Only exists when the item's rarity is low quality ID of the low quality type of the item (see the lowQualityID field of the d2item struct) Only exists when the item is class specific ID of the class-specific automagic affix the item has (see the automagicID field of the d2item struct) Only exists when the item has multiple pictures ID of the picture used for this item (out of the available pictures for the item type) See the rarity field of the d2item structįrom here on out, bit offsets begin to vary depending on the values of the fields, so they will no longer be shown. #Codes for unique items hero editor diablo 2 32 bit#Typically interpretted as an unsigned 32 bit integer and displayed using the printf format string "X" If this is a simple item (bit offset 37), then this item has been fully read and the remaining bits up to the next byte boundary are padded with 0's. The number of items socketed within this item Note: Item codes can be 4 characters long. #Codes for unique items hero editor diablo 2 code#Item code as 4 8-bit-wide characters, where a space character (0x20) should be treated as a null terminator. Each character is 7 bits wide, up to a maximum of 15 characters.Īfter the terminating null character of the ear's player name, the item has been fully read and any remaining bits up to the next byte boundary will be padded with 0's. Name of the ear's former owner as a null-terminated string. If the item is an ear (bit offset 32), then see "Ear", otherwise skip to "Non-Ear" See the panelID field of the d2item struct. See the equippedID field of the d2item struct. See the locationID field of the d2item struct. See the version field of the d2item struct. Item is simple (only contains 111 bits of data) Item is a starting item (was given to the player at the time of character creation) Item is new (picked up since the last time the game was saved) To test a bit field reader implementation, the following checks can be performed while using this file as the test data: char c1 = ( char)read_bits(data, 76, 8) Ĭhar c4 = ( char)read_bits(data, 100, 8) Īssert(c1 = 'r'
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