C4SoundEffect* C4SoundSystem::GetEffect(const char *szSndName)
{
// Remember wildcards before adding .* extension - if there are 2 versions with different file extensions, play the last added
bool bRandomSound = SCharCount('?',szSndName) || SCharCount('*',szSndName);
// Evaluate sound name
char szName[C4MaxSoundName+2+1];
SCopy(szSndName,szName,C4MaxSoundName);
// Any extension accepted
DefaultExtension(szName,"*");
// Play nth Sound. Standard: 1
int32_t iNumber = 1;
// Sound with a wildcard: determine number of available matches
if (bRandomSound)
{
iNumber = 0;
// Count matching sounds
for (C4SoundEffect *pSfx=FirstSound; pSfx; pSfx=pSfx->Next)
if (WildcardMatch(szName,pSfx->Name))
++iNumber;
// Nothing found? Abort
if(iNumber == 0)
return NULL;
iNumber=UnsyncedRandom(iNumber)+1;
}
// Find requested sound effect in bank
C4SoundEffect *pSfx;
for (pSfx=FirstSound; pSfx; pSfx=pSfx->Next)
if (WildcardMatch(szName,pSfx->Name))
if(!--iNumber)
break;
return pSfx; // Is still NULL if nothing is found
}
C4SoundEffect *C4SoundSystem::GetEffect(const char *szSndName) {
C4SoundEffect *pSfx;
char szName[C4MaxSoundName + 4 + 1];
int32_t iNumber;
// Evaluate sound name
SCopy(szSndName, szName, C4MaxSoundName);
// Default extension
DefaultExtension(szName, "wav");
// Convert old style '*' wildcard to correct '?' wildcard
// For sound effects, '*' is supposed to match single digits only
SReplaceChar(szName, '*', '?');
// Sound with a wildcard: determine number of available matches
if (SCharCount('?', szName)) {
// Search global sound file
if (!(iNumber = SoundFile.EntryCount(szName)))
// Search scenario local files
if (!(iNumber = Game.ScenarioFile.EntryCount(szName)))
// Search bank loaded sounds
if (!(iNumber = EffectInBank(szName)))
// None found: failure
return NULL;
// Insert index to name
iNumber = BoundBy(1 + SafeRandom(iNumber), 1, 9);
SReplaceChar(szName, '?', '0' + iNumber);
}
// Find requested sound effect in bank
for (pSfx = FirstSound; pSfx; pSfx = pSfx->Next)
if (SEqualNoCase(szName, pSfx->Name)) break;
// Sound not in bank, try add
if (!pSfx)
if (!(pSfx = AddEffect(szName))) return NULL;
return pSfx;
}
int32_t C4TextureMap::LoadMap(C4Group &hGroup, const char *szEntryName, BOOL *pOverloadMaterials, BOOL *pOverloadTextures)
{
char *bpMap;
char szLine[100+1];
int32_t cnt, iIndex, iTextures = 0;
// Load text file into memory
if (!hGroup.LoadEntry(szEntryName,&bpMap,NULL,1)) return 0;
// Scan text buffer lines
for (cnt=0; SCopySegment(bpMap,cnt,szLine,0x0A,100); cnt++)
if ( (szLine[0]!='#') && (SCharCount('=',szLine)==1) )
{
SReplaceChar(szLine,0x0D,0x00);
if (Inside<int32_t>( iIndex = strtol(szLine,NULL,10), 0, C4M_MaxTexIndex-1 ))
{
const char *szMapping = szLine+SCharPos('=',szLine)+1;
StdStrBuf Material, Texture;
Material.CopyUntil(szMapping, '-'); Texture.Copy(SSearch(szMapping, "-"));
if (AddEntry(iIndex, Material.getData(), Texture.getData()))
iTextures++;
}
}
else
{
if (SEqual2(szLine, "OverloadMaterials")) { fOverloadMaterials = TRUE; if(pOverloadMaterials) *pOverloadMaterials = TRUE; }
if (SEqual2(szLine, "OverloadTextures")) { fOverloadTextures = TRUE; if(pOverloadTextures) *pOverloadTextures = TRUE; }
}
// Delete buffer, return entry count
