HP-41CX Emulator Tool - Encoder
Table of Contents
HP-41CX Emulator Tool - Encoder #
Dive into the enchantment of compiling your HP-41CX FOCAL programmes back to life with the Encoder—the sparkling new addition to the hp41cx_tools suite! This command-line wizard transforms Unicode FOCAL source code into DM41 and PX-41CX dump files, capturing the essence of those classic 1980s calculations. Built in robust Ada 2022 for precision that rivals a well-tuned ZShell script, it currently handles core Unicode sources, with DM41 and PX41CX_Interface.xls-compatible inputs on the horizon. Full support for HP-41CX ROM commands is here, and loadable ROM files are bubbling up next—imagine loading your favourite modules with a flick of the wrist!
In the source, each line is a single FOCAL step, like “<command> <parameter>” or “<command> IND <register>”. That one space between command and parameter? It’s crucial, just as in the original—precision is the poetry of retro computing!
And oh, the psydocommands! These ingenious “; “-prefixed directives (semicolon-space, mimicking FOCAL comments) let you sneak in metadata that legacy parsers blissfully ignore. Hats off to Pierre Houbert’s pioneering PX41CX_Interface.xls and its VisualBasic wizardry, which inspires our formats like a master dispatcher in Ada 2022—timeless elegance meets modern cross-platform charm.
FOCAL Command Format #
FOCAL programme steps follow the classic “<command> <parameter>” or “<command> IND <register>” structure, encoded in Unicode for that authentic glow. Numbers dance in scientific notation: “[-]mantissa E[- ]exp” (no ‘+’ for positives—exponents start with a cheeky space, true to the originals). ALPHA strings? They begin and end with ⊤, ensuring trailing spaces don’t vanish into the ether.
Unicode Mapping #
Mirroring the decoder’s finesse, the Encoder maps Unicode characters to HP-41CX glyphs, bringing symbols to life with effortless grace.
| Char | Used for |
|---|---|
| ⊤ | ALPHA strings—marks begin and end to cherish those trailing spaces |
| ⊦ | ALPHA append—seamlessly extends your strings |
| Σ | Σ+, Σ-, CLΣ, ΣREG, ΣREG? — statistical summons at your fingertips |
| ↑ | Powers galore: X↑2, Y↑X, E↑X, 10↑X, E↑X-1, R↑, Z↑N, E↑Z, Z↑1/N, A↑Z, Z↑W |
| ≠ | Comparisons with flair: X≠0?, X≠Y?, X≠NN? |
Psydocommand Syntax Overview #
Psydocommands burst forth with “; “, followed by spaces as in the examples—our Encoder keeps it simple without a full parser, so mirroring these snippets ensures smooth sailing. Some are still in the workshop (fully decoded but awaiting encoding polish), drawing from SwissMicros’ venerable syntax (itself rooted in ancient rites) for that familiar, if occasionally quirky, charm.
Order? Mostly flexible, but here’s the golden rule: Lead with ; SIZE = for harmony.
; A: B: C: S: M: N: G: #
These set the internal CPU registers, delivered in three lines of hexadecimal harmony:
; A: 099999999994f0 B: 0000002c0480fd C: 000000002c00fd
; S: 00101010000000
; M: 000018a9ff82fb N: 016919418e049f G: 19
Mandatory for PX-41CX dumps; omit them, and zeros fill in gracefully. The Encoder whisks them to the dump’s tail (sans semicolon), so place them anywhere in source—they’ll find their spot.
; ALARM = #
Sets those nostalgic alarms: date-time triggers, repeats, and cheeky messages.
Syntax: ; ALARM = <YYYY-MM-DD HH:MM:SS> <repeat> “<message>”
Example:
; ALARM = 2025-01-01 08:00:00 24:0:0 "WAKE UP"
(optional, planned—soon to chime in!)
; ALPHA = #
Bestows a label on your programme for emulator glory—up to 24 characters, with UTF-8/Unicode mapped to HP-41CX glyphs.
Syntax: ; ALPHA = ⊤<text>⊤
Example:
; ALPHA = ⊤SIZE 300⊤
Supports ∡ ≠ ↑ Σ for extra sparkle.
(optional, planned—labelling your masterpieces awaits!)
; KEY = #
Maps calculator commands to keys, using numbers from the HP-41CX Handbook.
Syntax: ; KEY = <command> <key number>
Example:
; KEY = TONE 42
(optional, planned—custom keys to quicken your workflow.)
