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534 lines (479 loc) · 12.6 KB
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#include <Windows.h>
#include <tchar.h>
#include "Debug.h"
#include "wiz_macro.h"
WizMacro::WizMacro()
{
LowerBound = 32000;
UpperBound = 32000;
TimeShift = 0;
AdjustedTime = 0;
BlackholeCheck = false;
MacroIsRunning = false;
DooingArcane = false;
SavedBlackHole = false;
AutoMacro = false;
OutsideSaved = false;
Channeling = false;
Shooting = false;
}
void WizMacro::GetCoe(TCPConnection* tcp_connection)
{
DWORD OldDistance = (UpperBound - LowerBound + 16000) % 16000;
DWORD Time = GetTickCount() % 16000;
DWORD Distance = 0;
int BoundDistance;
if (LowerBound == 32000)
{
OldDistance = 100000;
}
if (UpperBound == 32000)
{
OldDistance = 100000;
}
if (tcp_connection->ConventionLight())
{
BoundDistance = abs((int)UpperBound - (int)LowerBound);
if (BoundDistance > 8000)
{
TimeShift = (UpperBound + LowerBound + 16000) / 2;
}
else
{
TimeShift = (UpperBound + LowerBound) / 2;
}
AdjustedTime = (GetTickCount() - TimeShift) % 16000;
if (AdjustedTime > (4000 + 1000) && AdjustedTime < (1600 - 1000))
{
DEBUG_MSG("11" << std::endl);
UpperBound = (Time + 32000) % 16000;
}
//0-4000 lightning
Distance = (Time - LowerBound + 32000) % 16000;
if (Distance < OldDistance)
{
DEBUG_MSG("12" << UpperBound << std::endl);
UpperBound = (Time + 32000) % 16000;
}
Distance = (UpperBound + 4000 - Time + 32000) % 16000;
if (Distance < OldDistance)
{
DEBUG_MSG("13" << LowerBound << std::endl);
LowerBound = (Time - 4000 + 32000) % 16000;
}
}
else if (tcp_connection->ConventionArcane())
{
BoundDistance = abs((int)UpperBound - (int)LowerBound);
if (BoundDistance > 8000)
{
TimeShift = (UpperBound + LowerBound + 16000) / 2;
}
else
{
TimeShift = (UpperBound + LowerBound) / 2;
}
AdjustedTime = (GetTickCount() - TimeShift) % 16000;
if (AdjustedTime > (8000 + 1000) || AdjustedTime < (4000 - 1000))
{
DEBUG_MSG("21" << std::endl);
UpperBound = (Time + 32000) % 16000;
}
//4000-8000 Arcane
Distance = (Time - LowerBound - 4000 + 32000) % 16000;
if (Distance < OldDistance)
{
DEBUG_MSG("22" << UpperBound << std::endl);
UpperBound = (Time - 4000 + 32000) % 16000;
}
Distance = (UpperBound + 8000 - Time + 32000) % 16000;
if (Distance < OldDistance)
{
DEBUG_MSG("23" << LowerBound << std::endl);
LowerBound = (Time - 8000 + 32000) % 16000;
}
}
else if (tcp_connection->ConventionCold())
{
BoundDistance = abs((int)UpperBound - (int)LowerBound);
if (BoundDistance > 8000)
{
TimeShift = (UpperBound + LowerBound + 16000) / 2;
}
else
{
TimeShift = (UpperBound + LowerBound) / 2;
}
AdjustedTime = (GetTickCount() - TimeShift) % 16000;
if (AdjustedTime > (12000 + 1000) || AdjustedTime < (8000 - 1000))
{
DEBUG_MSG("31" << std::endl);
UpperBound = (Time + 32000) % 16000;
}
//8000-12000 Cold
Distance = (Time - LowerBound - 8000 + 32000) % 16000;
if (Distance < OldDistance)
{
DEBUG_MSG("32" << UpperBound << std::endl);
