WarCraft 2000 - Nuclear Epidemic

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C/C++ Source or Header | 1998-09-04 | 45.6 KB | 2,628 lines

#include "ddini.h" #include "ResFile.h" #include "FastDraw.h" #include "mgraph.h" #include "mouse.h" #include "menu.h" #include "MapDiscr.h" #include "mode.h" word fmap[256][256]; #define MaxShad 4528 byte fog[8192+1024]; byte wfog[8192]; byte yfog[8192]; byte rfog[8192]; byte darkfog[40960]; int FogMode; void ShowSuperFog(); void ProcessFog(){ byte z=0;//byte(rando()&1); __asm{ mov ecx,msx inc ecx lab1: mov ax,[fmap+ecx*2] mov [fmap+512+ecx*2],ax; mov ax,[fmap+256*255*2+ecx*2] mov [fmap+256*254*2+ecx*2],ax loop lab1 mov ecx,msy mov ebx,offset fmap+512 lab2: mov ax,[ebx] mov [ebx+2],ax mov ax,[ebx+510] mov [ebx+508],ax add ebx,512 loop lab2 cmp z,0 jne Process1 //Process0 mov bl,byte ptr msx mov bh,byte ptr msy mov ecx,offset fmap add ecx,514 lab3: mov dx,[ecx-512] add dx,[ecx+512] add dx,[ecx-2] add dx,[ecx+2] mov ax,dx //shr dx,8 //sub ax,dx shr ax,2 //cmp ax,MaxShad //ja iii or ax,63 sub ax,63 iii: mov [ecx],ax add ecx,2 dec bl jnz lab3 add ecx,512 sub ecx,msx sub ecx,msx mov bl,byte ptr msx dec bh jnz lab3 jmp ProcessFinished Process1: xor ebx,ebx mov bl,byte ptr msx mov bh,byte ptr msy mov ecx,offset fmap add ecx,ebx add ecx,ebx //add ecx,514 lab4: mov dx,[ecx-512] add dx,[ecx+512] add dx,[ecx-2] add dx,[ecx+2] mov ax,dx //shr dx,8 //sub ax,dx shr ax,2 //cmp ax,MaxShad //ja ioo or ax,63 sub ax,63 ioo: mov [ecx],ax sub ecx,2 dec bl jnz lab4 sub ecx,512 add ecx,msx add ecx,msx mov bl,byte ptr msx dec bh jnz lab3 ProcessFinished: }; }; void LoadFog(){ ResFile fx=RReset("darkb.grd");//004g.grd"); RBlockRead(fx,&fog[1024],8192); memcpy(&fog[0],&fog[1024],256); memcpy(&fog[256],&fog[1024],256); memcpy(&fog[512],&fog[1024],256); memcpy(&fog[512+256],&fog[1024],256); RClose(fx); //fx=RReset("003xw.grd"); fx=RReset("darkw.grd");//003cm.grd"); RBlockRead(fx,&wfog,8192); RClose(fx); fx=RReset("003xr.grd"); RBlockRead(fx,&yfog,8192); RClose(fx); fx=RReset("003xr1.grd"); RBlockRead(fx,&rfog,8192); RClose(fx); fx=RReset("darkfog.grd"); RBlockRead(fx,&darkfog,40960); RClose(fx); }; #define Shifter 7 void ShowFoggedBattle2(){ byte sx=smaplx; byte sy=4; int StOff=smapy*SCRSizeX+smapx; int Addv1=(SCRSizeX<<1)-64; int Addv2=(SCRSizeX<<6); int Addv3=-(smaplx<<5)+(SCRSizeX<<6)-32; word MinShad=(MaxShad-(32<<Shifter)); word tmp; int adds=int(ScreenPtr); int addr=int(ScreenPtr); int fad=int(fog)+1024; int ADDX=1; int ADDY=SCRSizeX; __asm{ xor ebx,ebx cld mov al,byte ptr mapx mov ah,byte ptr mapy mov esi,StOff mov edi,esi add esi,adds add edi,addr lab0: add esi,ADDX add edi,ADDX neg ADDX mov tmp,ax mov bx,ax shl ebx,1 mov bx,[fmap+ebx] and ebx,0xFFFF cmp bx,MaxShad jae FullColor cmp bx,MinShad jbe AbsBlack sub bx,MaxShad neg bx shr bx,Shifter mov bh,bl xor bl,bl //Shadowed image add ebx,fad mov cl,32 mov ch,32 xor eax,eax SI_1: xor eax,eax lodsb inc esi add eax,ebx mov al,[eax] stosb inc edi dec cl jnz SI_1 add esi,Addv1 add edi,Addv1 mov cl,32 dec ch jnz SI_1 jmp Next_slide FullColor: add esi,32 add edi,32 sub esi,Addv2 sub edi,Addv2 xor ecx,ecx /* mov cx,32 FC_1: movsd movsd movsd movsd movsd movsd movsd movsd add esi,Addv1 add edi,Addv1 loop FC_1 */ jmp Next_slide AbsBlack: xor ecx,ecx mov cx,32 xor eax,eax AB_1: stosd stosd stosd stosd stosd stosd stosd stosd add edi,Addv1 add esi,SCRSizeX loop AB_1 Next_slide: add esi,Addv2 add edi,Addv2 mov ax,tmp inc al dec sx jnz lab0 add edi,Addv3 add esi,Addv3 add esi,ADDY add edi,ADDY neg ADDY mov al,byte ptr smaplx mov sx,al mov ax,tmp mov al,byte ptr mapx inc ah dec sy jnz lab0 }; }; static byte BFog[64][64]; void SetScreenFog16x16(){ smaplx++; smaply++; int fofs=int(fmap)+((((mapy-1)<<8)+(mapx-1))<<1); int Saddy=(256-smaplx)<<1; int Daddy=(64-smaplx)<<1; word MinShad=(MaxShad-(32<<Shifter)); //filling __asm{ push esi push edi mov cl,byte ptr smaplx mov ch,byte ptr smaply mov esi,fofs mov edi,offset BFog+64+2 cld LP1: lodsw cmp ax,MaxShad jae FullColor cmp ax,MinShad jbe AbsBlack sub ax,MaxShad neg ax shr ax,Shifter jmp asgn1 AbsBlack: mov ax,32 jmp asgn1 FullColor: xor ax,ax asgn1: mov ah,al mov [edi],ax mov [edi+64],ax add edi,2 dec cl jnz LP1 mov cl,byte ptr smaplx add esi,Saddy add edi,Daddy dec ch jnz LP1 //set colors at the edges /*mov esi,offset BFog+64+2 mov edi,offset BFog+2 mov ecx,smaplx rep movsw mov esi,smaply shl esi,6 add esi,2+offset BFog mov edi,esi add edi,64 mov ecx,smaplx