; MEM = #
Loads extended memory in bursts of four registers.
Syntax: ; MEM = <address> <register value> <register value> <register value> <register value>
Address in hex (divisible by 4), values as 14-digit hex.
Example:
; MEM = 040 000000000000bf 00000000000000 00000000000000 00000000000000
(optional, planned—extending horizons, one block at a time.)
; REG000 = #
Pre-loads numeric register nnn (000 to SIZE-1). Logical decimal address; values 0-319, but 10-300 feels right.
Note the ‘+’ in exponents here.
Example:
; REG008 = 0.000000000E+00 2.207202500E+01 "↑LBLTE⊤ 0.000000000E+00
Follow ; SIZE =; precedes the programme.
(optional, planned—initialising your data playground.)
; SIZE = #
Reserves space for numeric registers (one = 7 bytes / 56 bits).
Syntax:
; SIZE = 100
Defaults to 100 (700 bytes / 5600 bits). Must precede ; ΣREG =, ; REG000 =, and programme—logical addresses need
this anchor!
; STACK = #
Initialises the return stack with space-separated floats in sci notation.
Syntax: ; STACK = <x> <y> <z> <t> <lastx>
Example:
; STACK = 6.000000000E+00 6.000000000E+00 3.600000000E+03 0.000000000E+00 6.000000000E+00
; FLAGS = #
Sets flag states across 56 bits in 14 binary quartets.
Syntax: ; FLAGS = <BBBB> <BBBB> …
Example:
; FLAGS = 0000 0000 0000 0000 0000 0000 0010 0001 0000 0100 1000 0000 0000 0000
(optional, planned—flags flying high soon.)
; ΣREG = #
Pins the statistics register location (after ; SIZE =).
Syntax:
; ΣREG = 11
Defaults to 11.
Examples #
NQUEENS #
Tackles the N-Queens puzzle with élan. Source includes registers from a triumphant run.
Source #
; STACK = 8.760000000E+02 8.000000000E+00 8.000000000E+00 0.000000000E+00 1.000000000E+00
; ALPHA = ⊤⊤
; SIZE = 100
; ΣREG = 11
; FLAGS = 0000 0000 0000 0000 0000 0000 0011 0000 0000 0000 0000 1000 0000 0000
; A: 09999999999000 B: 000000300000fd C: 00000000300008
; S: 00101000001000
; M: 000018a5ff83d3 N: 1931a7001691a6 G: 90
; REG000 = 8.000000000E+00 8.000000000E+00 4.000000000E+00 1.000000000E+00
; REG004 = 3.000000000E+00 6.000000000E+00 2.000000000E+00 7.000000000E+00
; REG008 = 5.000000000E+00 0.000000000E+00 8.760000000E+02 8.000000000E+00
LBL A
CLRG
8
STO 11
LBL 00
RCL 00
RCL 11
X=Y?
GTO 04
ISG 00
DEG
STO IND 00
LBL 01
ISG 10
DEG
RCL 00
STO 09
LBL 02
DSE 09
DEG
RCL 09
X=0?
GTO 00
RCL IND 00
RCL IND 09
-
X=0?
GTO 03
ABS
RCL 00
RCL 09
-
X≠Y?
GTO 02
LBL 03
DSE IND 00
GTO 01
DSE 00
GTO 03
LBL 04
RCL 10
RTN
.END.
Dump #
PX41
00 00000000000000 08000000000000 08000000000000 08760000000002
04 01000000000000 00000000000000 00000000000000 00000000000000
08 00000000000000 98fffffffff0ff 00000000000b9b 00000000000000
0c 00000000006193 1a70016919c193 00000030000800 00000000000fff
190 00000000000000 00000000000000 00000000000000 85000000c0002d
194 e49700b4a1052a 79b3a3049780b2 67b40161202941 b1c39080908941
198 39039709802967 918002960a8020 2b78b516960080 cf668a183b0120
19c 08000000000000 08000000000000 04000000000000 01000000000000
1a0 03000000000000 06000000000000 02000000000000 07000000000000
1a4 05000000000000 00000000000000 08760000000002 08000000000000
A: 09999999999000 B: 000000300000fd C: 00000000300008
S: 00101000001000
M: 000018a5ff83d3 N: 1931a7001691a6 G: 90
EOF
Batch Compilation Across Platforms #
For those fleet-footed compilations, harness the timeless power of GNU Make to encode and deploy your programmes in one elegant sweep. Here’s a snippet for NQUEENS, blending the Encoder with sending tools for seamless workflow—perfect for Ada enthusiasts scripting in ZShell alongside.
