[21];
unsigned char Style_0,Style_1,Style_2,Style_3,Style_4;
Style_0=Style_1=Style_2=Style_3=Style_4=0;
for(i=1;i<=20;i++){Check[i]=false;}
for(i=0;i<=11;i++){
Block[i].Address=0;
Block[i].Style=5;
}
Solve(Start_Data);
for(i=0;i<=11;i++){
addr=Block[i].Address;
if(Block[i].Style==0){
Style_0++;
if(addr<1||addr>20){return false;}
if(Check[addr]==true){return false;}
Check[addr]=true;
}
if(Block[i].Style==1){
Style_1++;
if(addr<1||addr>19){return false;}
if((addr%4)==0){return false;}
if(Check[addr]==true||Check[addr+1]==true){return false;}
Check[addr]=true;
Check[addr+1]=true;
}
if(Block[i].Style==2){
Style_2++;
if(addr<1||addr>16){return false;}
if(Check[addr]==true||Check[addr+4]==true){return false;}
Check[addr]=true;
Check[addr+4]=true;
}
if(Block[i].Style==3){
Style_3++;
if(addr<1||addr>20){return false;}
if(Check[addr]==true){return false;}
Check[addr]=true;
}
if(Block[i].Style==4){
Style_4++;
if(addr<1||addr>15){return false;}
if((addr%4)==0){return false;}
if(Check[addr]==true||Check[addr+1]==true||Check[addr+4]==true||Check[addr+5]==true){return false;}
Check[addr]=true;
Check[addr+1]=true;
Check[addr+4]=true;
Check[addr+5]=true;
}
}
if(Style_0!=2){return false;}
if((Style_1+Style_2)!=5){return false;}
if(Style_3!=4){return false;}
if(Style_4!=1){return false;}
return true;
}
void Move_Block(unsigned char Move_num,unsigned char Direction_1,unsigned char Direction_2){
Table[Block[Move_num].Address]=12;
if(Block[Move_num].Style==1){Table[Block[Move_num].Address+1]=12;}
if(Block[Move_num].Style==2){Table[Block[Move_num].Address+4]=12;}
if(Block[Move_num].Style==4){Table[Block[Move_num].Address+1]=12;Table[Block[Move_num].Address+4]=12;Table[Block[Move_num].Address+5]=12;}
Table[Space_1]=12;
Table[Space_2]=12;
if(Direction_1==1){Block[Move_num].Address-=4;}
else if(Direction_1==2){Block[Move_num].Address+=4;}
else if(Direction_1==3){Block[Move_num].Address--;}
else if(Direction_1==4){Block[Move_num].Address++;}
if(Direction_2==1){Block[Move_num].Address-=4;}
else if(Direction_2==2){Block[Move_num].Address+=4;}
else if(Direction_2==3){Block[Move_num].Address--;}
else if(Direction_2==4){Block[Move_num].Address++;}
Table[Block[Move_num].Address]=Move_num;
if(Block[Move_num].Style==1){Table[Block[Move_num].Address+1]=Move_num;}
if(Block[Move_num].Style==2){Table[Block[Move_num].Address+4]=Move_num;}
if(Block[Move_num].Style==4){Table[Block[Move_num].Address+1]=Move_num;Table[Block[Move_num].Address+4]=Move_num;Table[Block[Move_num].Address+5]=Move_num;}
unsigned int Data=0;
unsigned char addr=1,num=1;
bool jump=false,Use[13];
for(unsigned char i=0;i<=12;i++){Use[i]=false;}
while(1){
while(Use[Table[addr]]==true){addr++;}
if(Table[addr]==12){
Data=Data|(0<<((16-num)*2));
num++;
addr++;
jump=true;
}
if(jump==false){
if(Block[Table[addr]].Style==4){
Data=Data|num;
Use[0]=true;
}
else{
if(Table[addr]==Move_num){Data=Data|(num<<4);}
Data=Data|(Block[Table[addr]].Style<<((16-num)*2));
Use[Table[addr]]=true;
num++;
}
}
else{jump=false;}
if(num==12){break;}
}
if((Block[0].Address==15)&&((Data&0x0F)==0)){Data=Data|0x0C;}
Add_List(Data);
if(Block[0].Address==14){Done=true;Solve_num=Data_All.size()-1;}
if(Direction_2==1){Block[Move_num].Address+=4;}
else if(Direction_2==2){Block[Move_num].Address-=4;}
else if(Direction_2==3){Block[Move_num].Address++;}
else if(Direction_2==4){Block[Move_num].Address--;}
if(Direction_1==1){Block[Move_num].Address+=4;}
else if(Direction_1==2){Block[Move_num].Address-=4;}
else if(Direction_1==3){Block[Move_num].Address++;}
else if(Direction_1==4){Block[Move_num].Address--;}
Table[Block[Move_num].Address]=Move_num;
if(Block[Move_num].Style==1){Table[Block[Move_num].Address+1]=Move_num;}
if(Block[Move_num].Style==2){Table[Block[Move_num].Address+4]=Move_num;}
if(Block[Move_num].Style==4){Table[Block[Move_num].Address+1]=Move_num;Table[Block[Move_num].Address+4]=Move_num;Table[Block[Move_num].Address+5]=Move_num;}
Table[Space_1]=Space_num_1;
Table[Space_2]=Space_num_2;
}
void Find_Next(){
unsigned char i;
for(i=0;i<=0x0B;i++){
if(i!=Last_Move){
if(Block[i].Style==4){
if((Block[i].Address>=5)&&(Block[Table[Block[i].Address-4]].Style==0)&&(Block[Table[Block[i].Address-3]].Style==0)){Move_Block(i,1,0);}
if((Block[i].Address<=12)&&(Block[Table[Block[i].Address+8]].Style==0)&&(Block[Table[Block[i].Address+9]].Style==0)){Move_Block(i,2,0);}
if(((Block[i].Address%4)!=1)&&(Block[Table[Block[i].Address-1]].Style==0)&&(Block[Table[Block[i].Address+3]].Style==0)){Move_Block(i,3,0);}
if(((Block[i].Address%4)!=3)&&(Block[Table[Block[i].Address+2]].Style==0)&&(Block[Table[Block[i].Address+6]].Style==0)){Move_Block(i,4,0);}
}
else if(Block[i].Style==1){
if((Block[i].Address>=5)&&(Block[Table[Block[i].Address-4]].Style==0)&&(Block[Table[Block[i].Address-3]].Style==0)){Move_Block(i,1,0);}
if((Block[i].Address<=16)&&(Block[Table[Block[i].Address+4]].Style==0)&&(Block[Table[Block[i].Address+5]].Style==0)){Move_Block(i,2,0);}
if(((Block[i].Address%4)!=1)&&(Block[Table[Block[i].Address-1]].Style==0)){
Move_Block(i,3,0);
if(((Block[i].Address%4)!=2)&&(Block[Table[Block[i].Address-2]].Style==0)){Move_Block(i,3,3);}
}
if(((Block[i].Address%4)!=3)&&(Block[Table[Block[i].Address+2]].Style==0)){
Move_Block(i,4,0);
if(((Block[i].Address%4)!=2)&&(Block[Table[Block[i].Address+3]].Style==0)){Move_Block(i,4,4);}
}
}
else if(Block[i].Style==2){
if(((Block[i].Address%4)!=1)&&(Block[Table[Block[i].Address-1]].Style==0)&&(Block[Table[Block[i].Address+3]].Style==0)){Move_Block(i,3,0);}
if(((Block[i].Address%4)!=0)&&(Block[Table[Block[i].Address+1]].Style==0)&&(Block[Table[Block[i].Address+5]].Style==0)){Move_Block(i,4,0);}
if((Block[i].Address>=5)&&(Block[Table[Block[i].Address-4]].Style==0)){
Move_Block(i,1,0);
if((Block[i].Address>=9)&&(Block[Table[Block[i].Address-8]].Style==0)){Move_Block(i,1,1);}
}
if((Block[i].Address<=12)&&(Block[Table[Block[i].Address+8]].Style==0)){
Move_Block(i,2,0);
if((Block[i].Address<=8)&&(Block[Table[Block[i].Address+12]].Style==0)){Move_Block(i,2,2);}
}
}
else if(Block[i].Style==3){
if((Block[i].Address>=5)&&(Block[Table[Block[i].Address-4]].Style==0)){
Move_Block(i,1,0);
if((Block[i].Address>=9)&&(Block[Table[Block[i].Address-8]].Style==0)){Move_Block(i,1,1);}
if(((Block[i].Address%4)!=1)&&(Block[Table[Block[i].Address-5]].Style==0)){Move_Block(i,1,3);}
if(((Block[i].Address%4)!=0)&&(Block[Table[Block[i].Address-3]].Style==0)){Move_Block(i,1,4);}
}
if((Block[i].Address<=16)&&(Block[Table[Block[i].Address+4]].Style==0)){
Move_Block(i,2,0);
if((Block[i].Address<=12)&&(Block[Table[Block[i].Address+8]].Style==0)){Move_Block(i,2,2);}
if(((Block[i].Address%4)!=1)&&(Block[Table[Block[i].Address+3]].Style==0)){Move_Block(i,2,3);}
if(((Block[i].Address%4)!=0)&&(Block[Table[Block[i].Address+5]].Style==0)){Move_Block(i,2,4);}
}
if(((Block[i].Address%4)!=1)&&(Block[Table[Block[i].Address-1]].Style==0)){
Move_Block(i,3,0);
if(((Block[i].Address%4)!=2)&&(Block[Table[Block[i].Address-2]].Style==0)){Move_Block(i,3,3);}
if((Block[i].Address>=5)&&(Block[Table[Block[i].Address-5]].Style==0)){Move_Block(i,3,1);}
if((Block[i].Address<=16)&&(Block[Table[Block[i].Address+3]].Style==0)){Move_Block(i,3,2);}
}
if(((Block[i].Address%4)!=0)&&(Block[Table[Block[i].Address+1]].Style==0)){
Move_Block(i,4,0);
if(((Block[i].Address%4)!=3)&&(Block[Table[Block[i].Address+2]].Style==0)){Move_Block(i,4,4);}
if((Block[i].Address>=5)&&(Block[Table[Block[i].Address-3]].Style==0)){Move_Block(i,4,1);}
if((Block[i].Address<=16)&&(Block[Table[Block[i].Address+5]].Style==0)){Move_Block(i,4,2);}
}
}
}
}
}
void Solve(unsigned int Data){
unsigned char i,k=1;
unsigned char dat,addr=Data&0x0F;
Space_1=Space_2=Space_num_1=Space_num_2=0;
Last_Move=(Data>>4)&0x0F;
for(i=1;i<=20;i++){Table[i]=0xFF;}
for(i=1;i<=12;i++){
while(Table[k]!=0xFF){k++;if(k>20){break;}}
if(i==addr){
Block[0].Address=k;
Block[0].Style=4;
Table[k]=Table[k+1]=Table[k+4]=Table[k+5]=0;
while(Table[k]!=0xFF){k++;if(k>20){break;}}
}
if(i==12){break;}
dat=(Data>>(32-i*2))&0x03;
Block[i].Address=k;
Table[k]=i;
if(dat==0){Block[i].Style=0;if(Space_1==0){Space_1=k;Space_num_1=i;}else{Space_2=k;Space_num_2=i;}}
else if(dat==1){Block[i].Style=1;Table[k+1]=i;}
else if(dat==2){Block[i].Style=2;Table[k+4]=i;}
else if(dat==3){Block[i].Style=3;}
}
}
void Output(){
unsigned int i,k,m;
unsigned int Start_x,Start_y,End_x,End_y;
bool Graph[(Output_Width+1)*4+1][(Output_Width+1)*5+1];
for(k=0;k<=(Output_Width+1)*5;k++){
for(i=0;i<=(Output_Width+1)*4;i++){
Graph[i][k]=false;
}
}
for(m=0;m<=0x0B;m++){
if(Block[m].Style!=0){
Start_x=((Block[m].Address-1)%4)*(Output_Width+1)+1;
Start_y=(Block[m].Address-1)/4;
Start_y=Start_y*(Output_Width+1)+1;
if((Block[m].Style==1)||(Block[m].Style==4)){
End_x=Start_x+Output_Width*2;
}
else{
End_x=Start_x+Output_Width-1;
}
if((Block[m].Style==2)||(Block[m].Style==4)){
End_y=Start_y+Output_Width*2;
}
else{
End_y=Start_y+Output_Width-1;
}
for(i=Start_x;i<=End_x;i++){
for(k=Start_y;k<=End_y;k++){
Graph[i][k]=true;
}
}
}
}
for(i=1;i<=(Output_Width+1)*4+3;i++){cout<<Square_str;}
cout<<endl<<Square_str;
for(k=0;k<=(Output_Width+1)*5;k++){
for(i=0;i<=(Output_Width+1)*4;i++){
if(Graph[i][k]==false){cout<<" ";}else{cout<<Square_str;}
}
cout<<Square_str<<endl<<Square_str;
}
for(i=1;i<=(Output_Width+1)*4+2;i++){cout<<Square_str;}
cout<<endl;
}
void Output_str(unsigned int Data){
unsigned char i;
for(i=0;i<8;i++){
if((0x0F&Data>>(7-i)*4)==0x0){cout<<"0";}
if((0x0F&Data>>(7-i)*4)==0x1){cout<<"1";}
if((0x0F&Data>>(7-i)*4)==0x2){cout<<"2";}
if((0x0F&Data>>(7-i)*4)==0x3){cout<<"3";}
if((0x0F&Data>>(7-i)*4)==0x4){cout<<"4";}
if((0x0F&Data>>(7-i)*4)==0x5){cout<<"5";}
if((0x0F&Data>>(7-i)*4)==0x6){cout<<"6";}
if((0x0F&Data>>(7-i)*4)==0x7){cout<<"7";}
if((0x0F&Data>>(7-i)*4)==0x8){cout<<"8";}
if((0x0F&Data>>(7-i)*4)==0x9){cout<<"9";}
if((0x0F&Data>>(7-i)*4)==0xA){cout<<"A";}
if((0x0F&Data>>(7-i)*4)==0xB){cout<<"B";}
if((0x0F&Data>>(7-i)*4)==0xC){cout<<"C";}
if((0x0F&Data>>(7-i)*4)==0xD){cout<<"D";}
if((0x0F&Data>>(7-i)*4)==0xE){cout<<"E";}
if((0x0F&Data>>(7-i)*4)==0xF){cout<<"F";}
}
}
unsigned int Input(){
unsigned int i,Dat=0;
char Data_str[8];
cin>>Data_str;
if((Data_str[0]=='e')&&(Data_str[1]=='x')&&(Data_str[2]=='i')&&(Data_str[3]=='t')){End=true;}
for(i=0;i<8;i++){
if(Data_str[i]=='0'){Dat=Dat|(0x0<<(28-i*4));}
if(Data_str[i]=='1'){Dat=Dat|(0x1<<(28-i*4));}
if(Data_str[i]=='2'){Dat=Dat|(0x2<<(28-i*4));}
if(Data_str[i]=='3'){Dat=Dat|(0x3<<(28-i*4));}
if(Data_str[i]=='4'){Dat=Dat|(0x4<<(28-i*4));}
if(Data_str[i]=='5'){Dat=Dat|(0x5<<(28-i*4));}
if(Data_str[i]=='6'){Dat=Dat|(0x6<<(28-i*4));}
if(Data_str[i]=='7'){Dat=Dat|(0x7<<(28-i*4));}
if(Data_str[i]=='8'){Dat=Dat|(0x8<<(28-i*4));}
if(Data_str[i]=='9'){Dat=Dat|(0x9<<(28-i*4));}
if(Data_str[i]=='A'||Data_str[i]=='a'){Dat=Dat|(0xA<<(28-i*4));}
if(Data_str[i]=='B'||Data_str[i]=='b'){Dat=Dat|(0xB<<(28-i*4));}
if(Data_str[i]=='C'||Data_str[i]=='c'){Dat=Dat|(0xC<<(28-i*4));}
if(Data_str[i]=='D'||Data_str[i]=='d'){Dat=Dat|(0xD<<(28-i*4));}
if(Data_str[i]=='E'||Data_str[i]=='e'){Dat=Dat|(0xE<<(28-i*4));}
if(Data_str[i]=='F'||Data_str[i]=='f'){Dat=Dat|(0xF<<(28-i*4));}
}
return Dat;
}

