Difference between revisions of "FF7/Field/Script/Opcodes/9B HBYTE"

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! width="40" | ''D / S''
 
! width="40" | ''D / S''
 
! width="40" | ''DA''
 
! width="40" | ''DA''
! width="60" | ''SA'' or ''LB''
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! width="80" | ''SA''
! width="60" | ''0'' or ''HB''
 
 
|}
 
|}
  
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* '''const Bit[4]''' ''S'': Source bank.
 
* '''const Bit[4]''' ''S'': Source bank.
 
* '''const UByte''' ''DA'': Destination address.
 
* '''const UByte''' ''DA'': Destination address.
* '''const UByte''' ''SA'': Source address, ''or'' the lower byte of the given word, if source bank is zero.
+
* '''const UShort''' ''SA'': Source address, ''or'' the word given as a literal, if source bank is zero.
* '''const UByte''' ''0'': Zero, ''or'' the higher byte of the given word, if source bank is zero.
 
  
 
==== Description ====
 
==== Description ====
  
 
Retrieves the high byte of a two-byte word from the source bank and address, and places the byte value into the destination bank and address. If the source bank is zero, then the final two arguments are actually a given two-byte word value, and the high byte value is retrieved from this word instead of from a memory address.
 
Retrieves the high byte of a two-byte word from the source bank and address, and places the byte value into the destination bank and address. If the source bank is zero, then the final two arguments are actually a given two-byte word value, and the high byte value is retrieved from this word instead of from a memory address.

Revision as of 21:10, 6 October 2006

  • Opcode: 0x9B
  • Short name: HBYTE
  • Long name: High Byte

Memory layout

0x9B D / S DA SA

Arguments

  • const Bit[4] D: Destination bank.
  • const Bit[4] S: Source bank.
  • const UByte DA: Destination address.
  • const UShort SA: Source address, or the word given as a literal, if source bank is zero.

Description

Retrieves the high byte of a two-byte word from the source bank and address, and places the byte value into the destination bank and address. If the source bank is zero, then the final two arguments are actually a given two-byte word value, and the high byte value is retrieved from this word instead of from a memory address.