rep movsw mov esi,offset BFog+64 mov edi,offset BFog+65 mov ecx,smaply shl ecx,1 cyc1: movsb add esi,63 add edi,63 loop cyc1 mov esi,offset BFog+64+2 add esi,smaplx add esi,smaplx mov edi,esi inc edi mov ecx,smaply shl ecx,1 cyc2: movsb add esi,63 add edi,63 loop cyc2*/ pop edi pop esi }; smaplx--; smaply--; }; void ProcessScreenFog16x16(){ smaplx++; smaply++; int ads=64-(smaplx<<1); __asm{ push esi mov esi,offset BFog+64+2 mov ch,byte ptr smaply shl ch,1 gt0: mov cl,byte ptr smaplx gt1: mov ax,[esi-1] add ax,[esi+1] add ax,[esi-64] add ax,[esi+64] shr ax,2 and ax,0x1F1F mov [esi],ax add esi,2 dec cl jnz gt1 add esi,ads dec ch jnz gt0 pop esi }; smaplx--; smaply--; }; void ShowScreenFog16x16(){ SetScreenFog16x16(); ProcessScreenFog16x16(); smaplx++; smaply++; byte ssx=(smaplx)<<1; byte sx=ssx; byte sy=(smaply)<<1; int StOff=smapy*SCRSizeX+smapx; int Addv1=SCRSizeX-16; int Addv2=16-SCRSizeX*16; int Addv3=-ssx*16+SCRSizeX*16; int Addv4=(SCRSizeX<<4); word MinShad=(MaxShad-(32<<Shifter)); word tmp; int adds=int(ScreenPtr)+(smapx-16)+(smapy-16)*SCRSizeX; int addf=64-((smaplx)<<1); int fad=int(BFog)+64+2; int uuu; __asm{ push esi push edi mov esi,fad mov edi,adds cld sfg1: xor ebx,ebx mov bh,[esi] inc esi or bh,bh jz EmptyBar cmp bh,28 jae BlackBar add ebx,offset fog+1024 mov ecx,16 xor eax,eax mov edx,16 mov uuu,0 sfg2: mov al,[edi] mov al,[ebx+eax] mov [edi],al inc edi loop sfg2 add edi,Addv1 xor uuu,1 jz uuu_L1 add edi,6 jmp uuu_L2 uuu_L1: sub edi,6 uuu_L2: mov ecx,16 dec edx jnz sfg2 //sub edi,4 jmp NextStep BlackBar: xor eax,eax mov ecx,16 mov edx,12 sfg3: stosd stosd stosd stosd add edi,Addv1 add edi,edx sub edi,6 xor edx,12 loop sfg3 jmp NextStep EmptyBar: add edi,16 jmp sfg4 NextStep: add edi,Addv2 sfg4: dec sx jnz sfg1 mov al,ssx mov sx,al add edi,Addv3 add esi,addf dec sy jnz sfg1 pop edi pop esi }; smaplx--; smaply--; }; void ShowScreenFog16x16_Best(){ SetScreenFog16x16(); ProcessScreenFog16x16(); byte ssx=smaplx<<1; byte sx=ssx; byte sy=smaply<<1; int StOff=(smapy-16)*SCRSizeX+smapx-16; int Addv1=SCRSizeX-16; int Addv2=16-SCRSizeX*16; int Addv3=-ssx*16+SCRSizeX*16; int Addv4=(SCRSizeX<<4); word MinShad=(MaxShad-(32<<Shifter)); word tmp; int adds=int(ScreenPtr)+(smapx-16)+(smapy-16)*SCRSizeX; int addf=64-(smaplx<<1); int fad=int(BFog)+64+2; int uuu,zzz; __asm{ push esi push edi mov esi,fad mov edi,adds cld sfg1: xor ebx,ebx mov bh,[esi] inc esi or bh,bh jz EmptyBar cmp bh,23 jae BlackBar add ebx,offset fog mov ecx,16 xor eax,eax mov edx,16 mov uuu,0 //mov zzz,ebp mov zzz,1024*10 sfg2: mov al,[edi] mov al,[ebx+eax] mov [edi],al inc edi add edi,zzz sub edi,1024*5 xor zzz,1024*10 loop sfg2 add edi,Addv1 xor uuu,1 jz uuu_L1 add edi,5 jmp uuu_L2 uuu_L1: sub edi,5 uuu_L2: mov ecx,16 dec edx jnz sfg2 //mov ebp,zzz //sub edi,4 jmp NextStep BlackBar: xor eax,eax mov ecx,16 mov edx,12 sfg3: stosd stosd stosd stosd add edi,Addv1 add edi,edx sub edi,6 xor edx,12 loop sfg3 cmp byte ptr [esi-65],23 jae NextStep xor eax,eax mov ecx,6 mov edx,12 sfg3_1: stosd stosd stosd stosd add edi,Addv1 add edi,edx sub edi,6 xor edx,12 loop sfg3_1 sub edi,6*1024 add edi,16 jmp NextStep EmptyBar: add edi,16 jmp sfg4 NextStep: add edi,Addv2 sfg4: dec sx jnz sfg1 mov al,ssx mov sx,al add edi,Addv3 add esi,addf dec sy jnz sfg1 pop edi pop esi }; }; void ShowFoggedBattle(){ ShowSuperFog(); return; ShowScreenFog16x16(); return; byte sx=smaplx; byte sy=smaply; int StOff=smapy*SCRSizeX+smapx; int Addv1=SCRSizeX-32; int Addv2=32-SCRSizeX*32; int Addv3=-smaplx*32+SCRSizeX*32; word MinShad=(MaxShad-(32<<Shifter)); word tmp; int adds=int(ScreenPtr); int addr=int(ScreenPtr); int fad=int(fog); __asm{ cld mov al,byte ptr mapx mov ah,byte ptr mapy mov esi,StOff mov edi,esi add esi,adds add edi,addr lab0: xor ebx,ebx mov tmp,ax mov bx,ax shl ebx,1 mov bx,[fmap+ebx] and ebx,0xFFFF cmp bx,MaxShad jae FullColor cmp bx,MinShad jbe AbsBlack sub bx,MaxShad neg bx shr bx,Shifter mov bh,bl xor bl,bl //Shadowed image add ebx,fad mov cl,32 mov ch,32 xor eax,eax SI_1: xor eax,eax lodsb add eax,ebx mov al,[eax] stosb dec cl jnz SI_1 add esi,Addv1 add edi,Addv1 mov cl,32 dec ch jnz SI_1 jmp Next_slide FullColor: add esi,32 add edi,32 sub esi,Addv2 sub edi,Addv2 xor ecx,ecx /* mov cx,32 FC_1: movsd movsd movsd movsd movsd movsd movsd movsd add esi,Addv1 add edi,Addv1 loop FC_1 */ jmp Next_slide AbsBlack: xor ecx,ecx mov cx,32 xor eax,eax AB_1: stosd stosd stosd stosd stosd stosd stosd stosd add edi,Addv1 add