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IGCMap.cpp
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IGCMap.cpp
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#include "StdAfx.h"
#include "Resource.h"
#include "igcmap.h"
#ifdef _AGM
#include "AlephDlg.h"
#include "BaseDlg.h"
#include "RockDlg.h"
#endif
CIGCObject::CIGCObject(void)
{
}
CIGCObject::~CIGCObject(void)
{
}
int CIGCObject::DistanceToCenter(float X, float Y)
{
float norm = X*X + Y*Y + GetZ()*GetZ();
norm = sqrtf(norm);
return (int)norm;
}
CIGCSector::CIGCSector(void)
{
strncpy(igcsector.pad1 ,"\x0\x0", 2);// 00,00,
strncpy(igcsector.pad3 ,"\x0", 1);// 00
strncpy(igcsector.ending,"\xCC\xCC",2);//"CC","CC"
igcsector.starSeed = 0x173; //
igcsector.LightColor.blue = 0xAA;
igcsector.LightColor.green = 0xAA;
igcsector.LightColor.red = 0xFF;
igcsector.LightX = 1;
igcsector.LightY = -1;
igcsector.LightZ = 1;
igcsector.debrisCount = 800;
igcsector.starCount = 500;
igcsector.PanetRadius = 125;
igcsector.PlanetSinPct = 40;
igcsector.PlanetLonPct = 100;
strcpy(igcsector.globe,"globe1");
strcpy(igcsector.nebbg,"nebplnt01bmp");
igcsector.team = 0;
}
void CIGCSector::RandomizeAlephs(CList <CIGCAleph,CIGCAleph&> *cla)
{
RandomizeAlephs(cla,5625,4250,1875,0.25f,0.1f,false,false);
}
// NormalRand() return a random double between -1 & 1
/*
r => 0 max_rand
r/(max_rand/2) => 0 2
r/(max_rand/2)-1 => -1 1
*/
#define NormalRand() (((float)rand()/((float)RAND_MAX/2.0f))-1.0f)
#ifndef PI
#define PI (3.1415926538f)
#endif
void CIGCSector::RandomizeAlephs(CList <CIGCAleph,CIGCAleph&> *cla,
int BASERAD,
int BASERADHOME,
int DISVAR,
float ANGLEVAR,
float ALEPHRADFACTOR,
bool b19, bool b42
)
{
CString csRender = "";
if (b19)
csRender = "plnt19";
if (b42)
csRender = "plnt42";
int NumAlephs = 0;
POSITION pos = cla->GetHeadPosition();
for (int i=0;i < cla->GetCount();i++)
{
PtrAleph paleph = &(cla->GetNext(pos));
if (paleph->igcaleph.sector_uid == igcsector.uid)
if (strcmp(paleph->igcaleph.renderbmp,csRender))
NumAlephs++;
}
if (NumAlephs <1) return;
float angledelta=2*PI/NumAlephs;
//randomize the starting angle for aleph placement
float baseangle=NormalRand()*PI+PI;
//decrease radius based on number of alephs, unless they are home sector alephs
float rad;
if (igcsector.team > 0) // HOMESECTOR
rad=BASERADHOME;
else
rad=BASERAD/(1+NumAlephs*ALEPHRADFACTOR);
pos = cla->GetHeadPosition();
for (int i=0;i < cla->GetCount();i++)
{
PtrAleph paleph = &(cla->GetNext(pos));
if (paleph->igcaleph.sector_uid == igcsector.uid)
if (strcmp(paleph->igcaleph.renderbmp,csRender))
{
//shift the angle on a per aleph basis
float angle=baseangle+angledelta*ANGLEVAR*NormalRand();
//vary the radius and Z on a per aleph basis
float x = paleph->igcaleph.posx;
float y = paleph->igcaleph.posy;
float z = paleph->igcaleph.posz;
x= (DISVAR*NormalRand()+rad)*cosf(angle);
y= (DISVAR*NormalRand()+rad)*sinf(angle);