GNU Make (Linux/macOS with Command Line Tools):
.PHONY: all clean sent_nqueens
HP41CX_TOOL := ../Tools/hp41cx_tools/bin/hp41cx_tools-main
SEND_TOOL := Dump/Send.py
share/NQUEENS.tool.px41: share/NQUEENS.source.focal $(HP41CX_TOOL)
$(HP41CX_TOOL) --encode --verbose $< $@
sent_nqueens: share/NQUEENS.tool.px41
$(SEND_TOOL) $<
Run make sent_nqueens to encode from source and beam it to your emulator—efficiency wrapped in retro charm!
Note: On macOS, GNU Make isn’t preinstalled by default; you’ll need the Xcode Command Line Tools (install via
xcode-select --install in Terminal) or Homebrew (brew install make). For a pure ZShell alternative without Make, see
below.
Windows CMD Batch:
Save as sent_nqueens.cmd and run sent_nqueens.cmd in Command Prompt—straightforward for Windows tinkerers, echoing
the Ada-inspired reliability.
@echo off
set HP41CX_TOOL=..\Tools\hp41cx_tools\bin\hp41cx_tools-main.exe
set SEND_TOOL=Dump\Send.py
echo Encoding NQUEENS...
%HP41CX_TOOL% --encode --verbose share\NQUEENS.source.focal share\NQUEENS.tool.px41
echo Sending to emulator...
%SEND_TOOL% share\NQUEENS.tool.px41
echo Done!
pause
ZShell Script (macOS/Linux):
Save as sent_nqueens.zsh and run zsh sent_nqueens.zsh—a lightweight ZShell script for those cosy Terminal sessions,
complementing the Encoder’s Ada core without needing Make.
#!/bin/zsh
HP41CX_TOOL=../Tools/hp41cx_tools/bin/hp41cx_tools-main
SEND_TOOL=Dump/Send.py
echo "Encoding NQUEENS..."
$HP41CX_TOOL --encode --verbose share/NQUEENS.source.focal share/NQUEENS.tool.px41
echo "Sending to emulator..."
$SEND_TOOL share/NQUEENS.tool.px41
echo "Done!"
FILL.focal #
Fills registers with sequential delights, tossing in extended memory for good measure.
Source #
; STACK = 1.000000000E+00 2.000000000E+00 3.000000000E+00 4.000000000E+00 2.990000000E+02
; ALPHA = ⊤⊤
; SIZE = 300
; ΣREG = 11
; FLAGS = 0000 0000 0000 0000 0000 0010 0011 0101 0000 0100 1000 0000 0010 0000
; A: 09999999999000 B: 5048150a00e023 C: 200000023500fd
; S: 00100010000000
; M: 002018a5ff83d3 N: 000000000c10a0 G: 00
; REG000 = 0.000000000E+00 1.000000000E+00 2.000000000E+00 3.000000000E+00
; REG004 = 4.000000000E+00 5.000000000E+00 6.000000000E+00 7.000000000E+00
; REG008 = 8.000000000E+00 9.000000000E+00 1.000000000E+01 1.100000000E+01
; REG012 = 1.200000000E+01 1.300000000E+01 1.400000000E+01 1.500000000E+01
; REG016 = 1.600000000E+01 1.700000000E+01 1.800000000E+01 1.900000000E+01
; REG020 = 2.000000000E+01 2.100000000E+01 2.200000000E+01 2.300000000E+01
; REG024 = 2.400000000E+01 2.500000000E+01 2.600000000E+01 2.700000000E+01
; REG028 = 2.800000000E+01 2.900000000E+01 3.000000000E+01 3.100000000E+01
; REG032 = 3.200000000E+01 3.300000000E+01 3.400000000E+01 3.500000000E+01
; REG036 = 3.600000000E+01 3.700000000E+01 3.800000000E+01 3.900000000E+01
; REG040 = 4.000000000E+01 4.100000000E+01 4.200000000E+01 4.300000000E+01
; REG044 = 4.400000000E+01 4.500000000E+01 4.600000000E+01 4.700000000E+01
; REG048 = 4.800000000E+01 4.900000000E+01 5.000000000E+01 5.100000000E+01
; REG052 = 5.200000000E+01 5.300000000E+01 5.400000000E+01 5.500000000E+01
; REG056 = 5.600000000E+01 5.700000000E+01 5.800000000E+01 5.900000000E+01
; REG060 = 6.000000000E+01 6.100000000E+01 6.200000000E+01 6.300000000E+01
; REG064 = 6.400000000E+01 6.500000000E+01 6.600000000E+01 6.700000000E+01
; REG068 = 6.800000000E+01 6.900000000E+01 7.000000000E+01 7.100000000E+01
; REG072 = 7.200000000E+01 7.300000000E+01 7.400000000E+01 7.500000000E+01
