//alloc(newmem,2048,"DiabloImmortal.exe"+24ECF75)
//alloc(newmem,2048,"DiabloImmortal.exe"+2200AB5)
//alloc(newmem,2048,"DiabloImmortal.exe"+25F1F85)
alloc(newmem,2048,"DiabloImmortal.exe"+2238865)


label(returnhere)
label(originalcode)
label(exit)

newmem: //this is allocated memory, you have read,write,execute access
//place your code here

originalcode:


// byte ptr [rdi+158],3F > 0F tat fog

// byte ptr [rdi+228],20 = bat 00 = tat
// new byte ptr [rdi+1D0],20 = bat 00 = tat
// -78

//[rdi+298] = float X LEFT+UP 511
//[rdi+29C] = float Y LEFT+UP 510

//[rdi+2E0] = float X RIGHT+DOWN 677
//[rdi+2E4] = float Y RIGHT+DOWN 383

//[rdi+28C] = float 572
//[rdi+78] = float (float)0.42

// new
//[rdi+238] = float X LEFT+UP 511
//[rdi+23C] = float Y LEFT+UP 510

//[rdi+280] = float X RIGHT+DOWN 677
//[rdi+284] = float Y RIGHT+DOWN 383

//[rdi+214] = float 572
//[rdi+78] = float (float)0.42

push rax // address
mov rax,newmem+500 // address 0x0 value vtmem +500 ko du > +1000

push rbx // address


mov rbx,[rax+0] //> chuyen rcx = rbx = [rax+20]
add rbx,8

// xoa fog byte ptr [rdi+158] = 3F > 0F
cmp rdi,0 // address check
je if01
cmp byte ptr [rdi+158],3F // 425+20
jne if01
//cmp [rax+0],90 // for loop < 50 (190)  10 (48) 20 (90)
//ja if01
cmp [rdi+28C],(float)572 // 425+20
jne if01
//cmp [rdi+78],3ED70A3E // (float)0.42
//jne if01
cmp byte ptr [rdi+000001D0],20
jne if01
//mov [rdi+00000228],20
//mov [rax+0],rbx
//mov [rax+rbx],rdi
mov byte ptr [rdi+158],0F // number map
if01:




// tat map byte ptr [rdi+228] = 20 > 0
cmp rdi,0 // address check
je if02
cmp [rdi+28C],(float)572 // 425+20
jne if02
cmp [rdi+78],3ED70A3E // (float)0.42
jne if02
cmp byte ptr [rdi+000001D0],20
jne if02
mov [rax+8*60],rdi
if02:


// distance player center map
cmp rdi,0 // address check
je if03
cmp byte ptr [rdi+158],0F // 425+20
jne if03
cmp [rax+0],50 // for loop < 50 (190)  12 (58) 10 (48) 20 (90)
ja if03
cmp [rdi+28C],(float)572 // 425+20
jne if03
cmp [rdi+78],3ED70A3E // (float)0.42
jne if03
cmp byte ptr [rdi+000001D0],20
jne if03

cmp [rdi+298],(float)500 // >  510
jb if03
cmp [rdi+298],(float)697 // < 677
ja if03
cmp [rdi+2E0],(float)48 // >  510
jb if03
cmp [rdi+2E0],(float)697 // < 677
ja if03

cmp [rdi+29C],(float)373 // > 383
jb if03
cmp [rdi+29C],(float)520 // < 510
ja if03
cmp [rdi+2E4],(float)373 // > 383
jb if03
cmp [rdi+2E4],(float)520 // < 510
ja if03

cmp [rax+8*1],rdi // < 510
je if03
cmp [rax+8*2],rdi // < 510
je if03
cmp [rax+8*3],rdi // < 510
je if03
cmp [rax+8*4],rdi // < 510
je if03
cmp [rax+8*5],rdi // < 510
je if03
cmp [rax+8*6],rdi // < 510
je if03
cmp [rax+8*7],rdi // < 510
je if03
cmp [rax+8*8],rdi // < 510
je if03
cmp [rax+8*9],rdi // < 510
je if03
cmp [rax+8*10],rdi // < 510
je if03
cmp [rax+8*11],rdi // < 510
je if03
cmp [rax+8*12],rdi // < 510
je if03

cmp [rax+rbx],00 // [rax+8*1]  *2  *3 *4 *5
jne if03
mov [rax+0],rbx
mov [rax+rbx],rdi
//mov byte ptr [rdi+00000228],0

if03:


// check map 1 2 3 4 >  1 > [rdi+228] = 0
cmp rdi,0 // address check
je if03_m
cmp byte ptr [rdi+000001D0],20
jne if03_m

cmp [rax+8*1],rdi // < 510
jne if03_m
cmp [rax+8*2],0 // < 510
je if03_m
cmp [rax+8*3],0 // < 510
je if03_m
cmp [rax+8*4],0 // < 510
je if03_m


mov byte ptr [rdi+000001D0],0
if03_m:


// check map 2 3 4 >  2 > [rdi+228] = 0
cmp rdi,0 // address check
je if04_m
cmp byte ptr [rdi+000001D0],20
jne if04_m

cmp [rax+8*2],rdi // < 510
jne if04_m
cmp [rax+8*3],0 // < 510
je if04_m
cmp [rax+8*4],0 // < 510
je if04_m

mov byte ptr [rdi+000001D0],20
if04_m:

// check map 3 4 5 >  3 > [rdi+228] = 0
cmp rdi,0 // address check
je if05_m
cmp byte ptr [rdi+000001D0],20
jne if05_m

cmp [rax+8*3],rdi // < 510
jne if05_m
cmp [rax+8*4],0 // < 510
je if05_m
cmp [rax+8*5],0 // < 510
je if05_m

mov byte ptr [rdi+000001D0],0
if05_m:








// distance player center map > fix remove map
cmp rdi,0 // address check
je if04
cmp byte ptr [rdi+158],0F // 425+20
jne if04
cmp [rdi+28C],(float)572 // 425+20
jne if04
cmp [rdi+78],3ED70A3E // (float)0.42
jne if04
cmp byte ptr [rdi+000001D0],0
jne if04

cmp [rdi+298],(float)500 // >  510
jb if04
cmp [rdi+298],(float)697 // < 677
ja if04
cmp [rdi+2E0],(float)48 // >  510
jb if04
cmp [rdi+2E0],(float)697 // < 677
ja if04

cmp [rdi+29C],(float)373 // > 383
jb if04
cmp [rdi+29C],(float)520 // < 510
ja if04
cmp [rdi+2E4],(float)373 // > 383
jb if04
cmp [rdi+2E4],(float)520 // < 510
ja if04

cmp [rax+rbx-8],0 // < 510
je if04
cmp [rax+0],0 // < 510
je if04
mov [rax+rbx-8],0 // 8byte 0>4
mov [rax+rbx-4],0 // 8byte 5>8
sub [rax+0],8

if04:




pop rbx
pop rax

//mov [rdi+000002F8],rbx //mov [rdi+000002C0],rbx ( cu )
mov r14,[rsp+00000188]
//mov r15,[rsp+38]
//mov bpl,01
//test byte ptr [rdi+00000208],20 //test byte ptr [rdi+000001D0],20 ( cu ) // ko du byte > mov r14,[rsp+00000188]






exit:
jmp returnhere


//"DiabloImmortal.exe"+24ECF75:
//"DiabloImmortal.exe"+2200AB5:
//"DiabloImmortal.exe"+25F1F85:
"DiabloImmortal.exe"+2238865:


jmp newmem
nop
nop
nop
returnhere: