#include "../StdH/StdH.h"
#include "Entities/Reminder.h"
//#include "Entities/Flame.h"
#include "Entities/Debris.h"
#include "GameMP/PlayerSettings.h"
#include "Models/Player/SeriousSam/Player.h"
#include "Models/Player/SeriousSam/Body.h"
#include "Models/Player/SeriousSam/Head.h"
extern INDEX ent_bReportBrokenChains;

void CCompMessageID::Clear(void)
{
  cmi_fnmFileName.Clear();
  cmi_ulHash = 0;
}

void CCompMessageID::Read_t(CTStream &strm)    // throw char *
{
  strm>>cmi_fnmFileName;
  strm>>(INDEX&)cmi_cmtType;
  strm>>(INDEX&)cmi_bRead;
  cmi_ulHash = cmi_fnmFileName.GetHash();
}

void CCompMessageID::Write_t(CTStream &strm)   // throw char *
{
  strm<<cmi_fnmFileName;
  strm<<(INDEX&)cmi_cmtType;
  strm<<(INDEX&)cmi_bRead;
}

void CCompMessageID::NewMessage(const CTFileName &fnm)
{
  // remember filename
  cmi_fnmFileName = fnm;
  cmi_ulHash = cmi_fnmFileName.GetHash();

  // decode type from filename
  CTString strName = fnm;

  if (strName.Matches("*messages\\information*")) {
    cmi_cmtType = CMT_INFORMATION;
  } else if (strName.Matches("*messages\\weapons*")) {
    cmi_cmtType = CMT_WEAPONS;
  } else if (strName.Matches("*messages\\enemies*")) {
    cmi_cmtType = CMT_ENEMIES;
  } else if (strName.Matches("*messages\\background*")) {
    cmi_cmtType = CMT_BACKGROUND;
  } else if (strName.Matches("*messages\\statistics*")) {
    cmi_cmtType = CMT_STATISTICS;
  } else {
    CPrintF("Unknown message type: %s\n", (const char*) fnm);
    cmi_cmtType = CMT_INFORMATION;
  }
  // mark as unread
  cmi_bRead = FALSE;
}

/************************************************************
 *          COMMON FUNCTIONS FOR ENTITY CLASSES             *
 ************************************************************/
// world change
struct WorldChange _SwcWorldChange;

// get info position for entity
void GetEntityInfoPosition(CEntity *pen, FLOAT *pf, FLOAT3D &vPos) {
  ASSERT(pen!=NULL);

  vPos = pen->GetPlacement().pl_PositionVector;
  if (pf != NULL) {
    FLOATmatrix3D mRotation;
    MakeRotationMatrixFast(mRotation, pen->GetPlacement().pl_OrientationAngle);
    vPos += FLOAT3D(pf[0], pf[1], pf[2])*mRotation;
  }
};

// get source and target positions for ray cast
void GetPositionCastRay(CEntity *penSource, CEntity *penTarget, FLOAT3D &vSource, FLOAT3D &vTarget) {
  EntityInfo *peiSource = (EntityInfo*) (penSource->GetEntityInfo());
  EntityInfo *peiTarget = (EntityInfo*) (penTarget->GetEntityInfo());

  ASSERT(peiSource!=NULL && peiTarget!=NULL);

  // source
  if (peiSource!=NULL) {
    GetEntityInfoPosition(penSource, peiSource->vSourceCenter, vSource);
  } else {
    vSource = penSource->GetPlacement().pl_PositionVector;
  }
  // target
  if (peiTarget!=NULL) {
    GetEntityInfoPosition(penTarget, peiTarget->vTargetCenter, vTarget);
  } else {
    vTarget = penTarget->GetPlacement().pl_PositionVector;
  }
};

// set bool from bool enum type
void SetBoolFromBoolEType(BOOL &bSet, BoolEType bet) {
  switch (bet) {
    case BET_TRUE:
      bSet = TRUE;
      break;
    case BET_FALSE:
      bSet = FALSE;
      break;
    //case BET_IGNORE:
      //bSet = bSet;
      // break
  }
};

// send event to target
void SendToTarget(CEntity *penSendEvent, EventEType eetEventType, CEntity *penCaused) {
  // if target is valid
  if (penSendEvent != NULL) {
    switch (eetEventType) {
      // send START event
      case EET_START: {
        EStart eStart;
        eStart.penCaused = penCaused;
        penSendEvent->SendEvent(eStart);
                      } break;
      // send STOP event
      case EET_STOP:
        penSendEvent->SendEvent(EStop());
        break;
      // send TRIGGER event
      case EET_TRIGGER: {
        ETrigger eTrigger;
        eTrigger.penCaused = penCaused;
        penSendEvent->SendEvent(eTrigger);
                        } break;
      // don't send event (IGNORE)
      case EET_IGNORE:
        break;
      // send ACTIVATE event
      case EET_ACTIVATE:
        penSendEvent->SendEvent(EActivate());
        break;
      // send DEACTIVATE event
      case EET_DEACTIVATE:
        penSendEvent->SendEvent(EDeactivate());
        break;
      // send ENVIRONMENTSTART event
      case EET_ENVIRONMENTSTART:
        penSendEvent->SendEvent(EEnvironmentStart());
        break;
      // send ENVIRONMENTSTOP event
      case EET_ENVIRONMENTSTOP:
        penSendEvent->SendEvent(EEnvironmentStop());
        break;
      // send STARTATTACK event
      case EET_STARTATTACK:
        penSendEvent->SendEvent(EStartAttack());
        break;
      // send STOPATTACK event
      case EET_STOPATTACK:
        penSendEvent->SendEvent(EStopAttack());
        break;
      case EET_STOPBLINDNESS:
        penSendEvent->SendEvent(EStopBlindness());
        break;
      case EET_STOPDEAFNESS:
        penSendEvent->SendEvent(EStopDeafness());
        break;
      case EET_TELEPORTMOVINGBRUSH:
        penSendEvent->SendEvent(ETeleportMovingBrush());
        break;
    }
  }
};