399
src/legacy/2018.06/HRD_Calculate.cpp
View File

@ -0,0 +1,399 @@
#include<iostream>
#include<vector>
#include<list>
using namespace std;
const unsigned char Output_Width=8;
const string Square_str="\u2588\u2588";
struct Block_Data{
unsigned char Address;
unsigned char Style;
};
vector<unsigned int> Data_All;
vector<unsigned int> Source;
vector<unsigned int> Solve_Data;
list<unsigned int> Hash[0xFFFF];
struct Block_Data Block[12];
unsigned char Table[21];
unsigned char Space_1,Space_2,Space_num_1,Space_num_2,Last_Move;
unsigned int Search_num,Solve_num;
bool Done,End=false;
void Solve(unsigned int Data);
void Find_Next();
void Move_Block(unsigned char num,unsigned char Direction_1,unsigned char Direction_2);
void Add_List(unsigned int Data);
void Output_str(unsigned int Data);
unsigned int Input();
bool Check_Error(unsigned int Start_Data);
void Calculate(unsigned int Start_Data);
void Output();
int main(){
unsigned int Start_Data,i=0;
cout<<"Welcome to the HRD! (by Dnomd343)"<<endl<<endl;
while(1){
cout<<"HRD style:";
Start_Data=Input();
if(End==true){return 0;}
Calculate(Start_Data);
cout<<"Press ENTER to show the Best-Solve...";
cin.get();
for(i=0;i<Solve_Data.size();i++){
cin.get();
for(unsigned int k=0;k<=28;k++){cout<<endl;}
cout<<"Step "<<i<<" -> ";
Output_str(Solve_Data[i]);
cout<<endl;
Solve(Solve_Data[i]);
Output();
}
cout<<"Show has been compete!"<<endl<<endl<<endl;
cin.clear();
}
return 0;
}
void Calculate(unsigned int Start_Data){
unsigned int i;
Data_All.clear();
Source.clear();
Solve_Data.clear();
for(i=0;i<0xFFFF;i++){Hash[i].clear();}
if(Check_Error(Start_Data)==false){cout<<"Something Error!!!"<<endl;goto err;}
Data_All.push_back(Start_Data|0xF0);
Source.push_back(0);
Solve(Data_All[0]);
Output();
cout<<"Start to calculate : ";
Output_str(Data_All[0]&(~0xF0));
cout<<endl<<"Waiting..."<<endl;
i=0;
Done=false;
while(1){
if(i==Data_All.size()){cout<<"No Solve!"<<endl;goto err;}
Search_num=i;
Solve(Data_All[i]);
Find_Next();
i++;
if(Done==true){break;}
}
while(1){
Solve_Data.push_back(Solve_num);
Solve_num=Source[Solve_num];
if(Solve_num==0){break;}
}
Solve_Data.push_back(0);
for(i=0;i<Solve_Data.size()/2;i++){swap(Solve_Data[i],Solve_Data[Solve_Data.size()-i-1]);}
for(i=0;i<Solve_Data.size();i++){Solve_Data[i]=Data_All[Solve_Data[i]];}
cout<<"Calculate Done!"<<endl;
err:;
cout<<"Step:"<<Solve_Data.size()-1<<" Pool:"<<Data_All.size()<<endl;
}
void Add_List(unsigned int Data){
list<unsigned int>::iterator poi;
poi=Hash[Data>>16].begin();
while(poi!=Hash[Data>>16].end()){
if((Data&0xFFFFFC0F)==(Data_All[*poi]&0xFFFFFC0F)){goto out;}
++poi;
}
Hash[Data>>16].push_back(Data_All.size());
Data_All.push_back(Data);
Source.push_back(Search_num);
out:;
}
bool Check_Error(unsigned int Start_Data){
unsigned char addr,i;
bool Check[21];
unsigned char Style_0,Style_1,Style_2,Style_3,Style_4;
Style_0=Style_1=Style_2=Style_3=Style_4=0;
for(i=1;i<=20;i++){Check[i]=false;}
for(i=0;i<=11;i++){
Block[i].Address=0;
Block[i].Style=5;
}
Solve(Start_Data);
for(i=0;i<=11;i++){
addr=Block[i].Address;
if(Block[i].Style==0){
Style_0++;
if(addr<1||addr>20){return false;}
if(Check[addr]==true){return false;}
Check[addr]=true;
}
if(Block[i].Style==1){
Style_1++;
if(addr<1||addr>19){return false;}
if((addr%4)==0){return false;}
if(Check[addr]==true||Check[addr+1]==true){return false;}
Check[addr]=true;
Check[addr+1]=true;
}
if(Block[i].Style==2){
Style_2++;
if(addr<1||addr>16){return false;}
if(Check[addr]==true||Check[addr+4]==true){return false;}
Check[addr]=true;
Check[addr+4]=true;
}
if(Block[i].Style==3){
Style_3++;
if(addr<1||addr>20){return false;}
if(Check[addr]==true){return false;}
Check[addr]=true;
}
if(Block[i].Style==4){
Style_4++;
if(addr<1||addr>15){return false;}
if((addr%4)==0){return false;}
if(Check[addr]==true||Check[addr+1]==true||Check[addr+4]==true||Check[addr+5]==true){return false;}
Check[addr]=true;
Check[addr+1]=true;
Check[addr+4]=true;
Check[addr+5]=true;
}
}
if(Style_0!=2){return false;}
if((Style_1+Style_2)!=5){return false;}
if(Style_3!=4){return false;}
if(Style_4!=1){return false;}
return true;
}
void Move_Block(unsigned char Move_num,unsigned char Direction_1,unsigned char Direction_2){
Table[Block[Move_num].Address]=12;
if(Block[Move_num].Style==1){Table[Block[Move_num].Address+1]=12;}
if(Block[Move_num].Style==2){Table[Block[Move_num].Address+4]=12;}
if(Block[Move_num].Style==4){Table[Block[Move_num].Address+1]=12;Table[Block[Move_num].Address+4]=12;Table[Block[Move_num].Address+5]=12;}
Table[Space_1]=12;
Table[Space_2]=12;
if(Direction_1==1){Block[Move_num].Address-=4;}
else if(Direction_1==2){Block[Move_num].Address+=4;}
else if(Direction_1==3){Block[Move_num].Address--;}
else if(Direction_1==4){Block[Move_num].Address++;}
if(Direction_2==1){Block[Move_num].Address-=4;}
else if(Direction_2==2){Block[Move_num].Address+=4;}
else if(Direction_2==3){Block[Move_num].Address--;}
else if(Direction_2==4){Block[Move_num].Address++;}
Table[Block[Move_num].Address]=Move_num;
if(Block[Move_num].Style==1){Table[Block[Move_num].Address+1]=Move_num;}
if(Block[Move_num].Style==2){Table[Block[Move_num].Address+4]=Move_num;}
if(Block[Move_num].Style==4){Table[Block[Move_num].Address+1]=Move_num;Table[Block[Move_num].Address+4]=Move_num;Table[Block[Move_num].Address+5]=Move_num;}
unsigned int Data=0;
unsigned char addr=1,num=1;
bool jump=false,Use[13];
for(unsigned char i=0;i<=12;i++){Use[i]=false;}
while(1){
while(Use[Table[addr]]==true){addr++;}
if(Table[addr]==12){
Data=Data|(0<<((16-num)*2));
num++;
addr++;
jump=true;
}
if(jump==false){
if(Block[Table[addr]].Style==4){
Data=Data|num;
Use[0]=true;
}
else{
if(Table[addr]==Move_num){Data=Data|(num<<4);}
Data=Data|(Block[Table[addr]].Style<<((16-num)*2));
Use[Table[addr]]=true;
num++;
}
}
else{jump=false;}
if(num==12){break;}
}
if((Block[0].Address==15)&&((Data&0x0F)==0)){Data=Data|0x0C;}
Add_List(Data);
if(Block[0].Address==14){Done=true;Solve_num=Data_All.size()-1;}
if(Direction_2==1){Block[Move_num].Address+=4;}
else if(Direction_2==2){Block[Move_num].Address-=4;}
else if(Direction_2==3){Block[Move_num].Address++;}
else if(Direction_2==4){Block[Move_num].Address--;}
if(Direction_1==1){Block[Move_num].Address+=4;}
else if(Direction_1==2){Block[Move_num].Address-=4;}
else if(Direction_1==3){Block[Move_num].Address++;}
else if(Direction_1==4){Block[Move_num].Address--;}
Table[Block[Move_num].Address]=Move_num;
if(Block[Move_num].Style==1){Table[Block[Move_num].Address+1]=Move_num;}
if(Block[Move_num].Style==2){Table[Block[Move_num].Address+4]=Move_num;}
if(Block[Move_num].Style==4){Table[Block[Move_num].Address+1]=Move_num;Table[Block[Move_num].Address+4]=Move_num;Table[Block[Move_num].Address+5]=Move_num;}
Table[Space_1]=Space_num_1;
Table[Space_2]=Space_num_2;
}
void Find_Next(){
unsigned char i;
for(i=0;i<=0x0B;i++){
if(i!=Last_Move){
if(Block[i].Style==4){
if((Block[i].Address>=5)&&(Block[Table[Block[i].Address-4]].Style==0)&&(Block[Table[Block[i].Address-3]].Style==0)){Move_Block(i,1,0);}
if((Block[i].Address<=12)&&(Block[Table[Block[i].Address+8]].Style==0)&&(Block[Table[Block[i].Address+9]].Style==0)){Move_Block(i,2,0);}
if(((Block[i].Address%4)!=1)&&(Block[Table[Block[i].Address-1]].Style==0)&&(Block[Table[Block[i].Address+3]].Style==0)){Move_Block(i,3,0);}
if(((Block[i].Address%4)!=3)&&(Block[Table[Block[i].Address+2]].Style==0)&&(Block[Table[Block[i].Address+6]].Style==0)){Move_Block(i,4,0);}
}
else if(Block[i].Style==1){
if((Block[i].Address>=5)&&(Block[Table[Block[i].Address-4]].Style==0)&&(Block[Table[Block[i].Address-3]].Style==0)){Move_Block(i,1,0);}
if((Block[i].Address<=16)&&(Block[Table[Block[i].Address+4]].Style==0)&&(Block[Table[Block[i].Address+5]].Style==0)){Move_Block(i,2,0);}
if(((Block[i].Address%4)!=1)&&(Block[Table[Block[i].Address-1]].Style==0)){
Move_Block(i,3,0);
if(((Block[i].Address%4)!=2)&&(Block[Table[Block[i].Address-2]].Style==0)){Move_Block(i,3,3);}
}
if(((Block[i].Address%4)!=3)&&(Block[Table[Block[i].Address+2]].Style==0)){
Move_Block(i,4,0);
if(((Block[i].Address%4)!=2)&&(Block[Table[Block[i].Address+3]].Style==0)){Move_Block(i,4,4);}
}
}
else if(Block[i].Style==2){
if(((Block[i].Address%4)!=1)&&(Block[Table[Block[i].Address-1]].Style==0)&&(Block[Table[Block[i].Address+3]].Style==0)){Move_Block(i,3,0);}
if(((Block[i].Address%4)!=0)&&(Block[Table[Block[i].Address+1]].Style==0)&&(Block[Table[Block[i].Address+5]].Style==0)){Move_Block(i,4,0);}
if((Block[i].Address>=5)&&(Block[Table[Block[i].Address-4]].Style==0)){
Move_Block(i,1,0);
if((Block[i].Address>=9)&&(Block[Table[Block[i].Address-8]].Style==0)){Move_Block(i,1,1);}
}
if((Block[i].Address<=12)&&(Block[Table[Block[i].Address+8]].Style==0)){
Move_Block(i,2,0);
if((Block[i].Address<=8)&&(Block[Table[Block[i].Address+12]].Style==0)){Move_Block(i,2,2);}
}
}
else if(Block[i].Style==3){
if((Block[i].Address>=5)&&(Block[Table[Block[i].Address-4]].Style==0)){
Move_Block(i,1,0);
if((Block[i].Address>=9)&&(Block[Table[Block[i].Address-8]].Style==0)){Move_Block(i,1,1);}
if(((Block[i].Address%4)!=1)&&(Block[Table[Block[i].Address-5]].Style==0)){Move_Block(i,1,3);}
if(((Block[i].Address%4)!=0)&&(Block[Table[Block[i].Address-3]].Style==0)){Move_Block(i,1,4);}
}
if((Block[i].Address<=16)&&(Block[Table[Block[i].Address+4]].Style==0)){
Move_Block(i,2,0);
if((Block[i].Address<=12)&&(Block[Table[Block[i].Address+8]].Style==0)){Move_Block(i,2,2);}
if(((Block[i].Address%4)!=1)&&(Block[Table[Block[i].Address+3]].Style==0)){Move_Block(i,2,3);}
if(((Block[i].Address%4)!=0)&&(Block[Table[Block[i].Address+5]].Style==0)){Move_Block(i,2,4);}
}
if(((Block[i].Address%4)!=1)&&(Block[Table[Block[i].Address-1]].Style==0)){
Move_Block(i,3,0);
if(((Block[i].Address%4)!=2)&&(Block[Table[Block[i].Address-2]].Style==0)){Move_Block(i,3,3);}
if((Block[i].Address>=5)&&(Block[Table[Block[i].Address-5]].Style==0)){Move_Block(i,3,1);}
if((Block[i].Address<=16)&&(Block[Table[Block[i].Address+3]].Style==0)){Move_Block(i,3,2);}
}
if(((Block[i].Address%4)!=0)&&(Block[Table[Block[i].Address+1]].Style==0)){
Move_Block(i,4,0);
if(((Block[i].Address%4)!=3)&&(Block[Table[Block[i].Address+2]].Style==0)){Move_Block(i,4,4);}
if((Block[i].Address>=5)&&(Block[Table[Block[i].Address-3]].Style==0)){Move_Block(i,4,1);}
if((Block[i].Address<=16)&&(Block[Table[Block[i].Address+5]].Style==0)){Move_Block(i,4,2);}
}
}
}
}
}
void Solve(unsigned int Data){
unsigned char i,k=1;
unsigned char dat,addr=Data&0x0F;
Space_1=Space_2=Space_num_1=Space_num_2=0;
Last_Move=(Data>>4)&0x0F;
for(i=1;i<=20;i++){Table[i]=0xFF;}
for(i=1;i<=12;i++){
while(Table[k]!=0xFF){k++;if(k>20){break;}}
if(i==addr){
Block[0].Address=k;
Block[0].Style=4;
Table[k]=Table[k+1]=Table[k+4]=Table[k+5]=0;
while(Table[k]!=0xFF){k++;if(k>20){break;}}
}
if(i==12){break;}
dat=(Data>>(32-i*2))&0x03;
Block[i].Address=k;
Table[k]=i;
if(dat==0){Block[i].Style=0;if(Space_1==0){Space_1=k;Space_num_1=i;}else{Space_2=k;Space_num_2=i;}}
else if(dat==1){Block[i].Style=1;Table[k+1]=i;}
else if(dat==2){Block[i].Style=2;Table[k+4]=i;}
else if(dat==3){Block[i].Style=3;}
}
}
void Output(){
unsigned int i,k,m;
unsigned int Start_x,Start_y,End_x,End_y;
bool Graph[(Output_Width+1)*4+1][(Output_Width+1)*5+1];
for(k=0;k<=(Output_Width+1)*5;k++){
for(i=0;i<=(Output_Width+1)*4;i++){
Graph[i][k]=false;
}
}
for(m=0;m<=0x0B;m++){
if(Block[m].Style!=0){
Start_x=((Block[m].Address-1)%4)*(Output_Width+1)+1;
Start_y=(Block[m].Address-1)/4;
Start_y=Start_y*(Output_Width+1)+1;
if((Block[m].Style==1)||(Block[m].Style==4)){
End_x=Start_x+Output_Width*2;
}
else{
End_x=Start_x+Output_Width-1;
}
if((Block[m].Style==2)||(Block[m].Style==4)){
End_y=Start_y+Output_Width*2;
}
else{
End_y=Start_y+Output_Width-1;
}
for(i=Start_x;i<=End_x;i++){
for(k=Start_y;k<=End_y;k++){
Graph[i][k]=true;
}
}
}
}
for(i=1;i<=(Output_Width+1)*4+3;i++){cout<<Square_str;}
cout<<endl<<Square_str;
for(k=0;k<=(Output_Width+1)*5;k++){
for(i=0;i<=(Output_Width+1)*4;i++){
if(Graph[i][k]==false){cout<<" ";}else{cout<<Square_str;}
}
cout<<Square_str<<endl<<Square_str;
}
for(i=1;i<=(Output_Width+1)*4+2;i++){cout<<Square_str;}
cout<<endl;
}
void Output_str(unsigned int Data){
unsigned char i;
for(i=0;i<8;i++){
if((0x0F&Data>>(7-i)*4)==0x0){cout<<"0";}
if((0x0F&Data>>(7-i)*4)==0x1){cout<<"1";}
if((0x0F&Data>>(7-i)*4)==0x2){cout<<"2";}
if((0x0F&Data>>(7-i)*4)==0x3){cout<<"3";}
if((0x0F&Data>>(7-i)*4)==0x4){cout<<"4";}
if((0x0F&Data>>(7-i)*4)==0x5){cout<<"5";}
if((0x0F&Data>>(7-i)*4)==0x6){cout<<"6";}
if((0x0F&Data>>(7-i)*4)==0x7){cout<<"7";}
if((0x0F&Data>>(7-i)*4)==0x8){cout<<"8";}
if((0x0F&Data>>(7-i)*4)==0x9){cout<<"9";}
if((0x0F&Data>>(7-i)*4)==0xA){cout<<"A";}
if((0x0F&Data>>(7-i)*4)==0xB){cout<<"B";}
if((0x0F&Data>>(7-i)*4)==0xC){cout<<"C";}
if((0x0F&Data>>(7-i)*4)==0xD){cout<<"D";}
if((0x0F&Data>>(7-i)*4)==0xE){cout<<"E";}
if((0x0F&Data>>(7-i)*4)==0xF){cout<<"F";}
}
}
unsigned int Input(){
unsigned int i,Dat=0;
char Data_str[8];
cin>>Data_str;
if((Data_str[0]=='e')&&(Data_str[1]=='x')&&(Data_str[2]=='i')&&(Data_str[3]=='t')){End=true;}
for(i=0;i<8;i++){
if(Data_str[i]=='0'){Dat=Dat|(0x0<<(28-i*4));}
if(Data_str[i]=='1'){Dat=Dat|(0x1<<(28-i*4));}
if(Data_str[i]=='2'){Dat=Dat|(0x2<<(28-i*4));}
if(Data_str[i]=='3'){Dat=Dat|(0x3<<(28-i*4));}
if(Data_str[i]=='4'){Dat=Dat|(0x4<<(28-i*4));}
if(Data_str[i]=='5'){Dat=Dat|(0x5<<(28-i*4));}
if(Data_str[i]=='6'){Dat=Dat|(0x6<<(28-i*4));}
if(Data_str[i]=='7'){Dat=Dat|(0x7<<(28-i*4));}
if(Data_str[i]=='8'){Dat=Dat|(0x8<<(28-i*4));}
if(Data_str[i]=='9'){Dat=Dat|(0x9<<(28-i*4));}
if(Data_str[i]=='A'||Data_str[i]=='a'){Dat=Dat|(0xA<<(28-i*4));}
if(Data_str[i]=='B'||Data_str[i]=='b'){Dat=Dat|(0xB<<(28-i*4));}
if(Data_str[i]=='C'||Data_str[i]=='c'){Dat=Dat|(0xC<<(28-i*4));}
if(Data_str[i]=='D'||Data_str[i]=='d'){Dat=Dat|(0xD<<(28-i*4));}
if(Data_str[i]=='E'||Data_str[i]=='e'){Dat=Dat|(0xE<<(28-i*4));}
if(Data_str[i]=='F'||Data_str[i]=='f'){Dat=Dat|(0xF<<(28-i*4));}
}
return Dat;
}