esi,SCRSizeX loop AB_1 Next_slide: add esi,Addv2 add edi,Addv2 mov ax,tmp inc al dec sx jnz lab0 add edi,Addv3 add esi,Addv3 mov al,byte ptr smaplx mov sx,al mov ax,tmp mov al,byte ptr mapx inc ah dec sy jnz lab0 }; }; void ShowFoggedBattle1(){ byte sx=smaplx; byte sy=smaply; int StOff=smapy*SCRSizeX+smapx; int Addv1=SCRSizeX-32; int Addv2=32-SCRSizeX*32; int Addv3=-smaplx*32+SCRSizeX*32; word MinShad=(MaxShad-(32<<Shifter)); word tmp; int adds=int(ScreenPtr); int addr=int(ScreenPtr); int fad=int(fog); __asm{ cld mov al,byte ptr mapx mov ah,byte ptr mapy mov esi,StOff mov edi,esi add esi,adds add edi,addr lab0: xor ebx,ebx mov tmp,ax mov bx,ax shl ebx,1 mov bx,[fmap+ebx] cmp bx,MaxShad jae FullColor cmp bx,MinShad jbe AbsBlack sub bx,MaxShad neg bx shr bx,Shifter mov bh,bl xor bl,bl //Shadowed image add ebx,fad mov cl,32 mov ch,32 xor eax,eax SI_1: xor eax,eax lodsb add eax,ebx mov al,[eax] stosb dec cl jnz SI_1 add esi,Addv1 add edi,Addv1 mov cl,32 dec ch jnz SI_1 jmp Next_slide FullColor: add esi,32 add edi,32 sub esi,Addv2 sub edi,Addv2 xor ecx,ecx /* mov cx,32 FC_1: movsd movsd movsd movsd movsd movsd movsd movsd add esi,Addv1 add edi,Addv1 loop FC_1 */ jmp Next_slide AbsBlack: xor ecx,ecx mov cx,32 xor eax,eax AB_1: stosd stosd stosd stosd stosd stosd stosd stosd add edi,Addv1 add esi,SCRSizeX loop AB_1 Next_slide: add esi,Addv2 add edi,Addv2 mov ax,tmp inc al dec sx jnz lab0 add edi,Addv3 add esi,Addv3 mov al,byte ptr smaplx mov sx,al mov ax,tmp mov al,byte ptr mapx inc ah dec sy jnz lab0 }; }; void AcceptMiniMap1(){ word MinShad=(MaxShad-(32<<Shifter)); int ofs=minix+miniy*SCRSizeX; int lx=msx; int ly=msy; int addOf=SCRSizeX-lx; __asm{ push esi push edi mov edi,ScreenPtr add edi,ofs mov ecx,0101h cld mov eax,lx yyy: mov edx,ecx shl edx,1 cmp word ptr[edx+fmap],512 ja uuu mov byte ptr [edi],0 uuu: inc edi inc cl dec eax jnz yyy mov eax,lx add edi,addOf inc ch mov cl,1 dec ly jnz yyy }; }; void AcceptMiniMap(){ word MinShad=(MaxShad-(32<<Shifter)); int ofs=minix+miniy*SCRSizeX; int lx=msx>>1; int ly=msy>>1; int addOf=SCRSizeX-lx; __asm{ push esi push edi mov edi,ScreenPtr add edi,ofs mov ecx,0101h cld mov eax,lx yyy: mov edx,ecx shl edx,1 cmp word ptr[edx+fmap],512 ja uuu mov byte ptr [edi],0 uuu: inc edi add cl,2 dec eax jnz yyy mov eax,lx add edi,addOf add ch,2 mov cl,1 dec ly jnz yyy }; }; #define zmin 0 #define zmax 32 void ShowFluentFog(int x,int y,int z1,int z2,int z3,int z4){ //return; int scrof=int(ScreenPtr)+x+y*SCRSizeX; int adds=SCRSizeX-32; if(z1<=zmin&&z2<=zmin&&z3<=zmin&&z4<=zmin)return; if(z1>=zmax&&z2>=zmax&&z3>=zmax&&z4>=zmax){ __asm{ push edi mov ebx,adds mov edi,scrof mov dl,32 xor eax,eax cld iug: mov ecx,8 rep stosd add edi,ebx dec dl jnz iug pop edi }; return; }else{ int a,b,c,d,p,q,r; __asm{ push edi push esi mov eax,z1 mov ebx,eax //shl ebx,8 mov a,ebx mov ecx,z2 sub ecx,eax shr ecx,5 mov b,ecx mov ecx,z3 sub ecx,eax shr ecx,5 mov c,ecx mov ecx,z4 add ecx,z1 sub ecx,z2 sub ecx,z3 shr ecx,10 mov d,ecx //coefficients are now calculated mov ecx,0x2020 mov bx,word ptr a //bh=fogging value add bx,256*4 mov dx,word ptr b //dx=fog incrementor xor eax,eax mov esi,scrof mov word ptr p,bx qqw1: mov ax,bx mov al,[esi] mov al,[fog+eax] mov [esi],al inc esi add bx,dx dec cl jnz qqw1 add esi,adds add dx,word ptr d mov bx,word ptr p add bx,word ptr c mov cl,32 mov word ptr p,bx dec ch jnz qqw1 pop esi pop edi }; }; }; void ShowSuperFluentFog(int x,int y,int z1x,int z2x,int z3x,int z4x){ //return; int z1=z1x<<16; int z2=z2x<<16; int z3=z3x<<16; int z4=z4x<<16; int scrof=int(ScreenPtr)+x+y*SCRSizeX; int adds=SCRSizeX-32; if(z1x<=zmin&&z2x<=zmin&&z3x<=zmin&&z4x<=zmin)return; if(z1x>=zmax&&z2x>=zmax&&z3x>=zmax&&z4x>=zmax){ __asm{ push edi mov ebx,adds mov edi,scrof mov dl,32 xor eax,eax cld iug: mov ecx,8 rep stosd add edi,ebx dec dl jnz iug pop edi }; return; }else{ int a,b,c,d,p,q,r; __asm{ push edi push esi mov eax,z1 mov ebx,eax //shl ebx,8 mov a,ebx mov ecx,z2 sub ecx,eax sar ecx,5 mov b,ecx mov ecx,z3 sub ecx,eax sar ecx,5 mov c,ecx mov ecx,z4 add ecx,z1 sub ecx,z2 sub ecx,z3 sar ecx,10 mov d,ecx //coefficients are now calculated mov ecx,0x2020 mov ebx,a //bh=fogging value add ebx,256*256*3 mov edx,b //dx=fog incrementor xor eax,eax mov esi,scrof mov p,ebx qqw1: mov eax,ebx shr eax,8 mov al,[esi] mov al,[fog+eax] mov [esi],al inc esi add ebx,edx dec cl jnz qqw1 add esi,adds add edx,d mov ebx,p add ebx,c mov cl,32 mov p,ebx dec ch jnz qqw1 pop