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lblock.cc
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#include <algorithm>
#include "lblock.h"
using namespace std;
//LBlock constructor
LBlock::LBlock(int level):Block('L', level) {}
//LBlock rotate
void LBlock::rotate(char dir) {
const int wide = 11;
if(dir == 'r') {
int size = component.size();
if(size == 2) {
vector<shared_ptr<Cell>> cells1 = (component[0])->getContent();
vector<shared_ptr<Cell>> cells2 = (component[1])->getContent();
int end1 = 0;
int end2 = 0;
int numCell1 = 0;
int numCell2 = 0;
for(int i = 0; i < wide; i++) {
if(i == 10 && (!(cells1[i]->isEmpty()))) {
end1 = i;
numCell1++;
break;
} else if((cells1[i + 1]->isEmpty()) && (!(cells1[i]->isEmpty()))) {
end1 = i;
numCell1++;
break;
} else if(!(cells1[i]->isEmpty())) {
numCell1++;
}
}
for(int i = 0; i < wide; i++) {
if(i == 10 && (!(cells2[i]->isEmpty()))) {
end2 = i;
numCell2++;
break;
} else if((cells2[i + 1]->isEmpty()) && (!(cells2[i]->isEmpty()))) {
end2 = i;
numCell2++;
break;
} else if(!(cells2[i]->isEmpty())) {
numCell2++;
}
}
int start1 = end1 - (numCell1 - 1);
int start2 = end2 - (numCell2 - 1);
if(start1 == start2) {
(component[0])->clearContent();
(component[1])->clearContent();
(component[0])->setContent(start1, start1 + 1, 'L');
(component[1])->setContent(start1 + 1, start1 + 1, 'L');
auto l = make_shared<Line>();
l->setContent(start1 + 1, start1 + 1, 'L');
component.emplace_back(l);
topPos -= 1;
rightEnd -= 1;
} else if(end1 == end2) {
(component[0])->clearContent();
(component[1])->clearContent();
(component[0])->setContent(start2, start2, 'L');
(component[1])->setContent(start2, start2, 'L');
auto l = make_shared<Line>();
l->setContent(start2, start2 + 1, 'L');
component.emplace_back(l);
topPos -= 1;
rightEnd -= 1;
}
} else if(size == 3) {
vector<shared_ptr<Cell>> cells1 = (component[0])->getContent();
vector<shared_ptr<Cell>> cells2 = (component[1])->getContent();
vector<shared_ptr<Cell>> cells3 = (component[2])->getContent();
int end1 = 0;
int end2 = 0;
int end3 = 0;
int numCell1 = 0;
int numCell2 = 0;
int numCell3 = 0;
for(int i = 0; i < wide; i++) {
if(i == 10 && (!(cells1[i]->isEmpty()))) {
end1 = i;
numCell1++;
break;
} else if((cells1[i + 1]->isEmpty()) && (!(cells1[i]->isEmpty()))) {
end1 = i;
numCell1++;
break;
} else if(!(cells1[i]->isEmpty())) {
numCell1++;
}
}
for(int i = 0; i < wide; i++) {
if(i == 10 && (!(cells2[i]->isEmpty()))) {
end2 = i;
numCell2++;
break;
} else if((cells2[i + 1]->isEmpty()) && (!(cells2[i]->isEmpty()))) {
end2 = i;
numCell2++;
break;
} else if(!(cells2[i]->isEmpty())) {
numCell2++;
}
}
for(int i = 0; i < wide; i++) {
if(i == 10 && (!(cells3[i]->isEmpty()))) {
end3 = i;
numCell3++;
break;
} else if((cells3[i + 1]->isEmpty()) && (!(cells3[i]->isEmpty()))) {
end3 = i;
numCell3++;
break;
} else if(!(cells3[i]->isEmpty())) {
numCell3++;
}
}
int start1 = end1 - (numCell1 - 1);
int start2 = end2 - (numCell2 - 1);
int start3 = end3 - (numCell3 - 1);
if(start1 == start2 && start2 == start3) {
if(end3 < 10) {
(component[0])->clearContent();
(component[1])->clearContent();
(component[2])->clearContent();
component.pop_back();
(component[0])->setContent(start1, start1 + 2, 'L');
(component[1])->setContent(start1, start1, 'L');
topPos += 1;
rightEnd += 1;
} else {
return;
}
} else if(end1 == end2 && end2 == end3) {
if(end1 < 10) {
(component[0])->clearContent();
(component[1])->clearContent();
(component[2])->clearContent();
component.pop_back();
