public static void UpdateViewAngles(ref Common.PlayerState ps, Input.UserCommand cmd)
{
if (ps.pm_type == Common.PMType.INTERMISSION || ps.pm_type == Common.PMType.SPINTERMISSION)
{
return;
}
//if (ps.pm_type != Common.PMType.SPECTATOR )//&& ps.stats[0] <= 0)
//{
// return;
//}
// circularly clamp the angles with deltas
short temp = (short)(cmd.anglex + ps.delta_angles[0]);
// don't let the player look up or down more than 90 degrees
if (temp > 16000)
{
ps.delta_angles[0] = 16000 - cmd.anglex;
temp = 16000;
}
else if (temp < -16000)
{
ps.delta_angles[0] = -16000 - cmd.anglex;
temp = -16000;
}
ps.viewangles[0] = temp * (360.0f / 65536);
temp = (short)(cmd.angley + ps.delta_angles[1]);
ps.viewangles[1] = temp * (360.0f / 65536);
temp = (short)(cmd.anglez + ps.delta_angles[2]);
ps.viewangles[2] = temp * (360.0f / 65536);
//Common.Instance.WriteLine(ps.viewangles[0] + "\t:\t" + ps.viewangles[1]);
}
/*
==================
CL_DeltaEntity
Parses deltas from the given base and adds the resulting entity
to the current frame
==================
*/
void DeltaEntity(NetBuffer msg, clSnapshot_t frame, int newnum, Common.entityState_t old, bool unchanged)
{
// save the parsed entity state into the big circular buffer so
// it can be used as the source for a later delta
Common.entityState_t state = cl.parseEntities[cl.parseEntitiesNum & 2047];
if (unchanged)
state = old;
else
Net.Instance.MSG_ReadDeltaEntity(msg, ref old, ref state, newnum);
cl.parseEntities[cl.parseEntitiesNum & 2047] = state;
if (state.number == 1023)
return; // entity was delta removed
cl.parseEntitiesNum++;
frame.numEntities++;
}
public static void PlayerStateToEntityState(Common.PlayerState ps, Common.entityState_t s, bool snap)
{
if (ps.pm_type == Common.PMType.INTERMISSION || ps.pm_type == Common.PMType.SPECTATOR)
s.eType = 10; // ET_INVISIBLE
else
s.eType = 1; // ET_PLAYER
s.number = ps.clientNum;
s.pos.trType = Common.trType_t.TR_INTERPOLATE;
s.pos.trBase = ps.origin;
if (snap)
{
s.pos.trBase = SnapVector(s.pos.trBase);
}
// set the trDelta for flag direction
s.pos.trDelta = ps.velocity;
s.apos.trType = Common.trType_t.TR_INTERPOLATE;
s.apos.trBase = ps.viewangles;
if (snap)
{
s.apos.trBase = SnapVector(s.apos.trBase);
}
s.angles2[1] = ps.movementDir;
//s.legsAnim = ps.legsAnim;
//s.torsoAnim = ps.torsoAnim;
s.clientNum = ps.clientNum; // ET_PLAYER looks here instead of at number
// so corpses can also reference the proper config
s.eFlags = ps.eFlags;
// FIX: Add event
//s.weapon = ps.weapon;
s.groundEntityNum = ps.groundEntityNum;
//s.powerups = 0;
//s.loopSound = ps.loopSound;
//s.generic1 = ps.generic1;
}
void TransitionPlayerState(Common.PlayerState ps, Common.PlayerState ops)
{
// check for changing follow mode
if (ps.clientNum != ops.clientNum)
{
cg.thisFrameTeleport = true;
// make sure we don't get any unwanted transition effects
ops = ps;
}
// damage events (player is getting wounded)
//if (ps.damageEvent != ops.damageEvent && ps.damageCount != 0)
{
// Todo: DamageFeedback
}
// respawning
if (ps.persistant[4] != ops.persistant[4])
{
// Todo: Respawn
Respawn();
}
if (cg.snap.ps.pm_type != Common.PMType.INTERMISSION && ps.persistant[3] != 3)
{
// ? Check localsounds
}
// Check ammo
// run events
// smooth the ducking viewheight change
if (ps.viewheight != ops.viewheight)
{
cg.duckChange = ps.viewheight - ops.viewheight;
cg.duckTime = cg.time;
}
}
/*
==================
MSG_WriteDeltaEntity
Writes part of a packetentities message, including the entity number.
Can delta from either a baseline or a previous packet_entity
If to is NULL, a remove entity update will be sent
If force is not set, then nothing at all will be generated if the entity is
identical, under the assumption that the in-order delta code will catch it.