UpperBound = (Time - 8000 + 32000) % 16000;
}
Distance = (UpperBound + 12000 - Time + 32000) % 16000;
if (Distance < OldDistance)
{
DEBUG_MSG("33" << LowerBound << std::endl);
LowerBound = (Time - 12000 + 32000) % 16000;
}
}
else if (tcp_connection->ConventionFire())
{
BoundDistance = abs((int)UpperBound - (int)LowerBound);
if (BoundDistance > 8000)
{
TimeShift = (UpperBound + LowerBound + 16000) / 2;
}
else
{
TimeShift = (UpperBound + LowerBound) / 2;
}
AdjustedTime = (GetTickCount() - TimeShift) % 16000;
if (AdjustedTime < (12000 - 1000) && AdjustedTime > (0 + 1000))
{
DEBUG_MSG("41" << std::endl);
UpperBound = (Time + 32000) % 16000;
}
//12000-16000 Cold
Distance = (Time - LowerBound - 12000 + 32000) % 16000;
if (Distance < OldDistance)
{
DEBUG_MSG("42" << UpperBound << std::endl);
UpperBound = (Time - 12000 + 32000) % 16000;
}
Distance = (UpperBound - Time + 32000) % 16000;
if (Distance < OldDistance)
{
DEBUG_MSG("43" << LowerBound << std::endl);
LowerBound = (Time + 32000) % 16000;
}
}
BoundDistance = abs((int)UpperBound - (int)LowerBound);
if (BoundDistance > 8000)
{
TimeShift = (UpperBound + LowerBound + 16000) / 2;
}
else
{
TimeShift = (UpperBound + LowerBound) / 2;
}
AdjustedTime = (GetTickCount() - TimeShift) % 16000;
}
void WizMacro::DoMacro(InputSimulator* input_simulator, TCPConnection* tcp_connection)
{
if (WaveOfForceHotkey == 'L' || WaveOfForceHotkey == 'R')
{
::MessageBox(NULL, _T("WARNING atm WaveOfForce cant be on the mouse"),
_T("WARNING"), MB_OK | MB_ICONEXCLAMATION);
return;
}
if (ElectrocuteHotkey == 'L' || ElectrocuteHotkey == 'R')
{
::MessageBox(NULL, _T("WARNING atm Electrocute cant be on the mouse"),
_T("WARNING"), MB_OK | MB_ICONEXCLAMATION);
return;
}
if (DisintegrateHotkey == 'L' || DisintegrateHotkey == 'R')
{
::MessageBox(NULL, _T("WARNING atm Disintegrate cant be on the mouse"),
_T("WARNING"), MB_OK | MB_ICONEXCLAMATION);
return;
}
if (WaveOfForceHotkey == MacroHotkey || ElectrocuteHotkey == MacroHotkey || MeteorHotkey == MacroHotkey || DisintegrateHotkey == MacroHotkey)
{
::MessageBox(NULL, _T("WARNING cant have macro key the same as a skill"),
_T("WARNING"), MB_OK | MB_ICONEXCLAMATION);
return;
}
if (BlackholeCheck && !ArchonCheck)
{
if(GetAsyncKeyState(input_simulator->CharToVK(MacroHotkey)) < 0)
{
if (!MacroIsRunning)//just started
{
input_simulator->SendKeyDown(ElectrocuteHotkey);
}
}
else
{
if (!AutoMacro)
{
if (MacroIsRunning)//just stopped
{
input_simulator->SendKeyUp(ElectrocuteHotkey);
MacroIsRunning = false;
return;
}
else
{
return;
}
}
}
MacroIsRunning = true;
DWORD Convention = AdjustedTime;
DooingArcane = false;
SavedBlackHole = false;
if (Convention > 1150 && Convention < 1900)
{
DooingArcane = true;
input_simulator->SendKey(WaveOfForceHotkey);
if (tcp_connection->BlackholeBuffActive())
{
SavedBlackHole = true;
//got blackhole from ES so dont use it
}
else
{
if (BlackholeCheck)
{
input_simulator->SendKeyOrMouseWithoutMove(BlackholeHotkey);