435
src/legacy/2018.06/HRD_Search_All.cpp
View File

@ -0,0 +1,435 @@
#include<iostream>
#include<fstream>
#include<vector>
#include<list>
using namespace std;
const unsigned char Output_Width=8;
const string Square_str="\u2588\u2588";
struct Block_Data{
unsigned char Address;
unsigned char Style;
};
vector<unsigned int> Data_All;
vector<unsigned int> Source;
vector<unsigned int> Solve_Data;
list<unsigned int> Hash[0xFFFF];
ofstream File_Output;
ifstream File_Input;
struct Block_Data Block[12];
unsigned char Table[21];
unsigned char Space_1,Space_2,Space_num_1,Space_num_2,Last_Move;
unsigned int Search_num,Solve_num;
bool Done,End=false;
void Solve(unsigned int Data);
void Find_Next();
void Move_Block(unsigned char num,unsigned char Direction_1,unsigned char Direction_2);
void Add_List(unsigned int Data);
void Output_str(unsigned int Data);
unsigned int Input(char Data_str[8]);
bool Check_Error(unsigned int Start_Data);
void Calculate(unsigned int Start_Data);
void Output();
void OutputData(unsigned int Data){
unsigned char i;
for(i=0;i<8;i++){
if((0x0F&Data>>(7-i)*4)==0x0){File_Output<<"0";}
if((0x0F&Data>>(7-i)*4)==0x1){File_Output<<"1";}
if((0x0F&Data>>(7-i)*4)==0x2){File_Output<<"2";}
if((0x0F&Data>>(7-i)*4)==0x3){File_Output<<"3";}
if((0x0F&Data>>(7-i)*4)==0x4){File_Output<<"4";}
if((0x0F&Data>>(7-i)*4)==0x5){File_Output<<"5";}
if((0x0F&Data>>(7-i)*4)==0x6){File_Output<<"6";}
if((0x0F&Data>>(7-i)*4)==0x7){File_Output<<"7";}
if((0x0F&Data>>(7-i)*4)==0x8){File_Output<<"8";}
if((0x0F&Data>>(7-i)*4)==0x9){File_Output<<"9";}
if((0x0F&Data>>(7-i)*4)==0xA){File_Output<<"A";}
if((0x0F&Data>>(7-i)*4)==0xB){File_Output<<"B";}
if((0x0F&Data>>(7-i)*4)==0xC){File_Output<<"C";}
if((0x0F&Data>>(7-i)*4)==0xD){File_Output<<"D";}
if((0x0F&Data>>(7-i)*4)==0xE){File_Output<<"E";}
if((0x0F&Data>>(7-i)*4)==0xF){File_Output<<"F";}
}
}
int main(){
char Name[8];
unsigned int Start_Data,i,k;
cout<<"Welcome to the HRD! (by Dnomd343)"<<endl<<endl;
File_Output.open("All HRD.txt");
cout<<hex;
for(i=0;i<=0x3ffffc;i++){
for(k=1;k<=12;k++){
Start_Data=0;
Start_Data=(Start_Data|(i<<10))|k;
if(Check_Error(Start_Data)==true){OutputData(Start_Data);File_Output<<endl;}//Output_str(Start_Data);cout<<endl;}
}
}
return 0;
i=0;
while(1){
cout<<"HRD style:";
cin>>Name;
Start_Data=Input(Name);
if(End==true){return 0;}
Calculate(Start_Data);
cout<<"Press ENTER to show the Best-Solve...";
cin.get();
for(i=0;i<Solve_Data.size();i++){
cin.get();
for(unsigned int k=0;k<=28;k++){cout<<endl;}
cout<<"Step "<<i<<" -> ";
Output_str(Solve_Data[i]);
cout<<endl;
Solve(Solve_Data[i]);
Output();
}
cout<<"Show has been compete!"<<endl<<endl<<endl;
cin.clear();
}
return 0;
}
void Calculate(unsigned int Start_Data){
unsigned int i;
Data_All.clear();
Source.clear();
Solve_Data.clear();
for(i=0;i<0xFFFF;i++){Hash[i].clear();}
if(Check_Error(Start_Data)==false){cout<<"Something Error!!!"<<endl;goto err;}
Data_All.push_back(Start_Data|0xF0);
Source.push_back(0);
Solve(Data_All[0]);
Output();
cout<<"Start to calculate : ";
Output_str(Data_All[0]&(~0xF0));
cout<<endl<<"Waiting..."<<endl;
i=0;
Done=false;
while(1){
if(i==Data_All.size()){cout<<"No Solve!"<<endl;goto err;}
Search_num=i;
Solve(Data_All[i]);
Find_Next();
i++;
if(Done==true){break;}
}
while(1){
Solve_Data.push_back(Solve_num);
Solve_num=Source[Solve_num];
if(Solve_num==0){break;}
}
Solve_Data.push_back(0);
for(i=0;i<Solve_Data.size()/2;i++){swap(Solve_Data[i],Solve_Data[Solve_Data.size()-i-1]);}
for(i=0;i<Solve_Data.size();i++){Solve_Data[i]=Data_All[Solve_Data[i]];}
cout<<"Calculate Done!"<<endl;
err:;
cout<<"Step:"<<Solve_Data.size()-1<<" Pool:"<<Data_All.size()<<endl;
}
void Add_List(unsigned int Data){
list<unsigned int>::iterator poi;
poi=Hash[Data>>16].begin();
while(poi!=Hash[Data>>16].end()){
if((Data&0xFFFFFC0F)==(Data_All[*poi]&0xFFFFFC0F)){goto out;}
++poi;
}
Hash[Data>>16].push_back(Data_All.size());
Data_All.push_back(Data);
Source.push_back(Search_num);
out:;
}
bool Check_Error(unsigned int Start_Data){
unsigned char addr,i;
bool Check[21];
unsigned char Style_0,Style_1,Style_2,Style_3,Style_4;
Style_0=Style_1=Style_2=Style_3=Style_4=0;
for(i=1;i<=20;i++){Check[i]=false;}
for(i=0;i<=11;i++){
Block[i].Address=0;
Block[i].Style=5;
}
Solve(Start_Data);
for(i=0;i<=11;i++){
addr=Block[i].Address;
if(Block[i].Style==0){
Style_0++;
if(addr<1||addr>20){return false;}
if(Check[addr]==true){return false;}
Check[addr]=true;
}
if(Block[i].Style==1){
Style_1++;
if(addr<1||addr>19){return false;}
if((addr%4)==0){return false;}
if(Check[addr]==true||Check[addr+1]==true){return false;}
Check[addr]=true;
Check[addr+1]=true;
}
if(Block[i].Style==2){
Style_2++;
if(addr<1||addr>16){return false;}
if(Check[addr]==true||Check[addr+4]==true){return false;}
Check[addr]=true;
Check[addr+4]=true;
}
if(Block[i].Style==3){
Style_3++;
if(addr<1||addr>20){return false;}
if(Check[addr]==true){return false;}
Check[addr]=true;
}
if(Block[i].Style==4){
Style_4++;
if(addr<1||addr>15){return false;}
if((addr%4)==0){return false;}
if(Check[addr]==true||Check[addr+1]==true||Check[addr+4]==true||Check[addr+5]==true){return false;}
Check[addr]=true;
Check[addr+1]=true;
Check[addr+4]=true;
Check[addr+5]=true;
}
}
if(Style_0!=2){return false;}
if((Style_1+Style_2)!=5){return false;}
if(Style_3!=4){return false;}
if(Style_4!=1){return false;}
return true;
}
void Move_Block(unsigned char Move_num,unsigned char Direction_1,unsigned char Direction_2){
Table[Block[Move_num].Address]=12;
if(Block[Move_num].Style==1){Table[Block[Move_num].Address+1]=12;}
if(Block[Move_num].Style==2){Table[Block[Move_num].Address+4]=12;}
if(Block[Move_num].Style==4){Table[Block[Move_num].Address+1]=12;Table[Block[Move_num].Address+4]=12;Table[Block[Move_num].Address+5]=12;}
Table[Space_1]=12;
Table[Space_2]=12;
if(Direction_1==1){Block[Move_num].Address-=4;}
else if(Direction_1==2){Block[Move_num].Address+=4;}
else if(Direction_1==3){Block[Move_num].Address--;}
else if(Direction_1==4){Block[Move_num].Address++;}
if(Direction_2==1){Block[Move_num].Address-=4;}
else if(Direction_2==2){Block[Move_num].Address+=4;}
else if(Direction_2==3){Block[Move_num].Address--;}
else if(Direction_2==4){Block[Move_num].Address++;}
Table[Block[Move_num].Address]=Move_num;
if(Block[Move_num].Style==1){Table[Block[Move_num].Address+1]=Move_num;}
if(Block[Move_num].Style==2){Table[Block[Move_num].Address+4]=Move_num;}
if(Block[Move_num].Style==4){Table[Block[Move_num].Address+1]=Move_num;Table[Block[Move_num].Address+4]=Move_num;Table[Block[Move_num].Address+5]=Move_num;}
unsigned int Data=0;
unsigned char addr=1,num=1;
bool jump=false,Use[13];
for(unsigned char i=0;i<=12;i++){Use[i]=false;}
while(1){
while(Use[Table[addr]]==true){addr++;}
if(Table[addr]==12){
Data=Data|(0<<((16-num)*2));
num++;
addr++;
jump=true;
}
if(jump==false){
if(Block[Table[addr]].Style==4){
Data=Data|num;
Use[0]=true;
}
else{
if(Table[addr]==Move_num){Data=Data|(num<<4);}
Data=Data|(Block[Table[addr]].Style<<((16-num)*2));
Use[Table[addr]]=true;
num++;
}
}
else{jump=false;}
if(num==12){break;}
}
Add_List(Data);
if(Block[0].Address==14){Done=true;Solve_num=Data_All.size()-1;}
if(Direction_2==1){Block[Move_num].Address+=4;}
else if(Direction_2==2){Block[Move_num].Address-=4;}
else if(Direction_2==3){Block[Move_num].Address++;}
else if(Direction_2==4){Block[Move_num].Address--;}
if(Direction_1==1){Block[Move_num].Address+=4;}
else if(Direction_1==2){Block[Move_num].Address-=4;}
else if(Direction_1==3){Block[Move_num].Address++;}
else if(Direction_1==4){Block[Move_num].Address--;}
Table[Block[Move_num].Address]=Move_num;
if(Block[Move_num].Style==1){Table[Block[Move_num].Address+1]=Move_num;}
if(Block[Move_num].Style==2){Table[Block[Move_num].Address+4]=Move_num;}
if(Block[Move_num].Style==4){Table[Block[Move_num].Address+1]=Move_num;Table[Block[Move_num].Address+4]=Move_num;Table[Block[Move_num].Address+5]=Move_num;}
Table[Space_1]=Space_num_1;
Table[Space_2]=Space_num_2;
}
void Find_Next(){
unsigned char i;
for(i=0;i<=0x0B;i++){
if(i!=Last_Move){
if(Block[i].Style==4){
if((Block[i].Address>=5)&&(Block[Table[Block[i].Address-4]].Style==0)&&(Block[Table[Block[i].Address-3]].Style==0)){Move_Block(i,1,0);}
if((Block[i].Address<=12)&&(Block[Table[Block[i].Address+8]].Style==0)&&(Block[Table[Block[i].Address+9]].Style==0)){Move_Block(i,2,0);}
if(((Block[i].Address%4)!=1)&&(Block[Table[Block[i].Address-1]].Style==0)&&(Block[Table[Block[i].Address+3]].Style==0)){Move_Block(i,3,0);}
if(((Block[i].Address%4)!=3)&&(Block[Table[Block[i].Address+2]].Style==0)&&(Block[Table[Block[i].Address+6]].Style==0)){Move_Block(i,4,0);}
}
else if(Block[i].Style==1){
if((Block[i].Address>=5)&&(Block[Table[Block[i].Address-4]].Style==0)&&(Block[Table[Block[i].Address-3]].Style==0)){Move_Block(i,1,0);}
if((Block[i].Address<=16)&&(Block[Table[Block[i].Address+4]].Style==0)&&(Block[Table[Block[i].Address+5]].Style==0)){Move_Block(i,2,0);}
if(((Block[i].Address%4)!=1)&&(Block[Table[Block[i].Address-1]].Style==0)){
Move_Block(i,3,0);
if(((Block[i].Address%4)!=2)&&(Block[Table[Block[i].Address-2]].Style==0)){Move_Block(i,3,3);}
}
if(((Block[i].Address%4)!=3)&&(Block[Table[Block[i].Address+2]].Style==0)){
Move_Block(i,4,0);
if(((Block[i].Address%4)!=2)&&(Block[Table[Block[i].Address+3]].Style==0)){Move_Block(i,4,4);}
}
}
else if(Block[i].Style==2){
if(((Block[i].Address%4)!=1)&&(Block[Table[Block[i].Address-1]].Style==0)&&(Block[Table[Block[i].Address+3]].Style==0)){Move_Block(i,3,0);}
if(((Block[i].Address%4)!=0)&&(Block[Table[Block[i].Address+1]].Style==0)&&(Block[Table[Block[i].Address+5]].Style==0)){Move_Block(i,4,0);}
if((Block[i].Address>=5)&&(Block[Table[Block[i].Address-4]].Style==0)){
Move_Block(i,1,0);
if((Block[i].Address>=9)&&(Block[Table[Block[i].Address-8]].Style==0)){Move_Block(i,1,1);}
}
if((Block[i].Address<=12)&&(Block[Table[Block[i].Address+8]].Style==0)){
Move_Block(i,2,0);
if((Block[i].Address<=8)&&(Block[Table[Block[i].Address+12]].Style==0)){Move_Block(i,2,2);}
}
}
else if(Block[i].Style==3){
if((Block[i].Address>=5)&&(Block[Table[Block[i].Address-4]].Style==0)){
Move_Block(i,1,0);
if((Block[i].Address>=9)&&(Block[Table[Block[i].Address-8]].Style==0)){Move_Block(i,1,1);}
if(((Block[i].Address%4)!=1)&&(Block[Table[Block[i].Address-5]].Style==0)){Move_Block(i,1,3);}
if(((Block[i].Address%4)!=0)&&(Block[Table[Block[i].Address-3]].Style==0)){Move_Block(i,1,4);}
}
if((Block[i].Address<=16)&&(Block[Table[Block[i].Address+4]].Style==0)){
Move_Block(i,2,0);
if((Block[i].Address<=12)&&(Block[Table[Block[i].Address+8]].Style==0)){Move_Block(i,2,2);}
if(((Block[i].Address%4)!=1)&&(Block[Table[Block[i].Address+3]].Style==0)){Move_Block(i,2,3);}
if(((Block[i].Address%4)!=0)&&(Block[Table[Block[i].Address+5]].Style==0)){Move_Block(i,2,4);}
}
if(((Block[i].Address%4)!=1)&&(Block[Table[Block[i].Address-1]].Style==0)){
Move_Block(i,3,0);
if(((Block[i].Address%4)!=2)&&(Block[Table[Block[i].Address-2]].Style==0)){Move_Block(i,3,3);}
if((Block[i].Address>=5)&&(Block[Table[Block[i].Address-5]].Style==0)){Move_Block(i,3,1);}
if((Block[i].Address<=16)&&(Block[Table[Block[i].Address+3]].Style==0)){Move_Block(i,3,2);}
}
if(((Block[i].Address%4)!=0)&&(Block[Table[Block[i].Address+1]].Style==0)){
Move_Block(i,4,0);
if(((Block[i].Address%4)!=3)&&(Block[Table[Block[i].Address+2]].Style==0)){Move_Block(i,4,4);}
if((Block[i].Address>=5)&&(Block[Table[Block[i].Address-3]].Style==0)){Move_Block(i,4,1);}
if((Block[i].Address<=16)&&(Block[Table[Block[i].Address+5]].Style==0)){Move_Block(i,4,2);}
}
}
}
}
}
void Solve(unsigned int Data){
unsigned char i,k=1;
unsigned char dat,addr=Data&0x0F;
Space_1=Space_2=Space_num_1=Space_num_2=0;
Last_Move=(Data>>4)&0x0F;
for(i=1;i<=20;i++){Table[i]=0xFF;}
for(i=1;i<=12;i++){
while(Table[k]!=0xFF){k++;if(k>20){break;}}
if(i==addr){
Block[0].Address=k;
Block[0].Style=4;
Table[k]=Table[k+1]=Table[k+4]=Table[k+5]=0;
while(Table[k]!=0xFF){k++;if(k>20){break;}}
}
if(i==12){break;}
dat=(Data>>(32-i*2))&0x03;
Block[i].Address=k;
Table[k]=i;
if(dat==0){Block[i].Style=0;if(Space_1==0){Space_1=k;Space_num_1=i;}else{Space_2=k;Space_num_2=i;}}
else if(dat==1){Block[i].Style=1;Table[k+1]=i;}
else if(dat==2){Block[i].Style=2;Table[k+4]=i;}
else if(dat==3){Block[i].Style=3;}
}
}
void Output(){
unsigned int i,k,m;
unsigned int Start_x,Start_y,End_x,End_y;
bool Graph[(Output_Width+1)*4+1][(Output_Width+1)*5+1];
for(k=0;k<=(Output_Width+1)*5;k++){
for(i=0;i<=(Output_Width+1)*4;i++){
Graph[i][k]=false;
}
}
for(m=0;m<=0x0B;m++){
if(Block[m].Style!=0){
Start_x=((Block[m].Address-1)%4)*(Output_Width+1)+1;
Start_y=(Block[m].Address-1)/4;
Start_y=Start_y*(Output_Width+1)+1;
if((Block[m].Style==1)||(Block[m].Style==4)){
End_x=Start_x+Output_Width*2;
}
else{
End_x=Start_x+Output_Width-1;
}
if((Block[m].Style==2)||(Block[m].Style==4)){
End_y=Start_y+Output_Width*2;
}
else{
End_y=Start_y+Output_Width-1;
}
for(i=Start_x;i<=End_x;i++){
for(k=Start_y;k<=End_y;k++){
Graph[i][k]=true;
}
}
}
}
for(i=1;i<=(Output_Width+1)*4+3;i++){cout<<Square_str;}
cout<<endl<<Square_str;
for(k=0;k<=(Output_Width+1)*5;k++){
for(i=0;i<=(Output_Width+1)*4;i++){
if(Graph[i][k]==false){cout<<" ";}else{cout<<Square_str;}
}
cout<<Square_str<<endl<<Square_str;
}
for(i=1;i<=(Output_Width+1)*4+2;i++){cout<<Square_str;}
cout<<endl;
}
void Output_str(unsigned int Data){
unsigned char i;
for(i=0;i<8;i++){
if((0x0F&Data>>(7-i)*4)==0x0){cout<<"0";}
if((0x0F&Data>>(7-i)*4)==0x1){cout<<"1";}
if((0x0F&Data>>(7-i)*4)==0x2){cout<<"2";}
if((0x0F&Data>>(7-i)*4)==0x3){cout<<"3";}
if((0x0F&Data>>(7-i)*4)==0x4){cout<<"4";}
if((0x0F&Data>>(7-i)*4)==0x5){cout<<"5";}
if((0x0F&Data>>(7-i)*4)==0x6){cout<<"6";}
if((0x0F&Data>>(7-i)*4)==0x7){cout<<"7";}
if((0x0F&Data>>(7-i)*4)==0x8){cout<<"8";}
if((0x0F&Data>>(7-i)*4)==0x9){cout<<"9";}
if((0x0F&Data>>(7-i)*4)==0xA){cout<<"A";}
if((0x0F&Data>>(7-i)*4)==0xB){cout<<"B";}
if((0x0F&Data>>(7-i)*4)==0xC){cout<<"C";}
if((0x0F&Data>>(7-i)*4)==0xD){cout<<"D";}
if((0x0F&Data>>(7-i)*4)==0xE){cout<<"E";}
if((0x0F&Data>>(7-i)*4)==0xF){cout<<"F";}
}
}
unsigned int Input(char Data_str[8]){
unsigned int i,Dat=0;
if((Data_str[0]=='e')&&(Data_str[1]=='x')&&(Data_str[2]=='i')&&(Data_str[3]=='t')){End=true;}
for(i=0;i<8;i++){
if(Data_str[i]=='0'){Dat=Dat|(0x0<<(28-i*4));}
if(Data_str[i]=='1'){Dat=Dat|(0x1<<(28-i*4));}
if(Data_str[i]=='2'){Dat=Dat|(0x2<<(28-i*4));}
if(Data_str[i]=='3'){Dat=Dat|(0x3<<(28-i*4));}
if(Data_str[i]=='4'){Dat=Dat|(0x4<<(28-i*4));}
if(Data_str[i]=='5'){Dat=Dat|(0x5<<(28-i*4));}
if(Data_str[i]=='6'){Dat=Dat|(0x6<<(28-i*4));}
if(Data_str[i]=='7'){Dat=Dat|(0x7<<(28-i*4));}
if(Data_str[i]=='8'){Dat=Dat|(0x8<<(28-i*4));}
if(Data_str[i]=='9'){Dat=Dat|(0x9<<(28-i*4));}
if(Data_str[i]=='A'||Data_str[i]=='a'){Dat=Dat|(0xA<<(28-i*4));}
if(Data_str[i]=='B'||Data_str[i]=='b'){Dat=Dat|(0xB<<(28-i*4));}
if(Data_str[i]=='C'||Data_str[i]=='c'){Dat=Dat|(0xC<<(28-i*4));}
if(Data_str[i]=='D'||Data_str[i]=='d'){Dat=Dat|(0xD<<(28-i*4));}
if(Data_str[i]=='E'||Data_str[i]=='e'){Dat=Dat|(0xE<<(28-i*4));}
if(Data_str[i]=='F'||Data_str[i]=='f'){Dat=Dat|(0xF<<(28-i*4));}
}
return Dat;
}

