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iniData.cpp
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iniData.cpp
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/* OpenBRF -- by marco tarini. Provided under GNU General Public License */
#include <QtCore>
#include <math.h>
#include <QTextBrowser>
#include "brfData.h"
#include "iniData.h"
const char* txtFileName[TXTFILE_NONE+1] = {
"actions.txt", // TXTFILE_ACTIONS,
"skins.txt", // TXTFILE_SKIN,
"item_kinds1.txt", // TXTFILE_ITEM,
"meshes.txt", // TXTFILE_MESHES,
"map_icons.txt", // TXTFILE_ICONS,
"scene_props.txt", // TXTFILE_PROP,
"particle_systems.txt", // TXTFILE_PARTICLE,
"tableau_materials.txt",// TXTFILE_TABLEAU
"flora_kinds.txt", // TXTFILE_FLORA_KINDS,
"ground_specs.txt", // TXTFILE_GROUND_SPECS,
"skyboxes.txt", // TXTFILE_SKYBOXES,
"scenes.txt", // TXTFILE_SCENES,
"[ERROR]", // N_TXTFILES,
"[core system]", // TXTFILE_CORE,
"[ERROR]", //TXTFILE_NONE,
};
template <class T> int _findByName( const vector<T> &v, const QString &s){
for (unsigned int i=0; i<v.size(); i++)
if (QString::compare(v[i].name,s,Qt::CaseInsensitive)==0) return i;
return -1;
}
template <class T> int _findByNameNoExt( const vector<T> &v, const QString &s){
for (unsigned int i=0; i<v.size(); i++) {
QString st = v[i].name;
int k = st.lastIndexOf('.');
if (k>0) st.truncate(k);
QString s2 = s;
k = s2.lastIndexOf('.');
if (k>0) s2.truncate(k);
if (QString::compare(st,s2,Qt::CaseInsensitive)==0) return i;
}
return -1;
}
template <class T> void _addNames( const vector<T> &v, std::map<QString, ObjCoord> &m, int j){
for (unsigned int i=0; i<v.size(); i++)
m[v[i].name] = ObjCoord(j,i,T::tokenIndex());
}
template <class T> void _addNamesNoExt( const vector<T> &v, std::map<QString, ObjCoord> &m, int j){
for (unsigned int i=0; i<v.size(); i++) {
QString st = v[i].name;
int k = st.lastIndexOf('.');
if (k>0) st.truncate(k);
m[st] = ObjCoord(j,i,T::tokenIndex());
}
}
void IniData::setAllUsedByNone(){
for (int t=MESH; t<N_TOKEN; t++){
usedByV[t].resize(file.size());
for (int fi=0; fi<(int)file.size( ); fi++){
usedByV[t].at(fi).resize(file[fi].size(t));
for (int fo=0; fo<(int)file[fi].size(t); fo++){
usedBy( ObjCoord(fi,fo,t) ).clear();
}
}
}
}
void IniData::setAllUsedInNone(){
for (int t=MESH; t<N_TOKEN; t++){
usedInV[t].resize(file.size());
for (int fi=0; fi<(int)file.size( ); fi++){
usedInV[t].at(fi).resize(file[fi].size(t));
for (int fo=0; fo<(int)file[fi].size(t); fo++){
usedIn( ObjCoord(fi,fo,t) ).direct = 0;
usedIn( ObjCoord(fi,fo,t) ).indirect = 0;
}
}
}
}
void IniData::propagateUsedIn(int from){
ObjCoord i;
i.t=from;
for (i.fi=0; i.fi<(int)file.size(); i.fi++){
for (i.oi=0; i.oi<int(usedByV[i.t].at(i.fi).size()); i.oi++) {
ObjCoordV &v(usedBy( i ));
for (unsigned int k = 0; k<v.size(); k++){
usedIn( i ).indirect |= usedIn( v[k] ).direct;
usedIn( i ).indirect |= usedIn( v[k] ).indirect;
}
}
}
}
void IniData::propagateUsedIn(){
propagateUsedIn(MATERIAL); // material from mesh
propagateUsedIn(SHADER); // shaders from materials
propagateUsedIn(TEXTURE); // textures from materials
}
// helper class to scan txt files
class TextFile{
public:
QFile qf;
int line;
char data[8024];
char format[4000];
char res[1000];
char to[512][255];
QString path;
QString trymeFirstPath;
QString errorString;
TextFile(){
trymeFirstPath = "";
}
void open(QString filename){
line = 0;
if (!trymeFirstPath.isEmpty()){
qf.setFileName(QString("%1/%2").arg(trymeFirstPath).arg(filename));
if (qf.open(QIODevice::ReadOnly)) return;
}