(component[0])->setContent(start1 + 2, start1 + 2, 'L');
(component[1])->setContent(start1, start1 + 2, 'L');
topPos += 1;
rightEnd += 1;
} else {
return;
}
}
}
} else if(dir == 'l') {
int size = component.size();
if(size == 2) {
vector<shared_ptr<Cell>> cells1 = (component[0])->getContent();
vector<shared_ptr<Cell>> cells2 = (component[1])->getContent();
int end1 = 0;
int end2 = 0;
int numCell1 = 0;
int numCell2 = 0;
for(int i = 0; i < wide; i++) {
if(i == 10 && (!(cells1[i]->isEmpty()))) {
end1 = i;
numCell1++;
break;
} else if((cells1[i + 1]->isEmpty()) && (!(cells1[i]->isEmpty()))) {
end1 = i;
numCell1++;
break;
} else if(!(cells1[i]->isEmpty())) {
numCell1++;
}
}
for(int i = 0; i < wide; i++) {
if(i == 10 && (!(cells2[i]->isEmpty()))) {
end2 = i;
numCell2++;
break;
} else if((cells2[i + 1]->isEmpty()) && (!(cells2[i]->isEmpty()))) {
end2 = i;
numCell2++;
break;
} else if(!(cells2[i]->isEmpty())) {
numCell2++;
}
}
int start1 = end1 - (numCell1 - 1);
int start2 = end2 - (numCell2 - 1);
if(start1 == start2) {
(component[0])->clearContent();
(component[1])->clearContent();
(component[0])->setContent(start1, start1, 'L');
(component[1])->setContent(start1, start1, 'L');
auto l = make_shared<Line>();
l->setContent(start1, start1 + 1, 'L');
component.emplace_back(l);
topPos -= 1;
rightEnd -= 1;
} else if(end1 == end2) {
(component[0])->clearContent();
(component[1])->clearContent();
(component[0])->setContent(start2, start2 + 1, 'L');
(component[1])->setContent(start2 + 1, start2 + 1, 'L');
auto l = make_shared<Line>();
l->setContent(start2 + 1, start2 + 1, 'L');
component.emplace_back(l);
topPos -= 1;
rightEnd -= 1;
}
} else if(size == 3) {
vector<shared_ptr<Cell>> cells1 = (component[0])->getContent();
vector<shared_ptr<Cell>> cells2 = (component[1])->getContent();
vector<shared_ptr<Cell>> cells3 = (component[2])->getContent();
int end1 = 0;
int end2 = 0;
int end3 = 0;
int numCell1 = 0;
int numCell2 = 0;
int numCell3 = 0;
for(int i = 0; i < wide; i++) {
if(i == 10 && (!(cells1[i]->isEmpty()))) {
end1 = i;
numCell1++;
break;
} else if((cells1[i + 1]->isEmpty()) && (!(cells1[i]->isEmpty()))) {
end1 = i;
numCell1++;
break;
} else if(!(cells1[i]->isEmpty())) {
numCell1++;
}
}
for(int i = 0; i < wide; i++) {
if(i == 10 && (!(cells2[i]->isEmpty()))) {
end2 = i;
numCell2++;
break;
} else if((cells2[i + 1]->isEmpty()) && (!(cells2[i]->isEmpty()))) {
end2 = i;
numCell2++;
break;
} else if(!(cells2[i]->isEmpty())) {
numCell2++;
}
}
for(int i = 0; i < wide; i++) {
if(i == 10 && (!(cells3[i]->isEmpty()))) {
end3 = i;
numCell3++;
break;
} else if((cells3[i + 1]->isEmpty()) && (!(cells3[i]->isEmpty()))) {
end3 = i;
numCell3++;
break;
} else if(!(cells3[i]->isEmpty())) {
numCell3++;
}
}
int start1 = end1 - (numCell1 - 1);
int start2 = end2 - (numCell2 - 1);
int start3 = end3 - (numCell3 - 1);
if(start1 == start2 && start2 == start3) {
if(end3 < 10) {
(component[0])->clearContent();
(component[1])->clearContent();
(component[2])->clearContent();
component.pop_back();
(component[0])->setContent(start1 + 2, start1 + 2, 'L');
(component[1])->setContent(start1, start1 + 2, 'L');
topPos += 1;
rightEnd += 1;
} else {
return;
}
} else if(end1 == end2 && end2 == end3) {
if(end1 < 10) {
(component[0])->clearContent();
(component[1])->clearContent();
(component[2])->clearContent();
component.pop_back();
(component[0])->setContent(start1, start1 + 2, 'L');
(component[1])->setContent(start1, start1, 'L');
topPos += 1;
rightEnd += 1;
} else {
return;
}
}
}
} else {
return;
}
}
//LBlock move
