#include #include #include #include #include using namespace std; vector allInput(string termination); template class Pattern { public: //Patternfield with two Dimension(nrows,ncolumns) T **field; private: T* Text; int length; int p; int nrows; int ncolumns; public: //Konstruktor Pattern(){}; Pattern(int prows, int pcolumns) { p=0; Text=new T[1]; Text[0]='*'; length=1; nrows=prows; ncolumns=pcolumns; field=new T*[nrows]; for(int i=0;i addPathtest(2*7-1,2*7-1); addPathtest.setText('*'); addPathtest.addPath("M 0 0 L 12 6"); addPathtest.print(true); addPathtest.setfield(14,14,'#'); addPathtest.print(true); */ //sample Input: //7 Pattern //cout<<"This is my old Lybrary and it already solves:\nRohit:51,44,43,42,41,34,33,18,16,9,6\nNilesh:8\n"; vector allchar=allInput("\\end"); vector author={'A','='}; vector Number={'N','='}; vector P1={'P','1','='}; vector P2={'P','2','='}; long unsigned int ai=0; long unsigned int ni=0; long unsigned int p1i=0; long unsigned int p2i=0; vector ar; vector p2r; int p1r=0; int nr=0; for(long unsigned int i=0;i=97&&allchar[i]<123) { ar.insert(ar.end(),allchar[i]); } else { ai=0; } }else { if(allchar[i]==author[ai]) ai++; else ai=0; } if(p2i==P2.size()) { if(allchar[i]>=97&&allchar[i]<123) { p2r.insert(p2r.end(),allchar[i]); } else { p2i=0; } }else { if(allchar[i]==P2[p2i]) p2i++; else p2i=0; } if(ni==Number.size()) { if(allchar[i]>=48&&allchar[i]<58) { nr=nr*10+allchar[i]-48; } else { ni=0; } }else { if(allchar[i]==Number[ni]) ni++; else ni=0; } if(p1i==P1.size()) { if(allchar[i]>=48&&allchar[i]<58) { p1r=p1r*10+allchar[i]-48; } else { p1i=0; } }else { if(allchar[i]==P1[p1i]) p1i++; else p1i=0; } } string ChMaker="nilesh"; if(ar.size()!=0) { ChMaker=""; for(long unsigned int i=0;i R52(6*n+1,6*n+1); for(int i=0;i R51(2*n+1,2*n+1); for(int i=0;i R44(2*n-1,2*n-1); for(int i=0;i R43(2*n-1,2*n-1); for(int i=0;i R42(n,n); R42.setText(text,n); R42.fillrectangle(0,n-1,0,n-1); for(int i=0;i R41(n,n); R41.setText(text,n); R41.fillrectangle(0,n-1,0,n-1); R41.setText(' '); R41.fillHalfTrapezoid(1,n-1,0,n-1,1); R41.print(); }else if(number==34) { cout << "Rohit 34:\n"; Pattern R34(2*n+1,4*n+1); char* arr2=new char[2]; arr2[0]='*'; arr2[1]=' '; R34.setText(arr2,2); R34.filltrapezoid(n,3*n-1,n,-n,1); R34.fillPattern(R34,n,2*n+1,0,2*n,0,n); R34.reflectverticalright(2*n); R34.print(); }else if(number==33) { cout<<"Rohit 33\n"; Pattern R33(n,2*n-1); R33.fillLines(n-1,0,n,-n-1,2,1); R33.reflectverticalright(2*n-1); R33.reflecthorizontaldown(n); R33.print(); }else if(number==18) { cout <<"Rohit 18\n"; Pattern R18(2*n-1,2*n-1); R18.setText('@'); R18.filltrapezoid(0,2*n-2,0,2*n-1,1); R18.setText('*'); R18.filltrapezoid(0,2*n-2,0,2*n-1,1,true); R18.setText('\\'); R18.addLine(0,0,2*n-1,1,1); R18.setText('/'); R18.addLine(0,2*n-2,2*n-1,1,-1); R18.setfield(n-1,n-1,'X'); R18.print(); }else if(number==16) { cout<<"Rohit 16\n"; Pattern R16(n,n); R16.setText('#'); R16.addrectangle(0,n-1,0,n-1); R16.addLine(1,1,n-2,1,1); R16.addLine(1,n-2,n-2,1,-1); R16.print(); }else if(number==9) { cout << "Rohit 9\n"; Pattern R9(2*n+1,2*n+1); R9.setText('#'); R9.addLine(n,0,2*n+1,0,1); R9.addLine(0,n,2*n+1,1,0); R9.setText('*'); R9.addLine(0,0,2*n+1,1,1); R9.addLine(0,2*n,2*n+1,1,-1); R9.print(); }else if(number==6) { cout << "Rohit 