z= DISVAR*NormalRand();
paleph->ApplyPos3D(x,y,z);
baseangle+=angledelta;
}
}
}
void CIGCSector::ApplyTemplate(CIGCSector *tplsect,bool bCol)
{
if (tplsect)
{
if (bCol)
{
igcsector.LightColor = tplsect->igcsector.LightColor;
igcsector.LightX = tplsect->igcsector.LightX;
igcsector.LightY = tplsect->igcsector.LightY;
igcsector.LightZ = tplsect->igcsector.LightZ;
}
if (strcmp(tplsect->igcsector.globe,"Random")==0)
{
int globe = 1+ (rand() * 8 / RAND_MAX) ;
CString s;
s.Format("globe%d",globe);
strcpy(igcsector.globe,s);
}
else
strcpy(igcsector.globe,tplsect->igcsector.globe);
if (strcmp(tplsect->igcsector.nebbg,"Random")==0)
{
int neb = rand() * ICGBASE_NEBPLNT / RAND_MAX;
strcpy(igcsector.nebbg,IGCNebplnt[neb]);
}
else
strcpy(igcsector.nebbg ,tplsect->igcsector.nebbg);
}
}
CIGCSector::~CIGCSector(void)
{
}
// overloading implementation
int operator==(const CIGCSector s1, const CIGCSector s2)
{
return (s1.igcsector.uid == s2.igcsector.uid);
}
int operator!=(const CIGCSector s1, const CIGCSector s2)
{
return (s1.igcsector.uid != s2.igcsector.uid);
}
int operator==(const CIGCAleph s1, const CIGCAleph s2)
{
return (s1.igcaleph.uid == s2.igcaleph.uid);
}
int operator!=(const CIGCAleph s1, const CIGCAleph s2)
{
return (s1.igcaleph.uid != s2.igcaleph.uid);
}
int operator==(const CIGCBase s1, const CIGCBase s2)
{
return (s1.igcbase.uid == s2.igcbase.uid);
}
int operator!=(const CIGCBase s1, const CIGCBase s2)
{
return (s1.igcbase.uid != s2.igcbase.uid);
}
int operator==(const CIGCRock s1, const CIGCRock s2)
{
return (s1.igcrock.uid == s2.igcrock.uid);
}
int operator!=(const CIGCRock s1, const CIGCRock s2)
{
return (s1.igcrock.uid != s2.igcrock.uid);
}
CIGCBase::CIGCBase(void)
{
strncpy(igcbase.pad1, "\xF0\xF0", 2);
igcbase.uk = 0;
igcbase.ending = '\xCD';// 'CD'
igcbase.O1x = 0;
igcbase.O1y = 1;
igcbase.O1z = 0;
igcbase.O2x = 0;
igcbase.O2y = 0;
igcbase.O2z = 1;
igcbase.spinX = 0;
igcbase.spinY = 0;
igcbase.spinZ = 0;
igcbase.spinspeed = 0;
}
CIGCBase::~CIGCBase(void)
{
}
CIGCAleph::CIGCAleph(void)
: bAutoOrient(false)
{
strncpy(igcaleph.pad1, "\xCD\xCD\xCD", 3); // CD,CD,CD,
strncpy(igcaleph.ending,"\xCD\xCD", 2); // CD,CD
igcaleph.radius = 0xC8;
igcaleph.sig = 1;
bAutoOrient = true;
bNoSpin = true;
bIncludeSpin = true;
StdRandomPosition();
igcaleph.spinx = igcaleph.O1x;
igcaleph.spiny = igcaleph.O1y;
igcaleph.spinz = igcaleph.O1z;
igcaleph.spinspeed = 0.2f;
strcpy(igcaleph.renderbmp,"plnt19"); //
strcpy(igcaleph.imagebmp,"aleph");
}
CIGCAleph::~CIGCAleph(void)
{
}
CIGCRock::CIGCRock(void)
{
igcrock.ukbmp[0] = 0;
igcrock.dispandhp = '\xF0';// 'F0'
}
CIGCRock::CIGCRock(int tpl,unsigned short uid,CRockTpl *rtpl)
{
igcrock.uid = uid;
CString name;
name.Format("%d",uid);
igcrock.ukbmp[0] = 0;
igcrock.dispandhp = '\xF0';// fullhealth & display gauge
//igcrock.radius = 200 + (tpl>IGCROCK_TPL_HELIUM?200:0); //