==================
*/
public void MSG_WriteDeltaEntity(NetBuffer msg, ref Common.entityState_t from, ref Common.entityState_t to, bool force)
{
int msgStart = msg.LengthBits;
// a NULL to is a delta remove message
if (to == null)
{
if (from == null)
return;
msg.Write(from.number);
msg.Write(true);
return;
}
if (to.number < 0 || to.number >= 1024)
{
Common.Instance.Error("MSG_WriteDeltaEntity: Bad entity number: " + to.number);
}
NetBuffer buf = new NetBuffer();
//NetBuffer buf = msg;
int lc = 0;
//if (from.number != to.number) { lc = 1; buf.Write(true); buf.Write(to.number); } else { buf.Write(false); }
if (from.eType != to.eType) { lc = 2; buf.Write(true); buf.Write(to.eType); } else { buf.Write(false); }
if (from.eFlags != to.eFlags) { lc = 3; buf.Write(true); buf.Write((int)to.eFlags); } else { buf.Write(false); }
int middle = buf.LengthBits;
if (from.pos.trBase.X != to.pos.trBase.X) { lc = 4; buf.Write(true); buf.Write(to.pos.trBase.X); } else { buf.Write(false); }
if (from.pos.trBase.Y != to.pos.trBase.Y) { lc = 5; buf.Write(true); buf.Write(to.pos.trBase.Y); } else { buf.Write(false); }
if (from.pos.trBase.Z != to.pos.trBase.Z) { lc = 6; buf.Write(true); buf.Write(to.pos.trBase.Z); } else { buf.Write(false); }
if (from.pos.trDelta.X != to.pos.trDelta.X) {
lc = 7; buf.Write(true); buf.Write(to.pos.trDelta.X); } else { buf.Write(false); }
if (from.pos.trDelta.Y != to.pos.trDelta.Y) { lc = 8; buf.Write(true); buf.Write(to.pos.trDelta.Y); } else { buf.Write(false); }
if (from.pos.trDelta.Z != to.pos.trDelta.Z) { lc = 9; buf.Write(true); buf.Write(to.pos.trDelta.Z); } else { buf.Write(false); }
if (from.pos.trDuration != to.pos.trDuration) { lc = 10; buf.Write(true); buf.Write(to.pos.trDuration); } else { buf.Write(false); }
if (from.pos.trTime != to.pos.trTime) { lc = 11; buf.Write(true); buf.Write(to.pos.trTime); } else { buf.Write(false); }
if (from.pos.trType != to.pos.trType) { lc = 12; buf.Write(true); buf.Write((int)to.pos.trType); } else { buf.Write(false); }
if (from.apos.trBase.X != to.apos.trBase.X) { lc = 13; buf.Write(true); buf.Write(to.apos.trBase.X); } else { buf.Write(false); }
if (from.apos.trBase.Y != to.apos.trBase.Y) { lc = 14; buf.Write(true); buf.Write(to.apos.trBase.Y); } else { buf.Write(false); }
if (from.apos.trBase.Z != to.apos.trBase.Z) { lc = 15; buf.Write(true); buf.Write(to.apos.trBase.Z); } else { buf.Write(false); }
if (from.apos.trDelta.X != to.apos.trDelta.X) { lc = 16; buf.Write(true); buf.Write(to.apos.trDelta.X); } else { buf.Write(false); }
if (from.apos.trDelta.Y != to.apos.trDelta.Y) { lc = 17; buf.Write(true); buf.Write(to.apos.trDelta.Y); } else { buf.Write(false); }
if (from.apos.trDelta.Z != to.apos.trDelta.Z) { lc = 18; buf.Write(true); buf.Write(to.apos.trDelta.Z); } else { buf.Write(false); }
if (from.apos.trDuration != to.apos.trDuration) { lc = 19; buf.Write(true); buf.Write(to.apos.trDuration); } else { buf.Write(false); }
if (from.apos.trTime != to.apos.trTime) { lc = 20; buf.Write(true); buf.Write(to.apos.trTime); } else { buf.Write(false); }
if (from.apos.trType != to.apos.trType) { lc = 21; buf.Write(true); buf.Write((int)to.apos.trType); } else { buf.Write(false); }
if (from.time != to.time) { lc = 22; buf.Write(true); buf.Write(to.time); } else { buf.Write(false); }
if (from.time2 != to.time2) { lc = 23; buf.Write(true); buf.Write(to.time2); } else { buf.Write(false); }
if (from.origin.X != to.origin.X) { lc = 24; buf.Write(true); buf.Write(to.origin.X); } else { buf.Write(false); }
if (from.origin.Y != to.origin.Y) { lc = 25; buf.Write(true); buf.Write(to.origin.Y); } else { buf.Write(false); }
if (from.origin.Z != to.origin.Z) { lc = 26; buf.Write(true); buf.Write(to.origin.Z); } else { buf.Write(false); }
if (from.origin2.X != to.origin2.X) { lc = 27; buf.Write(true); buf.Write(to.origin2.X); } else { buf.Write(false); }