delete [] bpMap;
fEntriesAdded=false;
return iTextures;
}
void C4ObjectInfoCore::Default(C4ID n_id,
C4DefList *pDefs,
const char *cpNames)
{
// Def
C4Def *pDef=NULL;
if (pDefs) pDef = pDefs->ID2Def(n_id);
// Defaults
id=n_id;
Participation=1;
Rank=0;
Experience=0;
Rounds=0;
DeathCount=0;
Birthday=0;
TotalPlayingTime=0;
SCopy("Clonk",Name,C4MaxName);
SCopy("Clonk",TypeName,C4MaxName);
sRankName.Copy("Clonk");
sNextRankName.Clear();
NextRankExp=0;
DeathMessage[0]='\0';
*PortraitFile=0;
Age=0;
ExtraData.Reset();
// Type
if (pDef) SCopy(pDef->GetName(),TypeName,C4MaxName);
// Name
if (cpNames)
{
// Name file reference
if (SSearchNoCase(cpNames,C4CFN_Names))
SCopy(GetAName(cpNames),Name,C4MaxName);
// Name list
else
{
SCopySegment(cpNames,Random(SCharCount(0x0A,cpNames)),Name,0x0A,C4MaxName+1);
SClearFrontBack(Name);
SReplaceChar(Name,0x0D,0x00);
}
if (!Name[0]) SCopy("Clonk",Name,C4MaxName);
}
#ifdef C4ENGINE
if (pDefs) UpdateCustomRanks(pDefs);
#endif
// Physical
Physical.Default();
if (pDef) Physical = pDef->Physical;
Physical.PromotionUpdate(Rank);
// Old format
}
// helper func: Determine whether input text is good for a chat-style-layout
// dialog
bool IsSmallInputQuery(const char *szInputQuery) {
if (!szInputQuery) return true;
int32_t w, h;
if (SCharCount('|', szInputQuery)) return false;
if (!C4GUI::GetRes()->TextFont.GetTextExtent(szInputQuery, w, h, true))
return false; // ???
return w < C4GUI::GetScreenWdt() / 5;
}
void C4ObjectInfoCore::Default(C4ID n_id,
C4DefList *pDefs,
const char *cpNames)
{
// Def
C4Def *pDef=NULL;
if (pDefs) pDef = pDefs->ID2Def(n_id);
// Defaults
id=n_id;
Participation=1;
Rank=0;
Experience=0;
Rounds=0;
DeathCount=0;
Birthday=0;
TotalPlayingTime=0;
SCopy("Clonk",Name,C4MaxName);
SCopy("Clonk",TypeName,C4MaxName);
sRankName.Copy("Clonk");
sNextRankName.Clear();
NextRankExp=0;
DeathMessage[0]='\0';
Age=0;
ExtraData.Reset();
// Type
if (pDef) SCopy(pDef->GetName(),TypeName,C4MaxName);
// Name
if (cpNames)
{
SCopySegment(cpNames,Random(SCharCount(0x0A,cpNames)),Name,0x0A,C4MaxName+1);
SClearFrontBack(Name);
SReplaceChar(Name,0x0D,0x00);
if (!Name[0]) SCopy("Clonk",Name,C4MaxName);
}
if (pDefs) UpdateCustomRanks(pDefs);
}
ResTable(const char * table): Capacity(int(1.10 * SCharCount('\n', table))), Count(0), Entries(new Entry[Capacity]) {
// reduce the capacity so that there is always an empty entry to mark the end of the search for an nonexistant key
--Capacity;
while (Count < Capacity) {
// search '='
const char * pos = table;
const char * equalpos = 0;
while (*pos && *pos != '\n' && *pos != '\r') {
if (*pos == '=') equalpos = pos;
++pos;
}
if (equalpos) {
unsigned int h = Hash(table);
// Get a pointer to the bucket
Entry * e = &(Entries[h % Capacity]);
// Search an empty spot
int i = 0;
while (*e) {
#ifdef _DEBUG
if (e->Hash == h) printf("Hash Collision: %d (\"%.50s\")\nSTRINGTABLE WILL BREAK\n", h, table);
#endif
e = &(Entries[(h + ++i) % Capacity]);
}
// Fill
e->Hash = h;
e->Data.CopyUntil(equalpos + 1, *pos);
// Compile line feeds ("\n" -> 0D0A)
for (i = 0; i < pos - equalpos; ++i)
if (e->Data.getMData()[i] == '\\' && e->Data.getMData()[i + 1] == 'n')
{ e->Data.getMData()[i] = 0x0D; e->Data.getMData()[i + 1] = 0x0A; }
// Count!