// send event in range
void SendInRange(CEntity *penSource, EventEType eetEventType, const FLOATaabbox3D &boxRange) {
  switch (eetEventType) {
    // send START event
    case EET_START:
      penSource->SendEventInRange(EStart(), boxRange);
      break;
    // send STOP event
    case EET_STOP:
      penSource->SendEventInRange(EStop(), boxRange);
      break;
    // send TRIGGER event
    case EET_TRIGGER:
      penSource->SendEventInRange(ETrigger(), boxRange);
      break;
    // don't send event (IGNORE)
    case EET_IGNORE:
      break;
    // send ACTIVATE event
    case EET_ACTIVATE:
      penSource->SendEventInRange(EActivate(), boxRange);
      break;
    // send DEACTIVATE event
    case EET_DEACTIVATE:
      penSource->SendEventInRange(EDeactivate(), boxRange);
      break;
    // send ENVIRONMENTSTART event
    case EET_ENVIRONMENTSTART:
      penSource->SendEventInRange(EEnvironmentStart(), boxRange);
      break;
    // send ENVIRONMENTSTOP event
    case EET_ENVIRONMENTSTOP:
      penSource->SendEventInRange(EEnvironmentStop(), boxRange);
      break;
    // send STARTATTACK event
    case EET_STARTATTACK:
      penSource->SendEventInRange(EStartAttack(), boxRange);
      break;
    // send STOPATTACK event
    case EET_STOPATTACK:
      penSource->SendEventInRange(EStopAttack(), boxRange);
      break;
    case EET_STOPBLINDNESS:
      penSource->SendEventInRange(EStopBlindness(), boxRange);
      break;
    case EET_STOPDEAFNESS:
      penSource->SendEventInRange(EStopDeafness(), boxRange);
      break;
  }
};

// spawn reminder
CEntityPointer SpawnReminder(CEntity *penOwner, FLOAT fWaitTime, INDEX iValue) {
  CEntityPointer penReminder;
  try {
    penReminder = penOwner->GetWorld()->CreateEntity_t
      (penOwner->GetPlacement(), CTFILENAME("Classes\\Reminder.ecl"));
  } catch (char *strError) {
    FatalError(TRANS("Cannot create reminder entity class: %s"), strError);
  }
  EReminderInit eri;
  eri.penOwner = penOwner;
  eri.fWaitTime = fWaitTime;
  eri.iValue = iValue;
  penReminder->Initialize(eri);

  return penReminder;
};

/*
// spawn flame
CEntityPointer SpawnFlame(CEntity *penOwner, CEntity *penAttach, const FLOAT3D &vSource)
{
  FLOAT3D vPos = vSource;
  // prepare flame event
  EFlame ef;
  ef.penOwner = penOwner;
  ef.penAttach = penAttach;

  CEntityPointer penFlame;

  // if the target entity is model
  if (penAttach->GetRenderType()==CEntity::RT_MODEL) {

    vPos = penAttach->GetPlacement().pl_PositionVector;
    // if the entity already has a flame attached
    penFlame = penAttach->GetChildOfClass("Flame");
    if (penFlame!=NULL) {
      // just send it the event
      penFlame->SendEvent(ef);
      return penFlame;
    }
  }

  // create new flame
  try {
    CPlacement3D plFlame(vPos, ANGLE3D(0, 0, 0));
    penFlame = penAttach->GetWorld()->CreateEntity_t(plFlame, CTFILENAME("Classes\\Flame.ecl"));
  } catch (char *strError) {
    FatalError(TRANS("Cannot create flame entity class: %s"), strError);
  }
  penFlame->Initialize(ef);

  return penFlame;
};
*/
// Kick entity
void KickEntity(CEntity *penTarget, FLOAT3D vSpeed) {
  // if the entity is not allowed to execute now
  if (!penTarget->IsAllowedForPrediction()) {
    // do nothing
    return;
  }
  EntityInfo *peiTarget = (EntityInfo*) (penTarget->GetEntityInfo());
  if (penTarget->GetPhysicsFlags()&EPF_MOVABLE && peiTarget!=NULL) {
    // calc new speed acording to target mass
    vSpeed *= 100.0f/peiTarget->fMass;
    ((CMovableEntity&)*penTarget).en_vCurrentTranslationAbsolute = vSpeed;
    ((CMovableEntity&)*penTarget).AddToMovers();
  }
};



/************************************************************
 *                   SET MODEL AND ATTACHMENT               *
 ************************************************************/
  // Set components
  void SetComponents(CEntity *pen, CModelObject &mo, ULONG ulIDModel, ULONG ulIDTexture,
                     ULONG ulIDReflectionTexture, ULONG ulIDSpecularTexture, ULONG ulIDBumpTexture) {
    // model data
    mo.SetData(pen->GetModelDataForComponent(ulIDModel));
    // texture data
    mo.mo_toTexture.SetData(pen->GetTextureDataForComponent(ulIDTexture));
    // reflection texture data
    if (ulIDReflectionTexture>0) {
      mo.mo_toReflection.SetData(pen->GetTextureDataForComponent(ulIDReflectionTexture));
    } else {
      mo.mo_toReflection.SetData(NULL);
    }
    // specular texture data
    if (ulIDSpecularTexture>0) {
      mo.mo_toSpecular.SetData(pen->GetTextureDataForComponent(ulIDSpecularTexture));
    } else {
      mo.mo_toSpecular.SetData(NULL);
    }
    // bump texture data
    if (ulIDBumpTexture>0) {
      mo.mo_toBump.SetData(pen->GetTextureDataForComponent(ulIDBumpTexture));
    } else {
      mo.mo_toBump.SetData(NULL);
    }
  };

  // Add attachment to model
  void AddAttachmentToModel(CEntity *pen, CModelObject &mo, INDEX iAttachment, ULONG ulIDModel, ULONG ulIDTexture,
                            ULONG ulIDReflectionTexture, ULONG ulIDSpecularTexture, ULONG ulIDBumpTexture) {
    SetComponents(pen, mo.AddAttachmentModel(iAttachment)->amo_moModelObject, ulIDModel,
                  ulIDTexture, ulIDReflectionTexture, ulIDSpecularTexture, ulIDBumpTexture);
  };

  // Remove attachment from model
  void RemoveAttachmentFromModel(CModelObject &mo, INDEX iAttachment) {
    mo.RemoveAttachmentModel(iAttachment);
  };