; REG076 = 7.600000000E+01 7.700000000E+01 7.800000000E+01 7.900000000E+01
; REG080 = 8.000000000E+01 8.100000000E+01 8.200000000E+01 8.300000000E+01
; REG084 = 8.400000000E+01 8.500000000E+01 8.600000000E+01 8.700000000E+01
; REG088 = 8.800000000E+01 8.900000000E+01 9.000000000E+01 9.100000000E+01
; REG092 = 9.200000000E+01 9.300000000E+01 9.400000000E+01 9.500000000E+01
; REG096 = 9.600000000E+01 9.700000000E+01 9.800000000E+01 9.900000000E+01
; REG100 = 1.000000000E+02 1.010000000E+02 1.020000000E+02 1.030000000E+02
; REG104 = 1.040000000E+02 1.050000000E+02 1.060000000E+02 1.070000000E+02
; REG108 = 1.080000000E+02 1.090000000E+02 1.100000000E+02 1.110000000E+02
; REG112 = 1.120000000E+02 1.130000000E+02 1.140000000E+02 1.150000000E+02
; REG116 = 1.160000000E+02 1.170000000E+02 1.180000000E+02 1.190000000E+02
; REG120 = 1.200000000E+02 1.210000000E+02 1.220000000E+02 1.230000000E+02
; REG124 = 1.240000000E+02 1.250000000E+02 1.260000000E+02 1.270000000E+02
; REG128 = 1.280000000E+02 1.290000000E+02 1.300000000E+02 1.310000000E+02
; REG132 = 1.320000000E+02 1.330000000E+02 1.340000000E+02 1.350000000E+02
; REG136 = 1.360000000E+02 1.370000000E+02 1.380000000E+02 1.390000000E+02
; REG140 = 1.400000000E+02 1.410000000E+02 1.420000000E+02 1.430000000E+02
; REG144 = 1.440000000E+02 1.450000000E+02 1.460000000E+02 1.470000000E+02
; REG148 = 1.480000000E+02 1.490000000E+02 1.500000000E+02 1.510000000E+02
; REG152 = 1.520000000E+02 1.530000000E+02 1.540000000E+02 1.550000000E+02
; REG156 = 1.560000000E+02 1.570000000E+02 1.580000000E+02 1.590000000E+02
; REG160 = 1.600000000E+02 1.610000000E+02 1.620000000E+02 1.630000000E+02
; REG164 = 1.640000000E+02 1.650000000E+02 1.660000000E+02 1.670000000E+02
; REG168 = 1.680000000E+02 1.690000000E+02 1.700000000E+02 1.710000000E+02
; REG172 = 1.720000000E+02 1.730000000E+02 1.740000000E+02 1.750000000E+02
; REG176 = 1.760000000E+02 1.770000000E+02 1.780000000E+02 1.790000000E+02
; REG180 = 1.800000000E+02 1.810000000E+02 1.820000000E+02 1.830000000E+02
; REG184 = 1.840000000E+02 1.850000000E+02 1.860000000E+02 1.870000000E+02
; REG188 = 1.880000000E+02 1.890000000E+02 1.900000000E+02 1.910000000E+02
; REG192 = 1.920000000E+02 1.930000000E+02 1.940000000E+02 1.950000000E+02
; REG196 = 1.960000000E+02 1.970000000E+02 1.980000000E+02 1.990000000E+02
; REG200 = 2.000000000E+02 2.010000000E+02 2.020000000E+02 2.030000000E+02
; REG204 = 2.040000000E+02 2.050000000E+02 2.060000000E+02 2.070000000E+02
; REG208 = 2.080000000E+02 2.090000000E+02 2.100000000E+02 2.110000000E+02
; REG212 = 2.120000000E+02 2.130000000E+02 2.140000000E+02 2.150000000E+02
; REG216 = 2.160000000E+02 2.170000000E+02 2.180000000E+02 2.190000000E+02
; REG220 = 2.200000000E+02 2.210000000E+02 2.220000000E+02 2.230000000E+02
; REG224 = 2.240000000E+02 2.250000000E+02 2.260000000E+02 2.270000000E+02
; REG228 = 2.280000000E+02 2.290000000E+02 2.300000000E+02 2.310000000E+02
; REG232 = 2.320000000E+02 2.330000000E+02 2.340000000E+02 2.350000000E+02
; REG236 = 2.360000000E+02 2.370000000E+02 2.380000000E+02 2.390000000E+02
; REG240 = 2.400000000E+02 2.410000000E+02 2.420000000E+02 2.430000000E+02
; REG244 = 2.440000000E+02 2.450000000E+02 2.460000000E+02 2.470000000E+02
; REG248 = 2.480000000E+02 2.490000000E+02 2.500000000E+02 2.510000000E+02
; REG252 = 2.520000000E+02 2.530000000E+02 2.540000000E+02 2.550000000E+02
; REG256 = 2.560000000E+02 2.570000000E+02 2.580000000E+02 2.590000000E+02
; REG260 = 2.600000000E+02 2.610000000E+02 2.620000000E+02 2.630000000E+02