if (from.origin2.Y != to.origin2.Y) { lc = 28; buf.Write(true); buf.Write(to.origin2.Y); } else { buf.Write(false); }
if (from.origin2.Z != to.origin2.Z) { lc = 29; buf.Write(true); buf.Write(to.origin2.Z); } else { buf.Write(false); }
if (from.angles.X != to.angles.X) { lc = 30; buf.Write(true); buf.Write(to.angles.X); } else { buf.Write(false); }
if (from.angles.Y != to.angles.Y) { lc = 31; buf.Write(true); buf.Write(to.angles.Y); } else { buf.Write(false); }
if (from.angles.Z != to.angles.Z) { lc = 32; buf.Write(true); buf.Write(to.angles.Z); } else { buf.Write(false); }
if (from.angles2.X != to.angles2.X) { lc = 33; buf.Write(true); buf.Write(to.angles2.X); } else { buf.Write(false); }
if (from.angles2.Y != to.angles2.Y) { lc = 34; buf.Write(true); buf.Write(to.angles2.Y); } else { buf.Write(false); }
if (from.angles2.Z != to.angles2.Z) { lc = 35; buf.Write(true); buf.Write(to.angles2.Z); } else { buf.Write(false); }
if (from.otherEntityNum != to.otherEntityNum) { lc = 36; buf.Write(true); buf.Write(to.otherEntityNum); } else { buf.Write(false); }
if (from.otherEntityNum2 != to.otherEntityNum2) { lc = 37; buf.Write(true); buf.Write(to.otherEntityNum2); } else { buf.Write(false); }
if (from.groundEntityNum != to.groundEntityNum) { lc = 38; buf.Write(true); buf.Write(to.groundEntityNum); } else { buf.Write(false); }
if (from.modelindex != to.modelindex) { lc = 39; buf.Write(true); buf.Write(to.modelindex); } else { buf.Write(false); }
if (from.clientNum != to.clientNum) { lc = 40; buf.Write(true); buf.Write(to.clientNum); } else { buf.Write(false); }
if (from.frame != to.frame) { lc = 41; buf.Write(true); buf.Write(to.frame); } else { buf.Write(false); }
if (from.solid != to.solid) { lc = 42; buf.Write(true); buf.Write(to.solid); } else { buf.Write(false); }
if (from.generic1 != to.generic1) { lc = 43; buf.Write(true); buf.Write(to.generic1); } else { buf.Write(false); }
if (lc == 0)
{
// nothing at all changed
if (!force)
{
return; // nothing at all
}
// write two bits for no change
msg.Write(to.number);
msg.Write(false); // not removed
msg.Write(false); // no delta
return;
}
msg.Write(to.number);
msg.Write(false); // not removed
msg.Write(true); // we have a delta
//msg.Write(lc); // # of changes
//msg.CopyFrom(buf);
int msgPos = msg.LengthBits;
//msg.Write(buf.Data);
WriteDeltaEntityHags(msg, ref from,ref to);
msg.Write(buf.LengthBits);
//Common.Instance.WriteLine("MSG_WriteDeltaEntity: Wrote {0} bits", msg.LengthBits - msgStart);
}
/*
==================
MSG_ReadDeltaEntity
The entity number has already been read from the message, which
is how the from state is identified.
If the delta removes the entity, entityState_t->number will be set to MAX_GENTITIES-1
Can go from either a baseline or a previous packet_entity
==================
*/
public void MSG_ReadDeltaEntity(NetBuffer msg, ref Common.entityState_t from, ref Common.entityState_t to, int number)
{
int startBit = msg.Position-32;
if (number < 0 || number >= 1024)
{
Common.Instance.Error("ReadDeltaEntity: number < 0 || number >= 1024");
}
// Check for remove
if (msg.ReadBoolean())
{
to = new Common.entityState_t();
to.number = 1023;
Common.Instance.WriteLine("Removed entity: {0}", number);
return;
}
// Check for no delta
if (!msg.ReadBoolean())
{
to = from;
to.number = number;
return;
}
to.number = number;
int dataStart = msg.Position;
to.eType = msg.ReadBoolean() ? msg.ReadInt32() : from.eType;
to.eFlags = msg.ReadBoolean() ? (Common.EntityFlags)msg.ReadInt32() : from.eFlags;
int middle = msg.Position;
to.pos.trBase.X = msg.ReadBoolean() ? msg.ReadFloat() : from.pos.trBase.X;
to.pos.trBase.Y = msg.ReadBoolean() ? msg.ReadFloat() : from.pos.trBase.Y;
to.pos.trBase.Z = msg.ReadBoolean() ? msg.ReadFloat() : from.pos.trBase.Z;
