CODE:

#include 
#include 
#include 

using namespace std;

class FoxPaintingBalls {
	public:
		long long theMax(long long R, long long G, long long B, int N) {
			long long nlarge=0,nsmall=0;
			long long largest=0,smallest=0;
			long long Nl=N/3;
			switch(N%3) {
				case 0: // 3,6,9, ...
					nlarge=nsmall=Nl*(3*Nl+1)/2;
					break;
				case 1: // 1,4,7, ...
					nlarge=nsmall=Nl*(3*Nl+1)/2;
					nlarge+=Nl+1;
					nsmall+=Nl;
					break;
				case 2: // 2,5,8, ...
					nlarge=nsmall=Nl*(3*Nl+1)/2;
					nlarge+=2*(Nl+1)-1;
					nsmall+=2*(Nl+1)-1;
					break;
			}
			long long result=0,result2=0;
			long long finalResult=0;
			int ln=0;
			if(N%3==1) {
				long long meta=nsmall*2+nlarge;
				if(RG) {largest=R;ln=0;}
				else {largest=G;ln=1;}
				if(B>largest){largest=B;ln=2;}
				if(R0);
			return finalResult;
		}
};

CODE:

#include 
#include 
#include 
#include 

using namespace std;

class FoxAndFlowerShopDivOne {
	public:
		int theMaxFlowers(vector  flowers, int maxDiff) {
			int l[31][31]={0};
			int p[31][31]={0};
			int width,height;
			height=flowers.size();
			width=flowers[0].size();
			int i,j;
			for(i=0;iresult)result=ln+pn;
						}}
					}}
					for(sy2=0;sy2result)result=ln+pn;
						}}
					}}
					for(sy2=dy1;sy2result)result=ln+pn;
						}}
					}}
					for(sy2=0;sy2result)result=ln+pn;
						}}
					}}
				}}
			}}
			return result;
		}
};

CODE:

#include 
#include 

using namespace std;

class HolyNumbers {
	public:
		long long count(long long upTo, int maximalPrime) {
		}
};