Airplane.cpp

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/*
 * Airplane.cpp
 *
 * Part of Fly! Legacy project
 *
 * Copyright 2003 Chris Wallace
 *
 * Fly! Legacy is free software; you can redistribute it and/or modify
 *   it under the terms of the GNU General Public License as published by
 *   the Free Software Foundation; either version 2 of the License, or
 *   (at your option) any later version.
 *
 * Fly! Legacy is distributed in the hope that it will be useful,
 *   but WITHOUT ANY WARRANTY; without even the implied warranty of
 *   MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 *   GNU General Public License for more details.
 *
 * You should have received a copy of the GNU General Public License
 *   along with Fly! Legacy; if not, write to the Free Software
 *    Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307  USA
 *
 */

#include "../Include/Airplane.h"
#include "../Include/Utility.h"
#include "../Include/Globals.h"

/*
 * CAirplane Implementation
 */

CAirplane::CAirplane (const char* nfoFilename)
{
  // Initialize data members
  strcpy (make, "");
  strcpy (iconFilename, "");
  classification = 0;
  usage = 0;
  strcpy (svhFilename, "");
  strcpy (gasFilename, "");
  strcpy (wngFilename, "");
  strcpy (ampFilename, "");
  strcpy (pssFilename, "");
  strcpy (whlFilename, "");
  strcpy (vldFilename, "");
  strcpy (pitFilename, "");
  strcpy (camFilename, "");
  strcpy (lodFilename, "");
  strcpy (rdoFilename, "");
  strcpy (eltFilename, "");
  strcpy (engFilename, "");
  strcpy (mixFilename, "");
  strcpy (cklFilename, "");
  strcpy (fcsFilename, "");
  strcpy (swdFilename, "");
  strcpy (sitFilename, "");

  svh = NULL;
  gas = NULL;
  wng = NULL;
  amp = NULL;
  pss = NULL;
  whl = NULL;
  vld = NULL;
  pit = NULL;
  cam = NULL;
  lod = NULL;
  rdo = NULL;
  elt = NULL;
  eng = NULL;
  mix = NULL;
  ckl = NULL;
  fcs = NULL;
  swd = NULL;

  // Open stream for NFO file
  SStream s;
  strcpy (s.filename, "World\\");
  strcat (s.filename, nfoFilename);
  strcpy (s.mode, "r");
  if (OpenStream (&s)) {
    ReadFrom (this, &s);
  } else {
    gtfo ("CAirplane : Could not open NFO stream %s", nfoFilename);
  }
  CloseStream (&s);
}

CAirplane::~CAirplane (void)
{
  if (svh != NULL) delete svh;
  if (gas != NULL) delete gas;
  if (wng != NULL) delete wng;
  if (amp != NULL) delete amp;
  if (pss != NULL) delete pss;
  if (whl != NULL) delete whl;
  if (vld != NULL) delete vld;
  if (pit != NULL) delete pit;
  if (cam != NULL) delete cam;
  if (lod != NULL) delete lod;
  if (rdo != NULL) delete rdo;
  if (elt != NULL) delete elt;
  if (eng != NULL) delete eng;
  if (mix != NULL) delete mix;
  if (ckl != NULL) delete ckl;
  if (fcs != NULL) delete fcs;
  if (swd != NULL) delete swd;
}

int   CAirplane::Read (SStream *stream, Tag tag)
{
  int rc = TAG_IGNORED;
  char s[256];

  switch (tag) {
  case 'sign':
    // Signature, must always be 'plan'
    ReadString (s, 256, stream);
    break;

  case 'make':
    // Make/model of aircraft
    ReadString (make, sizeof(make), stream);
    break;

  case 'icon':
    // Aircraft selection menu icon filename
    ReadString (iconFilename, sizeof(iconFilename), stream);
    break;

  case 'CLAS':
    // Classification
    ReadInt (&classification, stream);
    break;

  case 'USAG':
    // Usage
    ReadInt (&usage, stream);
    break;

  case '_SVH':
    // SVH - General Info filename
    ReadString (svhFilename, sizeof(svhFilename), stream);
    break;

  case '_GAS':
    // GAS - Fuel Systems filename
    ReadString (gasFilename, sizeof(svhFilename), stream);
    break;

  case '_WNG':
    // WNG - Wing aerodynamics filename
    ReadString (wngFilename, sizeof(wngFilename), stream);
    break;

  case '_AMP':
    // AMP - Electrical Subsystems filename
    ReadString (ampFilename, sizeof(ampFilename), stream);
    break;

  case '_PSS':
    // PSS - Pitot/Static filename
    ReadString (pssFilename, sizeof(pssFilename), stream);
    break;

  case '_WHL':
    // WHL - Ground Suspension filename
    ReadString (whlFilename, sizeof(whlFilename), stream);
    break;

  case '_VLD':
    // VLD - Variable Loadout filename
    ReadString (vldFilename, sizeof(vldFilename), stream);
    break;

  case '_PIT':
    // PIT - Cockpt Manager filename
    ReadString (pitFilename, sizeof(pitFilename), stream);
    break;

  case '_CAM':
    // CAM - Camera Manager filename
    ReadString (camFilename, sizeof(camFilename), stream);
    break;

  case '_LOD':
    // LOD - Level of Detail filename
    ReadString (lodFilename, sizeof(lodFilename), stream);
    break;

  case '_RDO':
    // RDO - Radio Manager filename
    ReadString (rdoFilename, sizeof(rdoFilename), stream);
    break;

  case '_ELT':
    // ELT - External Lights filename
    ReadString (eltFilename, sizeof(eltFilename), stream);
    break;