to.pos.trDelta.X = msg.ReadBoolean() ? msg.ReadFloat() : from.pos.trDelta.X;
to.pos.trDelta.Y = msg.ReadBoolean() ? msg.ReadFloat() : from.pos.trDelta.Y;
to.pos.trDelta.Z = msg.ReadBoolean() ? msg.ReadFloat() : from.pos.trDelta.Z;
to.pos.trDuration = msg.ReadBoolean() ? msg.ReadInt32() : from.pos.trDuration;
to.pos.trTime = msg.ReadBoolean() ? msg.ReadInt32() : from.pos.trTime;
to.pos.trType = msg.ReadBoolean() ? (Common.trType_t)msg.ReadInt32() : from.pos.trType;
to.apos.trBase.X = msg.ReadBoolean() ? msg.ReadFloat() : from.apos.trBase.X;
to.apos.trBase.Y = msg.ReadBoolean() ? msg.ReadFloat() : from.apos.trBase.Y;
to.apos.trBase.Z = msg.ReadBoolean() ? msg.ReadFloat() : from.apos.trBase.Z;
to.apos.trDelta.X = msg.ReadBoolean() ? msg.ReadFloat() : from.apos.trDelta.X;
to.apos.trDelta.Y = msg.ReadBoolean() ? msg.ReadFloat() : from.apos.trDelta.Y;
to.apos.trDelta.Z = msg.ReadBoolean() ? msg.ReadFloat() : from.apos.trDelta.Z;
to.apos.trDuration = msg.ReadBoolean() ? msg.ReadInt32() : from.apos.trDuration;
to.apos.trTime = msg.ReadBoolean() ? msg.ReadInt32() : from.apos.trTime;
to.apos.trType = msg.ReadBoolean() ? (Common.trType_t)msg.ReadInt32() : from.apos.trType;
to.time = msg.ReadBoolean() ? msg.ReadInt32() : from.time;
to.time2 = msg.ReadBoolean() ? msg.ReadInt32() : from.time2;
to.origin.X = msg.ReadBoolean() ? msg.ReadFloat() : from.origin.X;
to.origin.Y = msg.ReadBoolean() ? msg.ReadFloat() : from.origin.Y;
to.origin.Z = msg.ReadBoolean() ? msg.ReadFloat() : from.origin.Z;
to.origin2.X = msg.ReadBoolean() ? msg.ReadFloat() : from.origin2.X;
to.origin2.Y = msg.ReadBoolean() ? msg.ReadFloat() : from.origin2.Y;
to.origin2.Z = msg.ReadBoolean() ? msg.ReadFloat() : from.origin2.Z;
to.angles.X = msg.ReadBoolean() ? msg.ReadFloat() : from.angles.X;
to.angles.Y = msg.ReadBoolean() ? msg.ReadFloat() : from.angles.Y;
to.angles.Z = msg.ReadBoolean() ? msg.ReadFloat() : from.angles.Z;
to.angles2.X = msg.ReadBoolean() ? msg.ReadFloat() : from.angles2.X;
to.angles2.Y = msg.ReadBoolean() ? msg.ReadFloat() : from.angles2.Y;
to.angles2.Z = msg.ReadBoolean() ? msg.ReadFloat() : from.angles2.Z;
to.otherEntityNum = msg.ReadBoolean() ? msg.ReadInt32() : from.otherEntityNum;
to.otherEntityNum2 = msg.ReadBoolean() ? msg.ReadInt32() : from.otherEntityNum2;
to.groundEntityNum = msg.ReadBoolean() ? msg.ReadInt32() : from.groundEntityNum;
to.modelindex = msg.ReadBoolean() ? msg.ReadInt32() : from.modelindex;
to.clientNum = msg.ReadBoolean() ? msg.ReadInt32() : from.clientNum;
to.frame = msg.ReadBoolean() ? msg.ReadInt32() : from.frame;
to.solid = msg.ReadBoolean() ? msg.ReadInt32() : from.solid;
to.generic1 = msg.ReadBoolean() ? msg.ReadInt32() : from.generic1;
int lenghtBits = msg.ReadInt32();
dataStart = msg.Position - dataStart;
lenghtBits -= dataStart;
for (int i = 0; i < lenghtBits; i++)
{
msg.ReadBoolean();
}
middle = msg.Position - middle;
//Common.Instance.WriteLine("MSG_ReadDeltaEntity: Read {0} bits", msg.Position - startBit);
}
public static void WriteDeltaPlayerstate(NetBuffer msg, Common.PlayerState from, Common.PlayerState to)
{
int msgStart = msg.LengthBits;
if (from == null)
from = new Common.PlayerState();
if (from.commandTime != to.commandTime) { msg.Write(true); msg.Write(to.commandTime); } else { msg.Write(false); }
if (from.pm_type != to.pm_type) { msg.Write(true); msg.Write((int)to.pm_type); } else { msg.Write(false); }
if (from.pm_flags != to.pm_flags) { msg.Write(true); msg.Write((int)to.pm_flags); } else { msg.Write(false); }
if (from.pm_time != to.pm_time) { msg.Write(true); msg.Write(to.pm_time); } else { msg.Write(false); }
if (from.origin.X != to.origin.X) { msg.Write(true); msg.Write(to.origin.X); } else { msg.Write(false); }
if (from.origin.Y != to.origin.Y)
{ msg.Write(true); msg.Write(to.origin.Y); }
else
{ msg.Write(false); }
