int MULTIPLAY::WriteVector(Vamos_Geometry::Three_Vector wv, Uint8 * dest, int start)
{
//fwrite(&wv[0], sizeof(double), 1, fout);
int len = start;
len = AddToData(dest, &wv[0], sizeof(double), len);
len = AddToData(dest, &wv[1], sizeof(double), len);
len = AddToData(dest, &wv[2], sizeof(double), len);
return len;
}
int MULTIPLAY::WriteMatrix(Vamos_Geometry::Three_Matrix wv, Uint8 * dest, int start)
{
int len = start;
//fwrite(&wv[0][0], sizeof(double), 1, fout);
//fwrite(&wv[0][1], sizeof(double), 1, fout);
//...
len = AddToData(dest, &wv[0][0], sizeof(double), len);
len = AddToData(dest, &wv[0][1], sizeof(double), len);
len = AddToData(dest, &wv[0][2], sizeof(double), len);
len = AddToData(dest, &wv[1][0], sizeof(double), len);
len = AddToData(dest, &wv[1][1], sizeof(double), len);
len = AddToData(dest, &wv[1][2], sizeof(double), len);
len = AddToData(dest, &wv[2][0], sizeof(double), len);
len = AddToData(dest, &wv[2][1], sizeof(double), len);
len = AddToData(dest, &wv[2][2], sizeof(double), len);
return len;
}
BOOL TMonsterAIRuleInfo::CheckConditionSpecificDate()
{
SYSTEMTIME tCurrentTime;
GetLocalTime(&tCurrentTime);
int iYear = tCurrentTime.wYear;
int iMonth = tCurrentTime.wMonth;
int iDay = tCurrentTime.wDay;
int iDayOfWeek = tCurrentTime.wDayOfWeek;
int iHour = tCurrentTime.wHour;
int iMinute = tCurrentTime.wMinute;
int iCrywolfState = -1;
if (iDayOfWeek != m_iWeekDay && m_iWeekDay != -1)
return false;
SYSTEMTIME tConditionTime;
GetLocalTime(&tConditionTime);
if ( m_iMonth != -1 )
tConditionTime.wMonth = m_iMonth;
if ( m_iDay != -1 )
tConditionTime.wDay = m_iDay;
if ( m_iHour != -1 )
tConditionTime.wHour = m_iHour;
if ( m_iMinute != -1 )
tConditionTime.wMinute = m_iMinute;
SYSTEMTIME tTimeRange = tConditionTime;
AddToData(tTimeRange,-1,-1,-1,-1,-1,this->m_iContinuanceTime + this->m_iWaitTime);
if ( DataEcval(tCurrentTime,tConditionTime) == 2 || DataEcval(tCurrentTime,tTimeRange) == 1 )
return false;
else
return true;
}
void MULTIPLAY::SendState()
{
//send a state if necessary
float remain;
int mult;
mult = (int) ((timeindex[0]+FrameTime()/2.0) / STATE_FREQUENCY);
remain = (timeindex[0] + FrameTime()/2.0) - (float)(mult * STATE_FREQUENCY);
if (remain < FrameTime())
{
if (NET_DEBUG)
{
cout << "net: SendState: sending state at time " << GetCurState(0)->time << endl;
cout << "used buffers: " << net.NumBufferedPackets() << endl;
}
//it's time to record a state
curstates[0].fnum = fnums[0]; //set the number of funcs
if (curstates[0].funcmem != NULL) //clear old func data
{
delete [] curstates[0].funcmem;
curstates[0].funcmem = NULL;
}
curstates[0].funcmem = new FUNCTION_MEMORY_SYNC [fnums[0]]; //allocate func data
int i;
for (i = 0; i < fnums[0]; i++) //record current func data
{
curstates[0].funcmem[i].oldval = GetFuncMem(0)[i].oldval;
curstates[0].funcmem[i].newval = GetFuncMem(0)[i].newval;
curstates[0].funcmem[i].held = GetFuncMem(0)[i].held;
curstates[0].funcmem[i].active = GetFuncMem(0)[i].active;
curstates[0].funcmem[i].lastupdateat = GetFuncMem(0)[i].lastupdateat;
}
//now, send a packet
Uint8 tp[MAX_PACKET_SIZE];
int tplen = 0;
Uint8 tempchar;
tempchar = replay.Get_FuncStateInfo();
tplen = AddToData(tp, &tempchar, sizeof(Uint8), tplen);
tplen = AddToData(tp, &GetCurState(0)->time, sizeof(double), tplen);
//fwrite(&time, sizeof(double), 1, fout);
tplen = WriteVector(GetCurState(0)->chassispos, tp, tplen);
tplen = WriteMatrix(GetCurState(0)->chassisorientation, tp, tplen);