void LBlock::move(char dir) {
const int wide = 11;
int size = component.size();
if(size == 2) {
vector<shared_ptr<Cell>> cells1 = (component[0])->getContent();
vector<shared_ptr<Cell>> cells2 = (component[1])->getContent();
int end1 = 0;
int end2 = 0;
int numCell1 = 0;
int numCell2 = 0;
for(int i = 0; i < wide; i++) {
if(i == 10 && (!(cells1[i]->isEmpty()))) {
end1 = i;
numCell1++;
break;
} else if((cells1[i + 1]->isEmpty()) && (!(cells1[i]->isEmpty()))) {
end1 = i;
numCell1++;
break;
} else if(!(cells1[i]->isEmpty())) {
numCell1++;
}
}
for(int i = 0; i < wide; i++) {
if(i == 10 && (!(cells2[i]->isEmpty()))) {
end2 = i;
numCell2++;
break;
} else if((cells2[i + 1]->isEmpty()) && (!(cells2[i]->isEmpty()))) {
end2 = i;
numCell2++;
break;
} else if(!(cells2[i]->isEmpty())) {
numCell2++;
}
}
int start1 = end1 - (numCell1 - 1);
int start2 = end2 - (numCell2 - 1);
int start = min(start1, start2);
int end = max(end1, end2);
if(dir == 'l') {
if((start - 1) >= 0) {
(component[0])->clearContent();
(component[1])->clearContent();
(component[0])->setContent((start1 - 1), (end1 - 1), 'L');
(component[1])->setContent((start2 - 1), (end2 - 1), 'L');
leftEnd -= 1;
rightEnd -= 1;
} else {
return;
}
} else if(dir == 'r') {
if((end + 1) < wide) {
(component[0])->clearContent();
(component[1])->clearContent();
(component[0])->setContent((start1 + 1), (end1 + 1), 'L');
(component[1])->setContent((start2 + 1), (end2 + 1), 'L');
leftEnd += 1;
rightEnd += 1;
} else {
return;
}
} else {
return;
}
} else {
vector<shared_ptr<Cell>> cells1 = (component[0])->getContent();
vector<shared_ptr<Cell>> cells2 = (component[1])->getContent();
vector<shared_ptr<Cell>> cells3 = (component[2])->getContent();
int end1 = 0;
int end2 = 0;
int end3 = 0;
int numCell1 = 0;
int numCell2 = 0;
int numCell3 = 0;
for(int i = 0; i < wide; i++) {
if(i == 10 && (!(cells1[i]->isEmpty()))) {
end1 = i;
numCell1++;
break;
} else if((cells1[i + 1]->isEmpty()) && (!(cells1[i]->isEmpty()))) {
end1 = i;
numCell1++;
break;
} else if(!(cells1[i]->isEmpty())) {
numCell1++;
}
}
for(int i = 0; i < wide; i++) {
if(i == 10 && (!(cells2[i]->isEmpty()))) {
end2 = i;
numCell2++;
break;
} else if((cells2[i + 1]->isEmpty()) && (!(cells2[i]->isEmpty()))) {
end2 = i;
numCell2++;
break;
} else if(!(cells2[i]->isEmpty())) {
numCell2++;
}
}
for(int i = 0; i < wide; i++) {
if(i == 10 && (!(cells3[i]->isEmpty()))) {
end3 = i;
numCell3++;
break;
} else if((cells3[i + 1]->isEmpty()) && (!(cells3[i]->isEmpty()))) {
end3 = i;
numCell3++;
break;
} else if(!(cells3[i]->isEmpty())) {
numCell3++;
}
}
int start1 = end1 - (numCell1 - 1);
int start2 = end2 - (numCell2 - 1);
int start3 = end3 - (numCell3 - 1);
int start = min3(start1, start2, start3);
int end = max3(end1, end2, end3);
if(dir == 'l') {
if((start - 1) >= 0) {
(component[0])->clearContent();
(component[1])->clearContent();
(component[2])->clearContent();
(component[0])->setContent((start1 - 1), (end1 - 1), 'L');
(component[1])->setContent((start2 - 1), (end2 - 1), 'L');
(component[2])->setContent((start3 - 1), (end3 - 1), 'L');
leftEnd -= 1;
rightEnd -= 1;
} else {
return;
}
} else if(dir == 'r') {
if((end + 1) < wide) {
(component[0])->clearContent();
(component[1])->clearContent();
(component[2])->clearContent();
(component[0])->setContent((start1 + 1), (end1 + 1), 'L');
(component[1])->setContent((start2 + 1), (end2 + 1), 'L');
(component[2])->setContent((start3 + 1), (end3 + 1), 'L');
leftEnd += 1;
rightEnd += 1;
} else {
return;
}
} else {
return;
}
}
}