if (from.origin.Z != to.origin.Z) { msg.Write(true); msg.Write(to.origin.Z); } else { msg.Write(false); }
if (from.velocity.X != to.velocity.X) { msg.Write(true); msg.Write(to.velocity.X); } else { msg.Write(false); }
if (from.velocity.Y != to.velocity.Y) { msg.Write(true); msg.Write(to.velocity.Y); } else { msg.Write(false); }
if (from.velocity.Z != to.velocity.Z) { msg.Write(true); msg.Write(to.velocity.Z); } else { msg.Write(false); }
if (from.weaponTime != to.weaponTime) { msg.Write(true); msg.Write(to.weaponTime); } else { msg.Write(false); }
if (from.gravity != to.gravity) { msg.Write(true); msg.Write(to.gravity); } else { msg.Write(false); }
if (from.delta_angles[0] != to.delta_angles[0]) { msg.Write(true); msg.Write(to.delta_angles[0]); } else { msg.Write(false); }
if (from.delta_angles[1] != to.delta_angles[1]) { msg.Write(true); msg.Write(to.delta_angles[1]); } else { msg.Write(false); }
if (from.delta_angles[2] != to.delta_angles[2]) { msg.Write(true); msg.Write(to.delta_angles[2]); } else { msg.Write(false); }
if (from.groundEntityNum != to.groundEntityNum) { msg.Write(true); msg.Write(to.groundEntityNum); } else { msg.Write(false); }
if (from.movementDir != to.movementDir) { msg.Write(true); msg.Write(to.movementDir); } else { msg.Write(false); }
if (from.ladderNormal.X != to.ladderNormal.X) { msg.Write(true); msg.Write(to.ladderNormal.X); } else { msg.Write(false); }
if (from.ladderNormal.Y != to.ladderNormal.Y) { msg.Write(true); msg.Write(to.ladderNormal.Y); } else { msg.Write(false); }
if (from.ladderNormal.Z != to.ladderNormal.Z) { msg.Write(true); msg.Write(to.ladderNormal.Z); } else { msg.Write(false); }
if (from.speed != to.speed) { msg.Write(true); msg.Write(from.speed); } else { msg.Write(false); }
if (from.eFlags != to.eFlags) { msg.Write(true); msg.Write((int)to.eFlags); } else { msg.Write(false); }
if (from.eventSequence != to.eventSequence) { msg.Write(true); msg.Write(to.eventSequence); } else { msg.Write(false); }
if (from.events[0] != to.events[0]) { msg.Write(true); msg.Write(to.events[0]); } else { msg.Write(false); }
if (from.events[1] != to.events[1]) { msg.Write(true); msg.Write(to.events[1]); } else { msg.Write(false); }
if (from.eventParms[0] != to.eventParms[0]) { msg.Write(true); msg.Write(to.eventParms[0]); } else { msg.Write(false); }
if (from.eventParms[1] != to.eventParms[1]) { msg.Write(true); msg.Write(to.eventParms[1]); } else { msg.Write(false); }
if (from.externalEvent != to.externalEvent) { msg.Write(true); msg.Write(to.externalEvent); } else { msg.Write(false); }
if (from.externalEventParm != to.externalEventParm) { msg.Write(true); msg.Write(to.externalEventParm); } else { msg.Write(false); }
if (from.externalEventTime != to.externalEventTime) { msg.Write(true); msg.Write(to.externalEventTime); } else { msg.Write(false); }
if (from.clientNum != to.clientNum) { msg.Write(true); msg.Write(to.clientNum); } else { msg.Write(false); }
if (from.viewangles.X != to.viewangles.X) { msg.Write(true); msg.Write(to.viewangles.X); } else { msg.Write(false); }
if (from.viewangles.Y != to.viewangles.Y) { msg.Write(true); msg.Write(to.viewangles.Y); } else { msg.Write(false); }
if (from.viewangles.Z != to.viewangles.Z) { msg.Write(true); msg.Write(to.viewangles.Z); } else { msg.Write(false); }
if (from.viewheight != to.viewheight) { msg.Write(true); msg.Write(to.viewheight); } else { msg.Write(false); }
if (from.generic1 != to.generic1) { msg.Write(true); msg.Write(to.generic1); } else { msg.Write(false); }
if (from.bobCycle != to.bobCycle) { msg.Write(true); msg.Write(to.bobCycle); } else { msg.Write(false); }
if (from.Ducked != to.Ducked) { msg.Write(true); msg.Write(to.Ducked); } else { msg.Write(false); }
if (from.Ducking != to.Ducking) { msg.Write(true); msg.Write(to.Ducking); } else { msg.Write(false); }