tplen = WriteVector(GetCurState(0)->chassisvel, tp, tplen);
tplen = WriteVector(GetCurState(0)->chassisangvel, tp, tplen);
for (i = 0; i < 4; i++)
{
tplen = AddToData(tp, &GetCurState(0)->suspdisp[i], sizeof(double), tplen);
tplen = AddToData(tp, &GetCurState(0)->suspcompvel[i], sizeof(double), tplen);
tplen = WriteVector(GetCurState(0)->whlangvel[i], tp, tplen);
tplen = AddToData(tp, &GetCurState(0)->tirespeed[i], sizeof(double), tplen);
}
tplen = AddToData(tp, &GetCurState(0)->gear, sizeof(int), tplen);
tplen = AddToData(tp, &GetCurState(0)->enginespeed, sizeof(double), tplen);
tplen = AddToData(tp, &GetCurState(0)->clutchspeed, sizeof(double), tplen);
tplen = AddToData(tp, &GetCurState(0)->enginedrag, sizeof(double), tplen);
tplen = AddToData(tp, &GetCurState(0)->segment, sizeof(int), tplen);
//write a function state block
tplen = AddToData(tp, &(fnums[0]), sizeof(int), tplen);
for (i = 0; i < fnums[0]; i++)
{
//fwrite(&(funcmem[i]), sizeof(struct FUNCTION_MEMORY_SYNC), 1, fout);
tplen = AddToData(tp, &(GetCurState(0)->funcmem[i]), sizeof(struct FUNCTION_MEMORY_SYNC), tplen);
}
net.Send(tp, tplen);
if (MP_RECORD && !MP_REMOTE_RECORD)
{
dbgstate[dbgnumstates].CopyFrom(curstates[0]);
dbgnumstates++;
}
}
//else cout << timeindex[0] << "," << mult << "," << remain << endl;
}
bool MULTIPLAY::ExchangeWorldInfo()
{
char tc[32767];
sprintf(tc, "%c%c %s\n%i\n%s\n%i\n%i", (char) (replay.Get_FuncNetControl()), (char) CONTROL_WORLDINFO, state.GetCarName(0).c_str(), state.GetCarPaint(0), state.GetTrackName().c_str(), NumConnected(), NumConnected());
//encode string length into the packet
tc[2] = (char) ((Uint8) strlen(tc));
//encode function memories, starting at strlen(tc)
int tclen = strlen(tc);
int opos = tclen;
//tc[opos] = (char)((Uint8) fnums[0]);
opos = AddToData(tc, &(fnums[0]), sizeof(int), opos);
int f;
for (f = 0; f < fnums[0]; f++)
{
char fout[FUNCTION_CHARS];
strcpy(fout, GetFuncMem(0)[f].func_name.c_str());
//fwrite(fout,1,FUNCTION_CHARS, rf);
opos = AddToData(tc, fout, FUNCTION_CHARS, opos);
}
net.Send(tc, opos);
int ret = net.RecvBlock(tc, 32767, GENERIC_TIMEOUT);
if (ret > 0)
{
int pos = 0;
int err = 0;
if (tc[pos] == (char) (replay.Get_FuncNetControl()))
{
pos++;
if (tc[pos] == (char) (CONTROL_WORLDINFO))
{
pos++;
//decode string section length
int slen = tc[2];
pos++;
string car;
string carpaint;
string track;
string numplayers;
string myplayernum;
char sc[2];
sc[1] = '\0';
while (pos < slen && tc[pos] != '\n')
{
sc[0] = tc[pos];
car.append(sc);
pos++;
}
pos++;
while (pos < slen && tc[pos] != '\n')
{
sc[0] = tc[pos];
carpaint.append(sc);
pos++;
}
pos++;
while (pos < slen && tc[pos] != '\n')
{
sc[0] = tc[pos];
track.append(sc);
pos++;
}
pos++;
while (pos < slen && tc[pos] != '\n')
{
sc[0] = tc[pos];
numplayers.append(sc);
pos++;
}
pos++;
while (pos < slen && tc[pos] != '\n')
{
sc[0] = tc[pos];
myplayernum.append(sc);
pos++;
}
int icarpaint = atoi(carpaint.c_str());
int inumplayers = atoi(numplayers.c_str());
int imyplayernum = atoi(myplayernum.c_str());
if (MP_DEBUG)
{
/*tc[ret] = '\0';
cout << "raw worldinfo: " << tc << endl;*/
cout << "worldinfo size: " << ret << endl;
cout << "got worldinfo: " << car << "," << icarpaint << "," << track << "," << inumplayers << "," << imyplayernum << endl;
}
//decode function memory
//first clear it out
int newpnum = NumConnected();
if (funcmems[newpnum] != NULL)
{
delete [] funcmems[newpnum];
funcmems[newpnum] = NULL;