//igcrock.radius += igcrock.radius/2 - igcrock.radius*rand()/RAND_MAX; // add +/- 50%
//igcrock.hitpoints = igcrock.radius * 5;
//igcrock.sig = igcrock.radius / 10;
igcrock.he3_1 = 0;
igcrock.he3_2 = 0;
// render icon
// asteriod = bgrnd03 = 0 / meteoricon = 0
// asteriod = bgrnd05 = 2 / meteoricon = 0
// helium = bgrnd56 = 9 / heliumrock = 1
// uranium = bgrnd51 = 4 / hotrock = 5
// silicon = bgrnd52 = 5 / copperrock = 3
// carbon = bgrnd53 = 6 / carbonrock = 2
// thorium = bgrnd55 = 8 / goldrock = 4
int iTplIdx;
switch (tpl)
{
case IGCROCK_TPL_ASTERIOD: // Asteriod
igcrock.flags = IGCROCK_IS_ASTERIOD;
name.Insert(0,'a');
strcpy(igcrock.iconbmp,IGCRockIcons[0]);
strcpy(igcrock.renderbmp,IGCRockRenders[(rand()>(RAND_MAX/2))?0:2]);
igcrock.dispandhp = '\xF1';// dont display gauge
iTplIdx = 0;
break;
case IGCROCK_TPL_HELIUM: // Helium
igcrock.flags = IGCROCK_IS_HELIUM;
name.Insert(0,"He");
strcpy(igcrock.iconbmp,IGCRockIcons[1]);
strcpy(igcrock.renderbmp,IGCRockRenders[9]);
iTplIdx = 1;
break;
case IGCROCK_TPL_URANIUM: // Uranium
igcrock.flags = IGCROCK_IS_URANIUM;
name.Insert(0,'U');
strcpy(igcrock.iconbmp,IGCRockIcons[5]);
strcpy(igcrock.renderbmp,IGCRockRenders[4]);
iTplIdx = 2;
break;
case IGCROCK_TPL_SILICON: // Silicon
igcrock.flags = IGCROCK_IS_SILICON;
name.Insert(0,"Si");
strcpy(igcrock.iconbmp,IGCRockIcons[3]);
strcpy(igcrock.renderbmp,IGCRockRenders[5]);
iTplIdx = 2;
break;
case IGCROCK_TPL_CARBON: // Carbon
igcrock.flags = IGCROCK_IS_CARBON;
name.Insert(0,'C');
strcpy(igcrock.iconbmp,IGCRockIcons[2]);
strcpy(igcrock.renderbmp,IGCRockRenders[6]);
iTplIdx = 2;
break;
case IGCROCK_TPL_THORIUM: // Thorium
igcrock.flags = IGCROCK_IS_THORIUM;
name.Insert(0,'T');
strcpy(igcrock.iconbmp,IGCRockIcons[4]);
strcpy(igcrock.renderbmp,IGCRockRenders[8]);
iTplIdx = 2;
break;
default:
AfxMessageBox(_T("INTERNAL ERROR: UNEXPECTED tpl in CIGCRock(tpl)"));
break;
}
if (tpl)
{
strcpy(igcrock.name,name);
}
else
{
strcpy(&(igcrock.name[1]),name);
igcrock.name[0] = 0;
}
igcrock.radius = rtpl->GenRadius(iTplIdx);
igcrock.hitpoints = rtpl->GenHP(iTplIdx,igcrock.radius);
igcrock.sig = rtpl->GenSig(iTplIdx,igcrock.radius);
if (tpl == IGCROCK_TPL_HELIUM)
{
igcrock.he3_1 = igcrock.radius * 2.0f;
igcrock.he3_2 = igcrock.radius * 2.0f;
}
RandomOrientation();
RandomSpin();
}
void CIGCRock::SetAutoName(bool disp)
{
CString name;
name.Format("%d",igcrock.uid);
switch (igcrock.flags)
{
case IGCROCK_IS_HELIUM : name.Insert(0,"He"); break;
case IGCROCK_IS_URANIUM : name.Insert(0,'U'); break;
case IGCROCK_IS_SILICON : name.Insert(0,"Si"); break;
case IGCROCK_IS_CARBON : name.Insert(0,'C'); break;
default:
name.Insert(0,'a'); break;
}
if (disp)
{
strcpy(igcrock.name,name);
}
else
{
strcpy(&(igcrock.name[1]),name);
igcrock.name[0] = 0;
}
}
void CIGCRock::ApplyTemplate(CRockTpl *rtpl)
{
int iTplIdx = -1;
for (int i=0;i<ROCKTPLMAX;i++)
{
if (rtpl->Types[i] & igcrock.flags)