if (from.DuckTime != to.DuckTime) { msg.Write(true); msg.Write(to.DuckTime); } else { msg.Write(false); }
if (from.OldButtons != to.OldButtons) { msg.Write(true); msg.Write(to.OldButtons); } else { msg.Write(false); }
//
// send the arrays
//
int statbits = 0;
for (int i = 0; i < 16; i++)
{
if (from.stats[i] != to.stats[i])
statbits |= 1 << i;
}
int persbits = 0;
for (int i = 0; i < 16; i++)
{
if (from.persistant[i] != to.persistant[i])
persbits |= 1 << i;
}
if (persbits == statbits && statbits == 0)
{
// no change
msg.Write(false);
return;
}
msg.Write(true);
if (statbits > 0)
{
msg.Write(true);
msg.Write(statbits);
for (int i = 0; i < 16; i++)
{
if ((statbits & (1 << i)) == (1 << i))
{
msg.Write((short)to.stats[i]);
}
}
}
else
msg.Write(false);
int msgMiddle = msg.LengthBits;
if (persbits > 0)
{
msg.Write(true);
msg.Write(persbits);
for (int i = 0; i < 16; i++)
{
if ((persbits & (1 << i)) == (1 << i))
{
msg.Write((short)to.persistant[i]);
}
}
}
else
msg.Write(false);
// System.Console.WriteLine("Wrote {0}bits snapshot, {1} middle", msg.LengthBits - msgStart, msgMiddle - msgStart);
}
public static void WriteDeltaEntityHags(NetBuffer buf, ref Common.entityState_t from, ref Common.entityState_t to)
{
int lc = 0;
if (from.eType != to.eType) { lc = 2; buf.Write(true); buf.Write(to.eType); } else { buf.Write(false); }
if (from.eFlags != to.eFlags) { lc = 3; buf.Write(true); buf.Write((int)to.eFlags); } else { buf.Write(false); }
int middle = buf.LengthBits;
if (from.pos.trBase.X != to.pos.trBase.X) { lc = 4; buf.Write(true); buf.Write(to.pos.trBase.X); } else { buf.Write(false); }
if (from.pos.trBase.Y != to.pos.trBase.Y) { lc = 5; buf.Write(true); buf.Write(to.pos.trBase.Y); } else { buf.Write(false); }
if (from.pos.trBase.Z != to.pos.trBase.Z) { lc = 6; buf.Write(true); buf.Write(to.pos.trBase.Z); } else { buf.Write(false); }
if (from.pos.trDelta.X != to.pos.trDelta.X) { lc = 7; buf.Write(true); buf.Write(to.pos.trDelta.X); } else { buf.Write(false); }
if (from.pos.trDelta.Y != to.pos.trDelta.Y) { lc = 8; buf.Write(true); buf.Write(to.pos.trDelta.Y); } else { buf.Write(false); }
if (from.pos.trDelta.Z != to.pos.trDelta.Z) { lc = 9; buf.Write(true); buf.Write(to.pos.trDelta.Z); } else { buf.Write(false); }
if (from.pos.trDuration != to.pos.trDuration) { lc = 10; buf.Write(true); buf.Write(to.pos.trDuration); } else { buf.Write(false); }
if (from.pos.trTime != to.pos.trTime) { lc = 11; buf.Write(true); buf.Write(to.pos.trTime); } else { buf.Write(false); }
if (from.pos.trType != to.pos.trType) { lc = 12; buf.Write(true); buf.Write((int)to.pos.trType); } else { buf.Write(false); }
if (from.apos.trBase.X != to.apos.trBase.X) { lc = 13; buf.Write(true); buf.Write(to.apos.trBase.X); } else { buf.Write(false); }
if (from.apos.trBase.Y != to.apos.trBase.Y) { lc = 14; buf.Write(true); buf.Write(to.apos.trBase.Y); } else { buf.Write(false); }
if (from.apos.trBase.Z != to.apos.trBase.Z) { lc = 15; buf.Write(true); buf.Write(to.apos.trBase.Z); } else { buf.Write(false); }
if (from.apos.trDelta.X != to.apos.trDelta.X) { lc = 16; buf.Write(true); buf.Write(to.apos.trDelta.X); } else { buf.Write(false); }
if (from.apos.trDelta.Y != to.apos.trDelta.Y) { lc = 17; buf.Write(true); buf.Write(to.apos.trDelta.Y); } else { buf.Write(false); }
if (from.apos.trDelta.Z != to.apos.trDelta.Z) { lc = 18; buf.Write(true); buf.Write(to.apos.trDelta.Z); } else { buf.Write(false); }
if (from.apos.trDuration != to.apos.trDuration) { lc = 19; buf.Write(true); buf.Write(to.apos.trDuration); } else { buf.Write(false); }
if (from.apos.trTime != to.apos.trTime) { lc = 20; buf.Write(true); buf.Write(to.apos.trTime); } else { buf.Write(false); }
if (from.apos.trType != to.apos.trType) { lc = 21; buf.Write(true); buf.Write((int)to.apos.trType); } else { buf.Write(false); }
