Ok, so I was looking back in to unlocking framerate for someone, and the old JNB-JMP method still works the same but the unfortunate side effect is that 100% of the resources go into that unlocked client, slowing down the rest of the PC.
The proper way to do it is to set the framerate the same as the refresh rate, as most people have a screen that runs at 60Hz, I have attached a 60fps client for Patch 5363.
REINFORCE: THERE IS NO POINT IN GETTING 100+ FPS IF YOU ONLY HAVE A SCREEN THAT RUNS AT 60Hz(most lcd's on the market)
Here is the patch, you can usually find this code segment by searching the .text code section of conquer for ADD ECX,19:
Original
Patched
By NOPing out SUB ECX,EAX and ADD ECX,19 and replacing it with XOR ECX,ECX (set ECX to zero), we can exploit the code above to set the frame limit. By changing the 19 in LEA EDX,[ECX+19], you will change how often the conditional jump below runs the code to sleep.
Numbers below 19 = increase in framerate (I used 10 in this example, giving roughly 60 FPS)
Numbers above 19 = decrease in framerate (decreasing framerate has its uses, while TG or botting for example you can set fps to one. On my pc this resulted in 1% usage of GPU, and 4% of CPU)
The proper way to do it is to set the framerate the same as the refresh rate, as most people have a screen that runs at 60Hz, I have attached a 60fps client for Patch 5363.
REINFORCE: THERE IS NO POINT IN GETTING 100+ FPS IF YOU ONLY HAVE A SCREEN THAT RUNS AT 60Hz(most lcd's on the market)
Here is the patch, you can usually find this code segment by searching the .text code section of conquer for ADD ECX,19:
Original
Code:
CPU Disasm Address Hex dump Command Comments 005823BD /. E8 F3B01800 CALL <JMP.&WINMM.timeGetTime> 005823C2 |. 8B0D D0568D00 MOV ECX,DWORD PTR DS:[8D56D0] 005823C8 8D51 19 LEA EDX,[ECX+19] 005823CB |. 3BC2 CMP EAX,EDX 005823CD |. 73 0E JNB SHORT 005823DD 005823CF |. 2BC8 SUB ECX,EAX 005823D1 83C1 19 ADD ECX,19 005823D4 |. 51 PUSH ECX 005823D5 |. FF15 E4907D00 CALL DWORD PTR DS:[<&KERNEL32.Sleep>] 005823DB |. EB 19 JMP SHORT 005823F6 005823DD |> A3 D0568D00 MOV DWORD PTR DS:[8D56D0],EAX 005823E2 |. A1 CC568D00 MOV EAX,DWORD PTR DS:[8D56CC] 005823E7 |. 6A 01 PUSH 1 ; /Arg1 = 1 005823E9 |. 8D48 40 LEA ECX,[EAX+40] ; | 005823EC |. E8 ED440000 CALL 005868DE ; \Conquer.005868DE 005823F1 |. E8 E7EDFFFF CALL 005811DD ; [Conquer.005811DD 005823F6 |> 6A 01 PUSH 1 005823F8 |. 58 POP EAX 005823F9 \. C2 0400 RETN 4
Code:
CPU Disasm Address Hex dump Command Comments 005823BD /. E8 F3B01800 CALL <JMP.&WINMM.timeGetTime> 005823C2 |. 8B0D D0568D00 MOV ECX,DWORD PTR DS:[8D56D0] 005823C8 |. 8D51 10 LEA EDX,[ECX+10] 005823CB |. 3BC2 CMP EAX,EDX 005823CD |. 73 0E JNB SHORT 005823DD 005823CF 90 NOP 005823D0 90 NOP 005823D1 90 NOP 005823D2 31C9 XOR ECX,ECX 005823D4 |. 51 PUSH ECX 005823D5 |. FF15 E4907D00 CALL DWORD PTR DS:[<&KERNEL32.Sleep>] 005823DB |. EB 19 JMP SHORT 005823F6 005823DD |> A3 D0568D00 MOV DWORD PTR DS:[8D56D0],EAX 005823E2 |. A1 CC568D00 MOV EAX,DWORD PTR DS:[8D56CC] 005823E7 |. 6A 01 PUSH 1 ; /Arg1 = 1 005823E9 |. 8D48 40 LEA ECX,[EAX+40] ; | 005823EC |. E8 ED440000 CALL 005868DE ; \Conquer_[60-FPS].005868DE 005823F1 |. E8 E7EDFFFF CALL 005811DD ; [Conquer_[60-FPS].005811DD 005823F6 |> 6A 01 PUSH 1 005823F8 |. 58 POP EAX 005823F9 \. C2 0400 RETN 4
Numbers below 19 = increase in framerate (I used 10 in this example, giving roughly 60 FPS)
Numbers above 19 = decrease in framerate (decreasing framerate has its uses, while TG or botting for example you can set fps to one. On my pc this resulted in 1% usage of GPU, and 4% of CPU)