qf.setFileName(QString("%1/%2").arg(path).arg(filename));
if (!qf.open(QIODevice::ReadOnly)) {
error(QTextBrowser::tr("cannot open file"));
}
}
void expectLine(const char* st){
qf.readLine(data, (sizeof(data) - 1));
line++;
QString dataS = QString(data).remove(QChar('\n'), Qt::CaseSensitive);
if (!dataS.startsWith(QString(st))) {
error(QTextBrowser::tr("expected '%1',\ngot '%2'").arg(st).arg(dataS));
}
}
void nextLine(){
if (qf.readLine(data, (sizeof(data) - 1))==-1) error(QTextBrowser::tr("unexpected end of file"));
line++;
}
void skipLines(int n){
for (int i=0; i<n; i++) nextLine();
}
// reads the n^th string token from last read line
char* stringT(int n){
if (n>=512)
error(QString("Internal error: StringT parameter %1").arg(n));
makeFormat(n);
int k=sscanf(
data,format,
to[ 0x00],to[ 0x01],to[ 0x02],to[ 0x03],to[ 0x04],to[ 0x05],to[ 0x06],to[ 0x07],to[ 0x08],to[ 0x09],to[ 0x0A],to[ 0x0B],to[ 0x0C],to[ 0x0D],to[ 0x0E],to[ 0x0F],
to[ 0x10],to[ 0x11],to[ 0x12],to[ 0x13],to[ 0x14],to[ 0x15],to[ 0x16],to[ 0x17],to[ 0x18],to[ 0x19],to[ 0x1A],to[ 0x1B],to[ 0x1C],to[ 0x1D],to[ 0x1E],to[ 0x1F],
to[ 0x20],to[ 0x21],to[ 0x22],to[ 0x23],to[ 0x24],to[ 0x25],to[ 0x26],to[ 0x27],to[ 0x28],to[ 0x29],to[ 0x2A],to[ 0x2B],to[ 0x2C],to[ 0x2D],to[ 0x2E],to[ 0x2F],
to[ 0x30],to[ 0x31],to[ 0x32],to[ 0x33],to[ 0x34],to[ 0x35],to[ 0x36],to[ 0x37],to[ 0x38],to[ 0x39],to[ 0x3A],to[ 0x3B],to[ 0x3C],to[ 0x3D],to[ 0x3E],to[ 0x3F],
to[ 0x40],to[ 0x41],to[ 0x42],to[ 0x43],to[ 0x44],to[ 0x45],to[ 0x46],to[ 0x47],to[ 0x48],to[ 0x49],to[ 0x4A],to[ 0x4B],to[ 0x4C],to[ 0x4D],to[ 0x4E],to[ 0x4F],
to[ 0x50],to[ 0x51],to[ 0x52],to[ 0x53],to[ 0x54],to[ 0x55],to[ 0x56],to[ 0x57],to[ 0x58],to[ 0x59],to[ 0x5A],to[ 0x5B],to[ 0x5C],to[ 0x5D],to[ 0x5E],to[ 0x5F],
to[ 0x60],to[ 0x61],to[ 0x62],to[ 0x63],to[ 0x64],to[ 0x65],to[ 0x66],to[ 0x67],to[ 0x68],to[ 0x69],to[ 0x6A],to[ 0x6B],to[ 0x6C],to[ 0x6D],to[ 0x6E],to[ 0x6F],
to[ 0x70],to[ 0x71],to[ 0x72],to[ 0x73],to[ 0x74],to[ 0x75],to[ 0x76],to[ 0x77],to[ 0x78],to[ 0x79],to[ 0x7A],to[ 0x7B],to[ 0x7C],to[ 0x7D],to[ 0x7E],to[ 0x7F],
to[ 0x80],to[ 0x81],to[ 0x82],to[ 0x83],to[ 0x84],to[ 0x85],to[ 0x86],to[ 0x87],to[ 0x88],to[ 0x89],to[ 0x8A],to[ 0x8B],to[ 0x8C],to[ 0x8D],to[ 0x8E],to[ 0x8F],
to[ 0x90],to[ 0x91],to[ 0x92],to[ 0x93],to[ 0x94],to[ 0x95],to[ 0x96],to[ 0x97],to[ 0x98],to[ 0x99],to[ 0x9A],to[ 0x9B],to[ 0x9C],to[ 0x9D],to[ 0x9E],to[ 0x9F],
to[ 0xA0],to[ 0xA1],to[ 0xA2],to[ 0xA3],to[ 0xA4],to[ 0xA5],to[ 0xA6],to[ 0xA7],to[ 0xA8],to[ 0xA9],to[ 0xAA],to[ 0xAB],to[ 0xAC],to[ 0xAD],to[ 0xAE],to[ 0xAF],
to[ 0xB0],to[ 0xB1],to[ 0xB2],to[ 0xB3],to[ 0xB4],to[ 0xB5],to[ 0xB6],to[ 0xB7],to[ 0xB8],to[ 0xB9],to[ 0xBA],to[ 0xBB],to[ 0xBC],to[ 0xBD],to[ 0xBE],to[ 0xBF],
to[ 0xC0],to[ 0xC1],to[ 0xC2],to[ 0xC3],to[ 0xC4],to[ 0xC5],to[ 0xC6],to[ 0xC7],to[ 0xC8],to[ 0xC9],to[ 0xCA],to[ 0xCB],to[ 0xCC],to[ 0xCD],to[ 0xCE],to[ 0xCF],
to[ 0xD0],to[ 0xD1],to[ 0xD2],to[ 0xD3],to[ 0xD4],to[ 0xD5],to[ 0xD6],to[ 0xD7],to[ 0xD8],to[ 0xD9],to[ 0xDA],to[ 0xDB],to[ 0xDC],to[ 0xDD],to[ 0xDE],to[ 0xDF],
to[ 0xE0],to[ 0xE1],to[ 0xE2],to[ 0xE3],to[ 0xE4],to[ 0xE5],to[ 0xE6],to[ 0xE7],to[ 0xE8],to[ 0xE9],to[ 0xEA],to[ 0xEB],to[ 0xEC],to[ 0xED],to[ 0xEE],to[ 0xEF],
to[ 0xF0],to[ 0xF1],to[ 0xF2],to[ 0xF3],to[ 0xF4],to[ 0xF5],to[ 0xF6],to[ 0xF7],to[ 0xF8],to[ 0xF9],to[ 0xFA],to[ 0xFB],to[ 0xFC],to[ 0xFD],to[ 0xFE],to[ 0xFF],
to[0x100],to[0x101],to[0x102],to[0x103],to[0x104],to[0x105],to[0x106],to[0x107],to[0x108],to[0x109],to[0x10A],to[0x10B],to[0x10C],to[0x10D],to[0x10E],to[0x10F], /* swy: the limit for tokens in a single line was 256, which may fall short; raise it to 512 */
