public static string getText2(byte[] buffer, int index) //int address) //Dark Dawn
{
System.Text.StringBuilder strbuild = new StringBuilder(0x200);
//int addr2 = Bits.getInt32(buffer, address) + 0x220B80;
int addr2 = Bits.getInt32(buffer, 0x220B80 + index * 4) + 0x220B80;
int length = 2000; int pos = addr2 & 0xFFFFFF;
//MessageBox.Show(addr2.ToString("x8"));
while (length-- > 0)
{
int c = Bits.getInt16(buffer, pos); pos += 2;
if (c == 0)
{
break;
}
if ((c < 0x100) && (c > 0xF))
{
strbuild.Append((char)c);
}
else
{
strbuild.Append("[" + c.ToString("X4") + "]");
}
}
return(strbuild.ToString());
}
//Random Encounters
private void initRandEnctrs()
{
Table_Manager tm = new Table_Manager();
tm.setTable(test.rom, 0xEDACC, 0x1C);
tm.setPanel(tabControl1.SelectedTab); //tabPage8);
tabPage8.Text = "Encounters";
List <int> items = new List <int>();
//ListBox lstb = tm.doTableListbox();
for (int ind3 = 0; ind3 < 0x6E; ind3++)
{
int ind2 = Bits.getInt16(test.rom, 0xEDACC + 4 + ind3 * 0x1C);
int ind = Bits.getInt16(test.rom, 0x12CE7C + ind2 * 0x18);
//StringBuilder str = new StringBuilder(0x200);
//str.Append((ind3).ToString().PadLeft(3, ' ') + "|");
//items.Add((ind3).ToString().PadLeft(3, ' ') + "|" + getTextStrShort(1068 + ind));
items.Add(1068 + ind);
}
tm.doTableListbox(txt, items); //items);
int pnlx = tabPage8.Width / 2 - 150 + 100 + 25;
int pnly = tabPage8.Height / 2 - 125;
tm.doLabel(pnlx, pnly, "Frequency");
tm.doNud(pnlx, pnly + 20, 0, 16);
tm.doLabel(pnlx + 200, pnly, "Target Level");
tm.doNud(pnlx + 200, pnly + 20, 2, 16);
tm.doLabel(pnlx, pnly + 60, "Group");
tm.doLabel(pnlx + 200, pnly + 60, "Rate");
String[] enGroups = new String[660];
for (int ind2 = 0; ind2 < 660; ind2++)
{
enGroups[ind2] = ind2.ToString().PadLeft(3, ' ') + "|" + Bits.getTextShort(txt, 1068 + Bits.getInt16(test.rom, 0x12CE7C + ind2 * 0x18));
}
tm.doCombo(pnlx, pnly + 80, Bits.textToBytes(enGroups), Bits.numList(660), 4, 16);
tm.doCombo(pnlx, pnly + 100, Bits.textToBytes(enGroups), Bits.numList(660), 6, 16);
tm.doCombo(pnlx, pnly + 120, Bits.textToBytes(enGroups), Bits.numList(660), 8, 16);
tm.doCombo(pnlx, pnly + 140, Bits.textToBytes(enGroups), Bits.numList(660), 10, 16);
tm.doCombo(pnlx, pnly + 160, Bits.textToBytes(enGroups), Bits.numList(660), 12, 16);
tm.doCombo(pnlx, pnly + 180, Bits.textToBytes(enGroups), Bits.numList(660), 14, 16);
tm.doCombo(pnlx, pnly + 200, Bits.textToBytes(enGroups), Bits.numList(660), 16, 16);
tm.doCombo(pnlx, pnly + 220, Bits.textToBytes(enGroups), Bits.numList(660), 18, 16);
tm.doNud(pnlx + 200, pnly + 80, 20, 8);
tm.doNud(pnlx + 200, pnly + 100, 21, 8);
tm.doNud(pnlx + 200, pnly + 120, 22, 8);
tm.doNud(pnlx + 200, pnly + 140, 23, 8);
tm.doNud(pnlx + 200, pnly + 160, 24, 8);
tm.doNud(pnlx + 200, pnly + 180, 25, 8);
tm.doNud(pnlx + 200, pnly + 200, 26, 8);
tm.doNud(pnlx + 200, pnly + 220, 27, 8);
//lstb.SelectedIndex = 0;
}
//0x16E
void getText(System.Text.StringBuilder strbuild, byte[] buffer, int address)
{
int addr2 = Bits.getInt32(buffer, address);
int length = 2000; int pos = addr2 & 0xFFFFFF;
//MessageBox.Show(addr2.ToString("x8"));
while (length-- > 0)
{
int c = Bits.getInt16(buffer, pos); pos += 2;
if (c == 0)
{
break;
}
if ((c < 0x100) && (c > 0xF))
{
strbuild.Append((char)c);
}
else
{
strbuild.Append("[" + c.ToString("X4") + "]");
}
}
}
void drawStringI(string text, int[] bmpdata, int x, int y)
{
//MessageBox.Show(((byte)text[1]).ToString());
//0805A4E0 = Italics font
byte[] rom = Globals.mainForm.rom;