esi pop edi }; //Xbar(x+12,y+12,8,8,clrGreen); }; }; void ShowSuperFluentFog2(int x,int y,int z1x,int z2x,int z3x,int z4x){ //return; int z1=z1x<<16; int z2=z2x<<16; int z3=z3x<<16; int z4=z4x<<16; int scrof=int(ScreenPtr)+x+y*SCRSizeX; int adds=SCRSizeX-32; if(z1x<=zmin&&z2x<=zmin&&z3x<=zmin&&z4x<=zmin)return; if(z1x>=zmax&&z2x>=zmax&&z3x>=zmax&&z4x>=zmax){ __asm{ push edi mov ebx,adds mov edi,scrof mov dl,32 xor eax,eax cld iug: mov ecx,8 rep stosd add edi,ebx dec dl jnz iug pop edi }; return; }else{ int a,b,c,d,p,q,r; __asm{ push edi push esi mov eax,z1 mov ebx,eax //shl ebx,8 mov a,ebx mov ecx,z2 sub ecx,eax sar ecx,5 mov b,ecx mov ecx,z3 sub ecx,eax sar ecx,5 mov c,ecx mov ecx,z4 add ecx,z1 sub ecx,z2 sub ecx,z3 sar ecx,10 mov d,ecx //coefficients are now calculated mov ecx,0x2020 mov ebx,a //bh=fogging value add ebx,256*256*3 mov edx,b //dx=fog incrementor xor eax,eax mov esi,scrof mov p,ebx qqw1: mov eax,ebx shr eax,8 mov al,[esi] mov al,[fog+eax] mov [esi],al inc esi add ebx,edx dec cl jnz qqw1 add esi,adds add edx,d mov ebx,p add ebx,c mov cl,32 mov p,ebx dec ch jnz qqw1 pop esi pop edi }; //Xbar(x+12,y+12,8,8,clrGreen); }; }; void ShowSuperFluentFog8(int x,int y,int z1x,int z2x,int z3x,int z4x){ //return; int z1=z1x<<16; int z2=z2x<<16; int z3=z3x<<16; int z4=z4x<<16; int scrof=int(ScreenPtr)+x+y*SCRSizeX; int adds=SCRSizeX-32; if(z1x<=zmin&&z2x<=zmin&&z3x<=zmin&&z4x<=zmin)return; if(z1x>=zmax&&z2x>=zmax&&z3x>=zmax&&z4x>=zmax){ __asm{ push edi mov ebx,adds mov edi,scrof mov dl,32 xor eax,eax cld iug: mov ecx,8 rep stosd add edi,ebx dec dl jnz iug pop edi }; return; }else{ int a,b,c,d,p,q,r; __asm{ push edi push esi mov eax,z1 mov ebx,eax //shl ebx,8 mov a,ebx mov ecx,z2 sub ecx,eax sar ecx,5 mov b,ecx mov ecx,z3 sub ecx,eax sar ecx,5 mov c,ecx mov ecx,z4 add ecx,z1 sub ecx,z2 sub ecx,z3 sar ecx,10 mov d,ecx //coefficients are now calculated mov ecx,0x2004 mov ebx,a //bh=fogging value add ebx,256*256*3 mov edx,b //dx=fog incrementor xor eax,eax mov esi,scrof mov p,ebx qqw1: mov eax,ebx shr eax,8 mov al,[esi] mov al,[fog+eax] mov [esi],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+1] mov al,[fog+eax] mov [esi+1],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+2] mov al,[fog+eax] mov [esi+2],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+3] mov al,[fog+eax] mov [esi+3],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+4] mov al,[fog+eax] mov [esi+4],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+5] mov al,[fog+eax] mov [esi+5],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+6] mov al,[fog+eax] mov [esi+6],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+7] mov al,[fog+eax] mov [esi+7],al add esi,8 add ebx,edx dec cl jnz qqw1 add esi,adds add edx,d mov ebx,p add ebx,c mov cl,4 mov p,ebx dec ch jnz qqw1 pop esi pop edi }; //Xbar(x+12,y+12,8,8,clrGreen); }; }; void ShowSuperFluentFog32w(int x,int y,int z1x,int z2x,int z3x,int z4x){ //return; int z1=z1x<<16; int z2=z2x<<16; int z3=z3x<<16; int z4=z4x<<16; int scrof=int(ScreenPtr)+x+y*SCRSizeX; int adds=SCRSizeX-32; if(z1x<=zmin&&z2x<=zmin&&z3x<=zmin&&z4x<=zmin)return; if(z1x>=zmax&&z2x>=zmax&&z3x>=zmax&&z4x>=zmax){ __asm{ push edi mov ebx,adds mov edi,scrof mov dl,32 xor eax,eax cld iug: mov ecx,8 rep stosd add edi,ebx dec dl jnz iug pop edi }; return; }else{ int a,b,c,d,p,q,r; int cc=32; __asm{ push edi push esi mov eax,z1 mov ebx,eax //shl ebx,8 mov a,ebx mov ecx,z2 sub ecx,eax sar ecx,5 mov b,ecx mov ecx,z3 sub ecx,eax sar ecx,5 mov c,ecx mov ecx,z4 add ecx,z1 sub ecx,z2 sub ecx,z3 sar ecx,10 mov d,ecx //coefficients are now calculated mov ecx,0x2004 mov ebx,a //bh=fogging value add ebx,256*256*3 mov edx,b //dx=fog incrementor xor eax,eax mov esi,scrof mov p,ebx qqw1: mov eax,ebx shr eax,8 mov al,[esi] mov cl,[fog+eax] //mov cl,al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+1] mov ch,[fog+eax] mov [esi],cx //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+2] mov cl,[fog+eax] //mov [esi+2],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+3] mov ch,[fog+eax] mov [esi+2],cx //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+4] mov cl,[fog+eax] //mov [esi+4],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+5] mov ch,[fog+eax] mov [esi+4],cx //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+6] mov cl,[fog+eax] //mov [esi+6],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+7] mov ch,[fog+eax] mov [esi+6],al //add esi,8 