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Modernize FF7Char, Resolve #42
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@sithlord48
sithlord48 committed Dec 21, 2018
1 parent 7b07c96 commit 2e49034
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Showing 3 changed files with 549 additions and 432 deletions.
266 changes: 166 additions & 100 deletions src/data/FF7Char.cpp
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Original file line number Diff line number Diff line change
@@ -1,5 +1,5 @@
/****************************************************************************/
// copyright 2012 - 2016 Chris Rizzitello <sithlord48@gmail.com> //
// copyright 2012 - 2018 Chris Rizzitello <sithlord48@gmail.com> //
// //
// This file is part of FF7tk //
// //
Expand All @@ -17,110 +17,176 @@
#include "FF7Char.h"
#include <QCoreApplication>

FF7Char::FF7Char(){}
quint8 FF7Char::id(int who){return Chars[who]._id;}
int FF7Char::weaponStartingId(int who){return Chars[who]._starting_weapon_id;}
int FF7Char::weaponOffset(int who){return Chars[who]._weapon_offset;}
int FF7Char::numberOfWeapons(int who){return Chars[who]._num_weapons;}
QPixmap FF7Char::pixmap(int who){if(who>=0x00 && who<0x0B){return QPixmap(Chars[who]._avatarString);} else{return QPixmap();}}
QImage FF7Char::image(int who) {if(who>=0x00 && who<0x0B){return QImage(Chars[who]._avatarString);} else{return QImage();}}
QIcon FF7Char::icon(int who){return QIcon(pixmap(who));}
quint32 FF7Char::totalExpForLevel(int who,int level){return Chars[who]._charlvls[level];}
quint32 FF7Char::tnlForLevel(int who,int level){return Chars[who]._chartnls[level];}
quint8 FF7Char::stat_grade(int who,int stat){return Chars[who]._stat_grade[stat];}
int FF7Char::mp_base(int who,int lvl_bracket){return Chars[who]._mp_base[lvl_bracket];}
quint8 FF7Char::mp_gradent (int who, int lvl_bracket){return Chars[who]._mp_gradent[lvl_bracket];}
int FF7Char::hp_base(int who,int lvl_bracket){return Chars[who]._hp_base[lvl_bracket];}
quint8 FF7Char::hp_gradent (int who, int lvl_bracket){return Chars[who]._hp_gradent[lvl_bracket];}
int FF7Char::luck_base(int who,int lvl_bracket){return Chars[who]._luck_base[lvl_bracket];}
quint8 FF7Char::luck_gradent (int who, int lvl_bracket){return Chars[who]._luck_gradent[lvl_bracket];}
quint8 FF7Char::stat_base (int rank,int lvl_bracket){return _stat_base[rank][lvl_bracket];}
quint8 FF7Char::stat_gradent (int rank,int lvl_bracket){return _stat_gradent[rank][lvl_bracket];}
const FF7Char::Character& FF7Char::character(int who)
{
if(who >= 0 && who <= _charData.size() -1) {
return _charData.at(who);
}
return _emptyChar;
}

quint32 FF7Char::totalExpForLevel(int who, int level)
{
level = std::clamp(level, 0, character(who)._charlvls.size() -1);
return character(who)._charlvls.at(level);
}

quint32 FF7Char::tnlForLevel(int who, int level)
{
level = std::clamp(level, 0, character(who)._charlvls.size() -1);
return character(who)._chartnls.at(level);
}

QString FF7Char::defaultName(int who){return qApp->translate("Char_Names",Chars[who]._def_name.toLocal8Bit());}
QString FF7Char::defaultName(int who)
{
who = std::clamp(who, 0, 10);
return qApp->translate(_nameGroup.toLocal8Bit(), _charData.at(who)._def_name.toLocal8Bit());
}

QStringList FF7Char::limits(int who)
{
QStringList translated_list;
for(int j=0;j<Chars[who]._limits.count();j++)
{
translated_list.append(qApp->translate("Char_Limits", Chars[who]._limits.at(j).toLocal8Bit()));
}
return translated_list;
who = std::clamp(who, 0, 10);
QStringList translated_list;
for (const QString &limit : qAsConst(_charData.at(who)._limits)) {
translated_list.append(qApp->translate(_limitGroup.toLocal8Bit(), limit.toLocal8Bit()));
}
return translated_list;
}
int FF7Char::limitBitConvert(int bit)
{
bit = std::clamp(bit, 0, 7);
return _limitbitarray.at(bit);
}

int FF7Char::statGain(int who,int stat, int stat_amount, int current_lvl, int next_lvl)
int FF7Char::statGain(int who, int stat, int stat_amount, int current_lvl, int next_lvl)
{
int gain=0;//return this
int diff=0; //holds our dif
int lvl_bracket=0; //track what bracket in the gradent/base were looking at.
