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SKernel_Misc.cpp
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SKernel_Misc.cpp
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/*
SpeedSim - a OGame (www.ogame.org) combat simulator
Copyright (C) 2004-2008 Maximialian Matthé & Nicolas Höft
This program is free software; you can redistribute it and/or
modify it under the terms of the GNU General Public License
as published by the Free Software Foundation; either version 2
of the License, or (at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
*/
#include "SpeedKernel.h"
/*
SKernel_Misc.cpp
-General Functions-
Function listing:
Numbers and names of units:
void ItemName(ITEM_TYPE t, TCHAR* out);
genstring ItemName(ITEM_TYPE t);
genstring ItemName2(ITEM_TYPE t);
ITEM_TYPE GetItemType(genstring& name);
genstring CRItemName(ITEM_TYPE t);
Math functions:
void InitRand();
ULONG RandomNumber(ULONG Max);
bool ItemCompare(const SItem& a, const SItem& b)
Reading Functios:
bool LoadLangFile(TCHAR *langfile);
bool LoadRFFile(TCHAR *RFFile);
genstring ReadStringFromIniFile(TCHAR *inifile, TCHAR *Section, TCHAR *KeyName);
Misc:
UINT GetDistance(PlaniPos& a, PlaniPos& b);
DWORD ComputeFlyTime(const PlaniPos& b, const PlaniPos& e);
void ComputeShipData();
void SetRemainingItemsInDef();
void AddPointsToNumber(__int64& value, TCHAR* out);
*/
#ifndef WIN32
#undef ASMRAND
unsigned int _lrotl( unsigned int num, int shift ) {
register unsigned int value = num;
register unsigned int bit;
#if UINT_MAX == 0xFFFFFFFF
// 32bit machine
shift &= 0x1f;
value = (value>>(0x20 - shift)) | (value << shift);
#elif UINT_MAX == 0xFFFFFFFFFFFFFFFF
// not 32bit.. amd64??
shift &= 0x3f;
value = (value>>(0x40 - shift)) | (value << shift);
#else
#error Your machine is not supported!
#endif
return value;
}
#endif
#ifdef ASMRAND
DWORD randbuf[34];
DWORD p1, p2;
#else
DWORD randbuf[17][2];
int p1, p2;
#endif
// compares 2 items
bool CSpeedKernel::ItemCompare(const SItem& a, const SItem& b)
{
if(a.OwnerID < b.OwnerID)
return true;
if(a.OwnerID > b.OwnerID)
return false;
return a.Type < b.Type;
}
// copies name of unit into TCHAR-pointer
void CSpeedKernel::ItemName(ITEM_TYPE t, TCHAR* out)
{
if(t >= T_KT && t <= T_END)
_tcscpy(out, m_FleetNames[t].c_str());
else
_tcscpy(out, m_FleetNames[T_END + 1].c_str());//"Unknown"
}
void CSpeedKernel::ItemIniName(ITEM_TYPE Type, TCHAR* out) {
if(Type >= T_KT && Type <= T_GS)
_tcscpy(out, m_IniFleetNames[Type].c_str());
}
// returns name as genstring
genstring CSpeedKernel::ItemName(ITEM_TYPE t)
{
if(t >= T_KT && t <= T_END)
return m_FleetNames[t];
else
return m_FleetNames[T_END + 1]; //'Unknown'
}
genstring CSpeedKernel::ItemName2(ITEM_TYPE t) {
if(t >= T_KT && t <= T_GS)
return m_altFleetNames[t];
else
return m_FleetNames[T_END + 1]; //'Unknown'
}
genstring CSpeedKernel::CRItemName(ITEM_TYPE t) {
if(t >= T_KT && t <= T_GS)
return m_KBNames[t];
else
return m_FleetNames[T_END + 1]; //'Unknown'
}
// returns item type from name
ITEM_TYPE CSpeedKernel::GetItemType(genstring& name)
{
for(int i = 0; i <= T_END; i++) {
if(name == m_FleetNames[i] || name == m_altFleetNames[i] || name == m_KBNames[i] )
return (ITEM_TYPE)i;
}
return T_NONE;
}
unsigned long CSpeedKernel::GetShipCapacity(ITEM_TYPE ship)
{
if(ship > T_NONE && ship < T_SHIPEND)
return LadeKaps[ship];
else
return 0;
}
// sets values for every unit (shield, life, hull etc.)
