373
edits
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→Instructions
| MIN
| MIN
| Takes the max of two vectors, component by component; DST[i] = MIN(SRC1[i], SRC2[i]) for all i (modulo destination component masking)
| Takes the max of two vectors, component by component; DST[i] = MIN(SRC1[i], SRC2[i]) for all i (modulo destination component masking)
|-
| 0x0E
| 1
| RCP
| Computes the reciprocal of the vector, component by component; DST[i] = 1/SRC1[i] for all i (modulo destination component masking)
|-
| 0x0F
| 1
| RSQ
| Computes the reciprocal of the square root of the vector, component by component; DST[i] = 1/sqrt(SRC1[i]) for all i (modulo destination component masking)
|-
|-
| 0x13
| 0x13
| 2
| 2
| CALL
| CALL
| Jumps to DST and executes NUM instructions
| Jumps to DST and executes instructions until it reaches DST+NUM instructions
|-
|-
| 0x26
| 0x26
| 2
| 3
| CALLC
| CALLC
| Jumps to DST and executes NUM instructions on the condition that BOOL is true
| Jumps to DST and executes instructions until it reaches DST+NUM instructions if BOOL is true
|-
|-
| 0x27
| 0x27
| 3
| IFU
| If condition BOOL is true, then executes instructions until DST, then jumps to DST+NUM; else, jumps to DST.
|-
| 0x28
| 2
| 2
| IFU
| IF?
| Jumps to DST and executes NUM instructions (?) on the condition that BOOL is true
| If condition (don't know how condition flags work yet) is true, then executes instructions until DST, then jumps to DST+NUM; else, jumps to DST.
|-
|-
| 0x21
| 0x21
| END1
| END1
| ?
| ?
|-
| 0x2E
| 1
| CMP1
| Presumably compares two vectors component by component and sets the appropriate flags. (unknown exactly how this works as of yet)
|-
| 0x2F
| 1
| CMP2
| Presumably compares two vectors component by component and sets the appropriate flags. (unknown exactly how this works as of yet)
|}
|}