for (int stri = 0; stri < text.Length; stri++)
{
int chri = (byte)text[stri] - 0x20;
for (int yi = 0; yi < 14; yi++)
{
int row = Bits.getInt16(rom, 0x5A4E0 + (chri * 0x20) + 2 + (yi * 2));
for (int xi = 0; xi < 14; xi++)
{
if ((row & 0x8000) != 0)
{
bmpdata[(y + yi) * scnw + (x + xi)] = 0xF8F8F8;
bmpdata[(y + yi + 1) * scnw + (x + xi + 1)] = 0;
}
row <<= 1;
}
}
x += Bits.getInt16(rom, 0x5A4E0 + (chri * 0x20));
}
}
static public byte[] decompTextOld(byte[] src)
{
DateTime c = DateTime.Now;
int asmpchar = Bits.getInt32(src, 0x38578) - 0x8000000;
int asmptext = Bits.getInt32(src, 0x385DC) - 0x8000000;
int chardata = Bits.getInt32(src, asmpchar) - 0x08000000;
int charpntrs = Bits.getInt32(src, asmpchar + 4) - 0x08000000;
byte[] des = new byte[0x800000]; int desEntry = 0, desPos = 0xC300;
for (int srcI = 0; srcI < 12461; srcI++)
{
Bits.setInt32(des, desEntry, desPos - 0xC300); desEntry += 4;
int srcInd = srcI;
int textTree = Bits.getInt32(src, asmptext + ((srcInd >> 8) << 3)) - 0x08000000;
int textLenAddr = Bits.getInt32(src, asmptext + ((srcInd >> 8) << 3) + 4) - 0x08000000;
srcInd &= 0xFF;
while (srcInd-- != 0)
{
int cLen;
do
{
cLen = src[textLenAddr++];
textTree += cLen;
} while (cLen == 0xFF);
}
int initChar = 0;
textTree <<= 3;
do
{
int charTree = (chardata + Bits.getInt16(src, charpntrs + (initChar << 1))) << 3;
int charSlot = charTree - 12;
while (((src[charTree >> 3] >> (charTree++ & 7)) & 1) == 0)
{
if (((src[textTree >> 3] >> (textTree++ & 7)) & 1) == 1)
{
int depth = 0;
while (depth >= 0)
{
while (((src[charTree >> 3] >> (charTree++ & 7)) & 1) == 0)
{
depth++;
}
charSlot -= 12;
depth--;
}
}
}
initChar = (Bits.getInt16(src, charSlot >> 3) >> (charSlot & 7)) & 0xFFF;
des[desPos++] = (byte)initChar;
//do {
// n=getNextCharacter(argument0)
// if n!=0 {
// if (n<32 || n>ord('~')) {
// if argument2
// { str+='['+string(n)+']'; }
// if argument3 && (n==1 || n==3) && (p<17 || p>20) && p!=26 && p!=29
// { n=0 }
// } else { str+=chr(n); }
// }
// p=n
//} until n=0
} while (initChar != 0);
}
Console.WriteLine(DateTime.Now - c + " (Old Text Decompression)");
return(des);
}
static public byte[] decompText(byte[] src) //, int srcInd) { // int srcPos) {
//return decompTextOld(src);
{
DateTime c = DateTime.Now;
int[] bitcode = new int[0x10000];
byte[] bitLen = new byte[0x10000];
short[] bitChar = new short[0x10000];
//Scan char data to generate data for faster decompression than old method.
int asmpchar = Bits.getInt32(src, 0x38578) - 0x8000000;
int asmptext = Bits.getInt32(src, 0x385DC) - 0x8000000;
int chardata = Bits.getInt32(src, asmpchar) - 0x08000000;
int charpntrs = Bits.getInt32(src, asmpchar + 4) - 0x08000000;
for (int char1 = 0; char1 < 0x100; char1++)
{
if (charpntrs == asmpchar)
{
break;
}
if (Bits.getInt16(src, charpntrs) == 0x8000)
{
charpntrs += 2; continue;
}
int charTree = (chardata + Bits.getInt16(src, charpntrs)) << 3; charpntrs += 2;
int charSlot = charTree - 12;
byte bits = 0; int bitC = 0; int entry = (char1 << 8);
do
{
while (((src[charTree >> 3] >> (charTree++ & 7)) & 1) == 0)
{
bits++;
}
bitChar[entry] = (short)((Bits.getInt16(src, charSlot >> 3) >> (charSlot & 7)) & 0xFFF); charSlot -= 12;
bitLen[entry] = bits; if (bits >= 24)
{
return(decompTextOld(src));
}
bitcode[entry] = bitC;
while (((bitC >> (bits - 1)) & 1) == 1)
{
bits -= 1; bitC ^= 1 << bits;
}
bitC |= 1 << (bits - 1);
entry += 1;
} while (bits > 0);
}
//Console.WriteLine(DateTime.Now - c);
//c = DateTime.Now;
int textTree = 0, textLenAddr = 0;