add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+8] mov cl,[fog+eax] //mov [esi],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+9] mov ch,[fog+eax] mov [esi+8],cx //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+10] mov cl,[fog+eax] //mov [esi+2],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+11] mov ch,[fog+eax] mov [esi+10],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+12] mov cl,[fog+eax] //mov [esi+4],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+13] mov ch,[fog+eax] mov [esi+12],cx //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+14] mov cl,[fog+eax] //mov [esi+6],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+15] mov ch,[fog+eax] mov [esi+14],al add esi,8 add ebx,edx mov eax,ebx //shr eax,8 mov al,[esi+16] mov cl,[fog+eax] //mov [esi],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+17] mov ch,[fog+eax] mov [esi+16],cx //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+18] mov cl,[fog+eax] //mov [esi+2],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+19] mov ch,[fog+eax] mov [esi+18],cx //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+20] mov cl,[fog+eax] //mov [esi+4],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+21] mov ch,[fog+eax] mov [esi+20],cx //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+22] mov cl,[fog+eax] //mov [esi+6],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+23] mov ch,[fog+eax] mov [esi+22],cx add esi,8 add ebx,edx mov eax,ebx //shr eax,8 mov al,[esi+24] mov cl,[fog+eax] //mov [esi],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+25] mov ch,[fog+eax] mov [esi+24],cx //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+26] mov cl,[fog+eax] //mov [esi+2],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+27] mov ch,[fog+eax] mov [esi+26],cx //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+28] mov cl,[fog+eax] //mov [esi+4],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+29] mov ch,[fog+eax] mov [esi+28],cx //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+30] mov cl,[fog+eax] //mov [esi+36],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+31] mov ch,[fog+eax] mov [esi+30],cx add esi,32 add ebx,edx //jnz qqw1 add esi,adds add edx,d mov ebx,p add ebx,c //mov cl,4 mov p,ebx dec cc jnz qqw1 pop esi pop edi }; //Xbar(x+12,y+12,8,8,clrGreen); }; }; void ShowSuperFluentFog32(int x,int y,int z1x,int z2x,int z3x,int z4x){ //return; int z1=z1x<<16; int z2=z2x<<16; int z3=z3x<<16; int z4=z4x<<16; int scrof=int(ScreenPtr)+x+y*SCRSizeX; int adds=SCRSizeX-32; if(z1x<=zmin&&z2x<=zmin&&z3x<=zmin&&z4x<=zmin)return; if(z1x>=zmax&&z2x>=zmax&&z3x>=zmax&&z4x>=zmax){ __asm{ push edi mov ebx,adds mov edi,scrof mov dl,32 xor eax,eax cld iug: mov ecx,8 rep stosd add edi,ebx dec dl jnz iug pop edi }; return; }else{ int a,b,c,d,p,q,r; __asm{ push edi push esi mov eax,z1 mov ebx,eax //shl ebx,8 mov a,ebx mov ecx,z2 sub ecx,eax sar ecx,5 mov b,ecx mov ecx,z3 sub ecx,eax sar ecx,5 mov c,ecx mov ecx,z4 add ecx,z1 sub ecx,z2 sub ecx,z3 sar ecx,10 mov d,ecx //coefficients are now calculated mov ecx,0x2004 mov ebx,a //bh=fogging value add ebx,256*256*3 mov edx,b //dx=fog incrementor xor eax,eax mov esi,scrof mov p,ebx qqw1: mov eax,ebx shr eax,8 mov al,[esi] mov al,[fog+eax] mov [esi],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+1] mov al,[fog+eax] mov [esi+1],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+2] mov al,[fog+eax] mov [esi+2],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+3] mov al,[fog+eax] mov [esi+3],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+4] mov al,[fog+eax] mov [esi+4],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+5] mov al,[fog+eax] mov [esi+5],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+6] mov al,[fog+eax] mov [esi+6],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+7] mov al,[fog+eax] mov [esi+7],al add esi,8 add ebx,edx mov eax,ebx shr eax,8 mov al,[esi] mov al,[fog+eax] mov [esi],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+1] mov al,[fog+eax] mov [esi+1],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+2] mov al,[fog+eax] mov [esi+2],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+3] mov al,[fog+eax] mov [esi+3],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+4] mov al,[fog+eax] mov [esi+4],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+5] mov al,[fog+eax] mov [esi+5],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+6] mov