}
pos = slen;
pos = GetFromData(tc, &(fnums[newpnum]), sizeof(int), pos);
funcmems[newpnum] = new FUNCTION_MEMORY [fnums[newpnum]];
for (f = 0; f < fnums[newpnum]; f++)
{
char fin[FUNCTION_CHARS];
pos = GetFromData(tc, fin, FUNCTION_CHARS, pos);
GetFuncMem(newpnum)[f].func_name = fin;
GetFuncMem(newpnum)[f].oldval = 0.0;
GetFuncMem(newpnum)[f].held = false;
GetFuncMem(newpnum)[f].active = false;
}
if (NET_DEBUG)
{
cout << "got functions: " << fnums[newpnum];
cout << " (" << fnums[0] << " local)" << endl;
/*cout << "function list: ";
for (f = 0; f < fnums[newpnum]; f++)
{
cout << GetFuncMem(newpnum)[f].func_name << ",";
}
cout << endl;*/
}
if (!Server())
{
state.SetTrackName(track);
state.SetCarName(1, car);
state.SetCarPaint(1, icarpaint);
remote_players = inumplayers;
remote_playernum = imyplayernum;
LoadWorld();
}
else
{
state.SetCarName(1, car);
state.SetCarPaint(1, icarpaint);
SelectCar(state.GetCarName(0), true);
/*try
{
int numcars = NumConnected();
Vamos_Body::Gl_Car* car = 0;
car = new Vamos_Body::Gl_Car (Vamos_Geometry::Three_Vector (11.0, 0.0, 0.6));
car->read ("data/", state.GetCarName(numcars));
car->SetPaint(state.GetCarPaint(numcars));
car->chassis ().translate (Vamos_Geometry::Three_Vector (10.0, 0.0,
-car->chassis ().lowest_contact_position () + 0.5));
car->start_engine ();
car->set_controller(2);
world.add_car (car);
}
catch (Vamos_Geometry::XML_Exception& error)
{
std::cerr << error.message () << std::endl;
std::exit (EXIT_FAILURE);
}*/
}
}
else
err = 2;
}
else
err = 1;
if (err)
{
//retry?
//nah, just disconnect.
net.Disconnect();
if (MP_DEBUG)
{
cout << "multiplay: Update: error parsing world info: error " << err << endl;
}
return false;
}
}
else
{
//retry?
//nah, just disconnect.
net.Disconnect();
if (MP_DEBUG)
{
cout << "multiplay: Update: didn't receive world info: error " << ret << endl;
}
return false;
}
return true;
}
void MULTIPLAY::SendPacketArray()
{
float remain;
int mult;
mult = (int) ((timeindex[0]+FrameTime()/2.0) / PACKET_ARRAY_FREQUENCY);
remain = (timeindex[0] + FrameTime()/2.0) - (float)(mult * PACKET_ARRAY_FREQUENCY);
if (remain < FrameTime() && timeindex[0] > FrameTime()/2.0)
{
if (numpackets[0] > 0)
{
if (NET_DEBUG)
cout << "net: SendPacketArray: sending " << numpackets[0] << " packets for time " << GetPacketArrayTime(0) << " at time " << timeindex[0] << endl;
Uint8 tp[MAX_PACKET_SIZE];
int tplen = 0;
Uint8 tempchar;
tempchar = replay.Get_FuncPacketArray();
tplen = AddToData(tp, &tempchar, sizeof(Uint8), tplen);
//tplen = AddToData(tp, &ti, sizeof(double), tplen);
tplen = AddToData(tp, &numpackets[0], sizeof(int), tplen);
tplen = AddToData(tp, GetPacketArray(0), sizeof(REPLAY_PACKET)*numpackets[0], tplen);
net.Send(tp, tplen);
//record the packets that were sent to our local debug record
if (MP_RECORD && !MP_REMOTE_RECORD)
{
int i;
for (i = 0; i < numpackets[0]; i++)
{
dbgpacket[dbgnumpackets] = GetPacketArray(0)[i];
dbgnumpackets++;
}
}
numpackets[0] = 0;
}
else
{
//send NOOP
double ntime = ((mult-1) * PACKET_ARRAY_FREQUENCY);
if (NET_DEBUG)
cout << "net: SendPacketArray: sending NOOP for time " << ntime << " at time " << timeindex[0] << endl;
Uint8 tempchar;
tempchar = replay.Get_FuncNoop();
Uint8 tp[MAX_PACKET_SIZE];
int tplen = 0;
tplen = AddToData(tp, &tempchar, sizeof(Uint8), tplen);
tplen = AddToData(tp, &ntime, sizeof(double), tplen);
net.Send(tp, tplen);
numpackets[0] = 0;
}
//packetarraytime[0] += PACKET_ARRAY_FREQUENCY;
}
}