++Count;
}
while (*pos == '\n' || *pos == '\r') ++pos;
table = pos;
if (!*table) break;
}
}
void C4MapScriptMatTexMask::UnmaskSpec(C4String *spec)
{
// Mask all indices of material-texture definitions
// Possible definitions:
// Material-Texture - Given material-texture combination (both sky and tunnel background)
// Material - All defined default textures of given material
// * - All materials including sky
// Sky - Index C4M_MaxTexIndex
// Transparent - Index 0
// Background - All tunnel materials plus sky
// Liquid - All liquid materials
// Solid - All solid materials
// Possible modifiers:
// ^Material - Given material only with sky background
// &Material - Given material only with tunnel background
// ~Material - Inverse of given definition; i.e. everything except Material
if (!spec || !spec->GetCStr()) return;
const char *cspec = spec->GetCStr();
bool invert=false, bgsky=false, bgtunnel=false, prefix_done=false;
while (*cspec)
{
switch (*cspec)
{
case '~': invert=!invert; break;
case '^': bgsky=true; break;
case '&': bgtunnel=true; break;
default: prefix_done=true; break;
}
if (prefix_done) break;
++cspec;
}
std::vector<bool> mat_mask(C4M_MaxTexIndex+1, false);
if (SEqual(cspec, DrawFn_Transparent_Name))
{
// "Transparent" is zero index. Force to non-IFT
mat_mask[0] = true;
}
else if (SEqual(cspec, DrawFn_Sky_Name))
{
// Sky material
mat_mask[C4M_MaxTexIndex] = true;
}
else if (SEqual(cspec, DrawFn_Background_Name))
{
// All background materials
for (int32_t i=1; i<C4M_MaxTexIndex; ++i) if (!DensitySemiSolid(Landscape.GetPixDensity(i))) mat_mask[i] = true;
// Background includes sky
mat_mask[C4M_MaxTexIndex] = true;
}
else if (SEqual(cspec, DrawFn_Liquid_Name))
{
// All liquid materials
for (int32_t i=1; i<C4M_MaxTexIndex; ++i) if (DensityLiquid(Landscape.GetPixDensity(i))) mat_mask[i] = true;
}
else if (SEqual(cspec, DrawFn_Solid_Name))
{
// All solid materials
for (int32_t i=1; i<C4M_MaxTexIndex; ++i) if (DensitySolid(Landscape.GetPixDensity(i))) mat_mask[i] = true;
}
else if (SEqual(cspec, "*"))
{
// All materials
for (int32_t i=1; i<C4M_MaxTexIndex; ++i) mat_mask[i] = true;
// Including sky
mat_mask[C4M_MaxTexIndex] = true;
}
else
{
// Specified material
if (SCharCount('-', cspec))
{
// Material+Texture
int32_t col = ::MapScript.pTexMap->GetIndexMatTex(cspec, NULL, false);
if (col) mat_mask[col] = true;
}
else
{
// Only material: Mask all textures of this material
int32_t mat = ::MapScript.pMatMap->Get(cspec);
if (mat!=MNone)
{
const char *tex_name;
int32_t col;
for (int32_t itex=0; (tex_name=::MapScript.pTexMap->GetTexture(itex)); itex++)
if ((col = ::MapScript.pTexMap->GetIndex(cspec,tex_name,false)))
mat_mask[col] = true;
}
}
}
// 'OR' spec onto this->sky_mask and this->tunnel_mask. Apply bgsky, bgtunnel and invert.