{
iTplIdx = i;
}
}
if (iTplIdx == -1) return;
if (rtpl->radius_Included[iTplIdx])
{
igcrock.radius = rtpl->GenRadius(iTplIdx);
}
if (rtpl->sig_Included[iTplIdx])
{
igcrock.sig = rtpl->GenSig(iTplIdx,igcrock.radius);
}
if (rtpl->hp_Included[iTplIdx])
{
igcrock.hitpoints = rtpl->GenHP(iTplIdx,igcrock.radius);
}
}
CIGCRock::~CIGCRock(void)
{
}
IGCObjType CIGCAleph::GetType()
{
return igcAleph;
}
IGCObjType CIGCBase::GetType()
{
return igcBase;
}
IGCObjType CIGCRock::GetType()
{
return igcRock;
}
CPoint CIGCAleph::GetPos2D()
{
return pos2D;
}
void CIGCAleph::SetPos2D(CPoint point)
{
pos2D = point;
};
CPoint CIGCBase::GetPos2D()
{
return pos2D;
}
void CIGCBase::SetPos2D(CPoint point)
{
pos2D = point;
}
CPoint CIGCRock::GetPos2D()
{
return pos2D;
}
void CIGCRock::SetPos2D(CPoint point)
{
pos2D = point;
}
void CIGCAleph::ApplyPos3D(float x,float y,float z)
{
igcaleph.posx = x;
igcaleph.posy = y;
igcaleph.posz = z;
OrientTo();
}
void CIGCBase::ApplyPos3D(float x,float y,float z)
{
igcbase.posx = x;
igcbase.posy = y;
igcbase.posz = z;
}
void CIGCRock::ApplyPos3D(float x,float y,float z)
{
igcrock.posx = x;
igcrock.posy = y;
igcrock.posz = z;
}
// -------------------------------------------------------------------
CIGCMap::CIGCMap()
{
name = "";
}
CIGCMap::~CIGCMap(void)
{
}
BOOL CIGCMap::SaveToFile(CString fn)
{
CString vals = CheckValidity();
if (vals != "")
{
#ifdef _AGM
AfxMessageBox(_T("WARNING INVALID MAP: " + vals));
#endif
}
CFile cfmap;
CFileException e;
if( !cfmap.Open( fn, CFile::modeCreate|CFile::modeReadWrite , &e ) )
{
return FALSE;
}
int size = 0;
int cfmap_size = 0;
int cfmap_read = 0;
short tag;
cfmap.Write(&cfmap_size,sizeof(size));
// write sectors
tag = IGCTAG_SECTOR;
size = sizeof(SIGCSector);
POSITION pos = cl_sectors.GetHeadPosition();
for (int i=0;i < cl_sectors.GetCount();i++)
{
CIGCSector *psector = &(cl_sectors.GetNext(pos));
cfmap.Write(&tag,sizeof(tag)); // the tag
cfmap.Write(&size,sizeof(size)); // the size
cfmap.Write(&psector->igcsector,size); // the struct
}
// write alephs
tag = IGCTAG_ALEPH;
size = sizeof(SIGCAleph);
pos = cl_alephs.GetHeadPosition();
for (int i=0;i < cl_alephs.GetCount();i++)
{
CIGCAleph *paleph = &(cl_alephs.GetNext(pos));
cfmap.Write(&tag,sizeof(tag)); // the tag
cfmap.Write(&size,sizeof(size)); // the size
cfmap.Write(&paleph->igcaleph,size); // the struct
}
// write rocks
tag = IGCTAG_ROCK;
size = sizeof(SIGCRock);
pos = cl_rocks.GetHeadPosition();
for (int i=0;i < cl_rocks.GetCount();i++)
{
CIGCRock *prock = &(cl_rocks.GetNext(pos));
cfmap.Write(&tag,sizeof(tag)); // the tag
cfmap.Write(&size,sizeof(size)); // the size
cfmap.Write(&prock->igcrock,size); // the struct
}
// write bases
tag = IGCTAG_BASE;
size = sizeof(SIGCBase);
pos = cl_bases.GetHeadPosition();
for (int i=0;i < cl_bases.GetCount();i++)
{
CIGCBase *pbase = &(cl_bases.GetNext(pos));