void CSpeedKernel::ComputeShipData()
{
if(!m_ShipDataFromFile) {
Kosten[T_KT] = Res(2000, 2000);
Kosten[T_GT] = Res(6000, 6000);
Kosten[T_LJ] = Res(3000, 1000);
Kosten[T_SJ] = Res(6000, 4000);
Kosten[T_KREUZER] = Res(20000, 7000, 2000);
if(!m_UseOldBS)
Kosten[T_SS] = Res(45000, 15000);
else
Kosten[T_SS] = Res(40000, 20000);
Kosten[T_KOLO] = Res(10000, 20000, 10000);
Kosten[T_REC] = Res(10000, 6000, 2000);
Kosten[T_SPIO] = Res(0, 1000);
Kosten[T_BOMBER] = Res(50000, 25000, 15000);
Kosten[T_SAT] = Res(0, 2000, 500);
Kosten[T_ZER] = Res(60000, 50000, 15000);
Kosten[T_TS] = Res(5000000, 4000000, 1000000);
Kosten[T_IC] = Res(30000, 40000, 15000);
Kosten[T_RAK] = Res(2000, 0);
Kosten[T_LL] = Res(1500, 500);
Kosten[T_SL] = Res(6000, 2000);
Kosten[T_GAUSS] = Res(20000, 15000, 2000);
Kosten[T_IONEN] = Res(2000, 6000);
Kosten[T_PLASMA] = Res(50000, 50000, 30000);
Kosten[T_KS] = Res(10000, 10000);
Kosten[T_GS] = Res(50000, 50000);
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_KT] = 10;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_GT] = 25;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_LJ] = 10;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_SJ] = 25;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_KREUZER] = 50;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_SS] = 200;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_KOLO] = 100;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_REC] = 10;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_SPIO] = 0.01f;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_BOMBER] = 500;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_SAT] = 1;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_ZER] = 500;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_TS] = 50000;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_IC] = 400;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_RAK] = 20;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_LL] = 25;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_SL] = 100;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_GAUSS] = 200;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_IONEN] = 500;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_PLASMA] = 300;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_KS] = 2000;
MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][T_GS] = 10000;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_KT] = 5;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_GT] = 5;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_LJ] = 50;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_SJ] = 150;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_KREUZER] = 400;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_SS] = 1000;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_KOLO] = 50;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_REC] = 1;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_SPIO] = 0.01f;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_BOMBER] = 1000;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_SAT] = 1;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_ZER] = 2000;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_TS] = 200000;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_IC] = 700;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_RAK] = 80;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_LL] = 100;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_SL] = 250;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_GAUSS] = 1100;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_IONEN] = 150;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_PLASMA] = 3000;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_KS] = 1;
Dams[MAX_PLAYERS_PER_TEAM][ATTER][T_GS] = 1;
}
int i;
for(i = 0; i < T_END; i++)
{
MaxLifes[MAX_PLAYERS_PER_TEAM][ATTER][i] = (Kosten[i].kris + Kosten[i].met) / 10.0f;
}
for(DWORD ID = 0; ID < MAX_PLAYERS_PER_TEAM; ID++)
{
double DamFak_a = (10 + m_TechsAtt[ID].Weapon) / 10.0f;
double ShFak_a = (10 + m_TechsAtt[ID].Shield) / 10.0f;
double LifeFak_a = (10 + m_TechsAtt[ID].Armour) / 10.0f;
double DamFak_v = (10 + m_TechsDef[ID].Weapon) / 10.0f;
