public SimulationKeys(MemRWer g, CallTool.Function f)
{
WinIo.KeyUpEx(VKKey.VK_DOWN);
WinIo.KeyUpEx(VKKey.VK_UP);
WinIo.KeyUpEx(VKKey.VK_LEFT);
WinIo.KeyUpEx(VKKey.VK_RIGHT);
gMrw = g;
fun = f;
}
public void moveThread()
{
if (targetX > 0 && targetY > 0)
{
int addr = gMrw.readInt32(baseAddr.dwBase_Character);
int currX, currY; //当前x ， y
if (firstMovDir) //上下优先模式
{
if (Math.Abs((currY = fun.getObjPos(addr).y) - targetY) > alwY) //当y轴当前坐标小于容差
{
if (currY - targetY > 0) // 当前坐标位于目标坐标上边
{
WinIo.KeyPressEx(VKKey.VK_UP);
}
else
{
WinIo.KeyPressEx(VKKey.VK_DOWN);
}
}
if (Math.Abs((currX = fun.getObjPos(addr).x) - targetX) > alwX) //当x轴当前坐标小于容差
{
if (currX - targetX > 0) // 当前坐标位于目标坐标上边
{
WinIo.KeyPressEx(VKKey.VK_LEFT);
}
else
{
WinIo.KeyPressEx(VKKey.VK_RIGHT);
}
}
WinIo.KeyUpEx(VKKey.VK_LEFT);
WinIo.KeyUpEx(VKKey.VK_RIGHT);
WinIo.KeyUpEx(VKKey.VK_DOWN);
WinIo.KeyUpEx(VKKey.VK_UP);
}
else
{
if (Math.Abs((currX = fun.getObjPos(addr).x) - targetX) > alwX) //当x轴当前坐标小于容差
{
if (currX - targetX > 0) // 当前坐标位于目标坐标上边
{
WinIo.KeyPressEx(VKKey.VK_LEFT);
}
else
{
WinIo.KeyPressEx(VKKey.VK_RIGHT);
}
}
if (Math.Abs((currY = fun.getObjPos(addr).y) - targetY) > alwY) //当y轴当前坐标小于容差
{
if (currY - targetY > 0) // 当前坐标位于目标坐标上边
{
WinIo.KeyPressEx(VKKey.VK_UP);
}
else
{
WinIo.KeyPressEx(VKKey.VK_DOWN);
}
}
WinIo.KeyUpEx(VKKey.VK_LEFT);
WinIo.KeyUpEx(VKKey.VK_RIGHT);
WinIo.KeyUpEx(VKKey.VK_DOWN);
WinIo.KeyUpEx(VKKey.VK_UP);
}
}
}