to[0x110],to[0x111],to[0x112],to[0x113],to[0x114],to[0x115],to[0x116],to[0x117],to[0x118],to[0x119],to[0x11A],to[0x11B],to[0x11C],to[0x11D],to[0x11E],to[0x11F],
to[0x120],to[0x121],to[0x122],to[0x123],to[0x124],to[0x125],to[0x126],to[0x127],to[0x128],to[0x129],to[0x12A],to[0x12B],to[0x12C],to[0x12D],to[0x12E],to[0x12F],
to[0x130],to[0x131],to[0x132],to[0x133],to[0x134],to[0x135],to[0x136],to[0x137],to[0x138],to[0x139],to[0x13A],to[0x13B],to[0x13C],to[0x13D],to[0x13E],to[0x13F],
to[0x140],to[0x141],to[0x142],to[0x143],to[0x144],to[0x145],to[0x146],to[0x147],to[0x148],to[0x149],to[0x14A],to[0x14B],to[0x14C],to[0x14D],to[0x14E],to[0x14F],
to[0x150],to[0x151],to[0x152],to[0x153],to[0x154],to[0x155],to[0x156],to[0x157],to[0x158],to[0x159],to[0x15A],to[0x15B],to[0x15C],to[0x15D],to[0x15E],to[0x15F],
to[0x160],to[0x161],to[0x162],to[0x163],to[0x164],to[0x165],to[0x166],to[0x167],to[0x168],to[0x169],to[0x16A],to[0x16B],to[0x16C],to[0x16D],to[0x16E],to[0x16F],
to[0x170],to[0x171],to[0x172],to[0x173],to[0x174],to[0x175],to[0x176],to[0x177],to[0x178],to[0x179],to[0x17A],to[0x17B],to[0x17C],to[0x17D],to[0x17E],to[0x17F],
to[0x180],to[0x181],to[0x182],to[0x183],to[0x184],to[0x185],to[0x186],to[0x187],to[0x188],to[0x189],to[0x18A],to[0x18B],to[0x18C],to[0x18D],to[0x18E],to[0x18F],
to[0x190],to[0x191],to[0x192],to[0x193],to[0x194],to[0x195],to[0x196],to[0x197],to[0x198],to[0x199],to[0x19A],to[0x19B],to[0x19C],to[0x19D],to[0x19E],to[0x19F],
to[0x1A0],to[0x1A1],to[0x1A2],to[0x1A3],to[0x1A4],to[0x1A5],to[0x1A6],to[0x1A7],to[0x1A8],to[0x1A9],to[0x1AA],to[0x1AB],to[0x1AC],to[0x1AD],to[0x1AE],to[0x1AF],
to[0x1B0],to[0x1B1],to[0x1B2],to[0x1B3],to[0x1B4],to[0x1B5],to[0x1B6],to[0x1B7],to[0x1B8],to[0x1B9],to[0x1BA],to[0x1BB],to[0x1BC],to[0x1BD],to[0x1BE],to[0x1BF],
to[0x1C0],to[0x1C1],to[0x1C2],to[0x1C3],to[0x1C4],to[0x1C5],to[0x1C6],to[0x1C7],to[0x1C8],to[0x1C9],to[0x1CA],to[0x1CB],to[0x1CC],to[0x1CD],to[0x1CE],to[0x1CF],
to[0x1D0],to[0x1D1],to[0x1D2],to[0x1D3],to[0x1D4],to[0x1D5],to[0x1D6],to[0x1D7],to[0x1D8],to[0x1D9],to[0x1DA],to[0x1DB],to[0x1DC],to[0x1DD],to[0x1DE],to[0x1DF],
to[0x1E0],to[0x1E1],to[0x1E2],to[0x1E3],to[0x1E4],to[0x1E5],to[0x1E6],to[0x1E7],to[0x1E8],to[0x1E9],to[0x1EA],to[0x1EB],to[0x1EC],to[0x1ED],to[0x1EE],to[0x1EF],
to[0x1F0],to[0x1F1],to[0x1F2],to[0x1F3],to[0x1F4],to[0x1F5],to[0x1F6],to[0x1F7],to[0x1F8],to[0x1F9],to[0x1FA],to[0x1FB],to[0x1FC],to[0x1FD],to[0x1FE],to[0x1FF]
);
if (k!=n) error(QTextBrowser::tr("cannot read token n. %1 from:\n '%2'").arg(n).arg(data));
return to[n-1];
}
// reads the n^th int token from last read line
int intT(int n, int min=0, int max=10000){
int num;
int k=sscanf(stringT(n),"%d",&num);
if (k!=1) error(QTextBrowser::tr("expected number istead of '%1' (token %2)").arg(stringT(n)).arg(n));
if (num<min || num>max ) error(QTextBrowser::tr("wrong number : %1 (not in [%2, %3]) (token %4)").arg(num).arg(min).arg(max).arg(n));
return num;
}
// reads the n^th int token from last read line
long long longT(int n){
long long num;
int k=sscanf(stringT(n),"%lld",&num);
if (k!=1) error(QTextBrowser::tr("expected number istead of '%1' (token %2)").arg(stringT(n)).arg(n));
return num;
}
void close(){
qf.close();
}
uint tokenCount() {
uint tokenCount = 0; bool inToken = false; /* swy: count how many space-separated elements/tokens are in a line */
for (uint i = 0; data[i] != 0 || i >= sizeof(data); i++) { /* swy: for each character in the current line... */