}
}
Sleep(200);
input_simulator->SendKeyDown(ElectrocuteHotkey);
Sleep(1400);
input_simulator->SendKeyOrMouseWithoutMove(MeteorHotkey);
Sleep(1200);
if (!(GetAsyncKeyState(input_simulator->CharToVK(MacroHotkey)) < 0) && !AutoMacro)
{
Stop(input_simulator);
return;
}
if (SavedBlackHole)
{
input_simulator->SendKeyUp(ElectrocuteHotkey);
}
input_simulator->SendKeyDown(DisintegrateHotkey);
Sleep(400);
input_simulator->SendKeyUp(DisintegrateHotkey);
if (!(GetAsyncKeyState(input_simulator->CharToVK(MacroHotkey)) < 0) && !AutoMacro)
{
Stop(input_simulator);
return;
}
if (SavedBlackHole && BlackholeCheck)
{
Sleep(300);
input_simulator->SendKey(WaveOfForceHotkey);
input_simulator->SendKeyOrMouseWithoutMove(BlackholeHotkey);
input_simulator->SendKeyDown(ElectrocuteHotkey);
}
else
{
input_simulator->SendKeyDown(WaveOfForceHotkey);
Sleep(100);
input_simulator->SendKeyUp(WaveOfForceHotkey);
Sleep(200);
}
Sleep(1500);
if (!(GetAsyncKeyState(input_simulator->CharToVK(MacroHotkey)) < 0) && !AutoMacro)
{
Stop(input_simulator);
return;
}
input_simulator->SendKeyOrMouseWithoutMove(MeteorHotkey);
Sleep(1200);
input_simulator->SendKeyDown(DisintegrateHotkey);
Sleep(400);
input_simulator->SendKeyUp(DisintegrateHotkey);
input_simulator->SendKeyDown(WaveOfForceHotkey);
Sleep(100);
input_simulator->SendKeyUp(WaveOfForceHotkey);
}
if (Convention > 4000 && Convention < 7000 && !DooingArcane)
{
input_simulator->SendKeyOrMouseWithoutMove(MeteorHotkey);
Sleep(1200);
if (!(GetAsyncKeyState(input_simulator->CharToVK(MacroHotkey)) < 0) && !AutoMacro)
{
Stop(input_simulator);
return;
}
input_simulator->SendKeyDown(DisintegrateHotkey);
Sleep(400);
input_simulator->SendKeyUp(DisintegrateHotkey);
input_simulator->SendKeyDown(WaveOfForceHotkey);
Sleep(100);
input_simulator->SendKeyUp(WaveOfForceHotkey);
}
else if (Convention > 9300 && Convention < 10300)
{
input_simulator->SendKeyOrMouseWithoutMove(MeteorHotkey);
Sleep(1200);
if (!(GetAsyncKeyState(input_simulator->CharToVK(MacroHotkey)) < 0) && !AutoMacro)
{
Stop(input_simulator);
return;
}
input_simulator->SendKeyDown(DisintegrateHotkey);
Sleep(400);
input_simulator->SendKeyUp(DisintegrateHotkey);
input_simulator->SendKeyDown(WaveOfForceHotkey);
Sleep(100);
input_simulator->SendKeyUp(WaveOfForceHotkey);
}
else if (Convention > 12200 && Convention < 13200)
{
input_simulator->SendKeyOrMouseWithoutMove(MeteorHotkey);
Sleep(1200);
if (!(GetAsyncKeyState(input_simulator->CharToVK(MacroHotkey)) < 0) && !AutoMacro)
{
Stop(input_simulator);
return;
}
input_simulator->SendKeyDown(DisintegrateHotkey);
Sleep(400);
input_simulator->SendKeyUp(DisintegrateHotkey);
input_simulator->SendKeyDown(WaveOfForceHotkey);
Sleep(100);
input_simulator->SendKeyUp(WaveOfForceHotkey);
}
else if (Convention > 15100)
{
input_simulator->SendKeyOrMouseWithoutMove(MeteorHotkey);
Sleep(1200);
if (!(GetAsyncKeyState(input_simulator->CharToVK(MacroHotkey)) < 0) && !AutoMacro)
{
Stop(input_simulator);