al,[fog+eax] mov [esi+6],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+7] mov al,[fog+eax] mov [esi+7],al add esi,8 add ebx,edx mov eax,ebx shr eax,8 mov al,[esi] mov al,[fog+eax] mov [esi],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+1] mov al,[fog+eax] mov [esi+1],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+2] mov al,[fog+eax] mov [esi+2],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+3] mov al,[fog+eax] mov [esi+3],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+4] mov al,[fog+eax] mov [esi+4],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+5] mov al,[fog+eax] mov [esi+5],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+6] mov al,[fog+eax] mov [esi+6],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+7] mov al,[fog+eax] mov [esi+7],al add esi,8 add ebx,edx mov eax,ebx shr eax,8 mov al,[esi] mov al,[fog+eax] mov [esi],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+1] mov al,[fog+eax] mov [esi+1],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+2] mov al,[fog+eax] mov [esi+2],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+3] mov al,[fog+eax] mov [esi+3],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+4] mov al,[fog+eax] mov [esi+4],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+5] mov al,[fog+eax] mov [esi+5],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+6] mov al,[fog+eax] mov [esi+6],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+7] mov al,[fog+eax] mov [esi+7],al add esi,8 add ebx,edx //jnz qqw1 add esi,adds add edx,d mov ebx,p add ebx,c //mov cl,4 mov p,ebx dec ch jnz qqw1 pop esi pop edi }; //Xbar(x+12,y+12,8,8,clrGreen); }; }; void ShowSuperFluentFog2_2old(int x,int y,int z1x,int z2x,int z3x,int z4x){ //return; int z1=z1x<<16; int z2=z2x<<16; int z3=z3x<<16; int z4=z4x<<16; int scrof=int(ScreenPtr)+x+y*SCRSizeX; int adds=SCRSizeX-32; if(z1x<=zmin&&z2x<=zmin&&z3x<=zmin&&z4x<=zmin)return; if(z1x>=zmax&&z2x>=zmax&&z3x>=zmax&&z4x>=zmax){ __asm{ push edi mov ebx,adds mov edi,scrof mov dl,32 xor eax,eax cld iug: mov ecx,8 rep stosd add edi,ebx dec dl jnz iug pop edi }; return; }else{ int a,b,c,d,p,q,r; static int xebp;; __asm{ push edi push esi mov eax,z1 mov ebx,eax //shl ebx,8 mov a,ebx mov ecx,z2 sub ecx,eax sar ecx,5 mov b,ecx mov ecx,z3 sub ecx,eax sar ecx,5 mov c,ecx mov ecx,z4 add ecx,z1 sub ecx,z2 sub ecx,z3 sar ecx,10 mov d,ecx //coefficients are now calculated mov ecx,0x2010 mov ebx,a //bh=fogging value add ebx,256*256*3 //mov edx,b xor eax,eax mov esi,scrof mov p,ebx mov xebp,ebp mov ebp,b qqw1: mov eax,ebx shr eax,8 mov al,[esi] mov dl,[fog+eax] //inc esi add ebx,ebp mov eax,ebx shr eax,8 mov al,[esi+1] mov dh,[fog+eax] mov [esi],dx add esi,2 add ebx,ebp dec cl jnz qqw1 mov edx,ebp mov ebp,xebp add esi,adds add edx,d mov ebx,p add ebx,c mov cl,16 mov p,ebx mov ebp,edx dec ch jnz qqw1 mov ebp,xebp pop esi pop edi }; //Xbar(x+12,y+12,8,8,clrGreen); }; }; void ShowSuperFluentFog2_2(int x,int y,int z1x,int z2x,int z3x,int z4x){ //return; int z1=z1x<<16; int z2=z2x<<16; int z3=z3x<<16; int z4=z4x<<16; int scrof=int(ScreenPtr)+x+y*SCRSizeX; int adds=SCRSizeX-32; if(z1x<=zmin&&z2x<=zmin&&z3x<=zmin&&z4x<=zmin)return; if(z1x>=zmax&&z2x>=zmax&&z3x>=zmax&&z4x>=zmax){ __asm{ push edi mov ebx,adds mov edi,scrof mov dl,32 xor eax,eax cld iug: mov ecx,8 rep stosd add edi,ebx dec dl jnz iug pop edi }; return; }else{ int a,b,c,d,p,q,r; static int xebp;; __asm{ push edi push esi mov eax,z1 mov ebx,eax //shl ebx,8 mov a,ebx mov ecx,z2 sub ecx,eax sar ecx,5 mov b,ecx mov ecx,z3 sub ecx,eax sar ecx,5 mov c,ecx mov ecx,z4 add ecx,z1 sub ecx,z2 sub ecx,z3 sar ecx,10 mov d,ecx //coefficients are now calculated mov ecx,0x1010 mov ebx,a //bh=fogging value //add ebx,256*256*3 //mov edx,b xor eax,eax mov esi,scrof mov p,ebx mov xebp,ebp mov ebp,b qqw1: mov eax,ebx //add eax,1632768 shr eax,8 mov al,[esi] mov dl,[fog+eax] //inc esi add ebx,ebp mov eax,ebx add eax,16384 shr eax,8 mov al,[esi+1] mov dh,[fog+eax] mov [esi],dx add esi,2 add ebx,ebp dec cl jnz qqw1 mov edx,ebp mov ebp,xebp add esi,adds add edx,d mov ebx,p add ebx,c mov cl,16 mov p,ebx mov ebp,edx qqw2: mov eax,ebx add eax,32768 shr eax,8 mov al,[esi] mov dl,[fog+eax] //inc esi add ebx,ebp mov eax,ebx add eax,48796 shr eax,8 mov al,[esi+1] mov dh,[fog+eax] mov [esi],dx add esi,2 add ebx,ebp dec cl jnz qqw2 mov edx,ebp mov ebp,xebp add esi,adds add edx,d mov ebx,p add ebx,c mov cl,16 mov p,ebx mov ebp,edx dec ch