if (!inToken && !isspace(data[i])) { inToken = true; tokenCount++; } /* swy: find if we are the first character of a token; this can be either the first character of a line, or after the previous one was a space and we're back in business :) */
else if ( inToken && isspace(data[i])) { inToken = false; } /* swy: find if we are the first space character right after a token ends */
}
return tokenCount;
}
private:
void error(QString s){
errorString = QString(
QTextBrowser::tr("Error reading file '%1',\nat line %3:\n%2\n").arg(qf.fileName()).arg(s).arg(line)
);
throw 1;
}
void makeFormat(int n){
int h=0;
for (int i=0; i<n; i++){format[h++]='%';format[h++]='s';format[h++]=' '; }
h--;
format[h]=0;
}
//QString tr(char* s){return qApp->QTextBrowser::tr(s);}
};
//QString IniData::QTextBrowser::tr(char* s) {return qApp->QTextBrowser::tr(s);}
IniData::ModuleTxtNameList::ModuleTxtNameList(int _tok, int _txtF):brfToken(_tok),txtIndex(_txtF){
name.clear();
}
void IniData::ModuleTxtNameList::append(const QString &s){
name.append(s);
}
void IniData::ModuleTxtNameList::appendLRx(const QString &s){
name.append(s);
if (s.endsWith("_L")) {
QString s2(s);
s2.chop(2);
name.append(s2+"_R");
}
}
void IniData::ModuleTxtNameList::appendNon0(const QString &s){
if (s!="0") name.append(s);
}
void IniData::ModuleTxtNameList::appendNonNone(const QString &s){
if (s!="none") name.append(s);
}
QString IniData::ModuleTxtNameList::test(){
return QString(QTextBrowser::tr("%1 %2 from '%3' <font size=-1>('%4', '%5', '%6'...)</font>\n\n"))
.arg(name.size())
.arg(IniData::tokenFullName(brfToken))
.arg(txtFileName[txtIndex])
.arg((name.size()>1)?name[0]:"")
.arg((name.size()>2)?name[1]:"")
.arg((name.size()>3)?name[2]:"");
}
QString R4L(QString s){
QString t(s);
if (t.endsWith('L',Qt::CaseSensitive)) t[t.length()-1]='R';
if (t.endsWith('l',Qt::CaseSensitive)) t[t.length()-1]='r';
return t;
}
bool IniData::readModuleTxts(const QString &pathMod, const QString& pathData){
TextFile tf;
tf.path = pathMod;
txtNameList.clear();
// add default things used by the system
{
ModuleTxtNameList list(MESH, TXTFILE_CORE);
list.append("sample_flare");
list.append("sun");
list.append("flying_missile");
list.append("battle_icon");
list.append("battle_track");
list.append("track");
list.append("compass");
/* swy: add the hardcoded map trees to the list, suggested by @Erundil:
https://discord.com/channels/411286129317249035/411291053702774784/1221451619426767009 */
list.append("map_tree_a");
list.append("map_tree_b");
list.append("map_tree_c");
list.append("map_tree_d");
list.append("map_tree_e");
list.append("map_tree_f");
list.append("map_tree_g");
list.append("map_tree_h");
list.append("map_tree_i");
list.append("map_tree_j");
list.append("map_tree_k");
list.append("map_tree_l");
list.append("map_tree_m");
list.append("map_tree_o");
list.append("map_tree_p");
list.append("map_tree_q");
list.append("snow_tree_a");
list.append("snow_tree_b");
list.append("snow_tree_c");
list.append("steppe_tree_a");
list.append("steppe_tree_b");
list.append("steppe_tree_c");
list.append("steppe_tree_d");
list.append("steppe_tree_e");
list.append("desert_tree_a");
list.append("desert_tree_b");
list.append("desert_tree_c");
list.append("desert_tree_d");
list.append("map_tree_n");
txtNameList.push_back(list);
}
{
ModuleTxtNameList list(TEXTURE, TXTFILE_CORE);
list.append("cursor.dds");
txtNameList.push_back(list);
}
{
ModuleTxtNameList list(SHADER, TXTFILE_CORE);
list.append("def_shader");
txtNameList.push_back(list);