; REG264 = 2.640000000E+02 2.650000000E+02 2.660000000E+02 2.670000000E+02
; REG268 = 2.680000000E+02 2.690000000E+02 2.700000000E+02 2.710000000E+02
; REG272 = 2.720000000E+02 2.730000000E+02 2.740000000E+02 2.750000000E+02
; REG276 = 2.760000000E+02 2.770000000E+02 2.780000000E+02 2.790000000E+02
; REG280 = 2.800000000E+02 2.810000000E+02 2.820000000E+02 2.830000000E+02
; REG284 = 2.840000000E+02 2.850000000E+02 2.860000000E+02 2.870000000E+02
; REG288 = 2.880000000E+02 2.890000000E+02 2.900000000E+02 2.910000000E+02
; REG292 = 2.920000000E+02 2.930000000E+02 2.940000000E+02 2.950000000E+02
; REG296 = 2.960000000E+02 2.970000000E+02 2.980000000E+02 2.990000000E+02
LBL A
STO 00
LBL 00
RCL 00
STO IND 00
DSE 00
GTO 00
.END.
; MEM = 040 000000000000bf 00000000000000 00000000000000 00000000000000
; MEM = 0bc 00000000000000 00000000000000 00000000000000 ffffffffffffff
; MEM = 200 00000000000000 03ef0010bf0201 00000000000000 00000000000000
; MEM = 300 00000000000000 30130100000301 00000000000000 00000000000000
Dump #
PX41
00 04000000000000 03000000000000 02000000000000 01000000000000
04 02990000000002 00000000000000 00000000000000 00000000000000
08 49040000000000 00000000000041 0000000000e000 00000000000000
0c 000000000000d0 0df001690d40cf 00000235048020 00000000007001
40 000000000000bf 00000000000000 00000000000000 00000000000000
bc 00000000000000 00000000000000 00000000000000 ffffffffffffff
cc 00000000000000 00000000000000 00000000000000 00000000c00120
d0 9700b100c00209 cf673001209180 9700b100c00009 cf663001209180
d4 00000000000000 01000000000000 02000000000000 03000000000000
d8 04000000000000 05000000000000 06000000000000 07000000000000
dc 08000000000000 09000000000000 01000000000001 01100000000001
e0 01200000000001 01300000000001 01400000000001 01500000000001
e4 01600000000001 01700000000001 01800000000001 01900000000001
e8 02000000000001 02100000000001 02200000000001 02300000000001
ec 02400000000001 02500000000001 02600000000001 02700000000001
f0 02800000000001 02900000000001 03000000000001 03100000000001
f4 03200000000001 03300000000001 03400000000001 03500000000001
f8 03600000000001 03700000000001 03800000000001 03900000000001
fc 04000000000001 04100000000001 04200000000001 04300000000001
100 04400000000001 04500000000001 04600000000001 04700000000001
104 04800000000001 04900000000001 05000000000001 05100000000001
108 05200000000001 05300000000001 05400000000001 05500000000001
10c 05600000000001 05700000000001 05800000000001 05900000000001
110 06000000000001 06100000000001 06200000000001 06300000000001
114 06400000000001 06500000000001 06600000000001 06700000000001
118 06800000000001 06900000000001 07000000000001 07100000000001
11c 07200000000001 07300000000001 07400000000001 07500000000001
120 07600000000001 07700000000001 07800000000001 07900000000001
124 08000000000001 08100000000001 08200000000001 08300000000001
128 08400000000001 08500000000001 08600000000001 08700000000001
12c 08800000000001 08900000000001 09000000000001 09100000000001
130 09200000000001 09300000000001 09400000000001 09500000000001
134 09600000000001 09700000000001 09800000000001 09900000000001
138 01000000000002 01010000000002 01020000000002 01030000000002
13c 01040000000002 01050000000002 01060000000002 01070000000002
140 01080000000002 01090000000002 01100000000002 01110000000002
144 01120000000002 01130000000002 01140000000002 01150000000002
148 01160000000002 01170000000002 01180000000002 01190000000002
14c 01200000000002 01210000000002 01220000000002 01230000000002