if (from.time != to.time) { lc = 22; buf.Write(true); buf.Write(to.time); } else { buf.Write(false); }
if (from.time2 != to.time2) { lc = 23; buf.Write(true); buf.Write(to.time2); } else { buf.Write(false); }
if (from.origin.X != to.origin.X) { lc = 24; buf.Write(true); buf.Write(to.origin.X); } else { buf.Write(false); }
if (from.origin.Y != to.origin.Y) { lc = 25; buf.Write(true); buf.Write(to.origin.Y); } else { buf.Write(false); }
if (from.origin.Z != to.origin.Z) { lc = 26; buf.Write(true); buf.Write(to.origin.Z); } else { buf.Write(false); }
if (from.origin2.X != to.origin2.X) { lc = 27; buf.Write(true); buf.Write(to.origin2.X); } else { buf.Write(false); }
if (from.origin2.Y != to.origin2.Y) { lc = 28; buf.Write(true); buf.Write(to.origin2.Y); } else { buf.Write(false); }
if (from.origin2.Z != to.origin2.Z) { lc = 29; buf.Write(true); buf.Write(to.origin2.Z); } else { buf.Write(false); }
if (from.angles.X != to.angles.X) { lc = 30; buf.Write(true); buf.Write(to.angles.X); } else { buf.Write(false); }
if (from.angles.Y != to.angles.Y) { lc = 31; buf.Write(true); buf.Write(to.angles.Y); } else { buf.Write(false); }
if (from.angles.Z != to.angles.Z) { lc = 32; buf.Write(true); buf.Write(to.angles.Z); } else { buf.Write(false); }
if (from.angles2.X != to.angles2.X) { lc = 33; buf.Write(true); buf.Write(to.angles2.X); } else { buf.Write(false); }
if (from.angles2.Y != to.angles2.Y) { lc = 34; buf.Write(true); buf.Write(to.angles2.Y); } else { buf.Write(false); }
if (from.angles2.Z != to.angles2.Z) { lc = 35; buf.Write(true); buf.Write(to.angles2.Z); } else { buf.Write(false); }
if (from.otherEntityNum != to.otherEntityNum) { lc = 36; buf.Write(true); buf.Write(to.otherEntityNum); } else { buf.Write(false); }
if (from.otherEntityNum2 != to.otherEntityNum2) { lc = 37; buf.Write(true); buf.Write(to.otherEntityNum2); } else { buf.Write(false); }
if (from.groundEntityNum != to.groundEntityNum) { lc = 38; buf.Write(true); buf.Write(to.groundEntityNum); } else { buf.Write(false); }
if (from.modelindex != to.modelindex) { lc = 39; buf.Write(true); buf.Write(to.modelindex); } else { buf.Write(false); }
if (from.clientNum != to.clientNum) { lc = 40; buf.Write(true); buf.Write(to.clientNum); } else { buf.Write(false); }
if (from.frame != to.frame) { lc = 41; buf.Write(true); buf.Write(to.frame); } else { buf.Write(false); }
if (from.solid != to.solid) { lc = 42; buf.Write(true); buf.Write(to.solid); } else { buf.Write(false); }
if (from.generic1 != to.generic1) { lc = 43; buf.Write(true); buf.Write(to.generic1); } else { buf.Write(false); }
}
public static void ReadDeltaPlayerstate(NetBuffer msg, Common.PlayerState from, Common.PlayerState to)
{
int startoffset = msg.Position;
if (from == null)
from = new Common.PlayerState();
to.commandTime = msg.ReadBoolean() ? msg.ReadInt32() : from.commandTime;
to.pm_type = msg.ReadBoolean() ? (Common.PMType)msg.ReadInt32() : from.pm_type;
to.pm_flags = msg.ReadBoolean() ? (client.PMFlags)msg.ReadInt32() : from.pm_flags;
to.pm_time = msg.ReadBoolean() ? msg.ReadInt32() : from.pm_time;
to.origin.X = msg.ReadBoolean() ? msg.ReadFloat() : from.origin.X;
to.origin.Y = msg.ReadBoolean() ? msg.ReadFloat() : from.origin.Y;
to.origin.Z = msg.ReadBoolean() ? msg.ReadFloat() : from.origin.Z;
to.velocity.X = msg.ReadBoolean() ? msg.ReadFloat() : from.velocity.X;
to.velocity.Y = msg.ReadBoolean() ? msg.ReadFloat() : from.velocity.Y;
to.velocity.Z = msg.ReadBoolean() ? msg.ReadFloat() : from.velocity.Z;
to.weaponTime = msg.ReadBoolean() ? msg.ReadInt32() : from.weaponTime;
to.gravity = msg.ReadBoolean() ? msg.ReadInt32() : from.gravity;
to.delta_angles[0] = msg.ReadBoolean() ? msg.ReadInt32() : from.delta_angles[0];
to.delta_angles[1] = msg.ReadBoolean() ? msg.ReadInt32() : from.delta_angles[1];