/************************************************************
 *                          FLARES                          *
 ************************************************************/
// lens flare variables
CLensFlareType _lftStandard;
CLensFlareType _lftStandardReflections;
CLensFlareType _lftYellowStarRedRing;
CLensFlareType _lftYellowStarRedRingFar;
CLensFlareType _lftWhiteGlowStarRedRing;
CLensFlareType _lftWhiteGlowStar;
CLensFlareType _lftWhiteGlowStarNG;
CLensFlareType _lftWhiteStarRedRingStreaks;
CLensFlareType _lftWhiteStarRedReflections;
CLensFlareType _lftBlueStarBlueReflections;
CLensFlareType _lftProjectileStarGlow;
CLensFlareType _lftProjectileWhiteBubbleGlow;
CLensFlareType _lftProjectileYellowBubbleGlow;
CLensFlareType _lftPVSpaceShipWindowFlare;
CLensFlareType _lftCatmanFireGlow;
CLensFlareType _lftWhiteGlowFar;

#define FLARE_CREATE(type,noof,tex,pos,rot,i,j,flags,amp,des,falloff)\
  type.lft_aolfFlares.New(noof);\
  type.lft_aolfFlares[0].olf_toTexture.SetData_t(CTFILENAME("Textures\\Effects\\Flares\\" tex));\
  type.lft_aolfFlares[0].olf_fReflectionPosition = pos;\
  type.lft_aolfFlares[0].olf_aRotationFactor = AngleDeg(rot);\
  type.lft_aolfFlares[0].olf_fSizeIOverScreenSizeI = i;\
  type.lft_aolfFlares[0].olf_fSizeJOverScreenSizeI = j;\
  type.lft_aolfFlares[0].olf_ulFlags = flags;\
  type.lft_aolfFlares[0].olf_fLightAmplification = amp;\
  type.lft_aolfFlares[0].olf_fLightDesaturation = des;\
  type.lft_aolfFlares[0].oft_fFallOffFactor = falloff;
#define FLARE_GLARE(type,compression,intensity,des,falloff)\
  type.lft_fGlareCompression = compression;\
  type.lft_fGlareIntensity = intensity;\
  type.lft_fGlareDesaturation = des;\
  type.lft_fGlareFallOffFactor = falloff;
#define REFLECTION(type,i,fnm,pos,size) \
  type.lft_aolfFlares[i].olf_toTexture.SetData_t(CTFILENAME("Textures\\Effects\\Flares\\" fnm));\
  type.lft_aolfFlares[i].olf_fReflectionPosition = pos;\
  type.lft_aolfFlares[i].olf_aRotationFactor = AngleDeg(0.0f);\
  type.lft_aolfFlares[i].olf_fSizeIOverScreenSizeI = size;\
  type.lft_aolfFlares[i].olf_fSizeJOverScreenSizeI = size;\
  type.lft_aolfFlares[i].olf_ulFlags = OLF_FADEINTENSITY|OLF_FADEOFCENTER;\
  type.lft_aolfFlares[i].olf_fLightAmplification = 7.0f;\
  type.lft_aolfFlares[i].olf_fLightDesaturation = 0.5f;\
  type.lft_aolfFlares[i].oft_fFallOffFactor = 5.0f;

// init lens flare effects
void InitLensFlares(void) {
  // standard flare
  FLARE_CREATE(_lftStandard, 1, "01\\WhiteRedRing2.tex", 0.0f, 180.0f, 1/5.0f, 1/5.0f, OLF_FADESIZE, 7.0f, 0.5f, 5.0f);
  FLARE_GLARE(_lftStandard, 20.0f, 0.3f, 0.8f, 1.0f);

  // standard flare with huge reflections
  FLARE_CREATE(_lftStandardReflections, 15, "01\\WhiteRedRing2.tex", 0.0f, 180.0f, 1.36f, 1.36f, OLF_FADESIZE, 7.0f, 0.5f, 5.0f);
  FLARE_GLARE(_lftStandardReflections, 20.0f, 0.3f, 0.8f, 1.0f);
  REFLECTION(_lftStandardReflections, 1, "01\\WhiteRing.tex", -0.3f, 0.1f);
  REFLECTION(_lftStandardReflections, 2, "01\\BlueDisc.tex", 1-0.5f, 0.047f);
  REFLECTION(_lftStandardReflections, 3, "01\\BlueDisc.tex", 1-0.41f, 0.078f);
  REFLECTION(_lftStandardReflections, 4, "01\\BlueDiscWeak.tex", 1-0.45f, 0.15f);
  REFLECTION(_lftStandardReflections, 5, "01\\BrownDisc.tex", 1-0.2f, 0.05f);
  REFLECTION(_lftStandardReflections, 6, "01\\WhiteGradient.tex", 1-0.1f, 0.016f);
  REFLECTION(_lftStandardReflections, 7, "01\\WhiteGradient.tex", 1+0.29f, 0.027f);
  REFLECTION(_lftStandardReflections, 8, "01\\BrownDisc.tex", 1+0.5f, 0.05f);
  REFLECTION(_lftStandardReflections, 9, "01\\BrownDisc.tex", 1+0.43f, 0.11f);
  REFLECTION(_lftStandardReflections,10, "01\\BrownRing.tex", 1+0.49f, 0.19f);
  REFLECTION(_lftStandardReflections,11, "01\\BlueDisc.tex", 1+0.68f, 0.08f);
  REFLECTION(_lftStandardReflections,12, "01\\BlueGradient.tex", 1+0.7f, 0.043f);
  REFLECTION(_lftStandardReflections,13, "01\\GreenRing.tex", 1+1.04f, 0.27f);
  REFLECTION(_lftStandardReflections,14, "01\\RainbowRing.tex", 1+1.35f, 0.53f);

  // nice yellow star with red ring
  FLARE_CREATE(_lftYellowStarRedRing, 1, "02\\Flare05.tex", 0.0f, 180.0f, 1/5.0f, 1/5.0f, OLF_FADESIZE, 7.0f, 0.5f, 5.0f);
  FLARE_GLARE(_lftYellowStarRedRing, 20.0f, 0.3f, 0.8f, 1.0f);

  // same yellow star with red ring but visible from far away
  FLARE_CREATE(_lftYellowStarRedRingFar, 1, "02\\Flare05.tex", 0.0f, 180.0f, 1/12.0f, 1/12.0f, OLF_FADESIZE, 0.25f, 0.5f, 128.0f);
  FLARE_GLARE(_lftYellowStarRedRingFar, 20.0f, 0.3f, 0.8f, 1.0f);
  