6\n"; Pattern R6(2*n,4*n-2); for(int i=1;i Pat1(10,10); Pat1.setText(char(36)); Pat1.addrectangle(3,7,5,8); Pat1.print(true); Pattern Pat2(10,10); Pat2.setText(char(35)); Pat2.fillrectangle(3,7,5,8); Pat2.print(true); Pattern Pat3(10,20); Pat3.addtrapezoid(2,10,8,-5,1); Pat3.print(true); Pat3.fillPattern(Pat1,0,10,2,12); Pat3.print(true); Pattern Pat4(10,20); Pat4.filltrapezoid(2,10,8,-9,1); Pat4.print(true); Pattern Pat5(10,20); Pat5.addHalfTrapezoid(2,10,8,-9,1); Pat5.print(true); Pattern Pat6(10,20); char *Text=new char[4]; Text[0]='t'; Text[1]='e'; Text[2]='s'; Text[3]='t'; Pat6.setText(Text,4); Pat6.fillHalfTrapezoid(4,12,8,-9,1); Pat6.print(true); Pattern Pat7(10,20); Pat7.addLine(8,2,3,-2,1); Pat7.print(true); Pat7.addPatternright(Pat6); Pat7.print(true); Pattern *P=new Pattern[10]; P[0].initialize(4,7); P[0].addtrapezoid(0,6,3,-4,1); char* arr=new char[2]; arr[0]='*'; arr[1]=' '; P[0].setText(arr,2); P[0].addLine(3,0,6,0,1); P[0].print(true); for(int i=1;i<5;i++) { int *olddim=P[i-1].getdim(); P[i].initialize(2*olddim[0],2*olddim[1]+1); P[i].fillPattern(P[i-1],olddim[0],2*olddim[0],olddim[1]+1,2*olddim[1]+1); P[i].fillPattern(P[i-1],0,olddim[0],olddim[1]/2+1,3*olddim[1]/2+1); P[i].fillPattern(P[i-1],olddim[0],2*olddim[0],0,olddim[1]); P[i].print(); } } }else if(ChMaker=="nilesh") { if(number==8) { cout<<"Nilesh 8\n"; Pattern N8(2*n+1,2*n+1); N8.addLine(0,n,n,1,-1); N8.addLine(n,0,n,1,1); N8.addLine(n,2*n,n,1,-1); N8.addLine(0,n,n,1,1); N8.addLine(0,n,2*n+1,1,0); N8.addLine(n,0,2*n,0,1); N8.print(false,true); }else { cout<<"Nilesh "<47&&arr[i]<58) { if(res==-1) res=0; res=10*res+arr[i++]-48; } if(t) return res; else return -res; } template void Pattern::print(bool Koord/*=false*/,bool spaces/*=false*/) { if(Koord) { cout << " "; for(int i=0;i void Pattern::addrectangle(int usr, int dsr,int lsc,int rsc) { for(int i=lsc;i void Pattern::fillrectangle(int usr,int dsr,int lsc, int rsc) { for(int i=usr;i void Pattern::addtrapezoid(int lsc,int rsc,int sr,int h,int steps,bool Transposed/*=false*/) { if(Transposed) { int direction=1; if(h<0) { direction=-1; h=h*-1; } for(int i=lsc+1;i void Pattern::filltrapezoid(int lsc,int rsc,int sr,int h, int steps,bool Transposed/*=false*/) { if(Transposed) { int direction=1; if(h<0) { direction=-1; h=h*-1; } for(int i=0;i void Pattern::addHalfTrapezoid(int lsc,int rsc,int sr,int h,int steps,bool Transposed/*=false*/) { if(Transposed) { int direction=1; if(h<0) { direction=-1; h=h*-1; } for(int i=lsc+1;i void Pattern::fillHalfTrapezoid(int lsc,int rsc,int sr,int h, int steps,bool Transposed/*=false*/) { if(Transposed) { int direction=1; if(h<0) { direction=-1; h=h*-1; } for(int i=0;i void Pattern::addLine(int sr,int sc,int t, double stepsr,double stepsc) { if(t<0) { t=t*-1; } for(int i=0;i void Pattern::addcircle(int sr, int sc,int r) { int x=r; int y=0; while(x>0) { setfield(sr+x,sc+y,Text[p]);p=(p+1)%length; setfield(sr+x,sc-y,Text[p]);p=(p+1)%length; setfield(sr-x,sc+y,Text[p]);p=(p+1)%length; setfield(sr-x,sc-y,Text[p]);p=(p+1)%length; if(sqrt(r*r-(x-0.5)*(x-0.5))x-double(1)/double(3)) { y++; }else { x-=1; y++; } } setfield(sr+x,sc+y,Text[p]);p=(p+1)%length; setfield(sr+x,sc-y,Text[p]);p=(p+1)%length; setfield(sr-x,sc+y,Text[p]);p=(p+1)%length; setfield(sr-x,sc-y,Text[p]);p=(p+1)%length; } template