double ShFak_v = (10 + m_TechsDef[ID].Shield) / 10.0f;
double LifeFak_v = (10 + m_TechsDef[ID].Armour) / 10.0f;
for(i = 0; i < T_END; i++)
{
MaxLifes[ID][DEFFER][i] = MaxLifes[MAX_PLAYERS_PER_TEAM][ATTER][i];
MaxShields[ID][DEFFER][i] = MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][i];
Dams[ID][DEFFER][i] = Dams[MAX_PLAYERS_PER_TEAM][ATTER][i];
MaxLifes[ID][ATTER][i] = MaxLifes[MAX_PLAYERS_PER_TEAM][ATTER][i];
MaxShields[ID][ATTER][i] = MaxShields[MAX_PLAYERS_PER_TEAM][ATTER][i];
Dams[ID][ATTER][i] = Dams[MAX_PLAYERS_PER_TEAM][ATTER][i];
MaxLifes[ID][DEFFER][i] = floor(MaxLifes[ID][DEFFER][i] * LifeFak_v);
MaxShields[ID][DEFFER][i] = floor(MaxShields[ID][DEFFER][i] * ShFak_v);
Dams[ID][DEFFER][i] = floor(Dams[ID][DEFFER][i] * DamFak_v);
MaxLifes[ID][ATTER][i] = floor(MaxLifes[ID][ATTER][i] * LifeFak_a);
MaxShields[ID][ATTER][i] = floor(MaxShields[ID][ATTER][i] * ShFak_a);
Dams[ID][ATTER][i] = floor(Dams[ID][ATTER][i] * DamFak_a);
}
}
if(!m_ShipDataFromFile)
{
for(i = 0; i < T_END; i++)
{
LadeKaps[i] = 0;
Verbrauch[i] = 0;
BaseSpeed[i] = 0;
}
// ship capacity
LadeKaps[T_KT] = 5000;
LadeKaps[T_GT] = 25000;
LadeKaps[T_LJ] = 50;
LadeKaps[T_SJ] = 100;
LadeKaps[T_KREUZER] = 800;
LadeKaps[T_SS] = 1500;
LadeKaps[T_KOLO] = 7500;
LadeKaps[T_REC] = 20000;
// changed since OGame 0.74a
LadeKaps[T_SPIO] = 0;
LadeKaps[T_BOMBER] = 500;
LadeKaps[T_ZER] = 2000;
LadeKaps[T_TS] = 1000000;
LadeKaps[T_IC] = 750;
// consumption
Verbrauch[T_KT] = 10;
Verbrauch[T_GT] = 50;
Verbrauch[T_LJ] = 20;
Verbrauch[T_SJ] = 75;
Verbrauch[T_KREUZER] = 300;
Verbrauch[T_SS] = 500;
Verbrauch[T_KOLO] = 1000;
Verbrauch[T_REC] = 300;
Verbrauch[T_SPIO] = 1;
Verbrauch[T_BOMBER] = 1000;
Verbrauch[T_ZER] = 1000;
Verbrauch[T_TS] = 1;
Verbrauch[T_IC] = 250;
// speed
BaseSpeed[T_KT] = 5000;
BaseSpeed[T_GT] = 7500;
BaseSpeed[T_LJ] = 12500;
BaseSpeed[T_SJ] = 10000;
BaseSpeed[T_KREUZER] = 15000;
BaseSpeed[T_SS] = 10000;
BaseSpeed[T_KOLO] = 2500;
BaseSpeed[T_REC] = 2000;
BaseSpeed[T_SPIO] = 100000000;
BaseSpeed[T_BOMBER] = 4000;
BaseSpeed[T_ZER] = 5000;
BaseSpeed[T_TS] = 100;
BaseSpeed[T_IC] = 10000;
}
Triebwerke[T_KT] = TW_VERBRENNUNG;
Triebwerke[T_GT] = TW_VERBRENNUNG;
Triebwerke[T_LJ] = TW_VERBRENNUNG;
Triebwerke[T_SJ] = TW_IMPULS;
Triebwerke[T_KREUZER] = TW_IMPULS;
Triebwerke[T_SS] = TW_HYPERRAUM;
Triebwerke[T_KOLO] = TW_IMPULS;
Triebwerke[T_REC] = TW_VERBRENNUNG;
Triebwerke[T_SPIO] = TW_VERBRENNUNG;
Triebwerke[T_BOMBER] = TW_IMPULS;
Triebwerke[T_ZER] = TW_HYPERRAUM;
Triebwerke[T_TS] = TW_HYPERRAUM;
Triebwerke[T_IC] = TW_HYPERRAUM;
}
// inits random number generator
void CSpeedKernel::InitRand() {
int seed = time(NULL);
#ifdef ASMRAND
__asm {
mov eax, seed
xor ecx, ecx
R80:
imul eax, 2891336453
inc eax
mov randbuf[ecx*4], eax
inc ecx
cmp ecx, 34
jb R80
mov p1, 0 // initialize buffer pointers
mov p2, 80
}
#else
int i, j;
for(i = 0; i < 17; i++) {
for(j = 0; j < 2; j++) {
seed = seed * 2891336453UL + 1;
randbuf[i][j] = seed;
}
}
// initialize pointers to circular buffer
p1 = 0;
p2 = 10;
#endif
}
#pragma warning(disable: 4035)
ULONG CSpeedKernel::RandomNumber(ULONG Max)
{
#ifdef ASMRAND
__asm {
mov ebx, p1 // ring buffer pointers
mov ecx, p2 // ring buffer pointer
mov edx, randbuf[ebx]
mov eax, randbuf[ebx]
rol edx, 19 // rotate bits
rol eax, 27
add edx, randbuf[ecx] // add two dwords
add eax, randbuf[ecx+4]
mov randbuf[ebx], eax // save in swapped order
mov randbuf[ebx+4], edx
sub ebx, 8 // decrement p1
jnc R30
mov ebx, 128 // wrap around p1
R30:
sub ecx, 8 // decrement p2
jnc R40
mov ecx, 128 // wrap around p2
R40:
mov p1, ebx // save updated pointers
mov p2, ecx
mov ebx, Max
mov ecx, edx // high bits of random number
mul ebx // multiply low 32 bits
mov eax, ecx
mov ecx, edx
mul ebx // multiply high 32 bits
mov eax, edx
}
#else
DWORD y, z;
// generate next number
z = _lrotl(randbuf[p1][0], 19) + randbuf[p2][0];
y = _lrotl(randbuf[p1][1], 27) + randbuf[p2][1];
randbuf[p1][0] = y;
randbuf[p1][1] = z;
// rotate list pointers
if (--p1 < 0)
p1 = 16;
if (--p2 < 0)
p2 = 16;
return y % Max;
#endif
}
#pragma warning(default: 4035)
int CSpeedKernel::GetDistance(const PlaniPos& b, const PlaniPos& e)
{
if(b.Gala != e.Gala)