  // nice yellow star with red ring
  FLARE_CREATE(_lftWhiteGlowStarRedRing, 1, "03\\Flare06.tex", 0.0f, 180.0f, 1/5.0f, 1/5.0f, OLF_FADESIZE, 7.0f, 0.5f, 5.0f);
  FLARE_GLARE(_lftWhiteGlowStarRedRing, 20.0f, 0.3f, 0.8f, 1.0f);
  
  FLARE_CREATE(_lftWhiteGlowStar, 1, "04\\Flare07.tex", 0.0f, 180.0f, 1/5.0f, 1/5.0f, OLF_FADESIZE, 7.0f, 0.5f, 5.0f);
  FLARE_GLARE(_lftWhiteGlowStar, 20.0f, 0.3f, 0.8f, 1.0f);
  
  FLARE_CREATE(_lftWhiteGlowStarNG, 1, "04\\Flare07.tex", 0.0f, 180.0f, 1/5.0f, 1/5.0f, OLF_FADESIZE, 7.0f, 0.5f, 5.0f);

  FLARE_CREATE(_lftWhiteStarRedRingStreaks, 1, "05\\Flare09.tex", 0.0f, 180.0f, 1/5.0f, 1/5.0f, OLF_FADESIZE, 7.0f, 0.5f, 5.0f);
  FLARE_GLARE(_lftWhiteStarRedRingStreaks, 20.0f, 0.3f, 0.8f, 1.0f);
  
  // white star flare with many red and brown hexagons
  FLARE_CREATE(_lftWhiteStarRedReflections, 12, "06\\WhiteStarManyStreaks.tex", 0.0f, 0.0f, 0.20625f, 0.20625f, OLF_FADESIZE, 7.0f, 0.5f, 5.0f);
  FLARE_GLARE(_lftWhiteStarRedReflections, 20.0f, 0.3f, 0.8f, 1.0f);
  REFLECTION(_lftWhiteStarRedReflections, 1, "06\\DarkRedPentagram.tex" ,-0.92424242f,0.06875f); 
  REFLECTION(_lftWhiteStarRedReflections, 2, "06\\LillaPentagram.tex"   ,0.28787879f,0.0296875f);
  REFLECTION(_lftWhiteStarRedReflections, 3, "06\\MagentaPentagram.tex" ,0.43939394f,0.05f);     
  REFLECTION(_lftWhiteStarRedReflections, 4, "06\\MagentaGlow.tex"      ,1.52272727f,0.009375f); 
  REFLECTION(_lftWhiteStarRedReflections, 5, "06\\DarkRedPentagram.tex" ,1.9469697f,0.06875f);   
  REFLECTION(_lftWhiteStarRedReflections, 6, "06\\MagentaGlow.tex"      ,1.96212121f,0.05f);     
  REFLECTION(_lftWhiteStarRedReflections, 7, "06\\DarkRedPentagram.tex" ,1.08333333f,0.06875f);  
  REFLECTION(_lftWhiteStarRedReflections, 8, "06\\DarkRedPentagram.tex" ,1.59848485f,0.06875f);  
  REFLECTION(_lftWhiteStarRedReflections, 9, "06\\DarkRedPentagram.tex" ,1.67424242f,0.06875f);  
  REFLECTION(_lftWhiteStarRedReflections,10, "06\\DarkRedPentagram.tex" ,-0.12878788f,0.03125f); 
  REFLECTION(_lftWhiteStarRedReflections,11, "06\\BrownPentagram.tex"   ,0.03030303f,0.021875f); 

  // blue star flare with many blue flares
  FLARE_CREATE(_lftBlueStarBlueReflections, 21, "07\\BlueStarManyStreaks.tex", 0.0f, 0.0f, 0.4f, 0.4f, OLF_FADESIZE, 7.0f, 0.5f, 5.0f);
  FLARE_GLARE(_lftBlueStarBlueReflections, 20.0f, 0.3f, 0.8f, 1.0f);
  REFLECTION(_lftBlueStarBlueReflections, 1, "07\\BlueGlow.tex", -0.5f,0.05f); 
  REFLECTION(_lftBlueStarBlueReflections, 2, "07\\BluePentagram.tex", -0.25f,0.03f); 
  REFLECTION(_lftBlueStarBlueReflections, 3, "07\\GreenGlow.tex", -0.05f,0.04f); 
  REFLECTION(_lftBlueStarBlueReflections, 4, "07\\GreenGlow.tex", 0.3f,0.02f); 
  REFLECTION(_lftBlueStarBlueReflections, 5, "07\\BluePentagram.tex", 0.5f,0.05f); 
  REFLECTION(_lftBlueStarBlueReflections, 6, "07\\DarkBluePentagram.tex", 0.8f,0.04f); 
  REFLECTION(_lftBlueStarBlueReflections, 7, "07\\LittleBluePentagram.tex", 1.2f,0.02f); 
  REFLECTION(_lftBlueStarBlueReflections, 8, "07\\MagentaPentagram.tex", 1.13f,0.08f); 
  REFLECTION(_lftBlueStarBlueReflections, 9, "07\\DarkBluePentagram.tex", 1.24f,0.03f); 
  REFLECTION(_lftBlueStarBlueReflections,10, "07\\BlueGlow.tex", 1.4f,0.06f); 
  REFLECTION(_lftBlueStarBlueReflections,11, "07\\GreenGlow.tex", 1.5f,0.02f); 
  REFLECTION(_lftBlueStarBlueReflections,12, "07\\BluePentagram.tex", 1.64f,0.05f); 
  REFLECTION(_lftBlueStarBlueReflections,13, "07\\LittleBluePentagram.tex", 1.7f,0.05f); 
  REFLECTION(_lftBlueStarBlueReflections,14, "07\\BluePentagram.tex", 1.8f,0.06f); 
  REFLECTION(_lftBlueStarBlueReflections,15, "07\\MagentaPentagram.tex", 2.0f,0.01f); 
  REFLECTION(_lftBlueStarBlueReflections,16, "07\\BlueGlow.tex", 2.0f,0.06f); 
  REFLECTION(_lftBlueStarBlueReflections,17, "07\\MagentaPentagram.tex", 2.0f,0.02f); 
  REFLECTION(_lftBlueStarBlueReflections,18, "07\\GreenGlow.tex", 2.1f,0.015f); 
  REFLECTION(_lftBlueStarBlueReflections,19, "07\\BluePentagram.tex", 2.4f,0.05f); 
  REFLECTION(_lftBlueStarBlueReflections,20, "07\\DarkBluePentagram.tex", 2.8f,0.03f); 