jnz qqw1 mov ebp,xebp pop esi pop edi }; //Xbar(x+12,y+12,8,8,clrGreen); }; }; void ShowSuperFluentFog2_2_16(int x,int y,int z1x,int z2x,int z3x,int z4x){ //return; int z1=z1x<<16; int z2=z2x<<16; int z3=z3x<<16; int z4=z4x<<16; int scrof=int(ScreenPtr)+x+y*SCRSizeX; int adds=SCRSizeX-16; if(z1x<=zmin&&z2x<=zmin&&z3x<=zmin&&z4x<=zmin)return; if(z1x>=zmax&&z2x>=zmax&&z3x>=zmax&&z4x>=zmax){ __asm{ push edi mov ebx,adds mov edi,scrof mov dl,16 xor eax,eax cld iug: mov ecx,4 rep stosd add edi,ebx dec dl jnz iug pop edi }; return; }else{ int a,b,c,d,p,q,r; static int xebp;; __asm{ push edi push esi mov eax,z1 mov ebx,eax //shl ebx,8 mov a,ebx mov ecx,z2 sub ecx,eax sar ecx,4 mov b,ecx mov ecx,z3 sub ecx,eax sar ecx,4 mov c,ecx mov ecx,z4 add ecx,z1 sub ecx,z2 sub ecx,z3 sar ecx,8 mov d,ecx //coefficients are now calculated mov ecx,0x0808 mov ebx,a //bh=fogging value //add ebx,256*256*3 //mov edx,b xor eax,eax mov esi,scrof mov p,ebx mov xebp,ebp mov ebp,b qqw1: mov eax,ebx //add eax,1632768 sar eax,8 mov al,[esi] mov dl,[fog+eax] //inc esi add ebx,ebp mov eax,ebx add eax,16384 shr eax,8 mov al,[esi+1] mov dh,[fog+eax] mov [esi],dx add esi,2 add ebx,ebp dec cl jnz qqw1 mov edx,ebp mov ebp,xebp add esi,adds add edx,d mov ebx,p add ebx,c mov cl,8 mov p,ebx mov ebp,edx qqw2: mov eax,ebx add eax,32768 shr eax,8 mov al,[esi] mov dl,[fog+eax] //inc esi add ebx,ebp mov eax,ebx add eax,48796 shr eax,8 mov al,[esi+1] mov dh,[fog+eax] mov [esi],dx add esi,2 add ebx,ebp dec cl jnz qqw2 mov edx,ebp mov ebp,xebp add esi,adds add edx,d mov ebx,p add ebx,c mov cl,8 mov p,ebx mov ebp,edx dec ch jnz qqw1 mov ebp,xebp pop esi pop edi }; //Xbar(x+12,y+12,8,8,clrGreen); }; }; void ShowSuperFluentFog32_160(int x,int y,int z1x,int z2x,int z3x,int z4x){ if(MiniMode)return; int z1=z1x<<16; int z2=z2x<<16; int z3=z3x<<16; int z4=z4x<<16; int scrof=int(ScreenPtr)+x+y*SCRSizeX; int adds=SCRSizeX-32; if(z1x<=63&&z2x<=63&&z3x<=63&&z4x<=63)return; if(z1x>=96&&z2x>=96&&z3x>=96&&z4x>=96){ __asm{ push edi mov ebx,adds mov edi,scrof mov dl,32 xor eax,eax cld iug: mov ecx,8 rep stosd add edi,ebx dec dl jnz iug pop edi }; return; }else{ int a,b,c,d,p,q,r; __asm{ push edi push esi pushf mov eax,z1 mov ebx,eax //shl ebx,8 mov a,ebx mov ecx,z2 sub ecx,eax sar ecx,5 mov b,ecx mov ecx,z3 sub ecx,eax sar ecx,5 mov c,ecx mov ecx,z4 add ecx,z1 sub ecx,z2 sub ecx,z3 sar ecx,10 mov d,ecx //coefficients are now calculated mov ecx,0x2004 mov ebx,a //bh=fogging value //add ebx,256*256*3 mov edx,b //dx=fog incrementor xor eax,eax mov esi,scrof mov p,ebx qqw1: mov eax,ebx sar eax,8 mov al,[esi] mov al,[darkfog+eax] mov [esi],al //inc esi add ebx,edx mov eax,ebx sar eax,8 mov al,[esi+1] mov al,[darkfog+eax] mov [esi+1],al //inc esi add ebx,edx mov eax,ebx sar eax,8 mov al,[esi+2] mov al,[darkfog+eax] mov [esi+2],al //inc esi add ebx,edx mov eax,ebx sar eax,8 mov al,[esi+3] mov al,[darkfog+eax] mov [esi+3],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+4] mov al,[darkfog+eax] mov [esi+4],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+5] mov al,[darkfog+eax] mov [esi+5],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+6] mov al,[darkfog+eax] mov [esi+6],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+7] mov al,[darkfog+eax] mov [esi+7],al add esi,8 add ebx,edx mov eax,ebx shr eax,8 mov al,[esi] mov al,[darkfog+eax] mov [esi],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+1] mov al,[darkfog+eax] mov [esi+1],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+2] mov al,[darkfog+eax] mov [esi+2],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+3] mov al,[darkfog+eax] mov [esi+3],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+4] mov al,[darkfog+eax] mov [esi+4],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+5] mov al,[darkfog+eax] mov [esi+5],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+6] mov al,[darkfog+eax] mov [esi+6],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+7] mov al,[darkfog+eax] mov [esi+7],al add esi,8 add ebx,edx mov eax,ebx shr eax,8 mov al,[esi] mov al,[darkfog+eax] mov [esi],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+1] mov al,[darkfog+eax] mov [esi+1],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+2] mov al,[darkfog+eax] mov [esi+2],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+3] mov al,[darkfog+eax] mov [esi+3],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+4] mov al,[darkfog+eax] mov [esi+4],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+5] mov al,[darkfog+eax] mov [esi+5],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+6] mov al,[darkfog+eax] mov [esi+6],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+7] mov al,[darkfog+eax] mov [esi+7],al add esi,8 add ebx,edx mov eax,ebx shr eax,8 mov al,[esi] mov al,[darkfog+eax] mov [esi],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+1] mov al,[darkfog+eax] mov [esi+1],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+2] mov al,[darkfog+eax] mov [esi+2],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+3] mov al,[darkfog+eax] mov [esi+3],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+4] mov al,[darkfog+eax] mov [esi+4],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+5] mov al,[darkfog+eax] mov [esi+5],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+6] mov al,[darkfog+eax] mov [esi+6],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+7] mov al,[darkfog+eax] mov [esi+7],al add esi,8 add ebx,edx //jnz qqw1 add esi,adds add edx,d mov ebx,p add ebx,c //mov cl,4 mov p,ebx dec ch jnz qqw1 popf pop esi pop edi }; //Xbar(x+12,y+12,8,8,clrGreen); //Xbar(x,y,32,32,clrGreen); }; }; void ShowSuperFluentFog16_160(int x,int y,int z1x,int z2x,int z3x,int z4x){ // if(MiniMode)return; int z1=z1x<<16; int z2=z2x<<16; int z3=z3x<<16; int z4=z4x<<16; int scrof=int(ScreenPtr)+x+y*SCRSizeX; int adds=SCRSizeX-16; if(z1x<=63&&z2x<=63&&z3x<=63&&z4x<=63)return; if(z1x>=96&&z2x>=96&&z3x>=96&&z4x>=96){ __asm{ push edi mov ebx,adds mov edi,scrof mov dl,16 xor eax,eax cld iug: mov ecx,4 rep stosd add edi,ebx dec dl jnz iug pop edi }; return; }else{ int a,b,c,d,p,q,r; __asm{ push edi push esi pushf mov eax,z1 mov ebx,eax //shl ebx,8 mov a,ebx mov ecx,z2 sub ecx,eax sar ecx,4 mov b,ecx mov ecx,z3 sub ecx,eax sar ecx,4 mov c,ecx mov ecx,z4 add ecx,z1 sub ecx,z2 sub ecx,z3 sar ecx,8 mov d,ecx //coefficients are now calculated mov ecx,0x1002 mov ebx,a //bh=fogging value //add ebx,256*256*3 mov edx,b //dx=fog incrementor xor eax,eax mov esi,scrof mov p,ebx qqw1: mov eax,ebx shr eax,8 mov al,[esi] mov al,[darkfog+eax] mov [esi],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+1] mov al,[darkfog+eax] mov [esi+1],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+2] mov al,[darkfog+eax] mov [esi+2],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+3] mov al,[darkfog+eax] mov [esi+3],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+4] mov al,[darkfog+eax] mov [esi+4],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+5] mov al,[darkfog+eax] mov [esi+5],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+6] mov al,[darkfog+eax] mov [esi+6],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+7] mov al,[darkfog+eax] mov [esi+7],al add esi,8 add ebx,edx mov eax,ebx shr eax,8 mov al,[esi] mov al,[darkfog+eax] mov [esi],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+1] mov al,[darkfog+eax] mov [esi+1],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+2] mov al,[darkfog+eax] mov [esi+2],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+3] mov al,[darkfog+eax] mov [esi+3],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+4] mov al,[darkfog+eax] mov [esi+4],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+5] mov al,[darkfog+eax] mov [esi+5],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+6] mov al,[darkfog+eax] mov [esi+6],al //inc esi add ebx,edx mov eax,ebx shr eax,8 mov al,[esi+7] mov al,[darkfog+eax] mov [esi+7],al add esi,8 add ebx,edx //jnz qqw1 add esi,adds add edx,d mov ebx,p add ebx,c //mov cl,4 mov p,ebx dec ch jnz qqw1 popf pop esi pop edi }; //Xbar(x+12,y+12,8,8,clrGreen); //Xbar(x,y,32,32,clrGreen); }; }; #define shf 2500 #define fmin 3096 byte fden[8192]; void makeFden(){ for(int i=0;i<8192;i++){ if(i>shf)fden[i]=158; else fden[i]=5+div(i*153,shf).quot; }; }; int GetF(word k){ if(k>=fmin)return 5; return fden[fmin-k]; }; void ShowSuperFog(){ //return; for(int i=0;i<smaplx;i++) for(int j=0;j<smaply;j++){ word* fm=&fmap[mapy+j-1][mapx+i-1]; ShowSuperFluentFog32_160(smapx+(i<<5),smapy+(j<<5), GetF(fm[0]),GetF(fm[1]),GetF(fm[256]),GetF(fm[257])); }; }; void miniShowSuperFog(){ //return; for(int i=0;i<smaplx;i++) for(int j=0;j<smaply;j++){ word* fm=&fmap[mapy+j-1][mapx+i-1]; ShowSuperFluentFog16_160(smapx+(i<<4),smapy+(j<<4), GetF(fm[0]),GetF(fm[1]),GetF(fm[256]),GetF(fm[257])); }; }; void TurnFogOn(){ FogMode=1; }; void TurnFogOff(){ FogMode=0; };