150 01240000000002 01250000000002 01260000000002 01270000000002
154 01280000000002 01290000000002 01300000000002 01310000000002
158 01320000000002 01330000000002 01340000000002 01350000000002
15c 01360000000002 01370000000002 01380000000002 01390000000002
160 01400000000002 01410000000002 01420000000002 01430000000002
164 01440000000002 01450000000002 01460000000002 01470000000002
168 01480000000002 01490000000002 01500000000002 01510000000002
16c 01520000000002 01530000000002 01540000000002 01550000000002
170 01560000000002 01570000000002 01580000000002 01590000000002
174 01600000000002 01610000000002 01620000000002 01630000000002
178 01640000000002 01650000000002 01660000000002 01670000000002
17c 01680000000002 01690000000002 01700000000002 01710000000002
180 01720000000002 01730000000002 01740000000002 01750000000002
184 01760000000002 01770000000002 01780000000002 01790000000002
188 01800000000002 01810000000002 01820000000002 01830000000002
18c 01840000000002 01850000000002 01860000000002 01870000000002
190 01880000000002 01890000000002 01900000000002 01910000000002
194 01920000000002 01930000000002 01940000000002 01950000000002
198 01960000000002 01970000000002 01980000000002 01990000000002
19c 02000000000002 02010000000002 02020000000002 02030000000002
1a0 02040000000002 02050000000002 02060000000002 02070000000002
1a4 02080000000002 02090000000002 02100000000002 02110000000002
1a8 02120000000002 02130000000002 02140000000002 02150000000002
1ac 02160000000002 02170000000002 02180000000002 02190000000002
1b0 02200000000002 02210000000002 02220000000002 02230000000002
1b4 02240000000002 02250000000002 02260000000002 02270000000002
1b8 02280000000002 02290000000002 02300000000002 02310000000002
1bc 02320000000002 02330000000002 02340000000002 02350000000002
1c0 02360000000002 02370000000002 02380000000002 02390000000002
1c4 02400000000002 02410000000002 02420000000002 02430000000002
1c8 02440000000002 02450000000002 02460000000002 02470000000002
1cc 02480000000002 02490000000002 02500000000002 02510000000002
1d0 02520000000002 02530000000002 02540000000002 02550000000002
1d4 02560000000002 02570000000002 02580000000002 02590000000002
1d8 02600000000002 02610000000002 02620000000002 02630000000002
1dc 02640000000002 02650000000002 02660000000002 02670000000002
1e0 02680000000002 02690000000002 02700000000002 02710000000002
1e4 02720000000002 02730000000002 02740000000002 02750000000002
1e8 02760000000002 02770000000002 02780000000002 02790000000002
1ec 02800000000002 02810000000002 02820000000002 02830000000002
1f0 02840000000002 02850000000002 02860000000002 02870000000002
1f4 02880000000002 02890000000002 02900000000002 02910000000002
1f8 02920000000002 02930000000002 02940000000002 02950000000002
1fc 02960000000002 02970000000002 02980000000002 02990000000002
200 00000000000000 03ef0010bf0201 00000000000000 00000000000000
300 00000000000000 30130100000301 00000000000000 00000000000000
A: 09999999999000 B: 5048150a00e023 C: 200000023500fd
S: 00100010000000
M: 002018a5ff83d3 N: 000000000c10a0 G: 00
EOF
As this Encoder matures, anticipate these delights:
- Full Psydocommand Rollout: Activating ALARM, ALPHA, KEY, MEM, REG000, and FLAGS with validation that dances around emulator eccentricities.
- ROM Command Embrace: Seamless loadable ROM integration for your extended adventures.
- Error Whispers: Gentle diagnostics, perhaps even visual memory sketches in ASCII art.
Join the quest—fork on SourceForge and let’s encode the future together!