cfmap.Write(&tag,sizeof(tag)); // the tag
cfmap.Write(&size,sizeof(size)); // the size
cfmap.Write(&pbase->igcbase,size); // the struct
}
cfmap.Flush();
cfmap_size = cfmap.GetLength();
cfmap_size -= sizeof(cfmap_size);
cfmap.Seek(0,CFile::begin);
cfmap.Write(&cfmap_size,sizeof(cfmap_size));
cfmap.Close();
return TRUE;
}
BOOL CIGCMap::ReadFromFile(CString fn)
{
CFile cfmap;
CFileException e;
if( !cfmap.Open( fn, CFile::modeRead , &e ) )
{
return FALSE;
}
bool cfmap_eof = false;
int size,cfmap_size,cfmap_read;
short tag;
cfmap.Read(&cfmap_size,sizeof(size));
cfmap_read = 0;
while (cfmap_read < cfmap_size)
{
cfmap.Read(&tag,sizeof(tag));
cfmap.Read(&size,sizeof(size));
cfmap_read += sizeof(tag) + sizeof(size);
switch (tag)
{
case IGCTAG_SECTOR:
SIGCSector igcsector;
CIGCSector *sector;
cfmap.Read(&igcsector,sizeof(SIGCSector));
cfmap_read += sizeof(SIGCSector);
sector = new CIGCSector();
sector->igcsector = igcsector;
cl_sectors.AddTail(*sector);
break;
case IGCTAG_BASE:
SIGCBase igcbase;
CIGCBase *base;
cfmap.Read(&igcbase,sizeof(SIGCBase));
cfmap_read += sizeof(SIGCBase);
if (!FindSector(igcbase.sector_uid))
{
AfxMessageBox("Corrupted map: found a station without sector !!!. Cleaned");
}
else
{
base = new CIGCBase();
base->igcbase = igcbase;
cl_bases.AddTail(*base);
}
break;
case IGCTAG_ALEPH:
SIGCAleph igcaleph;
CIGCAleph *aleph;
cfmap.Read(&igcaleph,sizeof(SIGCAleph));
cfmap_read += sizeof(SIGCAleph);
if (!FindSector(igcaleph.sector_uid))
{
AfxMessageBox("Corrupted map: found an aleph without sector !!!. Cleaned");
}
else
{
aleph = new CIGCAleph();
aleph->igcaleph = igcaleph;
aleph->AutoAuto();
cl_alephs.AddTail(*aleph);
}
break;
case IGCTAG_ROCK:
SIGCRock igcrock;
CIGCRock *rock;
cfmap.Read(&igcrock,sizeof(SIGCRock));
cfmap_read += sizeof(SIGCRock);
if (!FindSector(igcrock.sector_uid))
{
AfxMessageBox("Corrupted map: found a rock without sector !!!. Cleaned");
}
else
{
rock = new CIGCRock();
rock->igcrock = igcrock;
cl_rocks.AddTail(*rock);
}
rock->FixSpin();
break;
default: // unknown tag, skip it
cfmap.Seek(size,CFile::current);
cfmap_read += size;
break;
}
}
cfmap.Close();
if (cfmap_read != cfmap_size)
return FALSE;
#ifdef _AGM
FixUIDs();
#endif
return TRUE;
}
// return a sector given an uid
PtrSector CIGCMap::FindSector(unsigned short uid)
{
POSITION pos = cl_sectors.GetHeadPosition();
for (int i=0;i < cl_sectors.GetCount();i++)
{
PtrSector psector = &(cl_sectors.GetNext(pos));
if (psector->igcsector.uid == uid)
return psector;
}
return NULL;
}
CString CIGCMap::DumpSectors()
{
CString sres = "";
CIGCSector *psector;
POSITION pos = cl_sectors.GetHeadPosition();
sres.Format("Dumping %d sector(s)\n",cl_sectors.GetCount());
for (int i=0;i < cl_sectors.GetCount();i++)
{
psector = &(cl_sectors.GetNext(pos));
sres.AppendFormat("Sector %s\n",psector->igcsector.name);
sres.AppendFormat(" 2dpos = %08.2f %08.2f\n",psector->igcsector.posx,psector->igcsector.posy);