to.delta_angles[2] = msg.ReadBoolean() ? msg.ReadInt32() : from.delta_angles[2];
to.groundEntityNum = msg.ReadBoolean() ? msg.ReadInt32() : from.groundEntityNum;
to.movementDir = msg.ReadBoolean() ? msg.ReadInt32() : from.movementDir;
to.ladderNormal.X = msg.ReadBoolean() ? msg.ReadFloat() : from.ladderNormal.X;
to.ladderNormal.Y = msg.ReadBoolean() ? msg.ReadFloat() : from.ladderNormal.Y;
to.ladderNormal.Z = msg.ReadBoolean() ? msg.ReadFloat() : from.ladderNormal.Z;
to.speed = msg.ReadBoolean() ? msg.ReadInt32() : from.speed;
to.eFlags = msg.ReadBoolean() ? (Common.EntityFlags)Enum.Parse(typeof(Common.EntityFlags), ""+msg.ReadInt32()) : from.eFlags;
to.eventSequence = msg.ReadBoolean() ? msg.ReadInt32() : from.eventSequence;
to.events[0] = msg.ReadBoolean() ? msg.ReadInt32() : from.events[0];
to.events[1] = msg.ReadBoolean() ? msg.ReadInt32() : from.events[1];
to.eventParms[0] = msg.ReadBoolean() ? msg.ReadInt32() : from.eventParms[0];
to.eventParms[1] = msg.ReadBoolean() ? msg.ReadInt32() : from.eventParms[1];
to.externalEvent = msg.ReadBoolean() ? msg.ReadInt32() : from.externalEvent;
to.externalEventParm = msg.ReadBoolean() ? msg.ReadInt32() : from.externalEventParm;
to.externalEventTime = msg.ReadBoolean() ? msg.ReadInt32() : from.externalEventTime;
to.clientNum = msg.ReadBoolean() ? msg.ReadInt32() : from.clientNum;
to.viewangles.X = msg.ReadBoolean() ? msg.ReadFloat() : from.viewangles.X;
to.viewangles.Y = msg.ReadBoolean() ? msg.ReadFloat() : from.viewangles.Y;
to.viewangles.Z = msg.ReadBoolean() ? msg.ReadFloat() : from.viewangles.Z;
to.viewheight = msg.ReadBoolean() ? msg.ReadInt32() : from.viewheight;
//if (to.viewheight == 16)
//{
// int test = 2;
//}
to.generic1 = msg.ReadBoolean() ? msg.ReadInt32() : from.generic1;
to.bobCycle = msg.ReadBoolean() ? msg.ReadInt32() : from.bobCycle;
to.Ducked = msg.ReadBoolean() ? msg.ReadBoolean() : from.Ducked;
to.Ducking = msg.ReadBoolean() ? msg.ReadBoolean() : from.Ducking;
to.DuckTime = msg.ReadBoolean() ? msg.ReadInt32() : from.DuckTime;
to.OldButtons = msg.ReadBoolean() ? msg.ReadInt32() : from.OldButtons;
// Got diff arrays
int msgMiddle = 99999;
if (msg.ReadBoolean())
{
if (msg.ReadBoolean())
{
// stat
int statbits = msg.ReadInt32();
for (int i = 0; i < 16; i++)
{
if ((statbits & (1 << i)) == (1 << i))
{
to.stats[i] = msg.ReadInt16();
}
else
to.stats[i] = from.stats[i];
}
}
else
to.stats = from.stats;
msgMiddle = msg.Position;
if (msg.ReadBoolean())
{
// pers
int persbits = msg.ReadInt32();
for (int i = 0; i < 16; i++)
{
if ((persbits & (1 << i)) == (1 << i))
{
to.persistant[i] = msg.ReadInt16();
}
else
to.persistant[i] = from.persistant[i];
}
}
else
to.persistant = from.persistant;
}
else
{
to.stats = from.stats;
to.persistant = from.persistant;
}
//System.Console.WriteLine("Read {0}bits snapshot, {1} middle", msg.Position - startoffset, msgMiddle - startoffset);
}
private void SendPredictableEvents(Common.PlayerState ps)
{
// if there are still events pending
if (ps.entityEventSequence < ps.eventSequence)
{
// create a temporary entity for this event which is sent to everyone
// except the client who generated the event
int seq = ps.entityEventSequence & 1;
int evt = ps.events[seq] | ((ps.entityEventSequence & 3) << 8);
// set external event to zero before calling BG_PlayerStateToEntityState
int extEvent = ps.externalEvent;
ps.externalEvent = 0;
// create temporary entity for event
gentity_t t = TempEntity(ps.origin, evt);
int number = t.s.number;
CGame.PlayerStateToEntityState(ps, t.s, true);
t.s.number = number;
t.s.eType = 13 + evt;
t.s.eFlags |= Common.EntityFlags.EF_BOUNCE;
t.s.otherEntityNum = ps.clientNum;
// send to everyone except the client who generated the event
t.r.svFlags |= Common.svFlags.NOTSINGLECLIENT;
t.r.singleClient = ps.clientNum;
// set back external event
ps.externalEvent = extEvent;
}
}
