public override void UpdateCamera(int diffX, int diffY)
{
m_camera.Hor = IPCUtils.ReadFloat(m_ipc, m_addressHor);
m_camera.Vert = IPCUtils.ReadFloat(m_ipc, m_addressVert);
m_camera.Update(-diffX * SensModifier, diffY * SensModifier);
IPCUtils.WriteFloat(m_ipc, m_addressHor, m_camera.Hor);
IPCUtils.WriteFloat(m_ipc, m_addressVert, m_camera.Vert);
}
public override void UpdateCamera(int diffX, int diffY)
{
m_camera.X = IPCUtils.ReadFloat(m_ipc, m_address);
m_camera.Y = IPCUtils.ReadFloat(m_ipc, m_address + 4);
m_camera.Z = IPCUtils.ReadFloat(m_ipc, m_address + 8);
m_camera.Update(diffX * SensModifier, -diffY * SensModifier);
IPCUtils.WriteFloat(m_ipc, m_address, m_camera.X);
IPCUtils.WriteFloat(m_ipc, m_address + 4, m_camera.Y);
IPCUtils.WriteFloat(m_ipc, m_address + 8, m_camera.Z);
}
public override void UpdateCamera(int diffX, int diffY)
{
if (DerefChain.VerifyChains(m_hor, m_vert))
{
m_camera.HorY = IPCUtils.ReadFloat(m_ipc, (uint)m_hor.Value);
m_camera.HorX = IPCUtils.ReadFloat(m_ipc, (uint)(m_hor.Value + 4));
m_camera.Vert = IPCUtils.ReadFloat(m_ipc, (uint)m_vert.Value);
m_camera.Update(diffX * SensModifier, -diffY * SensModifier);
IPCUtils.WriteFloat(m_ipc, (uint)m_hor.Value, m_camera.HorY);
IPCUtils.WriteFloat(m_ipc, (uint)(m_hor.Value + 4), m_camera.HorX);
IPCUtils.WriteFloat(m_ipc, (uint)m_vert.Value, m_camera.Vert);
}
}
public override void UpdateCamera(int diffX, int diffY)
{
if (IPCUtils.ReadU32(m_ipc, 0x13DD584) > 0) // MP player 1 initialized or something
{
m_addressHor = 0x13DE760;
m_addressVert = 0x13DE780;
}
else
{
m_addressHor = 0xDA3D70;
m_addressVert = 0xDA3D90;
}
base.UpdateCamera(diffX, diffY);
}
public override void UpdateCamera(int diffX, int diffY)
{
if (IPCUtils.ReadU32(m_ipc, 0x348410) != 0) // Some MP thing idk
{
m_addressHor = 0x349450;
m_addressVert = 0x349470;
}
else
{
m_addressHor = 0x36A910;
m_addressVert = 0x36A930;
}
base.UpdateCamera(diffX, diffY);
}
public override void UpdateCamera(int diffX, int diffY)
{
if (DerefChain.VerifyChains(m_hor, m_vert))
{
// the values are in degrees, so they need a deg -> rad conversion
m_camera.Hor = (float)(IPCUtils.ReadFloat(m_ipc, (uint)m_hor.Value) * (Math.PI / 180));
m_camera.Vert = (float)(IPCUtils.ReadFloat(m_ipc, (uint)m_vert.Value) * (Math.PI / 180));
// the vertical value needs to be clamped, these values seemed reasonable
m_camera.Update(-diffX * SensModifier, diffY * SensModifier);
m_camera.Vert = (float)Math.Clamp(m_camera.Vert, -60f * (Math.PI / 180), 75f * (Math.PI / 180));
// the new values are in radians, so they need a rad -> deg conversion
IPCUtils.WriteFloat(m_ipc, (uint)m_hor.Value, (float)(m_camera.Hor * (180 / Math.PI)));
IPCUtils.WriteFloat(m_ipc, (uint)m_vert.Value, (float)(m_camera.Vert * (180 / Math.PI)));
}
}
private bool RecalculateInternal(int numSkipChains)
{
if (numSkipChains < 1)
{
Value = m_parent != null?IPCUtils.ReadU32(m_ipc, (uint)m_parent.Value) + m_offset : m_offset;
if (PCSX2IPC.GetError(m_ipc) != PCSX2IPC.IPCStatus.Success)
{
return(false);
}
}
foreach (var child in m_children.Values)
{
if (!child.RecalculateInternal(numSkipChains > 0 ? numSkipChains - 1 : 0))
{
return(false);
}
}
return(true);
}
public override void UpdateCamera(int diffX, int diffY)
{
// this would also be the place to alter the selection angle
// in the weapon wheel. the selection angle is represented
// as a regular degree angle, between 0 and 360, default is 90.
// the object holding it is dynamically allocated. the weapon
// wheel show/hide state can be determined from two addresses,
// offsetted by -0x200 or -0x320 to the angle value respectively.
// one of them will be -1, the other will be 1, when it's shown.
// it would be strongly preferred, if this would only be put in
// after a "selection wheel" facility is added to KAMI, to allow
// proper reuse with other wheel-like menus in other games.
// important to note, that none of the aforementioned values
// ended up being writeable, unfortunately.
// force-disable hor. and vert. auto-centering (game setting)
// this is required, and it also makes for a better experience
IPCUtils.WriteFloat(m_ipc, m_auto_center_addr + 0x0, 0x0);
IPCUtils.WriteFloat(m_ipc, m_auto_center_addr + 0xC, 0x0);
// read current 3D camera vector values
m_camera.X = IPCUtils.ReadFloat(m_ipc, m_camera_addr + 0x0);
m_camera.Y = IPCUtils.ReadFloat(m_ipc, m_camera_addr + 0x4);
m_camera.Z = IPCUtils.ReadFloat(m_ipc, m_camera_addr + 0x8);
// recalc the values
m_camera.Update(diffX * SensModifier, -diffY * SensModifier);
// write new 3D camera vector values back
IPCUtils.WriteFloat(m_ipc, m_camera_addr + 0x0, m_camera.X);
IPCUtils.WriteFloat(m_ipc, m_camera_addr + 0x4, m_camera.Y);
IPCUtils.WriteFloat(m_ipc, m_camera_addr + 0x8, m_camera.Z);
}
private bool VerifyInternal()
{
long actual = m_parent != null?IPCUtils.ReadU32(m_ipc, (uint)m_parent.Value) + m_offset : m_offset;
return(actual == Value);
}