//0:str; 1:vit; 2:mag; 3:spi; 4:dex; 5:luck; 6:hp; 7:mp
int baseline_stat=0; // holds our baseline_stat calculation.
//first find out the level bracket
if(stat_amount==0){stat_amount = 1;}
if(next_lvl>=2 && next_lvl<=11){lvl_bracket=0;}
else if(next_lvl>=12 && next_lvl<=21){lvl_bracket=1;}
else if(next_lvl>=22 && next_lvl<=31){lvl_bracket=2;}
else if(next_lvl>=32 && next_lvl<=41){lvl_bracket=3;}
else if(next_lvl>=42 && next_lvl<=51){lvl_bracket=4;}
else if(next_lvl>=52 && next_lvl<=61){lvl_bracket=5;}
else if(next_lvl>=62 && next_lvl<=81){lvl_bracket=6;}
else if(next_lvl>=82 && next_lvl<=99){lvl_bracket=7;}
//calculate the baseline to use.
if(stat<5)
{//calculating str,vit,mag,spi or dex
int grade = stat_grade(who,stat);
baseline_stat = stat_base(grade,lvl_bracket)+((stat_gradent(grade,lvl_bracket)*next_lvl)/100);
}
else if(stat==5){baseline_stat = luck_base(who,lvl_bracket)+((luck_gradent(who,lvl_bracket))/100);}//
else if(stat==6){baseline_stat = hp_base(who,lvl_bracket) + (next_lvl -1) * hp_gradent(who,lvl_bracket);}
else if(stat==7){baseline_stat = mp_base(who,lvl_bracket) + ((next_lvl -1) * mp_gradent(who,lvl_bracket)/10);}
//now calc the diff, so we can send back a gain based on type
if(stat<6)
{//str, vit,mag, spr,dex or luck all calculated the same
//Vegeta_Ss4 lv down mod
if(current_lvl < next_lvl) {diff = ((qrand() %8)+1) + (baseline_stat - stat_amount);}//is lv up
else {diff = ((qrand() %8)+1) - baseline_stat + stat_amount;}//lv down
if(diff<4){gain=0;}
else if(diff<7){gain=1;}
else if(diff<10){gain=2;}
else {gain=3;}
}
else if(stat==6)
{// Base HP Gain
//Vegeta_Ss4 lv down mod
if(current_lvl < next_lvl){diff = ((qrand()%8)+1) + (100* baseline_stat/stat_amount)-100;}//is lv up
else if (baseline_stat != 0){diff = ((qrand()%8)+1) + (100* stat_amount/baseline_stat)-100;}//lv down
if(diff==0){gain = hp_gradent(who,lvl_bracket)*0.40;}
else if (diff==1){gain = hp_gradent(who,lvl_bracket)*.50;}
else if (diff==2){gain = hp_gradent(who,lvl_bracket)*.50;}
else if (diff==3){gain = hp_gradent(who,lvl_bracket)*.60;}
else if (diff==4){gain = hp_gradent(who,lvl_bracket)*.70;}
else if (diff==5){gain = hp_gradent(who,lvl_bracket)*.80;}
else if (diff==6){gain = hp_gradent(who,lvl_bracket)*.90;}
else if (diff==7){gain = hp_gradent(who,lvl_bracket)*1.00;}
else if (diff==8){gain = hp_gradent(who,lvl_bracket)*1.10;}
else if (diff==9){gain = hp_gradent(who,lvl_bracket)*1.20;}
else if (diff==10){gain = hp_gradent(who,lvl_bracket)*1.30;}
else if (diff>=11){gain = hp_gradent(who,lvl_bracket)*1.50;}
}
else if(stat==7)
{// Base MP Gain
//Vegeta_Ss4 lv down mod
if(current_lvl < next_lvl) {diff = ((qrand()%8)+1) + (100* baseline_stat/stat_amount)-100;}//is lv up