  FLARE_CREATE(_lftProjectileStarGlow, 1, "08\\FlarePower.tex", 0.0f, 180.0f, 1/5.0f, 1/5.0f, OLF_FADESIZE, 7.0f, 0.5f, 10.0f);
  FLARE_GLARE(_lftProjectileStarGlow, 20.0f, 0.3f, 0.8f, 1.0f);

  FLARE_CREATE(_lftProjectileWhiteBubbleGlow, 1, "09\\FlareWhiteBubble.tex", 0.0f, 180.0f, 1/5.0f, 1/5.0f, OLF_FADESIZE, 7.0f, 0.5f, 10.0f);
  FLARE_GLARE(_lftProjectileWhiteBubbleGlow, 20.0f, 0.3f, 0.8f, 1.0f);

  FLARE_CREATE(_lftProjectileYellowBubbleGlow, 1, "10\\FlareYellowBubble.tex", 0.0f, 180.0f, 1/10.0f, 1/10.0f, OLF_FADESIZE, 7.0f, 0.5f, 10.0f);
  FLARE_GLARE(_lftProjectileYellowBubbleGlow, 20.0f, 0.3f, 0.8f, 1.0f);

  FLARE_CREATE(_lftPVSpaceShipWindowFlare, 1, "05\\Flare09.tex", 0.0f, 180.0f, 1/10.0f, 1/10.0f, OLF_FADESIZE, 1.0f, 0.0f, 10.0f);

  FLARE_CREATE(_lftCatmanFireGlow, 1, "12\\Flare12.tex", 0.0f, 180.0f, 1/12.0f, 1/12.0f, OLF_FADESIZE, 7.0f, 0.5f, 128.0f);
  
  FLARE_CREATE(_lftWhiteGlowFar, 1, "13\\Flare13.tex", 0.0f, 180.0f, 1/16.0f, 1/16.0f, OLF_FADESIZE, 7.0f, 0.5f, 128.0f);
};

// close lens flares effects
void CloseLensFlares(void) {
  _lftStandard.lft_aolfFlares.Clear();
  _lftStandardReflections.lft_aolfFlares.Clear();
  _lftYellowStarRedRing.lft_aolfFlares.Clear();
  _lftYellowStarRedRingFar.lft_aolfFlares.Clear();
  _lftWhiteGlowStarRedRing.lft_aolfFlares.Clear();
  _lftWhiteGlowStar.lft_aolfFlares.Clear();
  _lftWhiteGlowStarNG.lft_aolfFlares.Clear();
  _lftWhiteStarRedRingStreaks.lft_aolfFlares.Clear();
  _lftWhiteStarRedReflections.lft_aolfFlares.Clear();
  _lftBlueStarBlueReflections.lft_aolfFlares.Clear();
  _lftProjectileStarGlow.lft_aolfFlares.Clear();
  _lftProjectileWhiteBubbleGlow.lft_aolfFlares.Clear();
  _lftProjectileYellowBubbleGlow.lft_aolfFlares.Clear();
  _lftPVSpaceShipWindowFlare.lft_aolfFlares.Clear();
  _lftCatmanFireGlow.lft_aolfFlares.Clear();
  _lftWhiteGlowFar.lft_aolfFlares.Clear();
};

static BOOL _bFatalChecks = FALSE;


/************************************************************
 *                      PLAYER APPEARANCE                   *
 ************************************************************/
/* Set the model data */
void SetModelData_t(CModelObject *pmo, const CTFileName &fnmModel) {
  ASSERT(pmo != NULL);
  pmo->SetData_t(fnmModel);   // load the new model data
};

/* Set the texture data */
void SetTextureData_t(CModelObject *pmo, const CTFileName &fnmTexture) {
  ASSERT(pmo != NULL);
  pmo->mo_toTexture.SetData_t(fnmTexture);    // load the texture data
};

/* Set model */
void SetModel_t(CModelObject *pmo, const CTFileName &fnmModel, const CTFileName &fnmTexture) {
  SetModelData_t(pmo, fnmModel);
  SetTextureData_t(pmo, fnmTexture);
};

/* Add attachment to model */
void ModelAddAttachment_t(CModelObject *pmo, INDEX iAttachment, 
                        const CTFileName &fnmModel, const CTFileName &fnmTexture) {
  ASSERT(pmo != NULL);
  if (fnmModel==CTString("")) return;
  if (pmo==NULL) return;
  
  CAttachmentModelObject *pamo = pmo->AddAttachmentModel(iAttachment);
  SetModel_t(&(pamo->amo_moModelObject), fnmModel, fnmTexture);
};

CTString _strFile;
INDEX _ctLines;

CTString GetNonEmptyLine_t(CTStream &strm)
{
  FOREVER {
   if(strm.AtEOF()) {
     ThrowF_t(TRANS("Unexpected end of file"));
   }
   CTString str;
   _ctLines++;
   strm.GetLine_t(str);
   str.TrimSpacesLeft();
   if (str.RemovePrefix("//")) {  // skip comments
     continue;
   }
   if (str!="") {
     str.TrimSpacesRight();
     return str;
   }
  }
}

void FixupFileName_t(CTString &strFnm)
{
  strFnm.TrimSpacesLeft();
  if (!strFnm.RemovePrefix(CTString("TF") +"NM ")) {  // must not directly have ids in code
    ThrowF_t(TRANS("Expected %s%s before filename"), "TF", "NM");
  }
}

// skip one block in pmc
void SkipBlock_t(CTStream &strm)
{
  CTString strLine;
  // expect to begin with an open bracket
  strLine = GetNonEmptyLine_t(strm);
  if (strLine!="{") {
    ThrowF_t(TRANS("Expected '{'"));
  }
  // start at level one
  INDEX ctLevel = 1;
  // repeat
  do {
    strLine = GetNonEmptyLine_t(strm);
    // count brackets
    if (strLine=="{") {
      ctLevel++;
    } else if (strLine=="}") {
      ctLevel--;
    }
  // until we close down all brackets
  } while(ctLevel>0);
}

void ParseAMC_t(CModelObject *pmo, CTStream &strm, BOOL bPreview)
{
  CTString strLine;
  // expect to begin with an open bracket
  strLine = GetNonEmptyLine_t(strm);
  if (strLine!="{") {
    ThrowF_t(TRANS("Expected '{'"));
  }