}
try {
{
// READING ITEMS.TXT
int txtFile = TXTFILE_ITEM;
tf.open(txtFileName[txtFile]);
ModuleTxtNameList list(MESH, txtFile);
tf.nextLine();//tf.expectLine("itemsfile version 2");
int ver = tf.intT(3,2,3);
if (ver==3) isWarband = true;
tf.nextLine();
int n = tf.intT(1,0,10000);
for (int i=0; i<n; i++) {
tf.nextLine();
int tmp = tf.intT(4,0,255);
for (int j=0; j<tmp; j++)
list.appendLRx( QString(tf.stringT(5+j*2)) );
if (ver == 3) {
tf.nextLine();
if (tf.intT(1)!=0) tf.nextLine();
}
tf.nextLine();
tf.skipLines( tf.intT(1,0,255) );
tf.nextLine();
}
txtNameList.push_back(list);
//errorStringOnScan = QString("Loaded %1 objs!!\n('%2', '%3'...,)")
// .arg(list.name.size()).arg(list.name[0]).arg(list.name[0]);
//return false;
tf.close();
}
{
// READING ACTIONS.TXT
int txtFile = TXTFILE_ACTIONS;
tf.open(txtFileName[txtFile]);
ModuleTxtNameList list(ANIMATION, txtFile);
tf.nextLine();
int n = tf.intT(1);
for (int i=0; i<n; i++) {
tf.nextLine();
/* swy: mods like TLD use a mixed Warband-formatted actions.txt with other M&B 1.011-format .txt files;
dynamically try to guess the format independently by looking at how many
elements each animation start line actually has. e.g:
* m&b 1.011 format, 3 elements: walk_backward_staff 256 1
* warband format, 4 elements: walk_backward_staff 256 17825792 1 */
bool isWarbandActionsTxt = (tf.tokenCount() == 4) ? true : false;
/* swy: change the global to Warband in these mixed-mode mods like TLD to properly parse
flora_kinds.txt and skyboxes.txt later on; don't depend only on what item_kinds1.txt says */
if (isWarbandActionsTxt)
isWarband = true;
int tmp = tf.intT((isWarbandActionsTxt)?4:3);
for (int j=0; j<tmp; j++) {
tf.nextLine();
list.append( QString(tf.stringT(2)) );
}
}
//errorStringOnScan = list.test(); return false;
txtNameList.push_back(list);
tf.close();
}
{
// READING SKINS.TXT
int txtFile = TXTFILE_SKIN;
tf.open(txtFileName[txtFile]);
ModuleTxtNameList listMe(MESH, txtFile);
ModuleTxtNameList listMa(MATERIAL, txtFile);
ModuleTxtNameList listSk(SKELETON, txtFile);
tf.expectLine("skins_file version 1");
tf.nextLine();
int n = tf.intT(1);
for (int i=0; i<n; i++) {
tf.nextLine();
tf.nextLine();
listMe.append( tf.stringT(1) ); // body
listMe.append( tf.stringT(2) ); // calfl
listMe.append( R4L( tf.stringT(2) ) ); // calfr
listMe.append( tf.stringT(3) ); // handl
listMe.append( R4L( tf.stringT(3) ) ); // handr
tf.nextLine();
listMe.append( tf.stringT(1) ); // head
tf.nextLine();
int tmp = tf.intT(1,0,1024);
tf.nextLine();
for (int j=0; j<tmp; j++) listMe.append( tf.stringT(j+1) ); // hair mesh
tf.nextLine();
tmp = tf.intT(1,0,1024);
for (int j=0; j<tmp; j++) {
tf.nextLine();
listMe.append( tf.stringT(1) ); // beard mesh
}
tf.nextLine(); // empty line
// materials for hair, beard: seems game uses only 1st one?
tf.nextLine();
tmp = tf.intT(1,0,1024);
for (int j=0; j<tmp; j++) if (j==0) listMa.append( tf.stringT(j+2) ); // hair mat
tf.nextLine();
tmp = tf.intT(1,0,1024);
for (int j=0; j<tmp; j++) if (j==0) listMa.append( tf.stringT(j+2) ); // beard mat
tf.nextLine();
tmp = tf.intT(1,0,1024);
int h=2;
for (int j=0; j<tmp; j++) {
listMa.append( tf.stringT(h++) ); // skin mat
h++;
int a = tf.intT(h++);
int b = tf.intT(h++);
for (int k=0; k<a; k++)
listMa.append( tf.stringT(h++) ); // beard mat
h+=b;
}
tf.nextLine(); // sounds
tf.nextLine(); // skel
listSk.append( tf.stringT(1));
tf.nextLine(); // two numbers?
tf.nextLine();
tmp = tf.intT(1,0,1024);
tf.skipLines(tmp+1);
}
//listSk.append("skel_horse"); // bonus!