return abs(int(b.Gala - e.Gala) * 20000);
if(b.Sys != e.Sys)
return 2700 + 5 * abs(int(b.Sys-e.Sys) * 19);
if(b.Pos != e.Pos)
return 1000 + abs(int(b.Pos - e.Pos) * 5);
return 0;
}
DWORD CSpeedKernel::ComputeFlyTime(const PlaniPos& b, const PlaniPos& e, const vector<SItem>& vFleet, int Speed, int EngineTechs[])
{
if(!Speed || !EngineTechs)
return 0;
if(b.Gala != e.Gala)
return 10 + (3500.0f / Speed * sqrt((abs((int)(b.Gala-e.Gala)) * 20000000.0f) / GetFleetSpeed(vFleet, EngineTechs)));
if(b.Sys != e.Sys)
return 10 + (3500.0f / Speed * sqrt((2700000.0f + abs((int)(b.Sys-e.Sys)) * 95000.0f) / GetFleetSpeed(vFleet, EngineTechs)));
if(b.Pos != e.Pos)
return 10 + (3500.0f / Speed * sqrt((1000000.0f + abs((int)(b.Pos-e.Pos)) * 5000.0f) / GetFleetSpeed(vFleet, EngineTechs)));
}
DWORD CSpeedKernel::ComputeFlyTime(const PlaniPos& b, const PlaniPos& e, int FleetID, const vector<SItem>& vFleet /* = m_NumSetShipsAtt */)
{
if(!m_Speed[FleetID])
return 0;
if(b.Gala != e.Gala)
return 10 + (3500.0f / m_Speed[FleetID] * sqrt((abs((int)(b.Gala-e.Gala)) * 20000000.0f) / GetFleetSpeed(FleetID, vFleet)));
if(b.Sys != e.Sys)
return 10 + (3500.0f / m_Speed[FleetID] * sqrt((2700000.0f + abs((int)(b.Sys-e.Sys)) * 95000.0f) / GetFleetSpeed(FleetID, vFleet)));
if(b.Pos != e.Pos)
return 10 + (3500.0f / m_Speed[FleetID] * sqrt((1000000.0f + abs((int)(b.Pos-e.Pos)) * 5000.0f) / GetFleetSpeed(FleetID, vFleet)));
return 0;
}
int CSpeedKernel::GetShipSpeed(const ITEM_TYPE Ship, const int EngineTechs[])
{
int basesp = BaseSpeed[Ship];
int engine = Triebwerke[Ship];
if(Ship == T_KT)
{
if(EngineTechs[engine + 1] >= 5)
{
basesp *= 2;
engine += 1;
}
}
else if(Ship == T_BOMBER)
{
if(EngineTechs[engine + 1] >= 8)
{
basesp = 5000;
engine += 1;
}
}
return basesp * (1 + (float)EngineTechs[engine] * (engine + 1) / 10.0f);
}
int CSpeedKernel::GetShipSpeed(ITEM_TYPE Ship, int FleetID)
{
return GetShipSpeed(Ship, m_TechsTW[FleetID]);
}
int CSpeedKernel::GetFleetSpeed(const vector<SItem>& vFleet, const int EngineTechs[])
{
int min = INT_MAX;
for(size_t i = 0; i < vFleet.size(); i++) {
if(vFleet[i].Num == 0 || vFleet[i].Type == T_NONE)
continue;
int speed = GetShipSpeed(vFleet[i].Type, EngineTechs);
if(speed < min)
min = speed;
}
return min;
}
int CSpeedKernel::GetFleetSpeed(int FleetID, const vector<SItem>& vFleet)
{
return GetFleetSpeed(vFleet, m_TechsTW[FleetID]);
}
void CSpeedKernel::SetRemainingItemsInDef(REBUILD_OPTION opt)
{
vector<SItem> items;
int i;
size_t j;
double rem_units = 0;
items.resize(T_END);
for(i = 0; i < T_END; i++)
{
rem_units = 0;
// count remaining ships based on the option
switch(opt)
{
case REBUILD_BESTCASE:
rem_units = m_BestCaseDef[i];
break;
case REBUILD_WORSTCASE:
rem_units = m_WorstCaseDef[i];
break;
case REBUILD_AVG:
for (j = 0; j < m_NumShipsDef.size(); j++)
{
if(m_NumShipsDef[j].Type == (ITEM_TYPE)i)
rem_units += m_NumShipsDef[j].Num;
}
break;
default:
return;
}
items[i].Type = (ITEM_TYPE)i;
items[i].OwnerID = 0;
items[i].Num = 0;
if(i < T_SHIPEND)
items[i].Num = rem_units;
else
{
double NumUnits = 0;
// get the number of set def units
for(j = 0; j < m_NumSetShipsDef.size(); j++)
{
if(m_NumSetShipsDef[j].Type == (ITEM_TYPE)i)
NumUnits += m_NumSetShipsDef[j].Num;
}
if(m_RebuildSmallDef && NumUnits <= 10)
items[i].Num = NumUnits;
else
{
items[i].Num = floor(rem_units + m_DefRebuildFac * (NumUnits - rem_units) + 0.5);
}
}
}
SetFleet(NULL, &items);
m_Result.RessDa -= m_Result.Beute;
m_Waves.TotalPlunder = m_Result.GesamtBeute;
m_Waves.NumAtts = m_Result.NumAtts;
m_Waves.TotalRecs = m_Result.GesamtRecs;
m_Waves.TotalDebris = m_Result.GesTF;
m_Waves.TotalLosses = m_Result.GesVerlust;
m_Waves.TotalFuel = m_Result.TotalFuel;
}
TCHAR* CSpeedKernel::AddPointsToNumber(__int64 value, TCHAR* out)
{
int i;
PR_PROF_FUNC(F_ADDPTONUMBER);
genstrstream dat;
bool neg = false;
#if _MSC_VER < 1400 && defined(_MSC_VER)
TCHAR tmp[512];
_stprintf(tmp, _T("%I64d"), value);
dat << tmp;
#else
dat << value;
#endif
genstring c = dat.str();
if(value < 0) {
c.erase(0, 1);
neg = true;
}
int l = _tcslen(c.c_str());
int quot = (int)l / 3;
int rem = l % 3;
if(rem == 0)
quot--;
for(i = 1; i <= quot; i++)
{
c.insert(l - i * 4 + 1, m_ThousandSep);
