Updates: 10/01/2000 Added the two previously unknown status bits: egg and covered status. The most recent copy of this document can be obtained from the Tower of Bab-Il (http://minitrue.weyland-yutani.net/tower/index.html). This document uses normal bit order (bit 0 is the least significant bit). In each character/monster data record, there are four bytes that determine what status anomalies the character or monster is afflicted with. The following table shows which bit is associated with which status anomaly. Much of this information comes from Yousei's document (thanks Yousei!) Offset Bit Text Notes ------ --- ---- ----- 03 7 Swoon 03 6 Stone completely petrified 03 5 Toad 03 4 Small 03 3 Pig 03 2 Mute 03 1 Darkness 03 0 Poison 04 7 Curse 04 6 Float 04 5 Paralyze 04 4 Sleep 04 3 Charm 04 2 Berserk 04 1 Petrify 2/3 petrified 04 0 D 1/3 petrified 05 7 D magnetized 05 6 Stop 05 5 D egg 05 4 D defending 05 3 D charging 05 2 D twin casting 05 1 D jumping 05 0 Count 06 7 D hiding 06 6 D hp leak 06 5 Wall 06 4 Barrier can't be hit with physical attacks (except Jump?) 06 3 D image high bit 06 2 D image low bit 06 1 D covered 06 0 D critical The names of the status anomalies are located from 7B640 to 7B6FF. The offset table for this text data is located from 7B600 to 7B63F. Elemental/status bytes are used in various places such as spell and item data. These bytes signify things such as what elemental and status anomalies an armor resists, what elements a weapon, spell, or usable item uses, what status change a spell, weapon hit, or usable item inflicts, and so on. These bytes are looked up in a table from 7A790 to 7A90F. Each entry in the table is composed of three bytes. The first byte is used for elementals: bit 0 fire bit 1 ice bit 2 lightning bit 3 darkness bit 4 sacred bit 5 spears/arrows bit 6 drain bit 7 (for armors) immunity to elements for which the bits are set, otherwise unknown The bits of the second byte have the same meaning as the status byte at offset 03. The bits of the third byte have the same meaning as the status byte at offset 04.