  case '_ENG':
    // ENG - Engine Manager filename
    ReadString (engFilename, sizeof(engFilename), stream);
    break;

  case '_MIX':
    // MIX - Control Mixer filename
    ReadString (mixFilename, sizeof(mixFilename), stream);
    break;

  case '_CKL':
    // CKL - Checklists filename 
    ReadString (cklFilename, sizeof(cklFilename), stream);
    break;

  case '_FCS':
    // FCS - Flight Control System filename
    ReadString (fcsFilename, sizeof(fcsFilename), stream);
    break;

  case '_SWD':
    // SWD - Slope Wind Data filename
    ReadString (swdFilename, sizeof(swdFilename), stream);
    break;

  case '_SIT':
    // SIT - Debug Situation filename
    ReadString (sitFilename, sizeof(sitFilename), stream);
    break;

  default:
    {
      char tagstring[8];
      TagToString (tagstring, tag);
      gtfo ("CAirplane::Read : Unknown tag %s", tagstring);
    }
  }

  return rc;
}

void  CAirplane::ReadFinished (void)
{
  // Read Simulated Vehicle Info
  svh = new CSimulatedVehicle (svhFilename);

  // Read Fuel System
  gas = new CFuelSystem (gasFilename);

  // Read Aerodynamic Model
  wng = new CAerodynamicModel (wngFilename);

  char *mark1 = new char[32];
  strcpy (mark1, "amp start");

  // Read Electrical Subystems
  amp = new CElectricalSystem (ampFilename);

  char *mark2 = new char[32];
  strcpy (mark2, "amp end");

  // Read Pitot/Static Systems
  pss = new CPitotStaticSystem (pssFilename);

  // Read Ground Suspension
//  whl = new CGroundSuspension (whlFilename);

  // Read Variable Loadouts
  vld = new CVariableLoadouts (vldFilename);

  // Read Camera Manager
  cam = new CCameraManager (camFilename);

  // Read Cockpit Manager
  char *mark3 = new char[32];
  strcpy (mark3, "CockpitMgr Start");
  pit = new CCockpitManager (pitFilename);
  char *mark4 = new char[32];
  strcpy (mark4, "CockpitMgr End");

  // Read Level of Detail and select first day model
  lod = new CLevelOfDetail (lodFilename);
  lod->daynight->select (1);
  lod->day->select (1);
  
  // Read Radio Manager
  rdo = new CRadioManager (rdoFilename);

  // Read External Lights
//  elt = new CExternalLights (eltFilename);

  // Read Engine Manager
//  eng = new CEngineManager (engFilename);

  // Read Control Mixer
//  mix = new CControlMixer (mixFilename);

  // Read Checklists
//  ckl = new CChecklists (cklFilename);

  // Read Flight Control System
//  fcs = new CFlightControlSystem (fcsFilename);

  // Read Slope Wind Data
//  swd = new CSlopeWindData (swdFilename);
}

void CAirplane::AileronIncr (void)
{
  // Get pointer to control subsystem in electrical systems
  CBaseControl *p = amp->pAileron;
  if (p != NULL) {
    p->Incr ();
  }
}

void CAirplane::AileronDecr (void)
{
  // Get pointer to control subsystem in electrical systems
  CBaseControl *p = amp->pAileron;
  if (p != NULL) {
    p->Decr ();
  }
}

void CAirplane::ElevatorIncr (void)
{
  // Get pointer to control subsystem in electrical systems
  CBaseControl *p = amp->pElevator;
  if (p != NULL) {
    p->Incr ();
  }
}

void CAirplane::ElevatorDecr (void)
{
  // Get pointer to control subsystem in electrical systems
  CBaseControl *p = amp->pElevator;
  if (p != NULL) {
    p->Decr ();
  }
}

void CAirplane::RudderIncr (void)
{
  // Get pointer to control subsystem in electrical systems
  CBaseControl *p = amp->pRudder;
  if (p != NULL) {
    p->Incr ();
  }
}

void CAirplane::RudderDecr (void)
{
  // Get pointer to control subsystem in electrical systems
  CBaseControl *p = amp->pRudder;
  if (p != NULL) {
    p->Decr ();
  }
}

void CAirplane::AileronTrimIncr (void)
{
  // Get pointer to control subsystem in electrical systems
  CBaseControl *p = amp->pAileronTrim;
  if (p != NULL) {
    p->Incr ();
  }
}

void CAirplane::AileronTrimDecr (void)
{
  // Get pointer to control subsystem in electrical systems
  CBaseControl *p = amp->pAileronTrim;
  if (p != NULL) {
    p->Decr ();
  }
}

void CAirplane::ElevatorTrimIncr (void)
{
  // Get pointer to control subsystem in electrical systems
  CBaseControl *p = amp->pElevatorTrim;
  if (p != NULL) {
    p->Incr ();
  }
}

void CAirplane::ElevatorTrimDecr (void)
{
  // Get pointer to control subsystem in electrical systems
  CBaseControl *p = amp->pElevatorTrim;
  if (p != NULL) {
    p->Decr ();
  }
}

void CAirplane::RudderTrimIncr (void)
{
  // Get pointer to control subsystem in electrical systems
  CBaseControl *p = amp->pRudderTrim;
  if (p != NULL) {
    p->Incr ();
  }
}

void CAirplane::RudderTrimDecr (void)
{
  // Get pointer to control subsystem in electrical systems
  CBaseControl *p = amp->pRudderTrim;
  if (p != NULL) {
    p->Decr ();
  }
}

void CAirplane::Timeslice (float dT)
{
  // Timeslice electrical subsystems
  if (amp) {
    amp->Timeslice (dT);
  }
}

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