CR encoding is essentially the same but made more complex due to CRs being bit-based. See [[svp64/appendix]] for explanation and pseudocode.
- Encoding shown MSB down to LSB
+Encoding shown MSB down to LSB
+
+5-bit (BA, BB, BT):
| Value | Mode | Range/Inc | 8..5 | 4..2 | 1..0 |
|-------|------|---------------|-----------| --------|---------|
| 110 | Vector | `CR8-CR120`/16 | BA[4:2] 1 | 0b000 | BA[1:0] |
| 111 | Vector | `CR12-CR124`/16 | BA[4:2] 1 | 0b100 | BA[1:0] |
+3-bit (BFA):
+
+| Value | Mode | Range/Inc | 6..3 | 2..0 |
+|-------|------|---------------|-----------| --------|
+| 000 | Scalar | `CR0-CR7`/1 | 0b0000 | BFA |
+| 001 | Scalar | `CR8-CR15`/1 | 0b0001 | BFA |
+| 010 | Scalar | `CR16-CR23`/1 | 0b0010 | BFA |
+| 011 | Scalar | `CR24-CR31`/1 | 0b0011 | BFA |
+| 100 | Vector | `CR0-CR112`/16 | BFA 0 | 0b000 |
+| 101 | Vector | `CR4-CR116`/16 | BFA 0 | 0b100 |
+| 110 | Vector | `CR8-CR120`/16 | BFA 1 | 0b000 |
+| 111 | Vector | `CR12-CR124`/16 | BFA 1 | 0b100 |
+
## CR EXTRA2
CR encoding is essentially the same but made more complex due to CRs being bit-based. See separate section for explanation and pseudocode.