l++;
}
if(neg)
c.insert(0, _T("-"));
_tcscpy(out, c.c_str());
return out;
}
void CSpeedKernel::GetFleetWorth(Res &att, Res &def) {
att = def = Res(0, 0, 0);
size_t j;
for(j = 0; j < m_NumSetShipsAtt.size(); j++) {
att += Kosten[m_NumSetShipsAtt[j].Type] * m_NumSetShipsAtt[j].Num;
}
for(j = 0; j < m_NumSetShipsDef.size(); j++) {
def += Kosten[m_NumSetShipsDef[j].Type] * m_NumSetShipsDef[j].Num;
}
return;
}
Res CSpeedKernel::GetFleetWorth(vector<SItem> *Fleet) {
Res worth;
size_t j;
for(j = 0; j < Fleet->size(); j++) {
worth += Kosten[(*Fleet)[j].Type] * (*Fleet)[j].Num;
}
return worth;
}
bool CSpeedKernel::LoadLangFile(const char *langfile) {
if(!langfile) {
// init german strings
m_FleetNames[T_KT] = _T("Kleiner Transporter");
m_FleetNames[T_GT] = _T("Gro\xDF")_T("er Transporter");
m_FleetNames[T_LJ] = _T("Leichter J\xE4ger");
m_FleetNames[T_SJ] = _T("Schwerer J\xE4ger");
m_FleetNames[T_KREUZER] = _T("Kreuzer");
m_FleetNames[T_SS] = _T("Schlachtschiff");
m_FleetNames[T_SPIO] = _T("Spionagesonde");
m_FleetNames[T_KOLO] = _T("Kolonieschiff");
m_FleetNames[T_REC] = _T("Recycler");
m_FleetNames[T_BOMBER] = _T("Bomber");
m_FleetNames[T_SAT] = _T("Solarsatellit");
m_FleetNames[T_ZER] = _T("Zerst\xF6rer");
m_FleetNames[T_TS] = _T("Todesstern");
m_FleetNames[T_IC] = _T("Schlachtkreuzer");
m_FleetNames[T_RAK] = _T("Raketenwerfer");
m_FleetNames[T_LL] = _T("Leichtes Lasergesch\xFCtz");
m_FleetNames[T_SL] = _T("Schweres Lasergesch\xFCtz");
m_FleetNames[T_IONEN] = _T("Ionengesch\xFCtz");
m_FleetNames[T_GAUSS] = _T("Gau\xDF")_T("kanone");
m_FleetNames[T_PLASMA] = _T("Plasmawerfer");
m_FleetNames[T_KS] = _T("Kleine Schildkuppel");
m_FleetNames[T_GS] = _T("Gro\xDF")_T("e Schildkuppel");
m_FleetNames[T_END] = _T("Abfangrakete");
m_FleetNames[T_END + 1] = _T("Unbekannt");
m_altFleetNames[T_GT] = _T("Grosser Transporter");
m_altFleetNames[T_LJ] = _T("Leichter Jaeger");
m_altFleetNames[T_SJ] = _T("Schwerer Jaeger");
m_altFleetNames[T_SAT] = _T("Solar Satellit");
m_altFleetNames[T_ZER] = _T("Zerstoerer");
m_altFleetNames[T_LL] = _T("Leichtes Lasergeschuetz");
m_altFleetNames[T_SL] = _T("Schweres Lasergeschuetz");
m_altFleetNames[T_IONEN] = _T("Ionengeschuetz");
m_altFleetNames[T_GAUSS] = _T("Gausskanone");
m_altFleetNames[T_GS] = _T("Grosse Schildkuppel");
m_KBNames[T_KT] = _T("Kl.Trans");
m_KBNames[T_GT] = _T("Gr.Trans");
m_KBNames[T_LJ] = _T("L.J\xE4ger");
m_KBNames[T_SJ] = _T("S.J\xE4ger");
m_KBNames[T_KREUZER] = _T("Kreuzer");
m_KBNames[T_SS] = _T("Schlachts.");
m_KBNames[T_REC] = _T("Recy.");
m_KBNames[T_KOLO] = _T("Kol. Schiff.");
m_KBNames[T_SPIO] = _T("Spio.Sonde");
m_KBNames[T_BOMBER] = _T("Bomber");
m_KBNames[T_SAT] = _T("Sol. Sat");
m_KBNames[T_ZER] = _T("Zerst.");
m_KBNames[T_TS] = _T("Rip");
m_KBNames[T_IC] = _T("Schlachtkr.");
m_KBNames[T_RAK] = _T("Rak.");
m_KBNames[T_LL] = _T("L.Laser");
m_KBNames[T_SL] = _T("S.Laser");
m_KBNames[T_IONEN] = _T("Ion.W");
m_KBNames[T_GAUSS] = _T("Gau\xDF");
m_KBNames[T_PLASMA] = _T("Plasma");
m_KBNames[T_KS] = _T("S.Kuppel");
m_KBNames[T_GS] = _T("GS.Kuppel");
m_KBTitle = _T("Kampfbericht - SpeedSim v");
m_TechNames[0] = _T("Waffentechnik");
m_TechNames[1] = _T("Schildtechnik");
m_TechNames[2] = _T("Raumschiffpanzerung");
m_TechNames[3] = _T("Verbrennungstriebwerk");
m_TechNames[4] = _T("Impulstriebwerk");
m_TechNames[5] = _T("Hyperraumantrieb");
m_Ress[0] = _T("Metall");
m_Ress[1] = _T("Kristall");
m_Ress[2] = _T("Deuterium");
m_wrongRess[0] = _T("Metallmine");
m_wrongRess[1] = _T("Kristallmine");
m_wrongRess[2] = _T("Deuteriumsynthetisierer");
m_wrongRess2[0] = _T("Metallspeicher");
m_wrongRess2[1] = _T("Kristallspeicher");
m_wrongRess2[2] = _T("Deuteriumtank");
m_Spiostrings[0] = _T("auf ");
m_Spiostrings[1] = _T("] (");
m_Spiostrings[3] = _T("Mondbasis");
m_EspLimiter = _T("Spionageabwehr:");
m_EspTitles[0] = _T("Flotten");
m_EspTitles[1] = _T("Verteidigung");
m_EspTitles[2] = _T("Forschung");
m_Ovr[0] = _T("dem Planeten ");
m_Ovr[1] = _T("] Die Flotte");
m_TechPreString = _T("Stufe");
m_Attacker = _T("Angreifer");
m_Defender = _T("Verteidiger");
m_KBTable[0] = _T("Typ");
m_KBTable[1] = _T("Anz.");
m_KBTable[2] = _T("Bewaff.");
m_KBTable[3] = _T("Schilde");