361
src/legacy/2019.09/HRD_Calculate.cpp
View File

@ -0,0 +1,361 @@
#include "HRD_Calculate.h"
using namespace std;
void HRD_Calculate::Calculate(unsigned int Start_Code){
unsigned int i;
for(i=0;i<0xFFFF;i++){Hash[i].clear();}
List.clear();
Layer_Num.clear();
Hash[(Start_Code>>8)&0xFFFF].push_back(0);
List.push_back(Start_Code);
Layer_Num.push_back(0);
Source.push_back(Empty_uint_List);
Now_Move=0;
while(1){
if(Now_Move==List.size()){break;}
Analyse_Code(List[Now_Move]);
Find_Next();
Now_Move++;
}
}
void HRD_Calculate::Add_Case(unsigned int Code){
list<unsigned int>::iterator poi;
poi=Hash[(Code>>8)&0xFFFF].begin();
while(poi!=Hash[(Code>>8)&0xFFFF].end()){
if(Code==List[*poi]){
if((Layer_Num[*poi]-Layer_Num[Now_Move])==1){Source[*poi].push_back(Now_Move);}
return;
}
++poi;
}
Hash[(Code>>8)&0xFFFF].push_back(List.size());
List.push_back(Code);
Layer_Num.push_back(Layer_Num[Now_Move]+1);
Source.push_back(Empty_uint_List);
Source[Source.size()-1].push_back(Now_Move);
}
void HRD_Calculate::Move_Block(unsigned char Block_Num,unsigned char Dir_1,unsigned char Dir_2){
unsigned char Table_bak[21];
unsigned char i,addr;
if(Dir_1==Up){Block[Block_Num].Address-=4;}
else if(Dir_1==Down){Block[Block_Num].Address+=4;}
else if(Dir_1==Left){Block[Block_Num].Address--;}
else if(Dir_1==Right){Block[Block_Num].Address++;}
if(Dir_2==Up){Block[Block_Num].Address-=4;}
else if(Dir_2==Down){Block[Block_Num].Address+=4;}
else if(Dir_2==Left){Block[Block_Num].Address--;}
else if(Dir_2==Right){Block[Block_Num].Address++;}
for(i=0;i<20;i++){Table_bak[i]=Table[i];Table[i]=0xA;}
for(i=0;i<10;i++){
addr=Block[i].Address;
if(Block[i].Style==0){Table[addr]=i;Table[addr+1]=i;Table[addr+4]=i;Table[addr+5]=i;}
if(Block[i].Style==1){Table[addr]=i;Table[addr+1]=i;}
if(Block[i].Style==2){Table[addr]=i;Table[addr+4]=i;}
if(Block[i].Style==3){Table[addr]=i;}
}
Add_Case(Get_Code());
for(i=0;i<20;i++){Table[i]=Table_bak[i];}
if(Dir_2==Up){Block[Block_Num].Address+=4;}
else if(Dir_2==Down){Block[Block_Num].Address-=4;}
else if(Dir_2==Left){Block[Block_Num].Address++;}
else if(Dir_2==Right){Block[Block_Num].Address--;}
if(Dir_1==Up){Block[Block_Num].Address+=4;}
else if(Dir_1==Down){Block[Block_Num].Address-=4;}
else if(Dir_1==Left){Block[Block_Num].Address++;}
else if(Dir_1==Right){Block[Block_Num].Address--;}
}
void HRD_Calculate::Find_Next(){
bool Can_Move[10];
unsigned char i,addr;
for(i=0;i<10;i++){Can_Move[i]=false;}
for(i=0;i<=1;i++){
addr=Space[i];
if(addr>3){if(Table[addr-4]!=0xA){Can_Move[Table[addr-4]]=true;}}
if(addr<16){if(Table[addr+4]!=0xA){Can_Move[Table[addr+4]]=true;}}
if((addr%4)!=0){if(Table[addr-1]!=0xA){Can_Move[Table[addr-1]]=true;}}
if((addr%4)!=3){if(Table[addr+1]!=0xA){Can_Move[Table[addr+1]]=true;}}
}
for(i=0;i<10;i++){
if(Can_Move[i]==true){
addr=Block[i].Address;
if(Block[i].Style==0){
if((addr>3)&&(Table[addr-4]==0xA)&&(Table[addr-3]==0xA)){Move_Block(i,Up,0);}
if((addr<12)&&(Table[addr+8]==0xA)&&(Table[addr+9]==0xA)){Move_Block(i,Down,0);}
if(((addr%4)!=0)&&(Table[addr-1]==0xA)&&(Table[addr+3]==0xA)){Move_Block(i,Left,0);}
if(((addr%4)!=2)&&(Table[addr+2]==0xA)&&(Table[addr+6]==0xA)){Move_Block(i,Right,0);}
}
else if(Block[i].Style==1){
if((addr>3)&&(Table[addr-4]==0xA)&&(Table[addr-3]==0xA)){Move_Block(i,Up,0);}
if((addr<16)&&(Table[addr+4]==0xA)&&(Table[addr+5]==0xA)){Move_Block(i,Down,0);}
if(((addr%4)!=0)&&(Table[addr-1]==0xA)){
Move_Block(i,Left,0);
if(((addr%4)!=1)&&(Table[addr-2]==0xA)){Move_Block(i,Left,Left);}
}
if(((addr%4)!=2)&&(Table[addr+2]==0xA)){
Move_Block(i,Right,0);
if(((addr%4)!=1)&&(Table[addr+3]==0xA)){Move_Block(i,Right,Right);}
}
}
else if(Block[i].Style==2){
if((addr>3)&&(Table[addr-4]==0xA)){
Move_Block(i,Up,0);
if((addr>7)&&(Table[addr-8]==0xA)){Move_Block(i,Up,Up);}
}
if((addr<12)&&(Table[addr+8]==0xA)){
Move_Block(i,Down,0);
if((addr<8)&&(Table[addr+12]==0xA)){Move_Block(i,Down,Down);}
}
if(((addr%4)!=0)&&(Table[addr-1]==0xA)&&(Table[addr+3]==0xA)){Move_Block(i,Left,0);}
if(((addr%4)!=3)&&(Table[addr+1]==0xA)&&(Table[addr+5]==0xA)){Move_Block(i,Right,0);}
}
else if(Block[i].Style==3){
if((addr>3)&&(Table[addr-4]==0xA)){
Move_Block(i,Up,0);
if((addr>7)&&(Table[addr-8]==0xA)){Move_Block(i,Up,Up);}
if(((addr%4)!=0)&&(Table[addr-5]==0xA)){Move_Block(i,Up,Left);}
if(((addr%4)!=3)&&(Table[addr-3]==0xA)){Move_Block(i,Up,Right);}
}
if((addr<16)&&(Table[addr+4]==0xA)){
Move_Block(i,Down,0);
if((addr<12)&&(Table[addr+8]==0xA)){Move_Block(i,Down,Down);}
if(((addr%4)!=0)&&(Table[addr+3]==0xA)){Move_Block(i,Down,Left);}
if(((addr%4)!=3)&&(Table[addr+5]==0xA)){Move_Block(i,Down,Right);}
}
if(((addr%4)!=0)&&(Table[addr-1]==0xA)){
Move_Block(i,Left,0);
if(((addr%4)!=1)&&(Table[addr-2]==0xA)){Move_Block(i,Left,Left);}
if((addr>3)&&(Table[addr-5]==0xA)){Move_Block(i,Left,Up);}
if((addr<16)&&(Table[addr+3]==0xA)){Move_Block(i,Left,Down);}
}
if(((addr%4)!=3)&&(Table[addr+1]==0xA)){
Move_Block(i,Right,0);
if(((addr%4)!=2)&&(Table[addr+2]==0xA)){Move_Block(i,Right,Right);}
if((addr>3)&&(Table[addr-3]==0xA)){Move_Block(i,Right,Up);}
if((addr<16)&&(Table[addr+5]==0xA)){Move_Block(i,Right,Down);}
}
}
}
}
}
unsigned int HRD_Calculate::Get_Code(){
bool temp[20];
unsigned int Code=0;
unsigned char i,addr,style;
for(i=0;i<20;i++){temp[i]=false;}
temp[Block[0].Address]=temp[Block[0].Address+1]=temp[Block[0].Address+4]=temp[Block[0].Address+5]=true;
Code=Code|(Block[0].Address<<24);
addr=0;
for(i=1;i<=11;i++){
while(temp[addr]==true){if(addr<19){addr++;}else{return 0;}}
if(Table[addr]==0xA){temp[addr]=true;}
else{
style=Block[Table[addr]].Style;
if(style==1){
temp[addr]=temp[addr+1]=true;
Code=Code|(1<<(24-i*2));
}
else if(style==2){
temp[addr]=temp[addr+4]=true;
Code=Code|(2<<(24-i*2));
}
else if(style==3){
temp[addr]=true;
Code=Code|(3<<(24-i*2));
}
}
}
return Code;
}
void HRD_Calculate::Analyse_Code(unsigned int Code){
unsigned char i,addr,style;
unsigned char Type_1=0,Type_2=0,Type_3=5;
for(i=0;i<20;i++){Table[i]=0xFF;}
Block[0].Address=(Code>>24)&0xF;
if(Block[0].Address>14){goto err;}
Block[0].Style=0;
Table[(Code>>24)&0xF]=0;
Table[((Code>>24)&0xF)+1]=0;
Table[((Code>>24)&0xF)+4]=0;
Table[((Code>>24)&0xF)+5]=0;
addr=0;
for(i=0;i<11;i++){
while(Table[addr]!=0xFF){if(addr<19){addr++;}else{break;}}
style=(Code>>(22-i*2))&0x3;
if(style==0){
Table[addr]=0xA;
Space[Type_1]=addr;
if(Type_1==0){Type_1=1;}
}
if(style==1){
if(Type_2<5){Type_2++;}
if(addr>18){goto err;}
Table[addr]=Type_2;
Table[addr+1]=Type_2;
Block[Type_2].Address=addr;
Block[Type_2].Style=1;
}
if(style==2){
if(Type_2<5){Type_2++;}
if(addr>15){goto err;}
Table[addr]=Type_2;
Table[addr+4]=Type_2;
Block[Type_2].Address=addr;
Block[Type_2].Style=2;
}
if(style==3){
if(Type_3<9){Type_3++;}
Table[addr]=Type_3;
Block[Type_3].Address=addr;
Block[Type_3].Style=3;
}
}
err:;
}
bool HRD_Calculate::Check(unsigned int Code){
bool temp[20];
unsigned char addr,i;
unsigned char Style_0,Style_1,Style_2,Style_3;
Style_0=Style_1=Style_2=Style_3=0;
Analyse_Code(Code);
for(i=0;i<20;i++){temp[i]=false;}
for(i=0;i<20;i++){if(Table[i]>10){return false;}}
if(Space[0]>19){return false;}else{if(temp[Space[0]]==true){return false;}else{temp[Space[0]]=true;}}
if(Space[1]>19){return false;}else{if(temp[Space[1]]==true){return false;}else{temp[Space[1]]=true;}}
for(i=0;i<=9;i++){
addr=Block[i].Address;
if(Block[i].Style==0){
Style_0++;
if(addr>14){return false;}
if((addr%4)==3){return false;}
if(temp[addr]==true||temp[addr+1]==true||temp[addr+4]==true||temp[addr+5]==true){return false;}
temp[addr]=true;
temp[addr+1]=true;
temp[addr+4]=true;
temp[addr+5]=true;
}
if(Block[i].Style==1){
Style_1++;
if(addr>18){return false;}
if((addr%4)==3){return false;}
if(temp[addr]==true||temp[addr+1]==true){return false;}
temp[addr]=true;
temp[addr+1]=true;
}
if(Block[i].Style==2){
Style_2++;
if(addr>15){return false;}
if(temp[addr]==true||temp[addr+4]==true){return false;}
temp[addr]=true;
temp[addr+4]=true;
}
if(Block[i].Style==3){
Style_3++;
if(addr>19){return false;}
if(temp[addr]==true){return false;}
temp[addr]=true;
}
}
if(Style_0!=1){return false;}
if((Style_1+Style_2)!=5){return false;}
if(Style_3!=4){return false;}
if(Block[0].Style!=0){return false;}
if(Table[Block[0].Address]!=0){return false;}
if(Table[Block[0].Address+1]!=0){return false;}
if(Table[Block[0].Address+4]!=0){return false;}
if(Table[Block[0].Address+5]!=0){return false;}
for(i=1;i<=5;i++){
if(Block[i].Style==1){
if(Table[Block[i].Address]!=i){return false;}
if(Table[Block[i].Address+1]!=i){return false;}
}
else if(Block[i].Style==2){
if(Table[Block[i].Address]!=i){return false;}
if(Table[Block[i].Address+4]!=i){return false;}
}
else{return false;}
}
for(i=6;i<=9;i++){
if(Table[Block[i].Address]!=i){return false;}
if(Block[i].Style!=3){return false;}
}
if(Table[Space[0]]!=0xA){return false;}
if(Table[Space[1]]!=0xA){return false;}
return true;
}
void HRD_Calculate::Output_Graph(unsigned int Code){
unsigned int i,k,m;
unsigned int Start_x,Start_y,End_x,End_y;
bool Graph[(Output_Width+1)*4+1][(Output_Width+1)*5+1];
if(Check(Code)==false){cout<<"The Code is Wrong!"<<endl;return;}
Analyse_Code(Code);
for(k=0;k<=(Output_Width+1)*5;k++){
for(i=0;i<=(Output_Width+1)*4;i++){Graph[i][k]=false;}
}
for(m=0;m<=9;m++){
Start_x=(Block[m].Address%4)*(Output_Width+1)+1;
Start_y=Block[m].Address/4;
Start_y=Start_y*(Output_Width+1)+1;
if((Block[m].Style==1)||(Block[m].Style==0)){End_x=Start_x+Output_Width*2;}
else{End_x=Start_x+Output_Width-1;}
if((Block[m].Style==2)||(Block[m].Style==0)){End_y=Start_y+Output_Width*2;}
else{End_y=Start_y+Output_Width-1;}
for(i=Start_x;i<=End_x;i++){
for(k=Start_y;k<=End_y;k++){Graph[i][k]=true;}
}
}
for(i=1;i<=(Output_Width+1)*4+3;i++){cout<<Square_str;}
cout<<endl<<Square_str;
for(k=0;k<=(Output_Width+1)*5;k++){
for(i=0;i<=(Output_Width+1)*4;i++){
if(Graph[i][k]==false){cout<<" ";}else{cout<<Square_str;}
}
cout<<Square_str<<endl<<Square_str;
}
for(i=1;i<=(Output_Width+1)*4+2;i++){cout<<Square_str;}
cout<<endl;
}
unsigned int HRD_Calculate::Change_int(char Data_str[7]){
unsigned int i,Dat=0;
for(i=0;i<7;i++){
if(Data_str[i]=='0'){Dat=Dat|(0x0<<(24-i*4));}
if(Data_str[i]=='1'){Dat=Dat|(0x1<<(24-i*4));}
if(Data_str[i]=='2'){Dat=Dat|(0x2<<(24-i*4));}
if(Data_str[i]=='3'){Dat=Dat|(0x3<<(24-i*4));}
if(Data_str[i]=='4'){Dat=Dat|(0x4<<(24-i*4));}
if(Data_str[i]=='5'){Dat=Dat|(0x5<<(24-i*4));}
if(Data_str[i]=='6'){Dat=Dat|(0x6<<(24-i*4));}
if(Data_str[i]=='7'){Dat=Dat|(0x7<<(24-i*4));}
if(Data_str[i]=='8'){Dat=Dat|(0x8<<(24-i*4));}
if(Data_str[i]=='9'){Dat=Dat|(0x9<<(24-i*4));}
if(Data_str[i]=='A'||Data_str[i]=='a'){Dat=Dat|(0xA<<(24-i*4));}
if(Data_str[i]=='B'||Data_str[i]=='b'){Dat=Dat|(0xB<<(24-i*4));}
if(Data_str[i]=='C'||Data_str[i]=='c'){Dat=Dat|(0xC<<(24-i*4));}
if(Data_str[i]=='D'||Data_str[i]=='d'){Dat=Dat|(0xD<<(24-i*4));}
if(Data_str[i]=='E'||Data_str[i]=='e'){Dat=Dat|(0xE<<(24-i*4));}
if(Data_str[i]=='F'||Data_str[i]=='f'){Dat=Dat|(0xF<<(24-i*4));}
}
return Dat;
}
string HRD_Calculate::Change_str(unsigned int Data_int){
unsigned char i,bit;
string Dat="";
for(i=0;i<7;i++){
bit=(0xF&Data_int>>(6-i)*4);
if(bit==0x0){Dat+='0';}
if(bit==0x1){Dat+='1';}
if(bit==0x2){Dat+='2';}
if(bit==0x3){Dat+='3';}
if(bit==0x4){Dat+='4';}
if(bit==0x5){Dat+='5';}
if(bit==0x6){Dat+='6';}
if(bit==0x7){Dat+='7';}
if(bit==0x8){Dat+='8';}
if(bit==0x9){Dat+='9';}
if(bit==0xA){Dat+='A';}
if(bit==0xB){Dat+='B';}
if(bit==0xC){Dat+='C';}
if(bit==0xD){Dat+='D';}
if(bit==0xE){Dat+='E';}
if(bit==0xF){Dat+='F';}
}
return Dat;
}