return;
}
input_simulator->SendKeyDown(DisintegrateHotkey);
Sleep(400);
input_simulator->SendKeyUp(DisintegrateHotkey);
input_simulator->SendKeyUp(ElectrocuteHotkey);
}
}
else if (ArchonCheck)
{
DWORD Convention = AdjustedTime;
if (!Shooting)
{
if (GetAsyncKeyState(input_simulator->CharToVK(ChannelHotkey)) < 0)//pressed
{
if (!Channeling)
{
input_simulator->SendKeyDown(DisintegrateHotkey);
Channeling = true;
}
}
else
{
if (Channeling)
{
input_simulator->SendKeyUp(DisintegrateHotkey);
Channeling = false;
}
}
}
if (Convention > 9000 && Convention < 10000)//out of archon
{
if (!Shooting)
{
if (GetAsyncKeyState(input_simulator->CharToVK(ChannelHotkey)) < 0)//pressed
{
input_simulator->SendKeyUp(DisintegrateHotkey);
input_simulator->SendKeyDown(DisintegrateHotkey);
Sleep(100);
}
}
}
if (GetAsyncKeyState(input_simulator->CharToVK(MacroHotkey)) < 0)
{
if (Convention > 11500 && Convention < 12500)//occu
{
Shooting = true;
if (Channeling)
{
input_simulator->SendKeyUp(DisintegrateHotkey);
Channeling = false;
}
input_simulator->SendKeyOrMouseWithoutMove(WaveOfForceHotkey);
if (BlackholeCheck)
{
input_simulator->SendKeyOrMouseWithoutMove(BlackholeHotkey);
}
input_simulator->SendKeyDown(ElectrocuteHotkey);
Sleep(2300);
input_simulator->SendKeyUp(ElectrocuteHotkey);
input_simulator->SendKeyOrMouseWithoutMove(MeteorHotkey);
Sleep(1166);
input_simulator->SendKeyDown(DisintegrateHotkey);
Channeling = true;
Sleep(200);
Shooting = false;
}
if (Convention > 2000 && Convention < 2800)
{
Shooting = true;
if (Channeling)
{
input_simulator->SendKeyUp(DisintegrateHotkey);
Channeling = false;
}
input_simulator->SendKeyOrMouseWithoutMove(WaveOfForceHotkey);
if (BlackholeCheck)
{
input_simulator->SendKeyOrMouseWithoutMove(BlackholeHotkey);
}
input_simulator->SendKeyDown(ElectrocuteHotkey);
Sleep(2300);
input_simulator->SendKeyUp(ElectrocuteHotkey);
input_simulator->SendKeyOrMouseWithoutMove(MeteorHotkey);
if (PositionSaved)
{
Sleep(50);
input_simulator->MoveMouse(SavedPosition);
Sleep(50);
input_simulator->SendKey(input_simulator->CharToVK(ForcemoveHotkey));
PositionSaved = false;
}
else
{
Sleep(100);
}
Sleep(1166 - 100);
input_simulator->SendKeyDown(DisintegrateHotkey);
Sleep(DWORD(5.0 * (1000.0 / 60.0)));
input_simulator->SendKeyOrMouseWithoutMove(ArchonHotkey);
input_simulator->SendKeyUp(DisintegrateHotkey);
Sleep(200);
Shooting = false;
}
}
}
else
{
if (GetAsyncKeyState(input_simulator->CharToVK(MacroHotkey)) < 0)
{
input_simulator->SendKeyOrMouseWithoutMove(MeteorHotkey);
Sleep(1200);
input_simulator->SendKeyDown(DisintegrateHotkey);
Sleep(500);
input_simulator->SendKeyDown(WaveOfForceHotkey);
input_simulator->SendKeyUp(DisintegrateHotkey);
Sleep(100);
input_simulator->SendKeyUp(WaveOfForceHotkey);
Sleep(800);
}
}
}
void WizMacro::Stop(InputSimulator* input_simulator)
{
if (MacroIsRunning)
{
input_simulator->SendKeyUp(ElectrocuteHotkey);
MacroIsRunning = false;
}
return;
}
WizMacro::~WizMacro()
{
}