m_KBTable[4] = _T("Hülle");
m_KBTechs[0] = _T("Waffen");
m_KBTechs[1] = _T("Schilde");
m_KBTechs[2] = _T("H\xFClle");
m_KBRoundStr[0] = _T("Die angreifende Flotte schießt insgesamt %d mal mit Gesamtstärke %.0f auf den Verteidiger");
m_KBRoundStr[1] = _T("Die Schilde des Verteidigers absorbieren %.0f Schadenspunkte");
m_KBRoundStr[2] = _T("Die verteidigende Flotte schießt insgesamt %d mal mit Gesamtstärke %.0f auf den Angreifer");
m_KBRoundStr[3] = _T("Die Schilde des Angreifers absorbieren %.0f Schadenspunkte");
m_KBResult[0] = _T("Der Angreifer hat die Schlacht gewonnen!");
m_KBResult[1] = _T("Der Verteidiger hat die Schlacht gewonnen!");
m_KBResult[2] = _T("Die Schlacht endet unentschieden. Beide Flotten ziehen sich auf ihre Heimatplaneten zurück.");
m_KBResult[3] = _T("Es kann kein Kampfergebnis ausgegeben werden, weil der Kampf noch gar nicht simuliert worden ist.");
m_KBResult[4] = _T("Das Ergebnis des Kampfes ist nicht exakt vorrauszusehen.");
m_KBResult[5] = _T("Er erbeutet %d Metall, %d Kristall und %d Deuterium");
m_KBResult[6] = _T("Der Angreifer gewinnt mit %.0f%% Wahrscheinlichkeit, der Verteidiger gewinnt zu %.0f%% Wahrscheinlichkeit.");
m_KBResult[7] = _T("Der Kampf geht zu %.0f%% Unentschieden aus.");
m_KBResult[8] = _T("Vernichtet");
m_KBLoss[0] = _T("Der Angreifer hat insgesamt %s Units + %s Deuterium verloren.");
m_KBLoss[1] = _T("Der Verteidiger hat insgesamt %s Units + %s Deuterium verloren.");
m_KBLoss[2] = _T("Auf diesen Raumkoordinaten liegen nun %s Metall und %s Kristall");
m_KBMoon = _T("Die Chance einer Mondentstehung beträgt %d%%");
// western european charset
#ifdef UNICODE
m_HTML_Charset = _T("utf-8");
#else
m_HTML_Charset = _T("ISO-8859-1");
#endif // UNICODE
m_BWTable[0] = _T("Minimal");
m_BWTable[1] = _T("Durchschnittlich");
m_BWTable[2] = _T("Maximal");
m_BWTable[3] = _T("Summe");
m_BWTable[4] = _T("Trümmerfeld");
m_BWTable[5] = _T("Schiff");
m_BWTable[6] = _T("Nach Wiederaufbau");
m_BWTable[7] = _T("Best");
m_BWTable[8] = _T("Worst");
m_BWLoss[0] = _T("Maximale und Minimale Verluste");
m_BWLoss[1] = _T("Wert der angreifenden Flotte:");
m_BWLoss[2] = _T("Wert der verteidigenden Flotte:");
m_BWLoss[3] = _T("Units");
m_BWTitle[0] = _T("Best/Worst Case Berechnung");
m_BWTitle[1] = _T("Best/Worst Case für Angreifer");
m_BWTitle[2] = _T("Best/Worst Case für Verteidiger");
m_Bilanzstrings[0] = _T("Bilanz für Angreifer und Verteidiger nach Kampf");
m_Bilanzstrings[1] = _T("Ohne Einsammeln des TF");
m_Bilanzstrings[2] = _T("Bei Einsammeln des halben TF");
m_Bilanzstrings[3] = _T("Bei Einsammeln des gesamten TF");
m_BracketNames = false;
SetParseOrder();
return true;
}
CIniFile iniFile(langfile);
// normal ship names
iniFile.GetStr(m_FleetNames[T_KT], _T("Fleet"), _T("KT"));
iniFile.GetStr(m_FleetNames[T_GT], _T("Fleet"), _T("GT"));
iniFile.GetStr(m_FleetNames[T_LJ], _T("Fleet"), _T("LJ"));
iniFile.GetStr(m_FleetNames[T_SJ], _T("Fleet"), _T("SJ"));
iniFile.GetStr(m_FleetNames[T_KREUZER], _T("Fleet"), _T("KR"));
iniFile.GetStr(m_FleetNames[T_SS], _T("Fleet"), _T("SS"));
iniFile.GetStr(m_FleetNames[T_SPIO], _T("Fleet"), _T("SPIO"));
iniFile.GetStr(m_FleetNames[T_KOLO], _T("Fleet"), _T("KOL"));
iniFile.GetStr(m_FleetNames[T_REC], _T("Fleet"), _T("REC"));
iniFile.GetStr(m_FleetNames[T_BOMBER], _T("Fleet"), _T("BOM"));
iniFile.GetStr(m_FleetNames[T_SAT], _T("Fleet"), _T("SAT"));
iniFile.GetStr(m_FleetNames[T_ZER], _T("Fleet"), _T("ZER"));
iniFile.GetStr(m_FleetNames[T_TS], _T("Fleet"), _T("TS"));
iniFile.GetStr(m_FleetNames[T_IC], _T("Fleet"), _T("IC"));
iniFile.GetStr(m_FleetNames[T_RAK], _T("Fleet"), _T("RAK"));
iniFile.GetStr(m_FleetNames[T_LL], _T("Fleet"), _T("LL"));
iniFile.GetStr(m_FleetNames[T_SL], _T("Fleet"), _T("SL"));
iniFile.GetStr(m_FleetNames[T_IONEN], _T("Fleet"), _T("IO"));
iniFile.GetStr(m_FleetNames[T_GAUSS], _T("Fleet"), _T("GAUSS"));
iniFile.GetStr(m_FleetNames[T_PLASMA], _T("Fleet"), _T("PLAS"));
iniFile.GetStr(m_FleetNames[T_KS], _T("Fleet"), _T("KS"));
iniFile.GetStr(m_FleetNames[T_GS], _T("Fleet"), _T("GS"));
iniFile.GetStr(m_FleetNames[T_END], _T("Fleet"), _T("ABM"));
iniFile.GetStr(m_FleetNames[T_END + 1], _T("Fleet"), _T("UNB"));
// alternative names