  // repeat
  FOREVER {
    // read one line
    strLine = GetNonEmptyLine_t(strm);
    
    // if closed bracket
    if (strLine == "}") {
      // finish parsing
      return;
    }


    // if a preview-only block
    if (strLine.RemovePrefix("PreviewOnly")) {
      // if this is a preview
      if (bPreview) {
        // keep parsing it
        ParseAMC_t(pmo, strm, bPreview);
      // if this is not a preview
      } else {
        // skip that block
        SkipBlock_t(strm);
      }
    // if include block
    } else if (strLine.RemovePrefix("Include:")) {
      // open the new file
      FixupFileName_t(strLine);
      CTFileStream strmIncluded;
      strmIncluded.Open_t(strLine);

      // include it
      INDEX ctLinesOld = _ctLines;
      CTString strFileOld = _strFile;
      _ctLines = 0;
      _strFile = strLine;
      ParseAMC_t(pmo, strmIncluded, bPreview);
      strmIncluded.Close();
      _ctLines = ctLinesOld;
      _strFile = strFileOld;

    // if setting the model
    } else if (strLine.RemovePrefix("Model:")) {
      // set the model
      FixupFileName_t(strLine);
      pmo->SetData_t(strLine);

    // if setting an anim for the model
    } else if (strLine.RemovePrefix("Animation:")) {
      // get animation number
      INDEX iAnim = -1;
      strLine.ScanF("%d", &iAnim);
      if (iAnim<0) {
        ThrowF_t(TRANS("Invalid animation number"));
      }
      // check it
      if (iAnim>=pmo->GetAnimsCt()) {
        ThrowF_t(TRANS("Animation %d does not exist in that model"), iAnim);
      };
      // set it
      pmo->PlayAnim(iAnim, AOF_LOOPING);

    // if texture
    } else if (strLine.RemovePrefix("Texture:")) {
      // set texture
      FixupFileName_t(strLine);
      pmo->mo_toTexture.SetData_t(strLine);

    // if specular
    } else if (strLine.RemovePrefix("Specular:")) {
      // set texture
      FixupFileName_t(strLine);
      pmo->mo_toSpecular.SetData_t(strLine);

    // if reflection
    } else if (strLine.RemovePrefix("Reflection:")) {
      // set texture
      FixupFileName_t(strLine);
      pmo->mo_toReflection.SetData_t(strLine);

    // if specular
    } else if (strLine.RemovePrefix("Bump:")) {
      // set texture
      FixupFileName_t(strLine);
      pmo->mo_toBump.SetData_t(strLine);

    // if attachment
    } else if (strLine.RemovePrefix("Attachment:")) {
      // get attachment number
      INDEX iAtt = -1;
      strLine.ScanF("%d", &iAtt);
      if (iAtt<0) {
        ThrowF_t(TRANS("Invalid attachment number"));
      }
      // create attachment
      CModelData *pmd = (CModelData*)pmo->GetData();
      if (iAtt>=pmd->md_aampAttachedPosition.Count()) {
        ThrowF_t(TRANS("Attachment %d does not exist in that model"), iAtt);
      };
      CAttachmentModelObject *pamo = pmo->AddAttachmentModel(iAtt);
      
      // recursively parse it
      ParseAMC_t(&pamo->amo_moModelObject, strm, bPreview);
    } else {
      ThrowF_t(TRANS("Expected texture or attachment"));
    }
  }
}

/* Set player appearance */
BOOL SetPlayerAppearance_internal(CModelObject *pmo, const CTFileName &fnmAMC, CTString &strName, BOOL bPreview)
{
  // try to
  try {
    // open the config file
    CTFileStream strm;
    strm.Open_t(fnmAMC);

    _ctLines = 0;
    _strFile = fnmAMC;

    // read the name
    CTString strLine = GetNonEmptyLine_t(strm);
    if (!strLine.RemovePrefix("Name: ")) {
      ThrowF_t(TRANS("Expected name"));
    }
    strName = strLine;
    strName.TrimSpacesLeft();

    // parse the file recursively starting at root model object and add everything
    ParseAMC_t(pmo, strm, bPreview);
    return TRUE;

  // if anything failed
  } catch (char *strError) {
    // report error
    CPrintF(TRANS("Cannot load player model:\n%s (%d) : %s\n"), 
      (const char*)_strFile, _ctLines, strError);
    return FALSE;
  }
}

BOOL SetPlayerAppearance(CModelObject *pmo, CPlayerCharacter *ppc, CTString &strName, BOOL bPreview)
{
  // first kill any existing model
  pmo->SetData(NULL);
  pmo->mo_toTexture.SetData(NULL);
  pmo->mo_toSpecular.SetData(NULL);
  pmo->mo_toReflection.SetData(NULL);
  pmo->mo_toBump.SetData(NULL);
  pmo->RemoveAllAttachmentModels();

  DECLARE_CTFILENAME(fnmDefault, "Models\\Player\\SeriousSam.amc");

  // if no character, or player models are disabled
  if (ppc==NULL) {
    // set default appearance
    BOOL bSucceeded = SetPlayerAppearance_internal(pmo, fnmDefault, strName, bPreview);
    if (!bSucceeded) {
      FatalError(TRANS("Cannot load default player model!"));
    }
    return FALSE;
  }

  // get filename from the settings
  CPlayerSettings *pps = (CPlayerSettings *)ppc->pc_aubAppearance;
  CTFileName fnmModelFile = pps->GetModelFilename();
  // if dummy (empty settings)
  if (fnmModelFile.FileName()=="") {
    // use default
    fnmModelFile = fnmDefault;
  }

  extern INDEX plr_bOnlySam;
  if (!plr_bOnlySam && SetPlayerAppearance_internal(pmo, fnmModelFile, strName, bPreview)) {
    return TRUE;
  } else if (SetPlayerAppearance_internal(pmo, fnmDefault, strName, bPreview)) {  // HAVE TO SET DEFAULT HERE!
    return TRUE;
  } else {
    return FALSE;
  }
}


