private void timer2_Tick(object sender, EventArgs e)
{
//addresses tend to change when the player dies, so we update them every 5 seconds
xAddress = MemoryFunctions.GetDMAAddy(hProc, physMod.BaseAddress + 0x25FC20, new IntPtr[] { (IntPtr)0x58, (IntPtr)0x0, (IntPtr)0x60, (IntPtr)0x0, (IntPtr)0x50, (IntPtr)0x20, (IntPtr)0x210 });
yAddress = MemoryFunctions.GetDMAAddy(hProc, physMod.BaseAddress + 0x25FC20, new IntPtr[] { (IntPtr)0x58, (IntPtr)0x0, (IntPtr)0x60, (IntPtr)0x0, (IntPtr)0x50, (IntPtr)0x20, (IntPtr)0x220 });
zAddress = MemoryFunctions.GetDMAAddy(hProc, physMod.BaseAddress + 0x25FC20, new IntPtr[] { (IntPtr)0x58, (IntPtr)0x0, (IntPtr)0x60, (IntPtr)0x0, (IntPtr)0x50, (IntPtr)0x20, (IntPtr)0x218 });
xSpeedAddress = MemoryFunctions.GetDMAAddy(hProc, mainMod.BaseAddress + 0x4942C48, new IntPtr[] { (IntPtr)0x20, (IntPtr)0x8, (IntPtr)0x0, (IntPtr)0x8, (IntPtr)0xd8, (IntPtr)0x0, (IntPtr)0x114 });
ySpeedAddress = MemoryFunctions.GetDMAAddy(hProc, mainMod.BaseAddress + 0x4942C48, new IntPtr[] { (IntPtr)0x20, (IntPtr)0x8, (IntPtr)0x0, (IntPtr)0x8, (IntPtr)0xd8, (IntPtr)0x0, (IntPtr)0x11C });
zSpeedAddress = MemoryFunctions.GetDMAAddy(hProc, mainMod.BaseAddress + 0x4942C48, new IntPtr[] { (IntPtr)0x20, (IntPtr)0x8, (IntPtr)0x0, (IntPtr)0x8, (IntPtr)0xd8, (IntPtr)0x0, (IntPtr)0x118 });
rotAddress = MemoryFunctions.GetDMAAddy(hProc, mainMod.BaseAddress + 0x45BB8F8, new IntPtr[] { (IntPtr)0x480, (IntPtr)0x1b0, (IntPtr)0xd0, (IntPtr)0x680, (IntPtr)0xb8, (IntPtr)0x8, (IntPtr)0x6CC });
orientAddress = MemoryFunctions.GetDMAAddy(hProc, mainMod.BaseAddress + 0x45BB8F8, new IntPtr[] { (IntPtr)0x480, (IntPtr)0x1b0, (IntPtr)0xd0, (IntPtr)0x680, (IntPtr)0xb8, (IntPtr)0x8, (IntPtr)0x7E4 });
}
private void timer2_Tick(object sender, EventArgs e)
{
//addresses tend to change when the player dies, so we update them every 5 seconds
xAddress = MemoryFunctions.GetDMAAddy(hProc, physMod.BaseAddress + 0x25FC20, new IntPtr[] { (IntPtr)0x58, (IntPtr)0x0, (IntPtr)0x60, (IntPtr)0x0, (IntPtr)0x50, (IntPtr)0x20, (IntPtr)0x210 });
yAddress = xAddress + 0x10;
zAddress = xAddress + 0x8;
xSpeedAddress = MemoryFunctions.GetDMAAddy(hProc, physMod.BaseAddress + 0x25FC20, new IntPtr[] { (IntPtr)0x58, (IntPtr)0x0, (IntPtr)0x8, (IntPtr)0x8, (IntPtr)0xd8, (IntPtr)0x0, (IntPtr)0x114 });
ySpeedAddress = xSpeedAddress + 0x8;
zSpeedAddress = xSpeedAddress + 0x4;
orientAddress = MemoryFunctions.GetDMAAddy(hProc, mainMod.BaseAddress + 0x463C2E0, new IntPtr[] { (IntPtr)0x28, (IntPtr)0x18, (IntPtr)0x68, (IntPtr)0x20, (IntPtr)0xb0, (IntPtr)0xf8, (IntPtr)0x0 });
rotAddress = orientAddress + 0x10;
}
private void timer_Tick(object sender, EventArgs e)
{
if (glide)
{
MemoryFunctions.WriteMem(hProc, xSpeedAddress, 0f);
MemoryFunctions.WriteMem(hProc, ySpeedAddress, 0f);
MemoryFunctions.WriteMem(hProc, zSpeedAddress, 0f);
}
if (up != 0)
{
double currentY = MemoryFunctions.ReadMemDouble(hProc, yAddress);
MemoryFunctions.WriteMem(hProc, yAddress, currentY + up * 1);
}
float angle = MemoryFunctions.ReadMem(hProc, rotAddress);
float orient = MemoryFunctions.ReadMem(hProc, orientAddress);
//looks confusing, its really just figuring shit out by moving the mouse and looking at the values
//angle goes in the 0-90 range from 0-1, 90-180 from 1-0, 180-270 from 0-(-1), 270-360 from (-1)-0
//we another value i called orientation to figure out how the angle should be mapped to go to 0-360
if (angle >= 0 && orient >= 0)
angle = angle * 90;
else if (angle >= 0 && orient < 0)
angle = (1 - angle) * 90 + 90;
else if (angle < 0 && orient <= 0)
angle = angle * -90 + 180;
else if (angle < 0 && orient > 0)
angle = (angle + 1) * 90 + 270;
angle = (float)(angle / 180 * Math.PI); //to radians
if (glide)
{
double currentX = MemoryFunctions.ReadMemDouble(hProc, xAddress);
double currentZ = MemoryFunctions.ReadMemDouble(hProc, zAddress);
double x = 0, z = 0;
if (forward != 0)
{
x = Math.Sin(angle + Math.PI) * forward;
z = Math.Cos(angle + Math.PI) * forward;
}
if (side != 0)
{
x += Math.Sin(angle + Math.PI / 2) * side;
z += Math.Cos(angle + Math.PI / 2) * side;
}
MemoryFunctions.WriteMem(hProc, xAddress, currentX + (double)speed.Value * x * shift);
MemoryFunctions.WriteMem(hProc, zAddress, currentZ + (double)speed.Value * z * shift);
}
}