iniFile.GetStr(m_altFleetNames[T_KT], _T("AltFleet"), _T("KT2"));
iniFile.GetStr(m_altFleetNames[T_GT], _T("AltFleet"), _T("GT2"));
iniFile.GetStr(m_altFleetNames[T_LJ], _T("AltFleet"), _T("LJ2"));
iniFile.GetStr(m_altFleetNames[T_SJ], _T("AltFleet"), _T("SJ2"));
iniFile.GetStr(m_altFleetNames[T_KREUZER], _T("AltFleet"), _T("KR2"));
iniFile.GetStr(m_altFleetNames[T_SS], _T("AltFleet"), _T("SS2"));
iniFile.GetStr(m_altFleetNames[T_SPIO], _T("AltFleet"), _T("SPIO2"));
iniFile.GetStr(m_altFleetNames[T_KOLO], _T("AltFleet"), _T("KOL2"));
iniFile.GetStr(m_altFleetNames[T_REC], _T("AltFleet"), _T("REC2"));
iniFile.GetStr(m_altFleetNames[T_BOMBER], _T("AltFleet"), _T("BOM2"));
iniFile.GetStr(m_altFleetNames[T_SAT], _T("AltFleet"), _T("SAT2"));
iniFile.GetStr(m_altFleetNames[T_ZER], _T("AltFleet"), _T("ZER2"));
iniFile.GetStr(m_altFleetNames[T_TS], _T("AltFleet"), _T("TS2"));
iniFile.GetStr(m_altFleetNames[T_IC], _T("AltFleet"), _T("IC2"));
iniFile.GetStr(m_altFleetNames[T_RAK], _T("AltFleet"), _T("RAK2"));
iniFile.GetStr(m_altFleetNames[T_LL], _T("AltFleet"), _T("LL2"));
iniFile.GetStr(m_altFleetNames[T_SL], _T("AltFleet"), _T("SL2"));
iniFile.GetStr(m_altFleetNames[T_IONEN], _T("AltFleet"), _T("IO2"));
iniFile.GetStr(m_altFleetNames[T_GAUSS], _T("AltFleet"), _T("GAUSS2"));
iniFile.GetStr(m_altFleetNames[T_PLASMA], _T("AltFleet"), _T("PLAS2"));
iniFile.GetStr(m_altFleetNames[T_KS], _T("AltFleet"), _T("KS2"));
iniFile.GetStr(m_altFleetNames[T_GS], _T("AltFleet"), _T("GS2"));
iniFile.GetStr(m_altFleetNames[T_END], _T("Fleet"), _T("ABM2"));
// cr names
iniFile.GetStr(m_KBNames[T_KT], _T("KBNames"), _T("KB_KT"));
iniFile.GetStr(m_KBNames[T_GT], _T("KBNames"), _T("KB_GT"));
iniFile.GetStr(m_KBNames[T_LJ], _T("KBNames"), _T("KB_LJ"));
iniFile.GetStr(m_KBNames[T_SJ], _T("KBNames"), _T("KB_SJ"));
iniFile.GetStr(m_KBNames[T_KREUZER], _T("KBNames"), _T("KB_KR"));
iniFile.GetStr(m_KBNames[T_SS], _T("KBNames"), _T("KB_SS"));
iniFile.GetStr(m_KBNames[T_SPIO], _T("KBNames"), _T("KB_SPIO"));
iniFile.GetStr(m_KBNames[T_KOLO], _T("KBNames"), _T("KB_KOL"));
iniFile.GetStr(m_KBNames[T_REC], _T("KBNames"), _T("KB_REC"));
iniFile.GetStr(m_KBNames[T_BOMBER], _T("KBNames"), _T("KB_BOM"));
iniFile.GetStr(m_KBNames[T_SAT], _T("KBNames"), _T("KB_SAT"));
iniFile.GetStr(m_KBNames[T_ZER], _T("KBNames"), _T("KB_ZER"));
iniFile.GetStr(m_KBNames[T_TS], _T("KBNames"), _T("KB_TS"));
iniFile.GetStr(m_KBNames[T_IC], _T("KBNames"), _T("KB_IC"));
iniFile.GetStr(m_KBNames[T_RAK], _T("KBNames"), _T("KB_RAK"));
iniFile.GetStr(m_KBNames[T_LL], _T("KBNames"), _T("KB_LL"));
iniFile.GetStr(m_KBNames[T_SL], _T("KBNames"), _T("KB_SL"));
iniFile.GetStr(m_KBNames[T_IONEN], _T("KBNames"), _T("KB_IO"));
iniFile.GetStr(m_KBNames[T_GAUSS], _T("KBNames"), _T("KB_GAUSS"));
iniFile.GetStr(m_KBNames[T_PLASMA], _T("KBNames"), _T("KB_PLAS"));
iniFile.GetStr(m_KBNames[T_KS], _T("KBNames"), _T("KB_KS"));
iniFile.GetStr(m_KBNames[T_GS], _T("KBNames"), _T("KB_GS"));
// ress-stuff
iniFile.GetStr(m_Ress[0], _T("Ress"), _T("MET"));
iniFile.GetStr(m_Ress[1], _T("Ress"), _T("KRIS"));
iniFile.GetStr(m_Ress[2], _T("Ress"), _T("DEUT"));
iniFile.GetStr(m_wrongRess[0], _T("Ress"), _T("MET_M"));
iniFile.GetStr(m_wrongRess[1], _T("Ress"), _T("KRIS_M"));
iniFile.GetStr(m_wrongRess[2], _T("Ress"), _T("DEUT_M"));
iniFile.GetStr(m_wrongRess2[0], _T("Ress"), _T("MET_S"));
iniFile.GetStr(m_wrongRess2[1], _T("Ress"), _T("KRIS_S"));
iniFile.GetStr(m_wrongRess2[2], _T("Ress"), _T("DEUT_S"));
// Techs
iniFile.GetStr(m_TechNames[0], _T("Techs"), _T("WAFF"));
iniFile.GetStr(m_TechNames[1], _T("Techs"), _T("SCHILD"));
iniFile.GetStr(m_TechNames[2], _T("Techs"), _T("PANZ"));
// esp reading
iniFile.GetStr(m_Spiostrings[0], _T("ReadStrings"), _T("SPIO1"));
iniFile.GetStr(m_Spiostrings[1], _T("ReadStrings"), _T("SPIO2"));
// stop string
iniFile.GetStr(m_EspLimiter, _T("ReadStrings"), _T("ESP_END"));
// titles
iniFile.GetStr(m_EspTitles[0], _T("ReadStrings"), _T("ESP_FLEETS"));
iniFile.GetStr(m_EspTitles[1], _T("ReadStrings"), _T("ESP_DEF"));
iniFile.GetStr(m_EspTitles[2], _T("ReadStrings"), _T("ESP_RESEARCH"));
// lunar base
iniFile.GetStr(m_Spiostrings[3], _T("ReadStrings"), _T("LUNARBASE"));