41
src/legacy/2019.09/HRD_Calculate.h
View File

@ -0,0 +1,41 @@
#ifndef HRD_H
#define HRD_H
#include<iostream>
#include<vector>
#include<list>
#include<string>
using namespace std;
class HRD_Calculate{
public:
struct Block_struct{
unsigned char Address;
unsigned char Style;
};
unsigned char Table[20];//num:Block 0xA:Space 0xFF:Empty
unsigned char Space[2];
struct Block_struct Block[10];//0:2*2 1~5:1*2,2*1 6~9:1*1
const unsigned char Output_Width=4;
const string Square_str="[]";
const unsigned char Up=1,Down=2,Left=3,Right=4;
vector <unsigned int> List;
vector <unsigned int> Layer_Num;
list <unsigned int> Hash[0xFFFF];
vector< list <unsigned int> > Source;
list <unsigned int> Empty_uint_List;
unsigned int Now_Move;
void Calculate(unsigned int Start_Code);
void Add_Case(unsigned int Code);
void Move_Block(unsigned char Block_Num,unsigned char Dir_1,unsigned char Dir_2);
void Find_Next();
unsigned int Get_Code();
void Analyse_Code(unsigned int Code);
bool Check(unsigned int Code);
void Output_Graph(unsigned int Code);
unsigned int Change_int(char Data_str[7]);
string Change_str(unsigned int Data_int);
};
#endif

25
src/legacy/2019.09/main.cpp
View File

@ -0,0 +1,25 @@
#include<iostream>
#include<list>
#include<string>
#include<fstream>
#include "HRD_Calculate.h"
using namespace std;
ifstream File_Input;
ofstream File_Output;
int main(){
cout<<"This is a test of HRD_Calculate"<<endl;
HRD_Calculate HRD;
HRD.Calculate(0x1A9BF0C);
list<unsigned int>::iterator poi;
File_Output.open("Data_Output.txt");
for(unsigned int i=0;i<HRD.List.size();i++){
File_Output<<i<<" -> "<<HRD.Change_str(HRD.List[i])<<" ("<<HRD.Layer_Num[i]<<")";
poi=HRD.Source[i].begin();
while(poi!=HRD.Source[i].end()){File_Output<<" ["<<*poi<<"]";++poi;}
File_Output<<endl;
}
File_Output.close();
return 0;
}