sres.AppendFormat(" team = %d\n",psector->igcsector.team);
}
return sres;
}
CString CIGCMap::DumpRocks()
{
CString sres = "";
CIGCRock rock;
POSITION pos = cl_rocks.GetHeadPosition();
for (int i=0;i < cl_rocks.GetCount();i++)
{
rock = cl_rocks.GetNext(pos);
sres += rock.igcrock.name;
sres += ":\n";
sres.AppendFormat(" sig = %08.2f\n",rock.igcrock.sig);
sres.AppendFormat(" position = %08.2f %08.2f %08.2f\n",rock.igcrock.posx,rock.igcrock.posy,rock.igcrock.posz);
sres.AppendFormat(" flags = %04X\n",rock.igcrock.flags);
sres.AppendFormat(" hitpoints = %08.2f\n",rock.igcrock.hitpoints);
sres.AppendFormat(" size = %04d\n",rock.igcrock.radius);
sres.AppendFormat(" render = %s\n",rock.igcrock.renderbmp);
sres.AppendFormat(" ukbmp = %s\n",rock.igcrock.ukbmp);
sres.AppendFormat(" icon = %s\n",rock.igcrock.iconbmp);
sres.AppendFormat(" hull = %01X\n",rock.igcrock.dispandhp >>4);
sres.AppendFormat(" dispHe = %01X\n",rock.igcrock.dispandhp & 0x0F);
}
return sres;
}
int CIGCAleph::DispProps(CWnd * pParent,PtrCore pcore, CString cArtPath)
{
#ifdef _AGM
CAlephDlg adlg;
adlg.curaleph = this;
return adlg.DoModal();
#else
return 0;
#endif
}
int CIGCBase::DispProps(CWnd * pParent,PtrCore pcore, CString cArtPath)
{
#ifdef _AGM
CBaseDlg bdlg;
bdlg.curbase = this;
bdlg.pcore = pcore;
return bdlg.DoModal();
#else
return 0;
#endif
}
int CIGCRock::DispProps(CWnd * pParent,PtrCore pcore, CString cArtPath)
{
#ifdef _AGM
CRockDlg rdlg;
rdlg.currock = this;
rdlg.pcore = pcore;
rdlg.cArtPath = cArtPath;
return rdlg.DoModal();
#else
return 0;
#endif
}
// fix bad uids (from beta)
void CIGCMap::FixUIDs()
{
bool bFixed = false;
if (cl_sectors.GetCount() == 0) return; // empty map
unsigned short min_suid = 0xFFFF;
POSITION pos = cl_sectors.GetHeadPosition();
for (int i=0;i < cl_sectors.GetCount();i++)
{
PtrSector psect = &(cl_sectors.GetNext(pos));
if (psect->igcsector.uid <min_suid)
min_suid = psect->igcsector.uid;
}
if (min_suid <UID_SEED)
{
bFixed = true;
pos = cl_sectors.GetHeadPosition();
for (int i=0;i < cl_sectors.GetCount();i++)
{
PtrSector psect = &(cl_sectors.GetNext(pos));
psect->igcsector.uid += UID_SEED;
}
min_suid = UID_SEED; // to fix other objects
}
else
min_suid = 0; // to fix other objects
unsigned short min_buid = 0xFFFF;
pos = cl_bases.GetHeadPosition();
for (i=0;i < cl_bases.GetCount();i++)
{
PtrBase pbase = &(cl_bases.GetNext(pos));
pbase->igcbase.sector_uid += min_suid;
if (pbase->igcbase.uid <min_buid)
min_buid = pbase->igcbase.uid;
}
if (min_buid < UID_SEED)
{
bFixed = true;
pos = cl_bases.GetHeadPosition();
for (i=0;i < cl_bases.GetCount();i++)
{
PtrBase pbase = &(cl_bases.GetNext(pos));
pbase->igcbase.uid += UID_SEED;
}
}
unsigned short min_ruid = 0xFFFF;
pos = cl_rocks.GetHeadPosition();
for (i=0;i < cl_rocks.GetCount();i++)
{
PtrRock prock = &(cl_rocks.GetNext(pos));
prock->igcrock.sector_uid += min_suid;