/************************************************************
 *                    DEBUGGING FUNCTIONS                   *
 ************************************************************/
// debugging functions
const char *PrintConsole(void)
{
  _RPT1(_CRT_WARN, "%s", CON_GetBuffer());
  return NULL;
}

const char *PrintStack(CEntity *pen)
{
  return pen->PrintStackDebug();
}



/************************************************************
 *                          DEBRIS                          *
 ************************************************************/
EntityInfoBodyType _Eeibt;
enum DebrisParticlesType _dptParticles;
enum BasicEffectType  _betStain;
FLOAT3D _vSpeed;
FLOAT3D _vSpawnerSpeed;
FLOAT _fEntitySize;
FLOAT _fConeSize;
FLOAT _fSpeedUp;
COLOR _colDebris;

// debris spawning
void Debris_Begin(
  EntityInfoBodyType Eeibt, 
  enum DebrisParticlesType dptParticles,
  enum BasicEffectType  betStain,
  FLOAT fEntitySize,                  // entity size in meters
  const FLOAT3D &vSpeed,
  const FLOAT3D &vSpawnerSpeed,       // how fast was the entity moving
  const FLOAT fConeSize,              // size multiplier for debris cone
  const FLOAT fSpeedUp,               // size multiplier for debris catapulting up (0-no multiply)
  const COLOR colDebris /*=C_WHITE*/  // multiply color
)
{
  _Eeibt          = Eeibt       ;
  _dptParticles   = dptParticles;
  _betStain       = betStain    ;
  _vSpeed         = vSpeed      ;
  _vSpawnerSpeed  = vSpawnerSpeed;
  _fEntitySize    = fEntitySize ;
  _fConeSize      = fConeSize   ;
  _fSpeedUp       = fSpeedUp    ;
  _colDebris      = colDebris   ;
}

CEntityPointer Debris_Spawn(
  CEntity *penSpawner,
  CEntity *penComponents,
  SLONG idModelComponent,
  SLONG idTextureComponent,
  SLONG idReflectionTextureComponent,
  SLONG idSpecularTextureComponent,
  SLONG idBumpTextureComponent,
  INDEX iModelAnim,
  FLOAT fSize,
  const FLOAT3D &vPosRatio)
{
  // create debris at same world as spawner
  FLOAT3D vPos;
  penSpawner->GetEntityPointRatio(vPosRatio, vPos);
  CEntityPointer penDebris = penSpawner->GetWorld()->CreateEntity_t(
    CPlacement3D(vPos, ANGLE3D(0,0,0)), CTFILENAME("Classes\\Debris.ecl"));
  // prepare parameters
  ESpawnDebris eSpawn;
  eSpawn.Eeibt = _Eeibt;
  eSpawn.dptParticles = _dptParticles;
  eSpawn.betStain = _betStain;
  eSpawn.pmd = penComponents->GetModelDataForComponent(idModelComponent);
  eSpawn.ptd = penComponents->GetTextureDataForComponent(idTextureComponent);
  eSpawn.ptdRefl = penComponents->GetTextureDataForComponent(idReflectionTextureComponent);
  eSpawn.ptdSpec = penComponents->GetTextureDataForComponent(idSpecularTextureComponent);
  eSpawn.ptdBump = penComponents->GetTextureDataForComponent(idBumpTextureComponent);
  eSpawn.iModelAnim = iModelAnim;
  eSpawn.colDebris = _colDebris;
  if (fSize==0) {
    eSpawn.fSize = 1.0f;
  } else {
    eSpawn.fSize = _fEntitySize*fSize;
  }
  // initialize it
  penDebris->Initialize(eSpawn);

  FLOAT fCone = _fEntitySize*1.0f;
  if (_vSpeed.Length()==0) {
    fCone = 0;
  }
  FLOAT fRndX = (penSpawner->FRnd()*2-1)*fCone*_fConeSize;
  FLOAT fRndY = (penSpawner->FRnd()*2-1)*fCone*_fConeSize;
  FLOAT fRndZ = (penSpawner->FRnd()*2-1)*fCone*_fConeSize;

  FLOAT fRndH = penSpawner->FRnd();
  FLOAT fRndP = penSpawner->FRnd();
  FLOAT fRndB = penSpawner->FRnd();

  FLOAT3D vUp;
  const FLOATmatrix3D &m = penSpawner->GetRotationMatrix();
  vUp(1) = m(1,2);
  vUp(2) = m(2,2);
  vUp(3) = m(3,2);

  //FLOAT fStrength = _vSpeed.Length();

  // speed it up
  ((CMovableEntity&)*penDebris).LaunchAsFreeProjectile(
    _vSpawnerSpeed+_vSpeed+FLOAT3D(fRndX, fRndY, fRndZ)+vUp*_fSpeedUp, (CMovableEntity*)penSpawner);
  ((CMovableEntity&)*penDebris).SetDesiredRotation(
    ANGLE3D(fRndH*360.0f-180.0f, fRndP*360.0f-180.0f, fRndB*360.0f-180.0f));

  return penDebris;
}

// info structure
static EntityInfo eiFlesh = {EIBT_FLESH};
static EntityInfo eiWater = {EIBT_WATER};
static EntityInfo eiRock  = {EIBT_ROCK };
static EntityInfo eiFire  = {EIBT_FIRE };
static EntityInfo eiAir   = {EIBT_AIR  };
static EntityInfo eiBones = {EIBT_BONES};
static EntityInfo eiWood  = {EIBT_WOOD };
static EntityInfo eiMetal = {EIBT_METAL};
static EntityInfo eiRobot = {EIBT_ROBOT};

// get default entity info for given body type
EntityInfo *GetStdEntityInfo(EntityInfoBodyType eibt)
{
  switch(eibt) {
  case EIBT_FLESH: {return &eiFlesh; } break;
  case EIBT_WATER: {return &eiWater; } break;
  case EIBT_ROCK : {return &eiRock ; } break;
  case EIBT_FIRE : {return &eiFire ; } break;
  case EIBT_AIR  : {return &eiAir  ; } break;
  case EIBT_BONES: {return &eiBones; } break;
  case EIBT_WOOD : {return &eiWood ; } break;
  case EIBT_METAL: {return &eiMetal; } break;
  case EIBT_ROBOT: {return &eiRobot; } break;
  default:    {return NULL;} break;
  };
}