608
src/legacy/2019.11/HRD.cpp
View File

@ -0,0 +1,608 @@
#include <iostream>
#include <vector>
#include <string>
#include <list>
#include <fstream>
using namespace std;
ifstream File_Input;
ofstream File_Output;
const unsigned char Up = 1, Down = 2, Left = 3, Right = 4;
struct block_struct {
unsigned char address; //0~19
unsigned char style; //0:2*2 1:2*1 2:1*2 3:1*1
};
unsigned char table[20]; //0~9:block[?] 0xA:space 0xFF:empty
unsigned char space[2]; //space[0~1]的位置
struct block_struct block[10]; //0:2*2 1~5:1*2,2*1 6~9:1*1
list <unsigned int> int_list; //空列表 给Source用
list <unsigned int> Hash[0x10000]; //哈希索引表
unsigned int Now_Move; //目前正在进行计算的布局编号
vector <unsigned int> List; //所有情况的队列
vector <unsigned int> Layer_Num; //所在层的编号
vector <list <unsigned int> > Source; //父布局编号
int group_size; //整个队列组的大小
int min_steps; //距离解的最少步骤
int farthest_steps; //到达最远布局的步数
vector <unsigned int> Solutions; //所有解
vector <unsigned int> min_Solutions; //所有最少步解
vector <unsigned int> Solutions_path; //最少步解法
vector <unsigned int> farthest_cases; //最远的布局解法
int target_steps; //到达目标布局的最少步骤
vector <unsigned int> target_path; //到达目标布局的最少步解法
vector <vector <unsigned int> > target_data; //target_data[Layer_num][num]
vector <vector <unsigned int> > target_source; //target_source[next_index]
vector <unsigned int> all_data; //所有布局的编码
vector <vector <unsigned int> > style_data; //style_0 ~ style_5下的所有编码
vector <vector <vector <unsigned int> > > group_data; //group[style][grout_index]下的所有编码
void debug();
void Find_All_Case();
void Data_Output();
unsigned int Change_int (char str[8]);
string Change_str (unsigned int dat);
void Output_Graph (unsigned int Code);
void Analyse_Code (unsigned int Code);
void Add_Case (unsigned int Code);
void Calculate (unsigned int Start_Code);
bool Check (unsigned int Code);
unsigned int Get_Code();
void Find_Next();
bool Check_Empty (unsigned char address,unsigned char dir,unsigned char num);
void Move_Block (unsigned char num,unsigned char dir_1,unsigned char dir_2);
void Fill_Block (unsigned char addr, unsigned char style, unsigned char filler);
vector <unsigned int> Search_Path (unsigned int target_num);
void Analyse_Case (unsigned int Start_Code);
void Analyse_target (unsigned int target);
int main(){
Analyse_Case(0x4FEA134);
Analyse_target(0x4F2E9C4);
return 0;
cout<<"Welcome to HRD-Calculator by Dnomd343"<<endl;
cout<<"Please Input the Code:";
}
vector <unsigned int> Search_Path (unsigned int target_num) { //搜索到达目标布局的一条最短路径 返回vector类
vector <unsigned int> path;
int temp = -1;
path.push_back(target_num); //路径中加入目标布局
while (temp != 0) {
temp = path[path.size() - 1];
path.push_back(*Source[temp].begin());
}
path.pop_back(); //去掉重复的根布局
temp = path.size() / 2; //反置整个路径
for (int i = 0; i < temp; i++) {
swap(path[i], path[path.size() - i - 1]);
}
for (int i = 0; i < path.size(); i++){ //将序号改成布局的编码
path[i] = List[path[i]];
}
return path;
}
void Analyse_target (unsigned int target) {
bool get_it = false;
unsigned int temp, target_num;
list <unsigned int>::iterator poi;
target_steps = -1;
target_path.clear();
web_target.clear();
web_target_source.clear();
for (int i = 0; i < List.size(); i++){ //搜索target的编号到target_num
if (List[i] == target){
get_it = true;
target_num = i;
target_steps = Layer_Num[i];
break;
}
}
if (get_it == false) {return;} //找不到这个target 退出
target_path = Search_Path(target_num);
}
void Analyse_Case (unsigned int Start_Code) { //对一个布局进行分析
unsigned int i, first_solution;
bool get_it = false;
if (Check(Start_Code) == false) {return;}
Calculate(Start_Code); //通过计算建立队列表
min_steps = -1;
farthest_steps = -1;
group_size=List.size();
Solutions.clear();
min_Solutions.clear();
farthest_cases.clear();
Solutions_path.clear();
for (i = 0; i < List.size(); i++) { //遍历队列中所有元素
Analyse_Code(List[i]);
if (block[0].address == 13) { //若当前布局为有效解
if (get_it == false){
min_steps = Layer_Num[i]; //第一个找到的解为最少步解
first_solution = i;
get_it = true;
}
Solutions.push_back(List[i]);
if (Layer_Num[i] == min_steps) {
min_Solutions.push_back(List[i]);
}
}
}
farthest_steps=Layer_Num[Layer_Num.size()-1]; //计算最远布局的步数
for (i = Layer_Num.size() - 1; i > 0; i--) { //找到所有最远的布局
if(Layer_Num[i] != farthest_steps) {break;}
farthest_cases.push_back(List[i]);
}
if (min_steps != -1) {Solutions_path = Search_Path(first_solution);}
}
void Calculate (unsigned int Start_Code) { //启动计算引擎
unsigned int i;
for (i = 0; i <= 0xFFFF; i++) {Hash[i].clear();} //初始化
List.clear();
Layer_Num.clear();
Source.clear();
Hash[(Start_Code>>4) & 0xFFFF].push_back(0); //加入初始布局
List.push_back(Start_Code);
Layer_Num.push_back(0);
Source.push_back(int_list);
Now_Move = 0; //搜索目标指向根节点
while (Now_Move != List.size()) { //进行广度优先搜索
Analyse_Code(List[Now_Move]); //解析目标布局
Find_Next(); //根据解析结果搜索所有子布局
Now_Move++;
}
}
void Add_Case (unsigned int Code) { //将计算结果加入队列
list <unsigned int>::iterator poi; //定义迭代器
poi = Hash[(Code>>4) & 0xFFFF].begin(); //设置poi为索引表的起始点
while (poi != Hash[(Code>>4) & 0xFFFF].end()) { //遍历索引表
if (Code == List[*poi]) { //若发现重复
if ((Layer_Num[*poi] - Layer_Num[Now_Move]) == 1) { //若高一层
Source[*poi].push_back(Now_Move); //加入父节点列表
}
return; //重复 退出
}
++poi;
}
Hash[(Code>>4) & 0xFFFF].push_back(List.size()); //将计算结果添加至索引表
List.push_back(Code); //将计算结果加入队列
Layer_Num.push_back(Layer_Num[Now_Move] + 1); //添加对应的层数
Source.push_back(int_list); //初始化其父节点列表
Source[Source.size()-1].push_back(Now_Move); //将正在进行搜索的布局添加为父节点
}
void Fill_Block (unsigned char addr, unsigned char style, unsigned char filler) { //用指定内容填充table中指定的位置
if (style == 0) {table[addr] = table[addr + 1] = table[addr + 4] = table[addr + 5] = filler;} //2*2
else if (style == 1) {table[addr] = table[addr + 1] = filler;} //2*1
else if (style == 2) {table[addr] = table[addr + 4] = filler;} //1*2
else if (style == 3) {table[addr] = filler;} //1*1
}
void Move_Block (unsigned char num, unsigned char dir_1, unsigned char dir_2) { //按要求移动块并将移动后的编码传给Add_Case
unsigned char i, addr, addr_bak;
addr = block[num].address;
addr_bak = addr;
if (dir_1 == Up) {addr -= 4;} //第一次移动
else if (dir_1==Down) {addr += 4;}
else if (dir_1==Left) {addr--;}
else if (dir_1==Right) {addr++;}
if (dir_2 == Up) {addr -= 4;} //第二次移动
else if (dir_2 == Down) {addr += 4;}
else if (dir_2 == Left) {addr--;}
else if (dir_2 == Right) {addr++;}
Fill_Block(addr_bak, block[num].style, 0xA); //修改 table为移动后的状态
Fill_Block(addr, block[num].style, num);
block[num].address = addr;
Add_Case(Get_Code()); //生成编码并赋予Add_Case
block[num].address = addr_bak;
Fill_Block(addr, block[num].style, 0xA); //还原 table原来的状态
Fill_Block(addr_bak, block[num].style, num);
}
void Find_Next() { //寻找所有移动的方式并提交给Move_Block
bool Can_Move[10];
unsigned char i, addr;
for (i = 0; i < 10; i++) {Can_Move[i] = false;}
for (i = 0; i <= 1; i++) { //寻找位于空格周围的所有块
addr = space[i];
if (addr > 3)
if (table[addr - 4] != 0xA) {Can_Move[table[addr - 4]] = true;}
if (addr < 16)
if (table[addr + 4] != 0xA) {Can_Move[table[addr + 4]] = true;}
if (addr % 4 != 0)
if (table[addr - 1] != 0xA) {Can_Move[table[addr - 1]] = true;}
if (addr % 4 != 3) {
if (table[addr + 1] != 0xA) {Can_Move[table[addr + 1]] = true;}}
}
for (i = 0; i <= 9; i++) {
if (Can_Move[i] == true) { //若该块可能可以移动
addr = block[i].address;
if (block[i].style == 0) { //2*2
if ((Check_Empty(addr, Up, 1) == true) &&
(Check_Empty(addr + 1,Up, 1) == true)) {Move_Block(i, Up, 0);}
if ((Check_Empty(addr, Down, 2) == true) &&
(Check_Empty(addr + 1,Down, 2) == true)) {Move_Block(i, Down, 0);}
if ((Check_Empty(addr, Left, 1) == true) &&
(Check_Empty(addr + 4, Left, 1) == true)) {Move_Block(i, Left, 0);}
if ((Check_Empty(addr, Right, 2) == true) &&
(Check_Empty(addr + 4, Right, 2) == true)) {Move_Block(i, Right, 0);}
}
else if (block[i].style == 1) { //2*1
if ((Check_Empty(addr, Up, 1) == true) &&
(Check_Empty(addr + 1, Up, 1) == true)) {Move_Block(i, Up, 0);}
if ((Check_Empty(addr, Down, 1) == true) &&
(Check_Empty(addr + 1, Down, 1) == true)) {Move_Block(i, Down, 0);}
if (Check_Empty(addr, Left, 1) == true) {
Move_Block(i, Left, 0);
if (Check_Empty(addr, Left, 2) == true) {Move_Block(i, Left, Left);}
}
if (Check_Empty(addr, Right, 2) == true) {
Move_Block(i, Right, 0);
if (Check_Empty(addr, Right, 3) == true) {Move_Block(i, Right, Right);}
}
}
else if (block[i].style == 2) { //1*2
if (Check_Empty(addr, Up, 1) == true) {
Move_Block(i, Up, 0);
if (Check_Empty(addr, Up, 2) == true) {Move_Block(i, Up, Up);}
}
if (Check_Empty(addr, Down, 2) == true) {
Move_Block(i, Down, 0);
if (Check_Empty(addr, Down, 3) == true) {Move_Block(i, Down, Down);}
}
if ((Check_Empty(addr, Left, 1) == true) &&
(Check_Empty(addr + 4, Left, 1) == true)) {Move_Block(i, Left, 0);}
if ((Check_Empty(addr, Right, 1) == true) &&
(Check_Empty(addr + 4, Right, 1) == true)) {Move_Block(i, Right, 0);}
}
else if (block[i].style == 3) { //1*1
if (Check_Empty(addr, Up, 1) == true) {
Move_Block(i, Up, 0);
if (Check_Empty(addr - 4, Up, 1) == true) {Move_Block(i, Up, Up);}
if (Check_Empty(addr - 4, Left, 1) == true) {Move_Block(i, Up, Left);}
if (Check_Empty(addr - 4, Right, 1) == true) {Move_Block(i, Up, Right);}
}
if (Check_Empty(addr, Down, 1) == true) {
Move_Block(i, Down, 0);
if (Check_Empty(addr + 4, Down, 1) == true) {Move_Block(i, Down, Down);}
if (Check_Empty(addr + 4, Left, 1) == true) {Move_Block(i, Down, Left);}
if (Check_Empty(addr + 4, Right, 1) == true) {Move_Block(i, Down, Right);}
}
if (Check_Empty(addr, Left, 1) == true) {
Move_Block(i, Left, 0);
if (Check_Empty(addr - 1, Up, 1) == true) {Move_Block(i, Left, Up);}
if (Check_Empty(addr - 1, Down, 1) == true) {Move_Block(i, Left, Down);}
if (Check_Empty(addr - 1, Left, 1) == true) {Move_Block(i, Left, Left);}
}
if (Check_Empty(addr, Right, 1) == true) {
Move_Block(i, Right, 0);
if (Check_Empty(addr + 1, Up, 1) == true) {Move_Block(i, Right, Up);}
if (Check_Empty(addr + 1, Down, 1) == true) {Move_Block(i, Right, Down);}
if (Check_Empty(addr + 1, Right, 1) == true) {Move_Block(i, Right, Right);}
}
}
}
}
}
bool Check_Empty (unsigned char address, unsigned char dir, unsigned char num) { //判断指定位置是否为空格 若不是空格或者无效返回false
unsigned char x, y, addr;
if (address > 19) {return false;} //输入位置不存在
x = address % 4;
y = (address - x) / 4;
if (dir == Up) { //上方
if (y < num) {return false;}
addr = address - num * 4;
}
if (dir == Down) { //下方
if (y + num > 4) {return false;}
addr = address + num * 4;
}
if (dir == Left) { //左侧
if (x < num) {return false;}
addr = address - num;
}
if (dir == Right) { //右侧
if(x + num > 3){return false;}
addr = address + num;
}
if (table[addr] == 0xA) {
return true;
} else {
return false;
}
}
unsigned int Get_Code() { //生成编码
bool temp[20];
unsigned int Code = 0;
unsigned char i, addr, style;
for (i = 0; i < 20; i++) {temp[i] = false;} //初始化
temp[block[0].address] = temp[block[0].address + 1] =
temp[block[0].address + 4] = temp[block[0].address + 5] = true;
Code |= block[0].address<<24; //2*2块的位置
addr = 0;
for (i = 1; i <= 11; i++) {
while(temp[addr] == true){ //找到下一个未填充的空格
if (addr < 19) {
addr++;
} else {
return 0;
}
}
if (table[addr] == 0xA) { //空格
temp[addr] = true;
} else {
style = block[table[addr]].style;
if (style == 1) { //2*1
temp[addr] = temp[addr + 1] = true;
Code |= 1<<(24 - i * 2);
}
else if (style == 2) { //1*2
temp[addr] = temp[addr + 4] = true;
Code |= 2<<(24 - i * 2);
}
else if (style == 3) { //1*1
temp[addr] = true;
Code |= 3<<(24 - i * 2);
}
}
}
return Code;
}
void Analyse_Code (unsigned int Code) { //解译编码到 table[20] block[10] space[2]中
unsigned char i, addr, style;
unsigned char num_space = 0, num_type_1 = 0, num_type_2 = 5;
space[0] = space[1] = 0xFF; //初始化
for (i = 0; i < 20; i++) {table[i] = 0xFF;}
for (i = 0; i <= 9; i++) {
block[i].address = 0xFF;
block[i].style = 0xFF;
}
block[0].address = 0xF & (Code>>24); //开始解译
if (block[0].address > 14) {goto err;} //2*2块越界 退出
block[0].style = 0; //设置2*2块的参数
Fill_Block(block[0].address, 0, 0x0);
addr = 0;
for (i = 0; i < 11; i++) { //遍历 10个块
while (table[addr] != 0xFF){ //向下搜索空块
if (addr < 19) {
addr++;
} else {
break;
}
}
style = 0x3 & (Code>>(22 - i * 2)); //0:space 1:2*1 2:1*2 3:1*1
if (style == 0) { //space
table[addr] = 0xA;
space[num_space] = addr;
if (num_space == 0) {num_space++;}
}
if (style == 1) { //2*1
if (num_type_1 < 5) {num_type_1++;}
if (addr > 18) {goto err;} //2*1块越界
block[num_type_1].style = 1;
block[num_type_1].address = addr;
table[addr] = table[addr + 1] = num_type_1;
}
if (style == 2) { //1*2
if (num_type_1 < 5) {num_type_1++;}
if (addr > 15) {goto err;} //1*2块越界
block[num_type_1].style = 2;
block[num_type_1].address = addr;
table[addr] = table[addr + 4] = num_type_1;
}
if (style == 3) { //1*1
if (num_type_2 < 9) {num_type_2++;}
block[num_type_2].style = 3;
block[num_type_2].address = addr;
table[addr] = num_type_2;
}
}
err:;
}
bool Check (unsigned int Code) { //检查编码是否合法 正确返回true 错误返回false
bool temp[20];
unsigned char addr, i;
Analyse_Code(Code);
for (i = 0; i < 20; i++){temp[i] = false;} //初始化
for (i = 0; i < 20; i++) { //检查table内容是否合法
if (table[i] > 10) {return false;}
}
if (block[0].style != 0) {return false;} //检查2*2块
for (i = 1; i <= 5; i++) { //检查2*1与1*2块
if ((block[i].style != 1) && (block[i].style != 2)) {return false;}
}
for (i = 6; i <= 9; i++) { //检查1*1块
if (block[i].style != 3) {return false;}
}
for (i = 0; i <= 1; i++) { //检查空格
if (space[i] > 19) {
return false;
} else {
temp[space[i]] = true;
}
}
addr = block[0].address; //检查2*2块
if ((addr > 14) || (addr%4 == 3)) {return false;}
if ((temp[addr] == true) || (temp[addr + 1] == true) ||
(temp[addr + 4] == true) || (temp[addr + 5] == true)) {return false;}
temp[addr] = temp[addr + 1] = temp[addr + 4] = temp[addr + 5] = true;
for (i = 1; i <= 5; i++) { //检查2*1与1*2块
addr = block[i].address;
if (block[i].style == 1) {
if ((addr > 18) || (addr % 4 == 3)) {return false;}
if ((temp[addr] == true) || (temp[addr + 1] == true)) {return false;}
temp[addr] = temp[addr + 1] = true;
}
if (block[i].style == 2) {
if (addr > 15) {return false;}
if ((temp[addr] == true) || (temp[addr + 4] == true)) {return false;}
temp[addr] = temp[addr + 4] = true;
}
}
for (i = 6; i <= 9; i++) { //检查1*1块
addr = block[i].address;
if (addr > 19) {return false;}
if (temp[addr] == true) {return false;}
temp[addr] = true;
}
return true;
}
void Output_Graph (unsigned int Code) { //命令行下图形化输出布局图
const unsigned char Square_Width = 4;
const string Square_str = "[]"; //or "u2588"
unsigned int i, k, m;
unsigned int start_x, start_y, end_x, end_y;
bool Graph[(Square_Width + 1) * 4 + 1][(Square_Width + 1) * 5 + 1]; //点阵方式储存输出图像
if (Check(Code) == false) {
cout<<"The Code is Wrong!"<<endl;
return;
}
Analyse_Code(Code); //先解析编码
for (k = 0; k <= (Square_Width + 1) * 5; k++) { //初始化
for (i = 0; i <= (Square_Width + 1) * 4; i++) {
Graph[i][k] = false;
}
}
for (m = 0; m <= 9; m++) { //遍历九个块
start_x = (block[m].address % 4) * (Square_Width + 1) + 1; //计算该块的左上角坐标
start_y = int(block[m].address / 4) * (Square_Width + 1) + 1;
if ((block[m].style == 0) || (block[m].style == 1)) { //计算该块的右下角横坐标
end_x = start_x + Square_Width * 2; //2*2 or 2*1
} else {
end_x = start_x + Square_Width - 1; //1*2 or 1*1
}
if ((block[m].style == 0) || (block[m].style == 2)) { //计算该块的右下角纵坐标
end_y = start_y + Square_Width * 2; //2*2 or 1*2
} else {
end_y = start_y + Square_Width - 1; //2*1 or 1*1
}
for (i = start_x; i <= end_x; i++) { //填充该块覆盖的区域
for(k = start_y; k <= end_y; k++) {
Graph[i][k] = true;
}
}
}
for (i = 1; i <= (Square_Width + 1) * 4 + 3; i++) {cout<<Square_str;} //显示上边框
cout<<endl<<Square_str;
for (k = 0; k <= (Square_Width + 1) * 5; k++){ //显示图像内容
for (i = 0; i <= (Square_Width + 1) * 4; i++) {
if (Graph[i][k] == false){
cout<<" ";
} else {
cout<<Square_str;
}
}
cout<<Square_str<<endl<<Square_str; //显示左右边框
}
for (i = 1; i <= (Square_Width + 1) * 4 + 2; i++) {cout<<Square_str;} //显示下边框
cout<<endl;
}
string Change_str (unsigned int dat) { //将编码数据转化为字符
unsigned char i, bit;
string str = "";
for (i = 0; i < 7; i++) {
bit = 0xF & dat>>(6 - i)*4; //分离单个十六进制位
if ((bit >= 0) && (bit <= 9)) {str += bit + 48;} //0~9
if ((bit >= 0xA) && (bit <= 0xF)) {str += bit + 55;} //A~F
}
return str;
}
unsigned int Change_int (char str[8]) { //将编码字符转化为int
unsigned int i, dat = 0;
for (i = 0; i < 7; i++) {
if ((str[i] >= 48) && (str[i] <= 57)) {dat = dat | (str[i] - 48)<<(24 - i * 4);} //0~9
if ((str[i] >= 65) && (str[i] <= 70)) {dat = dat | (str[i] - 55)<<(24 - i * 4);} //A~F
if ((str[i] >= 97) && (str[i] <= 102)) {dat = dat | (str[i] - 87)<<(24 - i * 4);} //a~f
}
return dat;
}
void debug() { //输出当前 table[20] block[10] space[2]的状态
unsigned int i;
for (i = 0; i < 20; i++) {
if (table[i] != 0xA) {
cout<<int(table[i])<<" ";
} else {
cout<<"A ";
}
if (i == 3) {cout<<" 00 01 02 03"<<endl;}
if (i == 7) {cout<<" 04 05 06 07"<<endl;}
if (i == 11) {cout<<" 08 09 10 11"<<endl;}
if (i == 15) {cout<<" 12 13 14 15"<<endl;}
if (i == 19) {cout<<" 16 17 18 19"<<endl;}
}
cout<<endl<<"space[0] -> address="<<int(space[0])<<endl;
cout<<"space[1] -> address="<<int(space[1])<<endl<<endl;
for (i = 0; i <= 9; i++) {
cout<<"block["<<i<<"] -> address="<<int(block[i].address)<<" style="<<int(block[i].style)<<endl;
}
}
void Find_All_Case(){ //Right_File's MD5: 4A0179C6AEF266699A73E41ECB4D87C1
File_Output.open("All_Case.txt");
unsigned int i;
for(i=0;i<0xFFFFFFF;i=i+4){
if(Check(i)==true){File_Output<<Change_str(i)<<endl;}
}
File_Output.close();
}
void Data_Output(){
unsigned int i;
list<unsigned int>::iterator poi;
File_Output.open("Data_Output.txt");
for(i=0;i<List.size();i++){
File_Output<<i<<" -> "<<Change_str(List[i])<<" ("<<Layer_Num[i]<<")";
poi=Source[i].begin();
while(poi!=Source[i].end()){File_Output<<" ["<<*poi<<"]";++poi;}
File_Output<<endl;
}
File_Output.close();
}