if (prock->igcrock.uid <min_ruid)
min_ruid = prock->igcrock.uid;
}
if (min_ruid < UID_SEED)
{
bFixed = true;
pos = cl_rocks.GetHeadPosition();
for (i=0;i < cl_rocks.GetCount();i++)
{
PtrRock prock = &(cl_rocks.GetNext(pos));
prock->igcrock.uid += UID_SEED;
}
}
unsigned short min_auid = 0xFFFF;
pos = cl_alephs.GetHeadPosition();
for (i=0;i < cl_alephs.GetCount();i++)
{
PtrAleph paleph = &(cl_alephs.GetNext(pos));
paleph->igcaleph.sector_uid += min_suid;
if (paleph->igcaleph.uid <min_auid)
min_auid = paleph->igcaleph.uid;
}
if (min_auid < UID_SEED)
{
bFixed = true;
pos = cl_alephs.GetHeadPosition();
for (i=0;i < cl_alephs.GetCount();i++)
{
PtrAleph paleph = &(cl_alephs.GetNext(pos));
paleph->igcaleph.uid += UID_SEED;
paleph->igcaleph.connecting_aleph_uid += UID_SEED;
}
}
if (bFixed)
AfxMessageBox(_T("MAP IS INVALID, BAD UNIQUE IDs. FIXED. SAVE IT BACK BEFORE USING IT."));
// added: check that every aleph has a matching connecting aleph
int iFixed = 0;
bool bKeepGoing = true;
while (bKeepGoing)
{
bKeepGoing = false;
pos = cl_alephs.GetHeadPosition();
for (i=0;i < cl_alephs.GetCount();i++)
{
PtrAleph paleph = &(cl_alephs.GetNext(pos));
PtrAleph pac = FindConnectingAleph(paleph);
if ((pac == NULL) || (pac == paleph))
{
bKeepGoing = true;
iFixed++;
#ifdef _DEBUG
CString mes;
mes.Format("BOGUS ALEPH (%d) %s in sector ",(pac == paleph),paleph->igcaleph.DestinationSectorName);
POSITION poss = cl_sectors.GetHeadPosition();
for (int ii=0;ii < cl_sectors.GetCount();ii++)
{
PtrSector psector = &(cl_sectors.GetNext(poss));
if (psector->igcsector.uid == paleph->igcaleph.sector_uid)
mes.AppendFormat("%s ",psector->igcsector.name);
}
AfxMessageBox(mes);
#endif
POSITION posd = cl_alephs.Find(*paleph);
cl_alephs.RemoveAt(posd);
i = cl_alephs.GetCount(); // terminate the 'for'
}
}
}
if (iFixed)
{
CString mes;
mes.Format("MAP IS INVALID, %d BOGUS ALEPH(S) FOUND. FIXED. SAVE IT BACK BEFORE USING IT.",iFixed);
AfxMessageBox(_T(mes));
}
}
// -----------
// find an aleph given an aleph
PtrAleph CIGCMap::FindConnectingAleph(PtrAleph pigcaleph)
{
POSITION pos = cl_alephs.GetHeadPosition();
for (int i=0;i < cl_alephs.GetCount();i++)
{
PtrAleph paleph = &(cl_alephs.GetNext(pos));
if (paleph->igcaleph.connecting_aleph_uid == pigcaleph->igcaleph.uid)
return paleph;
}
return NULL;
}
// ----------
// rename aleph when destination sector change name
void CIGCMap::RenameAlephs(CIGCSector *psect)
{
POSITION pos = cl_alephs.GetHeadPosition();
for (int i=0;i < cl_alephs.GetCount();i++)
{
CIGCAleph *paleph = &(cl_alephs.GetNext(pos));
if (paleph->igcaleph.sector_uid == psect->igcsector.uid) // aleph in this sector
{
CIGCAleph *pal = FindConnectingAleph(paleph); // connecting aleph
if (pal)
strcpy(pal->igcaleph.DestinationSectorName,psect->igcsector.name);
}
}
}
// ----------
int CIGCMap::RenameSectors(CString fn_names)
{
CStdioFile cfnames;