void Pattern::addPatterndown(Pattern other) { int *otherdim=other.getdim(); T** otherfield=other.getfield(); if(otherdim[1]==ncolumns) { T **oldfield=new T*[nrows]; for(int i=0;i void Pattern::addPatternup(Pattern other) { int *otherdim=other.getdim(); T** otherfield=other.getfield(); if(otherdim[1]==ncolumns) { T **oldfield=new T*[nrows]; for(int i=0;i void Pattern::addPatternright(Pattern other) { int *otherdim=other.getdim(); T** otherfield=other.getfield(); if(otherdim[0]==nrows) { T **oldfield=new T*[nrows]; for(int i=0;i void Pattern::addPatternleft(Pattern other) { int *otherdim=other.getdim(); T** otherfield=other.getfield(); if(otherdim[0]==nrows) { T **oldfield=new T*[nrows]; for(int i=0;i void Pattern::fillPattern(Pattern other, int usr, int dsr,int lsc,int rsc,int ousr, int olsc) { T **otherfield= other.getfield(); { for(int i=0;i void Pattern::deleterow(int x) { for(int i=x;i void Pattern::deletecol(int x) { for(int i=0;i void Pattern::addrow(int x) { T **oldfield=new T*[nrows]; for(int i=0;ix) field[i]=oldfield[i-1]; } nrows++; } template void Pattern::addcol(int x) { T **oldfield=new T*[nrows]; for(int i=0;ix) field[i][j]=oldfield[i][j-1]; } } ncolumns++; } template void Pattern::shifthorizontal(int x,bool cut) { x=-x; if(!cut) { T **oldfield=new T*[nrows]; for(int i=0;i-1) field[i]=oldfield[i+x]; else { for(int j=0;j void Pattern::shiftvertical(int x,bool cut) { x=-x; if(!cut) { T **oldfield=new T*[nrows]; for(int i=0;i-1) field[i][j]=oldfield[i][(j+x+nrows)%ncolumns]; else field[i][j]=T(32); } } } } template int* Pattern::getdim() { int *res=new int[2]; res[0]=nrows; res[1]=ncolumns; return res; } template T** Pattern::getfield() { return field; } template void Pattern::setText(T* pText,int pl) { p=0; length=pl; Text=new T[pl]; for(int i=0;i void Pattern::setText(T pT) { p=0; length=1; Text[0]=pT; } template T* Pattern::getText() { return Text; } template int Pattern::getlength() { return length; } template void Pattern::resetp() { p=0; } template void Pattern::fillLines(int sr, int lsc, int rsc,int h, double stepslc,double stepsrc) { int direction=1; if(h<0) { direction=-1; h=-h; } for(int i=0;i void Pattern::shiftLhorizontal(int x,int l,bool cut) { T Line[ncolumns]; for(int i=0;i void Pattern::shiftLvertical(int x,int c,bool cut) { T Line[nrows]; for(int i=0;i void Pattern::reflecthorizontaldown(int c,bool withc) { T** oldfield=new T*[c]; for(int i=0;i void Pattern::reflectverticalright(int l,bool withl) { T** oldfield=new T*[nrows]; for(int i=0;i void Pattern::reflecthorizontalup(int c,bool withc) { T** oldfield=new T*[nrows-c]; for(int i=0;i void Pattern::reflectverticalleft(int l,bool withl) { T** oldfield=new T*[nrows]; for(int i=0;i void Pattern::addPath(string str) { int startx=0; int starty=0; int x; int y; char* arr=const_cast(str.c_str()); for(unsigned long int i=0;i void Pattern::setfield(int i,int j,T t) { while(i+1>nrows) { cout<addrow(nrows-1); } while(j+1>ncolumns) { cout<addcol(ncolumns-1); } field[i][j]=t; } vector allInput(string termination) { vector chars; string str=""; string old=termination; cin>>str; vector strings; while(str!=termination&&str!=old) { strings.insert(end(strings),str); old=str; cin>>str; } for(long unsigned int i=0;i

PatternLibrary