/************************************************************
 *                 DAMAGE CONTROL FUNCTIONS                 *
 ************************************************************/
// damage control functions
FLOAT DamageStrength(EntityInfoBodyType eibtBody, enum DamageType dtDamage)
{
  switch(eibtBody) {
  case EIBT_FLESH:
    return 1.0f;
  case EIBT_WATER:
    switch(dtDamage) {
    case DMT_CLOSERANGE:  return 0.0f;
    case DMT_BURNING:  return 0.0f;
    case DMT_DROWNING: return 0.0f;
    }
    return 1.0f;
  case EIBT_ROCK :
    switch(dtDamage) {
    case DMT_CLOSERANGE:  return 0.0f;
    case DMT_BURNING:   return 0.0f;
    case DMT_FREEZING:  return 0.0f;
    }
    return 1.0f;
  case EIBT_ICE :
    switch(dtDamage) {
    case DMT_CLOSERANGE:  return 0.5f;
    case DMT_BURNING:  return 3.0f;
    case DMT_FREEZING:  return 0.0f;
    }
    return 1.0f;
  case EIBT_FIRE :
    switch(dtDamage) {
    case DMT_CLOSERANGE:  return 0.5f;
    case DMT_BURNING:   return 0.0f;
    }
    return 1.0f;
  case EIBT_AIR  :
    switch(dtDamage) {
    case DMT_CLOSERANGE:  return 0.0f;
    case DMT_BURNING:   return 0.5f;
    }
    return 1.0f;
  case EIBT_BONES:
    switch(dtDamage) {
    case DMT_FREEZING:  return 0.0f;
    }
    return 1.0f;
  case EIBT_WOOD :
    switch(dtDamage) {
    case DMT_FREEZING:  return 0.0f;
    }
    return 1.0f;
  case EIBT_METAL:
    switch(dtDamage) {
    case DMT_CLOSERANGE:  return 0.0f;
    case DMT_BURNING:   return 0.0f;
    case DMT_FREEZING:  return 0.0f;
    }
    return 1.0f;
  case EIBT_ROBOT:
    switch(dtDamage) {
    case DMT_CLOSERANGE:return 0.5f;
    case DMT_BURNING:   return 0.5f;
    case DMT_FREEZING:  return 0.5f;
    }
    return 1.0f;
  default:
    ASSERT(FALSE);
    return 1.0f;
  }
}

// Print center screen message
void PrintCenterMessage(CEntity *penThis, CEntity *penCaused, 
  const CTString &strMessage, TIME tmLength, enum MessageSound mssSound)
{
  penCaused = FixupCausedToPlayer(penThis, penCaused);

  ECenterMessage eMsg;
  eMsg.strMessage = strMessage;
  eMsg.tmLength = tmLength;
  eMsg.mssSound = mssSound;
  penCaused->SendEvent(eMsg);
}


// i.e. weapon sound when fireing or exploding
void SpawnRangeSound( CEntity *penPlayer, CEntity *penPos, enum SoundType st, FLOAT fRange)
{
  // if not really player
  if (!IsDerivedFromClass(penPlayer, "Player")) {
    // do nothing
    return;
  }
  // sound event
  ESound eSound;
  eSound.EsndtSound = st;
  eSound.penTarget = penPlayer;
  penPos->SendEventInRange( eSound, FLOATaabbox3D(penPos->GetPlacement().pl_PositionVector, fRange));
}

// get some player for trigger source if any is existing
CEntity *FixupCausedToPlayer(CEntity *penThis, CEntity *penCaused, BOOL bWarning/*=TRUE*/)
{
  if (penCaused!=NULL && IsOfClass(penCaused, "Player")) {
    return penCaused;
  }

  if (bWarning && (ent_bReportBrokenChains || GetSP()->sp_bQuickTest)) {
    CPrintF(TRANS("WARNING: Triggering chain broken, entity: %s-%s(%s)\n"), 
      (const char*)penThis->GetName(),
      (const char*)penThis->GetDescription(),
      (const char*)penThis->GetClass()->GetName());
  }

  INDEX ctPlayers = penThis->GetMaxPlayers();
  if (ctPlayers==0) {
    return NULL;
  }

  CEntity *penClosestPlayer = NULL;
  FLOAT fClosestPlayer = UpperLimit(0.0f);

  // for all players
  for (INDEX iPlayer=0; iPlayer<penThis->GetMaxPlayers(); iPlayer++) {
    CEntity *penPlayer = penThis->GetPlayerEntity(iPlayer);
    // if player exists
    if (penPlayer!=NULL) {
      // calculate distance to player
      FLOAT fDistance = 
        (penPlayer->GetPlacement().pl_PositionVector-penThis->GetPlacement().pl_PositionVector).Length();
      // update if closer
      if (fDistance<fClosestPlayer) {
        fClosestPlayer = fDistance;
        penClosestPlayer = penPlayer;
      }
    }
  }
  return penClosestPlayer;
}

// precisely lerp between two placement using quaternions
CPlacement3D LerpPlacementsPrecise(const CPlacement3D &pl0, const CPlacement3D &pl1, FLOAT fRatio)
{
  CPlacement3D pl;

  FLOATquat3D q0; q0.FromEuler(pl0.pl_OrientationAngle);
  FLOATquat3D q1; q1.FromEuler(pl1.pl_OrientationAngle);
  FLOAT3D v0 = pl0.pl_PositionVector;
  FLOAT3D v1 = pl1.pl_PositionVector;

  FLOATquat3D q = Slerp(fRatio, q0, q1);
  FLOAT3D v = Lerp(v0, v1, fRatio);

  pl.pl_PositionVector = v;

  FLOATmatrix3D m;
  q.ToMatrix(m);
  DecomposeRotationMatrixNoSnap(pl.pl_OrientationAngle, m);

  return pl;
}

FLOAT GetGameDamageMultiplier(void)
{
  FLOAT fGameDamageMultiplier = 1.0f;
  FLOAT fExtraStrength = GetSP()->sp_fExtraEnemyStrength;
  if (fExtraStrength>0) {
    fGameDamageMultiplier*=1.0f/(1+fExtraStrength);
  }
  FLOAT fExtraStrengthPerPlayer = GetSP()->sp_fExtraEnemyStrengthPerPlayer;
  if (fExtraStrengthPerPlayer>0) {
    INDEX ctPlayers = _pNetwork->ga_sesSessionState.GetPlayersCount();
    fGameDamageMultiplier*=1.0f/(1+fExtraStrengthPerPlayer*ClampDn(ctPlayers-1, (INDEX)0));
  }
  return fGameDamageMultiplier;
}