else if (baseline_stat != 0){diff = ((qrand()%8)+1) + (100* stat_amount/baseline_stat)-100;}//lv down
if(diff ==0){gain = ((next_lvl*mp_gradent(who,lvl_bracket)/10)-((next_lvl-1)*mp_gradent(who,lvl_bracket)/10))*0.20;}
else if (diff==1){gain = ((next_lvl*mp_gradent(who,lvl_bracket)/10)-((next_lvl-1)*mp_gradent(who,lvl_bracket)/10))*.30;}
else if (diff==2){gain = ((next_lvl*mp_gradent(who,lvl_bracket)/10)-((next_lvl-1)*mp_gradent(who,lvl_bracket)/10))*.30;}
else if (diff==3){gain = ((next_lvl*mp_gradent(who,lvl_bracket)/10)-((next_lvl-1)*mp_gradent(who,lvl_bracket)/10))*.50;}
else if (diff==4){gain = ((next_lvl*mp_gradent(who,lvl_bracket)/10)-((next_lvl-1)*mp_gradent(who,lvl_bracket)/10))*.70;}
else if (diff==5){gain = ((next_lvl*mp_gradent(who,lvl_bracket)/10)-((next_lvl-1)*mp_gradent(who,lvl_bracket)/10))*.80;}
else if (diff==6){gain = ((next_lvl*mp_gradent(who,lvl_bracket)/10)-((next_lvl-1)*mp_gradent(who,lvl_bracket)/10))*.90;}
else if (diff==7){gain = ((next_lvl*mp_gradent(who,lvl_bracket)/10)-((next_lvl-1)*mp_gradent(who,lvl_bracket)/10))*1.00;}
else if (diff==8){gain = ((next_lvl*mp_gradent(who,lvl_bracket)/10)-((next_lvl-1)*mp_gradent(who,lvl_bracket)/10))*1.10;}
else if (diff==9){gain = ((next_lvl*mp_gradent(who,lvl_bracket)/10)-((next_lvl-1)*mp_gradent(who,lvl_bracket)/10))*1.20;}
else if (diff==10){gain = ((next_lvl*mp_gradent(who,lvl_bracket)/10)-((next_lvl-1)*mp_gradent(who,lvl_bracket)/10))*1.40;}
else if (diff>=11){gain = ((next_lvl*mp_gradent(who,lvl_bracket)/10)-((next_lvl-1)*mp_gradent(who,lvl_bracket)/10))*1.60;}
}
return gain;
who = std::clamp(who, 0, 10);
stat = std::clamp(stat, 0, 7);
stat_amount = std::clamp(stat_amount, 0, 255);
current_lvl = std::clamp(current_lvl, 0, 99);
next_lvl = std::clamp(next_lvl, 0, 99);
int gain = 0; //return this
int diff = 0; //holds our dif
int lvl_bracket = 0; //track what bracket in the gradent/base were looking at.
//0:str; 1:vit; 2:mag; 3:spi; 4:dex; 5:luck; 6:hp; 7:mp
int baseline_stat = 0; // holds our baseline_stat calculation.
//first find out the level bracket
if (stat_amount == 0) {
stat_amount = 1;
}
if (next_lvl >= 2 && next_lvl <= 11) {
lvl_bracket = 0;
} else if (next_lvl >= 12 && next_lvl <= 21) {
lvl_bracket = 1;
} else if (next_lvl >= 22 && next_lvl <= 31) {
lvl_bracket = 2;
} else if (next_lvl >= 32 && next_lvl <= 41) {
lvl_bracket = 3;
} else if (next_lvl >= 42 && next_lvl <= 51) {
lvl_bracket = 4;
} else if (next_lvl >= 52 && next_lvl <= 61) {
lvl_bracket = 5;
} else if (next_lvl >= 62 && next_lvl <= 81) {
lvl_bracket = 6;
} else if (next_lvl >= 82 && next_lvl <= 99) {
lvl_bracket = 7;
}
//calculate the baseline to use.
