BATTLE MENU ANALYSIS
--------------------
The oft-referenced (01DFDA / C1DDDA) is believed to be a final step (perhaps printing code/references to it). A, X 
and Y seem to be written to right before each reference. Probably very important, INVESTIGATE!

JSR indicates go-and-return. JMP indicates go. These may not be the actual instructions used (branch stuff may be
used instead) - this is just what's done.

(0237E5 / C235E5) 
Load accumulator with value at $20
Affects first entry in battle menu text
   0 = "Bash", JSR(01DFDA / C1DDDA), JMP(023856 / C23656)
   1 = "Shoot", JSR(01DFDA / C1DDDA), JMP(023856 / C23656)
   2 = "Do Nothing", JSR(01DFDA / C1DDDA), JMP(023856 / C23656)
 DEF = JMP(023856 / C23656)

(023856 / C23656) 
Load accumulator with value at $20
   2 = JMP(0238E2 / C236E2)
  !2 = JMP(023860 / C23660), "Bash", (01DFDA / C1DDDA), JMP(0238E2 / C236E2)

(0238E2 / C236E2)
Load accumulator with value at $04
   0 = JMP(0238E9 / C236E9)
  !0 = JMP(023984 / C23784)

************************************************************************************************************************
If zero at (0238E2 / C236E2), this code is processed.
************************************************************************************************************************

(0238E9 / C236E9)
Load accumulator with value at $1A
   2 = LDX #$0010, STX $04
  !2 = LDX #$000B, STX $04
Load accumulator with value at $26
   2 = Increment $04 twice, "Bash"
   4 = Increment $04 twice, "Bash"
ELSE = "Bash"
Pointers above have 0x20 added ("Auto Fight") and values moved to $0E/10. JSR(01DFDA / C1DDDA). JMP(023984 / C23784)
Pointers above have 0x80 added ("Run Away") and values moved to $0E/10. JSR(01DFDA / C1DDDA). JMP(023984 / C23784)

************************************************************************************************************************

(023984 / C23784)
Load accumulator with value at $26
   3 = "Spy", JSR(01DFDA / C1DDDA), JMP(0239D9 / C237D9)
Load a variable with some indexed-by-Y mode; modulo 128
   0 = "PSI", JSR(01DFDA / C1DDDA), JMP(0239D9 / C237D9)
  !0 = JMP(0239D9 / C237D9)

(0239D9 / C237D9)
Load accumulator with value at $26
   2 = "Pray", JSR(01DFDA / C1DDDA), JMP(023A01 / C23801)
  !2 = JMP(023A01 / C23801)

(023A01 / C23801)
Load accumulator with value at $26
   4 = "Mirror", JSR(01DFDA / C1DDDA), JMP(023A29 / C23829)
  !4 = JMP(023A29 / C23829)

(023A29 / C23829)
Load X with value at $1A
Load accumulator with the value at (C4A1F2 + X); modulo 128
JSR(01DD4D / C1DB4D)
Load accumulator with value at $24
   0 = JSR(01E025 / C1DE25)
  !0 = Increment $24, LDA #$0001, JSR(01E02B / C1DE2B)...

************************************************************************************************************************
01DFDA / C1DDDA
************************************************************************************************************************

C1/DDDA: C2 31        REP #$31
C1/DDDC: 0B           PHD 
C1/DDDD: 48           PHA 
C1/DDDE: 7B           TDC 
C1/DDDF: 69 E4 FF     ADC #$FFE4
C1/DDE2: 5B           TCD 
C1/DDE3: 68           PLA 
C1/DDE4: 85 1A        STA $1A
C1/DDE6: A5 2E        LDA $2E
C1/DDE8: 85 06        STA $06
C1/DDEA: A5 30        LDA $30
C1/DDEC: 85 08        STA $08
C1/DDEE: A5 06        LDA $06
C1/DDF0: 85 16        STA $16
C1/DDF2: A5 08        LDA $08
C1/DDF4: 85 18        STA $18
C1/DDF6: A5 2A        LDA $2A
C1/DDF8: 85 0A        STA $0A
C1/DDFA: A5 2C        LDA $2C
C1/DDFC: 85 0C        STA $0C
C1/DDFE: A5 0A        LDA $0A
C1/DE00: 85 06        STA $06
C1/DE02: A5 0C        LDA $0C
C1/DE04: 85 08        STA $08
C1/DE06: A5 06        LDA $06
C1/DE08: 85 0E        STA $0E
C1/DE0A: A5 08        LDA $08
C1/DE0C: 85 10        STA $10
C1/DE0E: A5 16        LDA $16
C1/DE10: 85 06        STA $06
C1/DE12: A5 18        LDA $18
C1/DE14: 85 08        STA $08
C1/DE16: A5 06        LDA $06
C1/DE18: 85 12        STA $12
C1/DE1A: A5 08        LDA $08
C1/DE1C: 85 14        STA $14
C1/DE1E: A5 1A        LDA $1A
C1/DE20: 20 3B 15     JSR $153B
C1/DE23: 2B           PLD 
C1/DE24: 6B           RTL