byte[] des = new byte[0x800000]; int desEntry = 0, desPos = 0xC300;
for (int srcI = 0; srcI < 12461; srcI++)
{
Bits.setInt32(des, desEntry, desPos - 0xC300); desEntry += 4;
int srcInd = srcI;
if ((srcInd & 0xFF) == 0)
{
textTree = Bits.getInt32(src, asmptext + ((srcInd >> 8) << 3)) - 0x08000000;
textLenAddr = Bits.getInt32(src, asmptext + ((srcInd >> 8) << 3) + 4) - 0x08000000;
}
else
{
int cLen;
do
{
cLen = src[textLenAddr++];
textTree += cLen;
} while (cLen == 0xFF);
}
int initChar = 0, bitnum = 0, val = 0, textTree2 = textTree;
do
{
while (bitnum < 24)
{
val |= (int)src[textTree2++] << bitnum; bitnum += 8;
}
int entry = initChar << 8;
while ((val & ((1 << bitLen[entry]) - 1)) != bitcode[entry])
{
entry++;
}
initChar = bitChar[entry]; val >>= bitLen[entry]; bitnum -= bitLen[entry];
des[desPos++] = (byte)initChar;
//if (desPos >= 0x10000) { break; }
} while (initChar != 0);
}
Console.WriteLine(DateTime.Now - c + " (Text Decompression)");
return(des);
}
public void initForgeTable()
{
Table_Manager tm = new Table_Manager();
tm.setTable(test.rom, 0x10CC34, 0x24);
tm.setPanel(tabControl1.SelectedTab); //tabPage6);
tabPage6.Text = "Forge";
//ListBox lstb = tm.doTableListbox();
////607
int ind3 = 0;
List <int> items = new List <int>();
while (true) //for (int ind3 = 0; ind3 < 0x14; ind3++)
{
//int ind2 = Bits.getInt16(test.rom, 0xEDACC + 4 + ind3 * 0x1C);
int ind = Bits.getInt16(test.rom, 0x10CC34 + ind3 * 0x24);
if (ind == 0xFFFF)
{
break;
}
//StringBuilder str = new StringBuilder(0x200);
//str.Append((ind3).ToString().PadLeft(3, ' ') + "|");
//items.Add((ind3).ToString().PadLeft(3, ' ') + "|" + getTextStrShort(607 + ind));
items.Add(607 + ind);
ind3++;
}
tm.doTableListbox(txt, items); // items);
String[] itemNames = new String[461];
for (int ind2 = 0; ind2 < 461; ind2++)
{
itemNames[ind2] = ind2.ToString().PadLeft(3, ' ') + "|" + Bits.getTextShort(txt, 607 + ind2);
}
int pnlx = tabPage8.Width / 2 - 150 + 100 + 25;
int pnly = tabPage8.Height / 2 - 125;
Label fi = tm.doLabel(pnlx, pnly, "Forgeable Item");
//fi.Width = 200;
tm.doCombo(pnlx, pnly + 20, Bits.textToBytes(itemNames), Bits.numList(461), 0, 16);
tm.doLabel(pnlx + 200, pnly, "Just text?");
String[] text = { "Processed", "Rusted" };
tm.doCombo(pnlx + 200, pnly + 20, Bits.textToBytes(text), Bits.numList(2), 2, 16);
//fi.Width = 200;
//tm.doNud(pnlx+ 200, pnly + 20, 2, 16);
tm.doLabel(pnlx, pnly + 60, "Item");
tm.doLabel(pnlx + 200, pnly + 60, "Rate");
tm.doCombo(pnlx, pnly + 80, Bits.textToBytes(itemNames), Bits.numList(461), 4, 16);
tm.doCombo(pnlx, pnly + 100, Bits.textToBytes(itemNames), Bits.numList(461), 6, 16);
tm.doCombo(pnlx, pnly + 120, Bits.textToBytes(itemNames), Bits.numList(461), 8, 16);
tm.doCombo(pnlx, pnly + 140, Bits.textToBytes(itemNames), Bits.numList(461), 10, 16);
tm.doCombo(pnlx, pnly + 160, Bits.textToBytes(itemNames), Bits.numList(461), 12, 16);
tm.doCombo(pnlx, pnly + 180, Bits.textToBytes(itemNames), Bits.numList(461), 14, 16);
tm.doCombo(pnlx, pnly + 200, Bits.textToBytes(itemNames), Bits.numList(461), 16, 16);
tm.doCombo(pnlx, pnly + 220, Bits.textToBytes(itemNames), Bits.numList(461), 18, 16);
tm.doNud(pnlx + 200, pnly + 80, 20, 16);
tm.doNud(pnlx + 200, pnly + 100, 22, 16);
tm.doNud(pnlx + 200, pnly + 120, 24, 16);
tm.doNud(pnlx + 200, pnly + 140, 26, 16);
tm.doNud(pnlx + 200, pnly + 160, 28, 16);
tm.doNud(pnlx + 200, pnly + 180, 30, 16);
tm.doNud(pnlx + 200, pnly + 200, 32, 16);
tm.doNud(pnlx + 200, pnly + 220, 34, 16);
//lstb.SelectedIndex = 0;
}