//errorStringOnScan = list.test(); return false;
txtNameList.push_back(listMa);
txtNameList.push_back(listSk);
txtNameList.push_back(listMe);
//errorStringOnScan = listMa.test()+listSk.test()+listMe.test(); return false;
tf.close();
}
{
// READING MAP_ICONS.TXT
int txtFile = TXTFILE_ICONS;
tf.open(txtFileName[txtFile]);
ModuleTxtNameList list(MESH, txtFile);
tf.expectLine("map_icons_file version 1");
tf.nextLine();
int n = tf.intT(1);
for (int i=0; i<n; i++) {
tf.nextLine();
list.append( QString(tf.stringT(3)) );
tf.skipLines(tf.intT(9)+2);
}
//errorStringOnScan = list.test(); return false;
txtNameList.push_back(list);
tf.close();
}
{
// READING MESHES.TXT
int txtFile = TXTFILE_MESHES;
tf.open(txtFileName[txtFile]);
ModuleTxtNameList list(MESH, txtFile);
tf.nextLine();
int n = tf.intT(1);
for (int i=0; i<n; i++) {
tf.nextLine();
list.appendNon0( QString(tf.stringT(3)) );
}
//errorStringOnScan = list.test(); return false;
txtNameList.push_back(list);
tf.close();
}
{
// READING PARTICLE_SYSTEM.TXT
int txtFile = TXTFILE_PARTICLE;
tf.open(txtFileName[txtFile]);
ModuleTxtNameList list(MESH, txtFile);
tf.expectLine("particle_systemsfile version 1");
tf.nextLine();
int n = tf.intT(1);
for (int i=0; i<n; i++) {
tf.nextLine();
list.append( QString(tf.stringT(3)) );
tf.skipLines(7);
}
//errorStringOnScan = list.test(); return false;
txtNameList.push_back(list);
tf.close();
}
{
// READING SCENES_PROP.TXT
int txtFile = TXTFILE_PROP;
tf.open(txtFileName[txtFile]);
ModuleTxtNameList listMe(MESH, txtFile);
ModuleTxtNameList listCo(BODY, txtFile);
tf.expectLine("scene_propsfile version 1");
tf.nextLine();
int n = tf.intT(1);
for (int i=0; i<n; i++) {
tf.nextLine();
listMe.appendNon0( tf.stringT(4) );
listCo.appendNon0( tf.stringT(5) );
tf.skipLines( tf.intT(6)+2);
}
//errorStringOnScan = list.test(); return false;
txtNameList.push_back(listMe);
txtNameList.push_back(listCo);
tf.close();
}
{
// READING TABLEAU
int txtFile = TXTFILE_TABLEAU;
tf.open(txtFileName[txtFile]);
ModuleTxtNameList list(MATERIAL, txtFile);
tf.nextLine();
int n = tf.intT(1);
for (int i=0; i<n; i++) {
tf.nextLine();
list.append( QString(tf.stringT(3)) );
}
//errorStringOnScan = list.test(); return false;
txtNameList.push_back(list);
tf.close();
}
{
// READING SCENES
int txtFile = TXTFILE_SCENES;
tf.open(txtFileName[txtFile]);
ModuleTxtNameList listB(BODY, txtFile);
ModuleTxtNameList listM(MESH, txtFile);
tf.expectLine("scenesfile version 1");
tf.nextLine();
int n = tf.intT(1);
for (int i=0; i<n; i++) {
tf.nextLine();
listM.appendNonNone( tf.stringT(4) );
listB.appendNonNone( tf.stringT(5) );
tf.nextLine();
tf.nextLine();
tf.nextLine();
listM.appendNon0( tf.stringT(1) );
}
//errorStringOnScan = list.test(); return false;
txtNameList.push_back(listM);
txtNameList.push_back(listB);
tf.close();
}
// data path
///////////////////////
tf.path = pathData;
tf.trymeFirstPath = pathMod+"/Data";
{
// READING FLORA_KINDS
int txtFile = TXTFILE_FLORA_KINDS;
tf.open(txtFileName[txtFile]);
ModuleTxtNameList listMe(MESH, txtFile);
ModuleTxtNameList listBo(BODY, txtFile);
tf.nextLine();
int n = tf.intT(1);
if (isWarband){
tf.nextLine(); // peek next line
for (int i=0; i<n; i++) {
// ugly hack:
int invert = ((tf.data[0]>='A') && (tf.data[0]<='Z')) ;
int m = tf.intT(3);
QStringList qla,qlb;
qla.clear();qlb.clear();
int x2 = 1;
for (int j=0; j<m; j++) {
tf.nextLine();
qla.append(QString(tf.stringT(1))); qlb.append(QString(tf.stringT(2)));
}
if (i<n-1) {
tf.nextLine();
if (tf.data[0]==' ') { // must read twice as many items and keep evens
x2 = 2;
for (int j=0; j<m; j++) {
qla.append(QString(tf.stringT(1))); qlb.append(QString(tf.stringT(2)));
tf.nextLine();
}
}
}
for (int j=0; j<m; j++){
listMe.append(qla[j*x2+invert*(x2-1)]);
listBo.appendNon0(qlb[j*x2+invert*(x2-1)]);
}
}
} else {
for (int i=0; i<n; i++) {
tf.nextLine();
int m = tf.intT(3);
for (int j=0; j<m; j++) {
tf.nextLine();
listMe.append( tf.stringT(1) );
listBo.appendNon0( tf.stringT(2) );
}
}
}
//errorStringOnScan = list.test(); return false;
txtNameList.push_back(listMe);
txtNameList.push_back(listBo);
tf.close();
}
{
// READING GROUND_SPECS
int txtFile = TXTFILE_GROUND_SPECS;
tf.open(txtFileName[txtFile]);
ModuleTxtNameList list(MATERIAL, txtFile);
while (1) {
try{
tf.nextLine();
} catch (int) {
break;
}
list.appendNonNone( QString(tf.stringT(3)) );