912
src/legacy/2020.06/main.cpp
View File

@ -0,0 +1,912 @@
#include <iostream>
#include <vector>
#include <string>
#include <list>
#include <fstream>
using namespace std;
ifstream File_Input;
ofstream File_Output;
const unsigned char Up = 1, Down = 2, Left = 3, Right = 4;
struct block_struct {
unsigned char address; //0~19
unsigned char style; //0:2*2 1:2*1 2:1*2 3:1*1
};
unsigned char table[20]; //0~9:block[?] 0xA:space 0xFF:empty
unsigned char space[2]; //space[0~1]的位置
struct block_struct block[10]; //0:2*2 1~5:1*2,2*1 6~9:1*1
list <unsigned int> int_list; //空列表 给Source用
vector <unsigned int> int_vector; //空vector 给Layer用
list <unsigned int> Hash[0x10000]; //哈希索引表
unsigned int Now_Move; //目前正在进行计算的布局编号
vector <unsigned int> List; //所有情况的队列
vector <unsigned int> Layer_Num; //所在层的编号
vector <unsigned int> Layer_Index; //层中所属的编号
vector <list <unsigned int> > Source; //父布局编号
vector <vector <unsigned int> > Layer; //分层
vector <vector <vector <unsigned int> > > Layer_Next; //分层链接
vector <bool> bool_vector; //空vector 给solution_flag用
vector <vector <bool> > solution_flag; //求不同步数解的标识
//布局的基本参数
int group_size; //整个队列组的大小
int min_solution_step; //最少的步数
int solution_num; //解的个数
int min_solution_num; //最少步解的个数
vector <unsigned int> solution_case; //所有解
vector <unsigned int> solution_step; //所有解对应的步数
vector <unsigned int> min_solution_case; //所有最少步解
int farthest_step; //最远布局的步数
int farthest_num; //最远布局的个数
vector <unsigned int> farthest_case; //所有最远的布局
void debug();
void Output_Graph(unsigned int Code);
string Change_str(unsigned int dat);
unsigned int Change_int(char str[8]);
bool Check(unsigned int Code);
void Analyse_Code(unsigned int Code);
unsigned int Get_Code();
bool Check_Empty(unsigned char address,unsigned char dir,unsigned char num);
void Fill_Block(unsigned char addr, unsigned char style, unsigned char filler);
void Move_Block(unsigned char num,unsigned char dir_1,unsigned char dir_2);
void Find_Next();
void Add_Case(unsigned int Code);
void Calculate(unsigned int Start_Code);
void Split_Layer();
vector <unsigned int> Sort(vector <unsigned int> dat);
void Analyse_Case(unsigned int Start_Code);
void Output_Detail(unsigned int Code);
vector <unsigned int> Split_Group(vector <unsigned int> dat);
int main() {
unsigned int i, j, k, index;
struct Case_struct {
unsigned int id;
char Short_Code[5];
unsigned int Code;
unsigned int Style;
unsigned int Group;
int group_size;
int min_solution_step;
int solution_num;
int min_solution_num;
vector <unsigned int> solution_case;
vector <unsigned int> solution_step;
vector <unsigned int> min_solution_case;
int farthest_step;
int farthest_num;
vector <unsigned int> farthest_case;
};
Case_struct empty_case;
vector <Case_struct> All_Case;
cout << "Find all cases..." << endl;
for (i = 0; i < 0xFFFFFFF; i += 4) {
if (Check(i) == true) {
All_Case.push_back(empty_case);
index = All_Case.size() - 1;
All_Case[index].Code = i;
All_Case[index].id = index;
k = 0;
for (j = 1; j <= 5; j++) {
if (block[j].style == 1) {k++;}
}
All_Case[index].Style = k;
All_Case[All_Case.size() - 1].Short_Code[4] = 0;
All_Case[All_Case.size() - 1].Short_Code[3] = index % 26;
index = (index - All_Case[All_Case.size() - 1].Short_Code[3]) / 26;
All_Case[All_Case.size() - 1].Short_Code[2] = index % 26;
index = (index - All_Case[All_Case.size() - 1].Short_Code[2]) / 26;
All_Case[All_Case.size() - 1].Short_Code[1] = index % 26;
index = (index - All_Case[All_Case.size() - 1].Short_Code[1]) / 26;
All_Case[All_Case.size() - 1].Short_Code[0] = index % 26;
for (j = 0; j <= 3; j++) {
All_Case[All_Case.size() - 1].Short_Code[j] += 97;
}
}
if (i % 0x1000000 == 0) {cout << (i >> 24) + 1 << "/16" << endl;}
}
cout << "OK -> Size of All_Case: " << All_Case.size() << endl;
vector <unsigned int> dat;
vector <unsigned int> Group_Index;
for (k = 0; k <= 5; k++) {
dat.clear();
Group_Index.clear();
for (i = 0; i < All_Case.size(); i++) {
if (All_Case[i].Style == k) {
dat.push_back(All_Case[i].Code);
}
}
cout << "Style_" << k << " with " << dat.size() << " cases" << endl;
Group_Index = Split_Group(dat);
j = 0;
for (i = 0; i < All_Case.size(); i++) {
if (All_Case[i].Style == k) {
All_Case[i].Group = Group_Index[j];
j++;
}
}
}
cout << "Output main.csv...";
File_Output.open("main.csv");
File_Output << "id,short_code,code,style,group";
for (i = 0; i < All_Case.size(); i++) {
File_Output << endl;
File_Output << All_Case[i].id << ",";
File_Output << All_Case[i].Short_Code << ",";
File_Output << Change_str(All_Case[i].Code) << ",";
File_Output << All_Case[i].Style << ",";
File_Output << All_Case[i].Group;
}
File_Output.close();
cout << "OK" << endl;
cout << "Start analyse all cases..." << endl;
for (i = 0; i < All_Case.size(); i++) {
cout << Change_str(All_Case[i].Code) << "...";
Analyse_Case(All_Case[i].Code);
All_Case[i].group_size = group_size;
All_Case[i].min_solution_step = min_solution_step;
All_Case[i].solution_num = solution_num;
All_Case[i].min_solution_num = min_solution_num;
All_Case[i].solution_case = solution_case;
All_Case[i].solution_step = solution_step;
All_Case[i].min_solution_case = min_solution_case;
All_Case[i].farthest_step = farthest_step;
All_Case[i].farthest_num = farthest_num;
All_Case[i].farthest_case = farthest_case;
cout << "OK -> " << i + 1 << "/" << All_Case.size() << endl;
}
cout << "Output group.csv...";
File_Output.open("group.csv");
File_Output << "id,group_id,group_size";
for (i = 0; i < All_Case.size(); i++) {
File_Output << endl;
File_Output << All_Case[i].id << ",";
File_Output << All_Case[i].Style << "-" << All_Case[i].Group << ",";
File_Output << All_Case[i].group_size;
}
File_Output.close();
cout << "OK" << endl;
cout << "Output farthest.csv...";
File_Output.open("farthest.csv");
File_Output << "id,farthest_step,farthest_num,farthest_case";
for (i = 0; i < All_Case.size(); i++) {
File_Output << endl;
File_Output << All_Case[i].id << ",";
File_Output << All_Case[i].farthest_step << ",";
File_Output << All_Case[i].farthest_num << ",";
for (j = 0; j < All_Case[i].farthest_case.size(); j++) {
File_Output << Change_str(All_Case[i].farthest_case[j]);
if (j != All_Case[i].farthest_case.size() - 1) {File_Output << "-";}
}
}
File_Output.close();
cout << "OK" << endl;
cout << "Output min_solution.csv...";
File_Output.open("min_solution.csv");
File_Output << "id,min_solution_step,min_solution_num,min_solution_case";
for (i = 0; i < All_Case.size(); i++) {
File_Output << endl;
File_Output << All_Case[i].id << ",";
File_Output << All_Case[i].min_solution_step << ",";
File_Output << All_Case[i].min_solution_num << ",";
for (j = 0; j < All_Case[i].min_solution_case.size(); j++) {
File_Output << Change_str(All_Case[i].min_solution_case[j]);
if (j != All_Case[i].min_solution_case.size() - 1) {File_Output << "-";}
}
}
File_Output.close();
cout << "OK" << endl;
cout << "Output solution.csv...";
File_Output.open("solution.csv");
File_Output << "id,solution_num,solution_case";
for (i = 0; i < All_Case.size(); i++) {
File_Output << endl;
File_Output << All_Case[i].id << ",";
File_Output << All_Case[i].solution_num << ",";
for (j = 0; j < All_Case[i].solution_case.size(); j++) {
File_Output << Change_str(All_Case[i].solution_case[j]);
File_Output << "(" << All_Case[i].solution_step[j] << ")";
if (j != All_Case[i].solution_case.size() - 1) {File_Output << "-";}
}
}
File_Output.close();
cout << "OK" << endl;
cout << "All Done!" << endl;
return 0;
}
vector <unsigned int> Split_Group(vector <unsigned int> dat) { //分离群组，要求输入的数据从小到大排列
unsigned int i, j;
vector <unsigned int> temp;
vector <vector <unsigned int> > Group_Sorted;
cout << "Input dat with " << dat.size() << " cases" << endl;
cout << "Start to split the group" << endl;
while (1 == 1) {
if (dat.size() == 0) {break;}
cout << "Try to find the group of " << Change_str(dat[0]) << "...";
Calculate(dat[0]);
cout << "OK -> " << List.size() << " members had been found!" << endl;
cout << "Try to kick them out...";
for (i = 0; i < List.size(); i++) {
for (j = 0; j < dat.size(); j++) {
if (List[i] == dat[j]) {dat[j] = 0;}
}
}
cout << "OK" << endl;
cout << "Neaten the group...";
for (i = 0; i < List.size() - 1; i++) {
for (j = 0; j < List.size() - 1; j++) {
if (List[j] >= List[j + 1]) {swap(List[j], List[j + 1]);}
}
}
Group_Sorted.push_back(List);
cout << "OK" << endl;
cout << "Refresh dat...";
temp.clear();
for (i = 0; i < dat.size(); i++) {
if (dat[i] != 0) {
temp.push_back(dat[i]);
}
}
dat.clear();
dat = temp;
cout << "OK -> Size of dat:" << dat.size() << endl;
}
cout << "Neaten the Group_Sorted...";
for (i = 0; i < Group_Sorted.size() - 1; i++) {
for (j = 0; j < Group_Sorted.size() - 1; j++) {
if (Group_Sorted[j].size() < Group_Sorted[j + 1].size()) {
swap(Group_Sorted[j], Group_Sorted[j + 1]);
}
}
}
cout << "OK -> Size of Group_Sorted: " << Group_Sorted.size() << endl;
dat.clear();
temp.clear();
for (i = 0; i < Group_Sorted.size(); i++) {
for (j = 0; j < Group_Sorted[i].size(); j++) {
dat.push_back(Group_Sorted[i][j]);
temp.push_back(i);
}
}
cout << "Record the Group_num...";
for (i = 0; i < dat.size() - 1; i++) {
for (j = 0; j < dat.size() - 1; j++) {
if (dat[j] >= dat[j + 1]) {
swap(dat[j], dat[j + 1]);
swap(temp[j], temp[j + 1]);
}
}
}
cout << "OK" << endl;
return temp;
}
void Output_Detail(unsigned int Code) { //输出某一布局的具体数据
unsigned int i, j, layer;
Analyse_Case(Code); //进行分析
cout << "Code: " << Change_str(Code) << endl << endl;
cout << "farthest_step: " << farthest_step << endl;
cout << "farthest_num: " << farthest_num << endl;
cout << "farthest_case: ";
for (i = 0; i < farthest_case.size(); i++) {
cout << Change_str(farthest_case[i]) << " ";
}
cout << endl << endl;
cout << "min_solution_step: " << min_solution_step << endl;
cout << "min_solution_num: " << min_solution_num << endl;
cout << "min_solution_case: ";
for (i = 0; i < min_solution_case.size(); i++) {
cout << Change_str(min_solution_case[i]) << " ";
}
cout << endl << endl;
cout << "solution_num: " << solution_num << endl;
cout << "solution_case(solution_step): ";
for (i = 0; i < solution_case.size(); i++) {
cout << Change_str(solution_case[i]) << "(" << solution_step[i] << ") ";
}
cout << endl << endl;
string File_Name;
File_Name = Change_str(Code) + ".txt";
cout << "Data save at " << File_Name << endl << endl;
File_Output.open(File_Name.c_str());
File_Output << "[Group_size]" << endl << group_size << endl;
File_Output << "[Min_Solution_step]" << endl << min_solution_step << endl;
File_Output << "[Farthest_step]" << endl << farthest_step << endl;
File_Output << "[Min_Solution]" << endl;
for (i = 0; i < min_solution_case.size(); i++) {
File_Output << Change_str(min_solution_case[i]) << endl;
}
File_Output << "[Farthest]" << endl;
for (i = 0; i < farthest_case.size(); i++) {
File_Output << Change_str(farthest_case[i]) << endl;
}
File_Output << "[Solution]" << endl;
for (i = 0; i < solution_case.size(); i++) {
File_Output << Change_str(solution_case[i]) << " (" << solution_step[i] << ")" << endl;
}
File_Output << "[List]" << endl;
for (i = 0; i < List.size(); i++) {
File_Output << i << " -> " << Change_str(List[i]) << " (" << Layer_Num[i] << "," << Layer_Index[i] << ")" << endl;
}
File_Output << "[Layer]" << endl;
for (layer = 0; layer < Layer.size(); layer++) {
for (i = 0; i < Layer_Next[layer].size(); i++) {
File_Output << "(" << layer << "," << i << ")" << " -> ";
for (j = 0; j < Layer_Next[layer][i].size(); j++) {
File_Output << "(" << (layer + 1) << "," << Layer_Next[layer][i][j] << ") ";
}
File_Output << endl;
}
}
list<unsigned int>::iterator poi;
File_Output << "[Source]" << endl;
for (i = 0; i < List.size(); i++){
File_Output << i << " -> " << Change_str(List[i]) << " (" << Layer_Num[i] << ")";
poi = Source[i].begin();
while (poi != Source[i].end()) {
File_Output << " [" << *poi << "]";
++poi;
}
File_Output<<endl;
}
File_Output.close();
}
void Analyse_Case(unsigned int Code) { //对一个布局进行分析
unsigned int i, j, k;
vector <unsigned int> temp;
min_solution_step = -1; //初始化
solution_num = 0;
min_solution_num = 0;
farthest_step = -1;
farthest_num = 0;
solution_case.clear();
solution_step.clear();
min_solution_case.clear();
farthest_case.clear();
Layer.clear();
Layer_Next.clear();
Layer_Index.clear();
solution_flag.clear();
if (Check(Code) == false) {return;} //若输入编码无效则退出
Calculate(Code); //通过计算建立队列表
Split_Layer(); //分层并计算链接
group_size = List.size(); //得到整个队列树大小
farthest_step = Layer_Num[Layer_Num.size() - 1]; //计算最远布局的步数
for (i = 0; i < Layer[farthest_step].size(); i++) { //找到所有最远的布局
farthest_case.push_back(Layer[farthest_step][i]);
}
farthest_num = farthest_case.size();
farthest_case = Sort(farthest_case); //得到的结果进行排序
for (i = 0; i < List.size(); i++) {
if ((0xF & (List[i] >> 24)) == 0xD) {
min_solution_step = Layer_Num[i]; //找到最少步数
break;
}
}
if (min_solution_step == -1) {return;} //无解则退出
for (i = 0; i < Layer[min_solution_step].size(); i++) { //遍历最少步所在层
if ((0xF & (Layer[min_solution_step][i] >> 24)) == 0xD) { //判断是否为解
min_solution_case.push_back(Layer[min_solution_step][i]);
solution_flag[min_solution_step][i] = true; //标识
}
}
min_solution_num = min_solution_case.size();
min_solution_case = Sort(min_solution_case); //得到的结果进行排序
solution_case = min_solution_case;
for (i = 0; i < solution_case.size(); i++) { //初始化已知部分的solution_step
solution_step.push_back(min_solution_step);
}
for (i = 0; i < Layer.size() - 1; i++) { //遍历除最后一层外的所有层
for (j = 0; j < Layer[i].size(); j++) { //遍历层内元素
if (solution_flag[i][j] == true) { //若该元素被标识
for (k = 0; k < Layer_Next[i][j].size(); k++) { //遍历其下一步
solution_flag[i + 1][Layer_Next[i][j][k]] = true; //标识
}
}
}
temp.clear(); //初始化temp
for (j = 0; j < Layer[i + 1].size(); j++) { //遍历下一层内元素
if (solution_flag[i + 1][j] == false) { //得到未被标识的元素
if ((0xF & (Layer[i + 1][j] >> 24)) == 0xD) { //若为解的布局
//solution_case.push_back(Layer[i + 1][j]);
temp.push_back(Layer[i + 1][j]); //为了方便排序，先加入到temp中
solution_step.push_back(i + 1);
solution_flag[i + 1][j] = true; //进行标识
}
}
}
temp = Sort(temp); //将得到的数据进行处理
for (k = 0; k < temp.size(); k++) { //将temp内容加入solution_case中
solution_case.push_back(temp[k]);
}
}
solution_num = solution_case.size();
}