if (stat < 5) {
//calculating str,vit,mag,spi or dex
int grade = stat_grade(who, stat);
baseline_stat = stat_base(grade, lvl_bracket) + ((stat_gradent(grade, lvl_bracket) * next_lvl) / 100);
} else if (stat == 5) {
baseline_stat = luck_base(who, lvl_bracket) + ((luck_gradent(who, lvl_bracket)) / 100); //
} else if (stat == 6) {
baseline_stat = hp_base(who, lvl_bracket) + (next_lvl - 1) * hp_gradent(who, lvl_bracket);
} else if (stat == 7) {
baseline_stat = mp_base(who, lvl_bracket) + ((next_lvl - 1) * mp_gradent(who, lvl_bracket) / 10);
}
//now calc the diff, so we can send back a gain based on type
if (stat < 6) {
//str, vit,mag, spr,dex or luck all calculated the same
//Vegeta_Ss4 lv down mod
if (current_lvl < next_lvl) {
diff = ((qrand() % 8) + 1) + (baseline_stat - stat_amount); //is lv up
} else {
diff = ((qrand() % 8) + 1) - baseline_stat + stat_amount; //lv down
}
if (diff < 4) {
gain = 0;
} else if (diff < 7) {
gain = 1;
} else if (diff < 10) {
gain = 2;
} else {
gain = 3;
}
} else if (stat == 6) {
// Base HP Gain
//Vegeta_Ss4 lv down mod
if (current_lvl < next_lvl) {
diff = ((qrand() % 8) + 1) + (100 * baseline_stat / stat_amount) - 100; //is lv up
} else if (baseline_stat != 0) {
diff = ((qrand() % 8) + 1) + (100 * stat_amount / baseline_stat) - 100; //lv down
}
if (diff == 0) {
gain = int(hp_gradent(who, lvl_bracket) * 0.40);
} else if (diff == 1) {
gain = int(hp_gradent(who, lvl_bracket) * .50);
} else if (diff == 2) {
gain = int(hp_gradent(who, lvl_bracket) * .50);
} else if (diff == 3) {
gain = int(hp_gradent(who, lvl_bracket) * .60);
} else if (diff == 4) {
gain = int(hp_gradent(who, lvl_bracket) * .70);
} else if (diff == 5) {
gain = int(hp_gradent(who, lvl_bracket) * .80);
} else if (diff == 6) {
gain = int(hp_gradent(who, lvl_bracket) * .90);
} else if (diff == 7) {
gain = int(hp_gradent(who, lvl_bracket) * 1.00);
} else if (diff == 8) {
gain = int(hp_gradent(who, lvl_bracket) * 1.10);
} else if (diff == 9) {
gain = int(hp_gradent(who, lvl_bracket) * 1.20);
} else if (diff == 10) {
gain = int(hp_gradent(who, lvl_bracket) * 1.30);
} else if (diff >= 11) {
gain = int(hp_gradent(who, lvl_bracket) * 1.50);
}
} else if (stat == 7) {
// Base MP Gain
//Vegeta_Ss4 lv down mod
if (current_lvl < next_lvl) {
diff = ((qrand() % 8) + 1) + (100 * baseline_stat / stat_amount) - 100; //is lv up
} else if (baseline_stat != 0) {
diff = ((qrand() % 8) + 1) + (100 * stat_amount / baseline_stat) - 100; //lv down
}
if (diff == 0) {
gain = int(((next_lvl * mp_gradent(who, lvl_bracket) / 10) - ((next_lvl - 1) * mp_gradent(who, lvl_bracket) / 10)) * 0.20);
} else if (diff == 1) {
gain = int(((next_lvl * mp_gradent(who, lvl_bracket) / 10) - ((next_lvl - 1) * mp_gradent(who, lvl_bracket) / 10)) * .30);
} else if (diff == 2) {
gain = int(((next_lvl * mp_gradent(who, lvl_bracket) / 10) - ((next_lvl - 1) * mp_gradent(who, lvl_bracket) / 10)) * .30);
} else if (diff == 3) {
gain = int(((next_lvl * mp_gradent(who, lvl_bracket) / 10) - ((next_lvl - 1) * mp_gradent(who, lvl_bracket) / 10)) * .50);
} else if (diff == 4) {
gain = int(((next_lvl * mp_gradent(who, lvl_bracket) / 10) - ((next_lvl - 1) * mp_gradent(who, lvl_bracket) / 10)) * .70);
} else if (diff == 5) {
gain = int(((next_lvl * mp_gradent(who, lvl_bracket) / 10) - ((next_lvl - 1) * mp_gradent(who, lvl_bracket) / 10)) * .80);
} else if (diff == 6) {
gain = int(((next_lvl * mp_gradent(who, lvl_bracket) / 10) - ((next_lvl - 1) * mp_gradent(who, lvl_bracket) / 10)) * .90);
} else if (diff == 7) {
gain = int(((next_lvl * mp_gradent(who, lvl_bracket) / 10) - ((next_lvl - 1) * mp_gradent(who, lvl_bracket) / 10)) * 1.00);
} else if (diff == 8) {
gain = int(((next_lvl * mp_gradent(who, lvl_bracket) / 10) - ((next_lvl - 1) * mp_gradent(who, lvl_bracket) / 10)) * 1.10);
} else if (diff == 9) {
gain = int(((next_lvl * mp_gradent(who, lvl_bracket) / 10) - ((next_lvl - 1) * mp_gradent(who, lvl_bracket) / 10)) * 1.20);
} else if (diff == 10) {
gain = int(((next_lvl * mp_gradent(who, lvl_bracket) / 10) - ((next_lvl - 1) * mp_gradent(who, lvl_bracket) / 10)) * 1.40);
} else if (diff >= 11) {
gain = int(((next_lvl * mp_gradent(who, lvl_bracket) / 10) - ((next_lvl - 1) * mp_gradent(who, lvl_bracket) / 10)) * 1.60);
}
}
return gain;
}
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