// overview
iniFile.GetStr(m_Ovr[0], _T("ReadStrings"), _T("OVR1"));
iniFile.GetStr(m_Ovr[1], _T("ReadStrings"), _T("OVR2"));
iniFile.GetStr(m_Defense, _T("ReadStrings"), _T("DEFSTR"));
// Defense/Techs additional strings
iniFile.GetStr(m_TechPreString, _T("ReadStrings"), _T("TECHSTR"));
iniFile.GetStr(m_TechNames[3], _T("ReadStrings"), _T("ENGINE_COMB"));
iniFile.GetStr(m_TechNames[4], _T("ReadStrings"), _T("ENGINE_IMP"));
iniFile.GetStr(m_TechNames[5], _T("ReadStrings"), _T("ENGINE_HYP"));
iniFile.GetStr(m_Attacker, _T("General"), _T("ATT"));
iniFile.GetStr(m_Defender, _T("General"), _T("DEF"));
// combat report stuff
iniFile.GetStr(m_KBTable[0], _T("KBStuff"), _T("TYP"));
iniFile.GetStr(m_KBTable[1], _T("KBStuff"), _T("NUM"));
iniFile.GetStr(m_KBTable[2], _T("KBStuff"), _T("WEAP"));
iniFile.GetStr(m_KBTable[3], _T("KBStuff"), _T("SHIELD"));
iniFile.GetStr(m_KBTable[4], _T("KBStuff"), _T("HULL"));
iniFile.GetStr(m_KBTechs[0], _T("KBStuff"), _T("WEAP2"));
iniFile.GetStr(m_KBTechs[1], _T("KBStuff"), _T("SHIELD2"));
iniFile.GetStr(m_KBTechs[2], _T("KBStuff"), _T("HULL2"));
iniFile.GetStr(m_KBRoundStr[0], _T("KBStuff"), _T("ATT_SHOOTS"));
iniFile.GetStr(m_KBRoundStr[1], _T("KBStuff"), _T("DEF_ABSORBS"));
iniFile.GetStr(m_KBRoundStr[2], _T("KBStuff"), _T("DEF_SHOOTS"));
iniFile.GetStr(m_KBRoundStr[3], _T("KBStuff"), _T("ATT_ABSORBS"));
iniFile.GetStr(m_KBResult[0], _T("KBStuff"), _T("ATT_WON"));
iniFile.GetStr(m_KBResult[1], _T("KBStuff"), _T("DEF_WON"));
iniFile.GetStr(m_KBResult[2], _T("KBStuff"), _T("DRAW"));
iniFile.GetStr(m_KBResult[3], _T("KBStuff"), _T("NOSIM"));
iniFile.GetStr(m_KBResult[4], _T("KBStuff"), _T("NO_EXACT_RES"));
iniFile.GetStr(m_KBResult[5], _T("KBStuff"), _T("ATT_GET"));
iniFile.GetStr(m_KBResult[6], _T("KBStuff"), _T("LIKELIHOOD"));
iniFile.GetStr(m_KBResult[7], _T("KBStuff"), _T("LLH_DRAW"));
iniFile.GetStr(m_KBResult[8], _T("KBStuff"), _T("DESTROYED"));
iniFile.GetStr(m_KBLoss[0], _T("KBStuff"), _T("ATT_LOSS"));
iniFile.GetStr(m_KBLoss[1], _T("KBStuff"), _T("DEF_LOSS"));
iniFile.GetStr(m_KBLoss[2], _T("KBStuff"), _T("KB_TF"));
iniFile.GetStr(m_KBMoon, _T("KBStuff"), _T("MOON"));
iniFile.GetStr(m_KBTitle, _T("KBStuff"), _T("KBTITLE"));
#ifndef UNICODE
iniFile.GetStr(m_HTML_Charset, _T("KBStuff"), _T("CHARSET"));
if(m_HTML_Charset == _T(""))
m_HTML_Charset = _T("ISO-8859-1");
#endif
// BW-Case
iniFile.GetStr(m_BWTable[0], _T("BWCFile"), _T("MIN"));
iniFile.GetStr(m_BWTable[1], _T("BWCFile"), _T("AVRG"));
iniFile.GetStr(m_BWTable[2], _T("BWCFile"), _T("MAX"));
iniFile.GetStr(m_BWTable[3], _T("BWCFile"), _T("SUM"));
iniFile.GetStr(m_BWTable[4], _T("BWCFile"), _T("BW_TF"));
iniFile.GetStr(m_BWTable[5], _T("BWCFile"), _T("SHIP"));
iniFile.GetStr(m_BWTable[6], _T("BWCFile"), _T("AFTERREBUILD"));
iniFile.GetStr(m_BWTable[7], _T("BWCFile"), _T("BESTCASE"));
iniFile.GetStr(m_BWTable[8], _T("BWCFile"), _T("WORSTCASE"));
iniFile.GetStr(m_BWLoss[0], _T("BWCFile"), _T("MAXMIN_LOSS"));
iniFile.GetStr(m_BWLoss[1], _T("BWCFile"), _T("WORTH_ATT"));
iniFile.GetStr(m_BWLoss[2], _T("BWCFile"), _T("WORTH_DEF"));
iniFile.GetStr(m_BWLoss[3], _T("BWCFile"), _T("UNITS"));
iniFile.GetStr(m_BWTitle[0], _T("BWCFile"), _T("BW_TITLE"));
iniFile.GetStr(m_BWTitle[1], _T("BWCFile"), _T("BW_TITLEATT"));
iniFile.GetStr(m_BWTitle[2], _T("BWCFile"), _T("BW_TITLEDEF"));
// balance
iniFile.GetStr(m_Bilanzstrings[0], _T("BAL"), _T("TITLE2"));
iniFile.GetStr(m_Bilanzstrings[1], _T("BAL"), _T("T1"));
iniFile.GetStr(m_Bilanzstrings[2], _T("BAL"), _T("T2"));
iniFile.GetStr(m_Bilanzstrings[3], _T("BAL"), _T("T3"));
long i = 0;
iniFile.GetLong(i, _T("ReadStrings"), _T("BRACKET_NAMES"));
if(i)
m_BracketNames = true;
SetParseOrder();
return true;
}
bool CSpeedKernel::LoadRFFile(char *RFFile)
{
genstring s;
int i, j;
CIniFile iniFile(RFFile);
for(i = 0; i < T_END; i++)
{
for(j = 0; j < T_END; j++)
m_RF[i][j] = 10000;
}
for(i = 0; i < T_END; i++)
{
for(j = 0; j < T_END; j++)
{
long n;
if(iniFile.GetLong(n, m_IniFleetNames[i], m_IniFleetNames[j]))
m_RF[i][j] = 9999 - RFPERC(n);
}
}
for(i = 0; i < T_END; i++)
{
for(j = 0; j < T_END; j++)
{
if(m_RF[i][j] > 10000 || m_RF[i][j] <= 0)
m_RF[i][j] = 10000;
}
}
return true;