}
//errorStringOnScan = list.test(); return false;
txtNameList.push_back(list);
tf.close();
}
{
// READING SKY_BOXES
int txtFile = TXTFILE_SKYBOXES;
tf.open(txtFileName[txtFile]);
ModuleTxtNameList list(MESH, txtFile);
tf.nextLine();
int n = tf.intT(1);
for (int i=0; i<n; i++) {
if (isWarband) {
tf.nextLine();
list.append( QString(tf.stringT(1) ));
tf.nextLine();
} else{
tf.nextLine();
list.append( QString(tf.stringT((i==0)?1:12)) );
}
}
//errorStringOnScan = list.test(); return false;
txtNameList.push_back(list);
tf.close();
}
} catch (int) {
errorStringOnScan = QString(tf.errorString);
return false;
}
return true;
}
IniData::ObjCoordV& IniData::usedBy(ObjCoord o){
return usedByV[o.t].at(o.fi).at(o.oi);
}
IniData::ObjCoordV IniData::usedBy(ObjCoord o) const{
return usedByV[o.t].at(o.fi).at(o.oi);
}
IniData::UsedInType &IniData::usedIn(ObjCoord o){
return usedInV[o.t].at(o.fi).at(o.oi);
}
IniData::UsedInType IniData::usedIn(ObjCoord o) const{
return usedInV[o.t].at(o.fi).at(o.oi);
}
QString IniData::nameShort(ObjCoord o) const{
return QString(file[o.fi].GetName(o.oi,o.t));
}
QString IniData::nameFull(ObjCoord o) const{
static QString st[3] = {QString(),QString(" (CommonRes)"),QString(" (CoreRes)")};
QString res = QString("%3 %1%2")
.arg(file[o.fi].GetName(o.oi,o.t)).arg(st[origin[o.fi]]).arg(tokenFullName(o.t));
return res;
}
QString IniData::linkShort(int i, int j, int kind) const{
QString res;
res = QString("<a href=\"#%1.%2.%3\">%4</a>")
.arg(i).arg(j).arg(kind).arg(shortFileName(i));
return res;
}
QString IniData::shortFileName(int i) const {
if (origin[i]==MODULE_RES) return QString(filename[i]).replace(modPath,"");
else return QString(filename[i]).replace(mabPath,"");
}
QString IniData::link(int i, int j, int kind) const {
QString res;
res = QString(QTextBrowser::tr("%6 <a href=\"#%1.%2.%3\">%4</a> (in %5)"))
.arg(i).arg(j).arg(kind)
.arg(file[i].GetName(j,kind)).arg(shortFileName(i)).arg(tokenFullName(kind));
return res;
}
void IniData::checkFile(int i, int j, int kind, char* usedFile, QDir *d0, QDir *d1, bool forFrame){
bool res = false;
if (d0) if (d0->exists(usedFile)) res = true;
if (!res) if (d1) if (d1->exists(usedFile)) res = true;
if (!res) {
if (!forFrame) {
errorList.push_back(
QTextBrowser::tr("<b>File-not-found:</b> can't find image file for %1.")
.arg(link(i,j,kind))
);
} else {
errorList.push_back(
QTextBrowser::tr("<b>File-not-found:</b> can't find frame \"%2\" for %1.")
.arg(link(i,j,kind)).arg(usedFile)
);
}
}
}
template <class T>
bool IniData::checkDuplicated(std::vector<T> &v, int j, int maxErr){
int kind = T::tokenIndex();
for (unsigned int i=0; i<v.size(); i++) {
if (errorList.size()>maxErr) return false;
ObjCoord d = indexOfStrict(v[i].name, kind );
if (d.fi==-1) {
errorList.push_back("<b>Internal error:</b> this should never happen");
} else
if (d.fi!=j || d.oi!=(int)i) {
errorList.push_back(
QTextBrowser::tr("<b>Duplicate:</b> %1 was already defined in file %2")
.arg(link(j,i,kind)).arg(linkShort(d.fi,d.oi,kind))
);
}
}
return true;
}
template <class T>
void IniData::searchAllNamesV(const QString &s, int t,const std::vector<T> &v, int j, QString &res) const{
int kind = T::tokenIndex();
if (t!=-1 && t!=kind) return;
for (unsigned int i=0; i<v.size(); i++) {
if (QString(v[i].name).contains(s,Qt::CaseInsensitive))
res+=link(j,i,kind)+"<br>";
}
}
void IniData::checkUses(int i, int j, int kind, char* usedName, int usedKind){
if (usedKind==TEXTURE && QString(usedName)=="none") return;
ObjCoord d = indexOf( usedName, usedKind );
if (d.fi==-1) {
errorList.push_back(
QTextBrowser::tr("<b>Missing:</b> %1 uses unknown %2 <u>%3</u>")
.arg(link(i,j,kind)).arg(tokenFullName(usedKind)).arg(usedName)
);
} else
if (d.fi>i) {
errorList.push_back(
QTextBrowser::tr("<b>Ordering problem:</b> %1 uses %2, which appears later in <i>module.ini</i>")
.arg(link(i,j,kind)).arg(link(d.fi,d.oi,usedKind))
);
}
}
static QString noDot(QString s){
int n = s.indexOf('.');
if (n!=-1) s.truncate(n);
/* swy: in the same way hardcoded suffixes like «.lod1» need to be stripped out so that IniData::addUsedBy() and IniData::updateUsedBy()
can mark the BRF entries blue, there is also a «_fem» suffix for female entity variants which is used in With Fire and Sword,
but that also seems to work on Warband. Reported by @Erundil.