CFileException e;
if( !cfnames.Open( fn_names, CFile::modeRead , &e ) )
{
return 1;
}
CStringArray aNames;
CString sname;
while (cfnames.ReadString(sname))
{
sname.Trim();
if (sname != "")
aNames.Add(sname);
}
if (aNames.GetCount() <cl_sectors.GetCount())
return 2;
POSITION pos = cl_sectors.GetHeadPosition();
for (int i=0;i < cl_sectors.GetCount();i++)
{
PtrSector psect = &(cl_sectors.GetNext(pos));
int idx = (rand()*aNames.GetCount())/RAND_MAX;
strncpy(psect->igcsector.name,aNames.GetAt(idx),25);
aNames.RemoveAt(idx);
RenameAlephs(psect);
}
aNames.RemoveAll();
cfnames.Close();
return 0;
}
// randomize all alephs -
void CIGCMap::RandomizeAlephs(float r1,float r2,float z)
{
POSITION pos = cl_alephs.GetHeadPosition();
for (int i=0;i < cl_alephs.GetCount();i++)
{
PtrAleph paleph = &(cl_alephs.GetNext(pos));
paleph->RandomPosition(r1,r2,z);
}
}
// randomize all alephs - default version
void CIGCMap::RandomizeAlephs()
{
POSITION pos = cl_sectors.GetHeadPosition();
for (int i=0;i < cl_sectors.GetCount();i++)
{
PtrSector psect = &(cl_sectors.GetNext(pos));
psect->RandomizeAlephs(&cl_alephs);
}
}
// randomize all alephs - param version
void CIGCMap::RandomizeAlephs(int p1,int p2,int p3,float p4,float p5, bool b19, bool b42)
{
POSITION pos = cl_sectors.GetHeadPosition();
for (int i=0;i < cl_sectors.GetCount();i++)
{
PtrSector psect = &(cl_sectors.GetNext(pos));
psect->RandomizeAlephs(&cl_alephs,p1,p2,p3,p4,p5,b19,b42);
}
}
// randomize all alephs - "move" version
void CIGCMap::RandomizeAlephs(float r)
{
POSITION pos = cl_alephs.GetHeadPosition();
for (int i=0;i < cl_alephs.GetCount();i++)
{
PtrAleph paleph = &(cl_alephs.GetNext(pos));
paleph->RandomPosition(r);
}
}
CString CIGCMap::CheckValidity(void)
{
CString res;
int maxteam = 0;
bool homesect[6] = {false,false,false,false,false,false};
bool gars[6] = {false,false,false,false,false,false};
if (cl_sectors.GetCount() == 0) return "No sector !!!";
POSITION pos = cl_sectors.GetHeadPosition();
for (int i=0;i < cl_sectors.GetCount();i++)
{
PtrSector psect = &(cl_sectors.GetNext(pos));
if (psect->igcsector.team)
{
homesect[psect->igcsector.team - 1] = true;
if (psect->igcsector.team > maxteam)
maxteam = psect->igcsector.team;
}
}
// check garrison/starbase
pos = cl_bases.GetHeadPosition();
for (i=0;i < cl_bases.GetCount();i++)
{
PtrBase pbase = &(cl_bases.GetNext(pos));
int basetype = pbase->igcbase.igcstationtype % 100;
//if ((basetype == 10) || (basetype == 15))
//{
// gars[pbase->igcbase.team] = true;
//}
PtrCoreStationType pst = pcore->GetBase(pbase->igcbase.igcstationtype);
if (pst)
if (pst->AbilityBitMask & 0x200)
gars[pbase->igcbase.team] = true;
}
for (i=0;i<6;i++)
{
if (gars[i] && (!homesect[i]))
{
res.Format("Team %d has a starting base but no home sector",i+1);
return res;
}
}
for (i=0;i<maxteam;i++)
{
if (!(gars[i]))
{
res.Format("Team %d need a starting base",i+1);