for (int32_t i=0; i<C4M_MaxTexIndex + 1; ++i)
{
if ((mat_mask[i] && (bgsky || !bgtunnel)) != invert)
sky_mask[i] = true;
if ((mat_mask[i] && (!bgsky || bgtunnel)) != invert)
tunnel_mask[i] = true;
}
}
bool C4Sky::Init(bool fSavegame)
{
int32_t skylistn;
// reset scrolling pos+speed
// not in savegame, because it will have been loaded from game data there
if (!fSavegame)
{
x=y=xdir=ydir=0; ParX=ParY=10; ParallaxMode=0;
}
// Check for sky bitmap in scenario file
Surface = new C4Surface();
bool loaded = !!Surface->LoadAny(Game.ScenarioFile,C4CFN_Sky,true,true, C4SF_Tileable | C4SF_MipMap);
// Else, evaluate scenario core landscape sky default list
if (!loaded)
{
// Scan list sections
SReplaceChar(Game.C4S.Landscape.SkyDef,',',';'); // modifying the C4S here...!
skylistn=SCharCount(';',Game.C4S.Landscape.SkyDef)+1;
char str[402];
SCopySegment(Game.C4S.Landscape.SkyDef,SeededRandom(Game.RandomSeed,skylistn),str,';');
SClearFrontBack(str);
// Sky tile specified, try load
if (*str && !SEqual(str,"Default"))
{
// Check for sky tile in scenario file
loaded = !!Surface->LoadAny(Game.ScenarioFile,str,true,true, C4SF_Tileable | C4SF_MipMap);
if (!loaded)
{
loaded = !!Surface->LoadAny(::GraphicsResource.Files, str, true, false, C4SF_Tileable | C4SF_MipMap);
}
}
}
if (loaded)
{
// surface loaded, store first color index
FadeClr1=FadeClr2=0xffffffff;
// set parallax scroll mode
switch (Game.C4S.Landscape.SkyScrollMode)
{
case 0: // default: no scrolling
break;
case 1: // go with the wind in xdir, and do some parallax scrolling in ydir
ParallaxMode=C4SkyPM_Wind;
ParY=20;
break;
case 2: // parallax in both directions
ParX=ParY=20;
break;
}
}
// Else, try creating default Surface
if (!loaded)
{
SetFadePalette(Game.C4S.Landscape.SkyDefFade);
delete Surface;
Surface = 0;
}
// Load sky shaders: regular sprite shaders with OC_SKY define
const char* const SkyDefines[] = { "OC_SKY", NULL };
if (!pDraw->PrepareSpriteShader(Shader, "Sky", Surface ? C4SSC_BASE : 0, &::GraphicsResource.Files, SkyDefines, NULL))
return false;
if (!pDraw->PrepareSpriteShader(ShaderLight, "SkyLight", (Surface ? C4SSC_BASE : 0) | C4SSC_LIGHT, &::GraphicsResource.Files, SkyDefines, NULL))
return false;
// no sky - using fade in newgfx
if (!Surface)
return true;
// Store size
if (Surface)
{
int iWdt,iHgt;
if (Surface->GetSurfaceSize(iWdt, iHgt))
{
Width = iWdt; Height = iHgt;
}
}
// Success
return true;
}