This can be used as a quick alternative for having multiple vertex animation frames for a single mesh. */
if (s.endsWith("_fem", Qt::CaseInsensitive))
s.chop(QString("_fem").length());
return s;
}
const char* IniData::getName(ObjCoord o){
return file[o.fi].GetName(o.oi,o.t);
}
unsigned int IniData::getSize(ObjCoord o){
return file[o.fi].size(o.t);
}
QString IniData::stats() {
QString res;
res.append(QTextBrowser::tr("<h1>Module <b>%1</b></h1>").arg(name()));
bool once = true;
res.append("<p><br></p><table border=0><tr>");
for (int mod=1; mod>=0; mod--){
res.append("<td>");
if (mod==1)
res.append(QTextBrowser::tr("<h2>Original BRF files: %1</h2>").arg(totFiles(mod)));
else
res.append(QTextBrowser::tr("<h2>CommonRes BRF files: %1</h2>").arg(totFiles(mod)));
for (int t=0; t<N_TOKEN; t++){
int tot = totSize(t,mod);
if (updated>=4) {
int u = totUsed(t,mod);
res.append(QString("%1: %2 (%3+%4)").arg(tokenPlurName(t)).arg(tot).arg(u).arg(tot-u));
} else
res.append(QString("%1: %2").arg(tokenPlurName(t)).arg(tot));
if (once)res.append(QTextBrowser::tr("<i>(used+unused)</i>")); once=false;
res.append(QTextBrowser::tr("<br>"));
}
res.append("</td>");
}
res.append("</tr></table>");
res.append(QTextBrowser::tr("<h2>Txt data:</h2>"));
for (unsigned i=0; i<txtNameList.size(); i++){
res.append(txtNameList[i].test());
res.append("<br>");
}
return res;
}
int IniData::totSize(uint t,bool commonRes) const{
int res=0;
for (unsigned int i=0; i<file.size(); i++) {
if ((origin[i]!=MODULE_RES) == !commonRes) res+=file[i].size(t);
}
return res;
}
int IniData::totFiles( bool commonRes) const{
int res=0;
for (unsigned int i=0; i<file.size(); i++) {
if ((origin[i]!=MODULE_RES) == !commonRes) res++;
}
return res;
}
int IniData::totUsed(uint t, bool commonRes) const{
if (updated<4) return 0;
int res=0;
ObjCoord o;
o.t=t;
for (o.fi=0; o.fi<(int)file.size(); o.fi++) {
if ((origin[o.fi]!=MODULE_RES) == !commonRes) {
for (o.oi=0; o.oi<int(usedInV[o.t].at(o.fi).size()); o.oi++)
if (usedIn(o).directOrIndirect()) res++;
}
}
return res;
}
int IniData::totUsed(int fi) const{
if (updated<4) return 0;
int res=0;
for (int t=0; t<N_TOKEN; t++) {
ObjCoord o(fi,0,t);
for (o.oi=0; o.oi<int(usedInV[o.t].at(o.fi).size()); o.oi++)
if (usedIn(o).directOrIndirect()) res++;
}
return res;
}
int IniData::totSize(int fi) const{
if (updated<4) return 0;
int res=0;
for (int t=0; t<N_TOKEN; t++) {
res+=file[fi].size(t);
}
return res;
}
void IniData::addUsedBy(int i, int j, int kind,char* usedName, int usedKind){
if (kind==TEXTURE && QString(usedName)=="none") return;
ObjCoord d = indexOf( usedName, usedKind );
ObjCoord o (i,j,kind);
if (d.fi>=0){
if ((usedKind==MESH)||(usedKind==MATERIAL) ){
QString nameDot=noDot( getName(d) );
for (unsigned int k=0; k<getSize(d); k++){
ObjCoord d2(d.fi,k,d.t);
if (noDot(getName(d2))==nameDot)
usedBy(d2).push_back( o );
}
} else usedBy(d).push_back( o );
}
}
void IniData::updateUsedBy(){
setAllUsedByNone();
for (unsigned int i=0; i<file.size(); i++) {
// add for mesh->material
for (unsigned int j=0; j<file[i].mesh.size(); j++) {
addUsedBy(i,j,MESH, file[i].mesh[j].material, MATERIAL );
}
// add for material->etc
for (unsigned int j=0; j<file[i].material.size(); j++) {
addUsedBy(i,j,MATERIAL, file[i].material[j].diffuseA, TEXTURE );
addUsedBy(i,j,MATERIAL, file[i].material[j].diffuseB, TEXTURE );
addUsedBy(i,j,MATERIAL, file[i].material[j].bump, TEXTURE );
addUsedBy(i,j,MATERIAL, file[i].material[j].enviro, TEXTURE );
addUsedBy(i,j,MATERIAL, file[i].material[j].spec, TEXTURE );
addUsedBy(i,j,MATERIAL, file[i].material[j].shader, SHADER );
}
// add for shader->shader
for (unsigned int j=0; j<file[i].shader.size(); j++) {