vector <unsigned int> Sort(vector <unsigned int> dat) { //将输入的vector排序为从小到大
unsigned int i, j;
if (dat.size() == 0) {return dat;} //空的则退出
for (i = 0; i < dat.size() - 1; i++) { //冒泡排序
for (j = 0; j < dat.size() - 1; j++) {
if (dat[j] >= dat[j + 1]) {swap(dat[j], dat[j + 1]);}
}
}
return dat;
}
void Split_Layer() { //分割得到不同层并进行链接
vector <vector <unsigned int> > temp;
int i, num, index;
num = -1;
index = 0;
for (i = 0; i < Layer_Num.size(); i++) { //遍历全部布局
if (Layer_Num[i] != num) { //到了新的层
solution_flag.push_back(bool_vector);
Layer.push_back(int_vector);
Layer_Next.push_back(temp);
num = Layer_Num[i];
index = 0;
}
solution_flag[num].push_back(false);
Layer_Index.push_back(index);
index++;
Layer[num].push_back(List[i]);
Layer_Next[num].push_back(int_vector); //初始化链接数据
}
list <unsigned int>::iterator poi; //声明迭代器
for (i = 1; i < List.size(); i++) { //遍历除根布局外的额全部布局
poi = Source[i].begin();
while (poi != Source[i].end()) { //遍历其上一步
Layer_Next[Layer_Num[*poi]][Layer_Index[*poi]].push_back(Layer_Index[i]); //加入链接表中
++poi;
}
}
}
void Calculate(unsigned int Start_Code) { //启动计算引擎
unsigned int i;
for (i = 0; i <= 0xFFFF; i++) {Hash[i].clear();} //初始化
List.clear();
Layer_Num.clear();
Source.clear();
Hash[(Start_Code >> 4) & 0xFFFF].push_back(0); //加入初始布局
List.push_back(Start_Code);
Layer_Num.push_back(0);
Source.push_back(int_list);
Now_Move = 0; //搜索目标指向根节点
while (Now_Move != List.size()) { //进行广度优先搜索
Analyse_Code(List[Now_Move]); //解析目标布局
Find_Next(); //根据解析结果搜索所有子布局
Now_Move++;
}
}
void Add_Case(unsigned int Code) { //将计算结果加入队列
list <unsigned int>::iterator poi; //定义迭代器
poi = Hash[(Code >> 4) & 0xFFFF].begin(); //设置poi为索引表的起始点
while (poi != Hash[(Code >> 4) & 0xFFFF].end()) { //遍历索引表
if (Code == List[*poi]) { //若发现重复
if ((Layer_Num[*poi] - Layer_Num[Now_Move]) == 1) { //若高一层
Source[*poi].push_back(Now_Move); //加入父节点列表
}
return; //重复 退出
}
++poi;
}
Hash[(Code >> 4) & 0xFFFF].push_back(List.size()); //将计算结果添加至索引表
List.push_back(Code); //将计算结果加入队列
Layer_Num.push_back(Layer_Num[Now_Move] + 1); //添加对应的层数
Source.push_back(int_list); //初始化其父节点列表
Source[Source.size() - 1].push_back(Now_Move); //将正在进行搜索的布局添加为父节点
}
void Move_Block(unsigned char num, unsigned char dir_1, unsigned char dir_2) { //按要求移动块并将移动后的编码传给Add_Case
unsigned char i, addr, addr_bak;
addr = block[num].address;
addr_bak = addr;
if (dir_1 == Up) {addr -= 4;} //第一次移动
else if (dir_1==Down) {addr += 4;}
else if (dir_1==Left) {addr--;}
else if (dir_1==Right) {addr++;}
if (dir_2 == Up) {addr -= 4;} //第二次移动
else if (dir_2 == Down) {addr += 4;}
else if (dir_2 == Left) {addr--;}
else if (dir_2 == Right) {addr++;}
Fill_Block(addr_bak, block[num].style, 0xA); //修改 table为移动后的状态
Fill_Block(addr, block[num].style, num);
block[num].address = addr;
Add_Case(Get_Code()); //生成编码并赋予Add_Case
block[num].address = addr_bak;
Fill_Block(addr, block[num].style, 0xA); //还原 table原来的状态
Fill_Block(addr_bak, block[num].style, num);
}
void Find_Next() { //寻找所有移动的方式并提交给Move_Block
bool Can_Move[10];
unsigned char i, addr;
for (i = 0; i < 10; i++) {Can_Move[i] = false;}
for (i = 0; i <= 1; i++) { //寻找位于空格周围的所有块
addr = space[i];
if (addr > 3)
if (table[addr - 4] != 0xA) {Can_Move[table[addr - 4]] = true;}
if (addr < 16)
if (table[addr + 4] != 0xA) {Can_Move[table[addr + 4]] = true;}
if (addr % 4 != 0)
if (table[addr - 1] != 0xA) {Can_Move[table[addr - 1]] = true;}
if (addr % 4 != 3) {
if (table[addr + 1] != 0xA) {Can_Move[table[addr + 1]] = true;}}
}
for (i = 0; i <= 9; i++) {
if (Can_Move[i] == true) { //若该块可能可以移动
addr = block[i].address;
if (block[i].style == 0) { //2*2
if ((Check_Empty(addr, Up, 1) == true) &&
(Check_Empty(addr + 1,Up, 1) == true)) {Move_Block(i, Up, 0);}
if ((Check_Empty(addr, Down, 2) == true) &&
(Check_Empty(addr + 1,Down, 2) == true)) {Move_Block(i, Down, 0);}
if ((Check_Empty(addr, Left, 1) == true) &&
(Check_Empty(addr + 4, Left, 1) == true)) {Move_Block(i, Left, 0);}
if ((Check_Empty(addr, Right, 2) == true) &&
(Check_Empty(addr + 4, Right, 2) == true)) {Move_Block(i, Right, 0);}
}
else if (block[i].style == 1) { //2*1
if ((Check_Empty(addr, Up, 1) == true) &&
(Check_Empty(addr + 1, Up, 1) == true)) {Move_Block(i, Up, 0);}
if ((Check_Empty(addr, Down, 1) == true) &&
(Check_Empty(addr + 1, Down, 1) == true)) {Move_Block(i, Down, 0);}
if (Check_Empty(addr, Left, 1) == true) {
Move_Block(i, Left, 0);
if (Check_Empty(addr, Left, 2) == true) {Move_Block(i, Left, Left);}
}
if (Check_Empty(addr, Right, 2) == true) {
Move_Block(i, Right, 0);
if (Check_Empty(addr, Right, 3) == true) {Move_Block(i, Right, Right);}
}
}
else if (block[i].style == 2) { //1*2
if (Check_Empty(addr, Up, 1) == true) {
Move_Block(i, Up, 0);
if (Check_Empty(addr, Up, 2) == true) {Move_Block(i, Up, Up);}
}
if (Check_Empty(addr, Down, 2) == true) {
Move_Block(i, Down, 0);
if (Check_Empty(addr, Down, 3) == true) {Move_Block(i, Down, Down);}
}
if ((Check_Empty(addr, Left, 1) == true) &&
(Check_Empty(addr + 4, Left, 1) == true)) {Move_Block(i, Left, 0);}
if ((Check_Empty(addr, Right, 1) == true) &&
(Check_Empty(addr + 4, Right, 1) == true)) {Move_Block(i, Right, 0);}
}
else if (block[i].style == 3) { //1*1
if (Check_Empty(addr, Up, 1) == true) {
Move_Block(i, Up, 0);
if (Check_Empty(addr - 4, Up, 1) == true) {Move_Block(i, Up, Up);}
if (Check_Empty(addr - 4, Left, 1) == true) {Move_Block(i, Up, Left);}
if (Check_Empty(addr - 4, Right, 1) == true) {Move_Block(i, Up, Right);}
}
if (Check_Empty(addr, Down, 1) == true) {
Move_Block(i, Down, 0);
if (Check_Empty(addr + 4, Down, 1) == true) {Move_Block(i, Down, Down);}
if (Check_Empty(addr + 4, Left, 1) == true) {Move_Block(i, Down, Left);}
if (Check_Empty(addr + 4, Right, 1) == true) {Move_Block(i, Down, Right);}
}
if (Check_Empty(addr, Left, 1) == true) {
Move_Block(i, Left, 0);
if (Check_Empty(addr - 1, Up, 1) == true) {Move_Block(i, Left, Up);}
if (Check_Empty(addr - 1, Down, 1) == true) {Move_Block(i, Left, Down);}
if (Check_Empty(addr - 1, Left, 1) == true) {Move_Block(i, Left, Left);}
}
if (Check_Empty(addr, Right, 1) == true) {
Move_Block(i, Right, 0);
if (Check_Empty(addr + 1, Up, 1) == true) {Move_Block(i, Right, Up);}
if (Check_Empty(addr + 1, Down, 1) == true) {Move_Block(i, Right, Down);}
if (Check_Empty(addr + 1, Right, 1) == true) {Move_Block(i, Right, Right);}
}
}
}
}
}
void Fill_Block(unsigned char addr, unsigned char style, unsigned char filler) { //用指定内容填充table中指定的位置
if (style == 0) {table[addr] = table[addr + 1] = table[addr + 4] = table[addr + 5] = filler;} //2*2
else if (style == 1) {table[addr] = table[addr + 1] = filler;} //2*1
else if (style == 2) {table[addr] = table[addr + 4] = filler;} //1*2
else if (style == 3) {table[addr] = filler;} //1*1
}
bool Check_Empty(unsigned char address, unsigned char dir, unsigned char num) { //判断指定位置是否为空格 若不是空格或者无效返回false
unsigned char x, y, addr;
if (address > 19) {return false;} //输入位置不存在
x = address % 4;
y = (address - x) / 4;
if (dir == Up) { //上方
if (y < num) {return false;}
addr = address - num * 4;
}
if (dir == Down) { //下方
if (y + num > 4) {return false;}
addr = address + num * 4;
}
if (dir == Left) { //左侧
if (x < num) {return false;}
addr = address - num;
}
if (dir == Right) { //右侧
if(x + num > 3){return false;}
addr = address + num;
}
if (table[addr] == 0xA) {
return true;
} else {
return false;
}
}
unsigned int Get_Code() { //生成编码
bool temp[20];
unsigned int Code = 0;
unsigned char i, addr, style;
for (i = 0; i < 20; i++) {temp[i] = false;} //初始化
temp[block[0].address] = temp[block[0].address + 1] =
temp[block[0].address + 4] = temp[block[0].address + 5] = true;
Code |= block[0].address<<24; //2*2块的位置
addr = 0;
for (i = 1; i <= 11; i++) {
while(temp[addr] == true){ //找到下一个未填充的空格
if (addr < 19) {
addr++;
} else {
return 0;
}
}
if (table[addr] == 0xA) { //空格
temp[addr] = true;
} else {
style = block[table[addr]].style;
if (style == 1) { //2*1
temp[addr] = temp[addr + 1] = true;
Code |= 1<<(24 - i * 2);
}
else if (style == 2) { //1*2
temp[addr] = temp[addr + 4] = true;
Code |= 2<<(24 - i * 2);
}
else if (style == 3) { //1*1
temp[addr] = true;
Code |= 3<<(24 - i * 2);
}
}
}
return Code;
}
void Analyse_Code(unsigned int Code) { //解译编码到 table[20] block[10] space[2]中
unsigned char i, addr, style;
unsigned char num_space = 0, num_type_1 = 0, num_type_2 = 5;
space[0] = space[1] = 0xFF; //初始化
for (i = 0; i < 20; i++) {table[i] = 0xFF;}
for (i = 0; i <= 9; i++) {
block[i].address = 0xFF;
block[i].style = 0xFF;
}
block[0].address = 0xF & (Code >> 24); //开始解译
if (block[0].address > 14) {goto err;} //2*2块越界 退出
block[0].style = 0; //设置2*2块的参数
Fill_Block(block[0].address, 0, 0x0);
addr = 0;
for (i = 0; i < 11; i++) { //遍历 10个块
while (table[addr] != 0xFF){ //向下搜索空块
if (addr < 19) {
addr++;
} else {
break;
}
}
style = 0x3 & (Code >> (22 - i * 2)); //0:space 1:2*1 2:1*2 3:1*1
if (style == 0) { //space
table[addr] = 0xA;
space[num_space] = addr;
if (num_space == 0) {num_space++;}
}
if (style == 1) { //2*1
if (num_type_1 < 5) {num_type_1++;}
if (addr > 18) {goto err;} //2*1块越界
block[num_type_1].style = 1;
block[num_type_1].address = addr;
table[addr] = table[addr + 1] = num_type_1;
}
if (style == 2) { //1*2
if (num_type_1 < 5) {num_type_1++;}
if (addr > 15) {goto err;} //1*2块越界
block[num_type_1].style = 2;
block[num_type_1].address = addr;
table[addr] = table[addr + 4] = num_type_1;
}
if (style == 3) { //1*1
if (num_type_2 < 9) {num_type_2++;}
block[num_type_2].style = 3;
block[num_type_2].address = addr;
table[addr] = num_type_2;
}
}
err:;
}
bool Check(unsigned int Code) { //检查编码是否合法 正确返回true 错误返回false
bool temp[20];
unsigned char addr, i;
Analyse_Code(Code);
for (i = 0; i < 20; i++) {
temp[i] = false; //初始化
if (table[i] > 10) {return false;} //检查table内容是否合法
}
if (block[0].style != 0) {return false;} //检查2*2块
for (i = 1; i <= 5; i++) { //检查2*1与1*2块
if ((block[i].style != 1) && (block[i].style != 2)) {
return false;
}
}
for (i = 6; i <= 9; i++) { //检查1*1块
if (block[i].style != 3) {
return false;
}
}
for (i = 0; i <= 1; i++) { //检查空格
if (space[i] > 19) {
return false;
} else {
temp[space[i]] = true;
}
}
addr = block[0].address; //检查2*2块
if ((addr > 14) || (addr % 4 == 3)) {return false;}
if ((temp[addr] == true) || (temp[addr + 1] == true) ||
(temp[addr + 4] == true) || (temp[addr + 5] == true)) {return false;}
temp[addr] = temp[addr + 1] = temp[addr + 4] = temp[addr + 5] = true;
for (i = 1; i <= 5; i++) { //检查2*1与1*2块
addr = block[i].address;
if (block[i].style == 1) {
if ((addr > 18) || (addr % 4 == 3)) {return false;}
if ((temp[addr] == true) || (temp[addr + 1] == true)) {return false;}
temp[addr] = temp[addr + 1] = true;
}
if (block[i].style == 2) {
if (addr > 15) {return false;}
if ((temp[addr] == true) || (temp[addr + 4] == true)) {return false;}
temp[addr] = temp[addr + 4] = true;
}
}
for (i = 6; i <= 9; i++) { //检查1*1块
addr = block[i].address;
if (addr > 19) {return false;}
if (temp[addr] == true) {return false;}
temp[addr] = true;
}
return true;
}
string Change_str(unsigned int dat) { //将编码数据转化为字符
unsigned char i, bit;
string str = "";
for (i = 0; i < 7; i++) {
bit = 0xF & dat >> (6 - i) * 4; //分离单个十六进制位
if ((bit >= 0) && (bit <= 9)) {str += bit + 48;} //0~9
if ((bit >= 0xA) && (bit <= 0xF)) {str += bit + 55;} //A~F
}
return str;
}
unsigned int Change_int(char str[8]) { //将编码字符转化为int
unsigned int i, dat = 0;
for (i = 0; i < 7; i++) {
if ((str[i] >= 48) && (str[i] <= 57)) {dat |= (str[i] - 48) << (24 - i * 4);} //0~9
if ((str[i] >= 65) && (str[i] <= 70)) {dat |= (str[i] - 55) << (24 - i * 4);} //A~F
if ((str[i] >= 97) && (str[i] <= 102)) {dat |= (str[i] - 87) << (24 - i * 4);} //a~f
}
return dat;
}
void Output_Graph(unsigned int Code) { //命令行下图形化输出布局图
const unsigned char Square_Width = 4; //方块宽度
const string Square_str = "[]"; //or "u2588"
unsigned int i, k, m;
unsigned int start_x, start_y, end_x, end_y;
bool Graph[(Square_Width + 1) * 4 + 1][(Square_Width + 1) * 5 + 1]; //点阵方式储存输出图像
if (Check(Code) == false) {
cout << "The Code is Wrong!" << endl;
return;
}
Analyse_Code(Code); //先解析编码
for (k = 0; k <= (Square_Width + 1) * 5; k++) { //初始化
for (i = 0; i <= (Square_Width + 1) * 4; i++) {
Graph[i][k] = false;
}
}
for (m = 0; m <= 9; m++) { //遍历九个块
start_x = (block[m].address % 4) * (Square_Width + 1) + 1; //计算该块的左上角坐标
start_y = int(block[m].address / 4) * (Square_Width + 1) + 1;
if ((block[m].style == 0) || (block[m].style == 1)) { //计算该块的右下角横坐标
end_x = start_x + Square_Width * 2; //2*2 or 2*1
} else {
end_x = start_x + Square_Width - 1; //1*2 or 1*1
}
if ((block[m].style == 0) || (block[m].style == 2)) { //计算该块的右下角纵坐标
end_y = start_y + Square_Width * 2; //2*2 or 1*2
} else {
end_y = start_y + Square_Width - 1; //2*1 or 1*1
}
for (i = start_x; i <= end_x; i++) { //填充该块覆盖的区域
for(k = start_y; k <= end_y; k++) {
Graph[i][k] = true;
}
}
}
for (i = 1; i <= (Square_Width + 1) * 4 + 3; i++) {cout << Square_str;} //显示上边框
cout << endl << Square_str;
for (k = 0; k <= (Square_Width + 1) * 5; k++){ //显示图像内容
for (i = 0; i <= (Square_Width + 1) * 4; i++) {
if (Graph[i][k] == false){
cout << " ";
} else {
cout << Square_str;
}
}
cout << Square_str << endl << Square_str; //显示左右边框
}
for (i = 1; i <= (Square_Width + 1) * 4 + 2; i++) {cout << Square_str;} //显示下边框
cout<<endl;
}
void debug() { //输出当前 table[20] block[10] space[2]的状态
unsigned int i;
for (i = 0; i < 20; i++) { //输出table状态
if (table[i] != 0xA) {
cout << int(table[i]) << " ";
} else {
cout << "A ";
}
if (i == 3) {cout << " 00 01 02 03" << endl;}
if (i == 7) {cout << " 04 05 06 07" << endl;}
if (i == 11) {cout << " 08 09 10 11" << endl;}
if (i == 15) {cout << " 12 13 14 15" << endl;}
if (i == 19) {cout << " 16 17 18 19" << endl;}
}
cout << endl;
cout << "space[0] -> address=" << int(space[0]) << endl; //输出space状态
cout << "space[1] -> address=" << int(space[1]) << endl;
cout << endl;
for (i = 0; i <= 9; i++) { //输出block状态
cout << "block[" << i << "] -> address=" << int(block[i].address);
cout << " style=" << int(block[i].style) << endl;
}
}

7
src/legacy/readme.md
View File

@ -0,0 +1,7 @@
### 以前的代码
很久以前就写过华容道的算法，后来基本是有需求就更新一下代码，中间断断续续有了三四个版本；之前写基本都是直接冲着需求去的，代码基本没啥注释，函数也没进行封装；前段时间由于要建数据库就全部重写了，也支持了非标布局，老代码这里就留个纪念吧。
*by Dnomd343*
*2020.07.15*
Write Preview
Loading…
Cancel
Save