Diskussion:Nova 35: Unterschied zwischen den Versionen
Aus FabLab Region Nürnberg
Mose (Diskussion | Beiträge) |
Mose (Diskussion | Beiträge) |
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=== Data format === | === Data format === | ||
Byte = 1 Bit Message Start Indicator + 7 Bit Payload | * Byte = 1 Bit Message Start Indicator + 7 Bit Payload | ||
* Only one message (checksum + command) can be sent per UDP package | |||
==== Checksum ==== | ==== Checksum ==== | ||
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| CD || FAIL from machine || 99% | | CD || FAIL from machine || 99% | ||
|- | |- | ||
| DA 00 XX XX || get | | DA 00 XX XX || get XX XX from machine || 99% | ||
|- | |- | ||
| DA 00 04 05 || saved job count || 99% | | DA 00 04 05 || saved job count || 99% | ||
| Zeile 92: | Zeile 93: | ||
| E7 51 [[#VAL-ABSCOORD|ABSCOORD]] [[#VAL-ABSCOORD|ABSCOORD]] || Bounding box bottom right? || 30% | | E7 51 [[#VAL-ABSCOORD|ABSCOORD]] [[#VAL-ABSCOORD|ABSCOORD]] || Bounding box bottom right? || 30% | ||
|- | |- | ||
| E8 02 E7 01 [[#VAL-CSTRING|CSTRING]] || Set filename for following transfer || 90% | | E8 02 E7 01 [[#VAL-CSTRING|CSTRING]] || Set filename for following transfer (transfer needs to be done really quickly after this!) || 90% | ||
|- | |- | ||
| E8 01 XX XX | Read filename number XX XX | | E8 01 XX XX | Read filename number XX XX | ||
Version vom 21. Mai 2017, 01:51 Uhr
Hardware
- RDC6442G Herstellerseite
- Network aware laser cutter security
- RDCAM Reverse Engineering
- RDworks + Manuals
Protokollanalyse
- Capture mit Wireshark
- Datei > Paketdissektion exportieren > Als JSON
- Packet summary line
- Include column headings
- Packet details:
- As displayed
- Packet Bytes
- Packet summary line
- some more pat foo
rdcam.py
pat magic
Data format
- Byte = 1 Bit Message Start Indicator + 7 Bit Payload
- Only one message (checksum + command) can be sent per UDP package
Checksum
2 Bytes - sum of scrambled message bytes; MSB first.
Checksum has to be send before message.
Values
| Value | Lenght | Description |
|---|---|---|
| ABSCOORD | 5 Bytes | absolute position relative to job origin in µm |
| RELCOORD | 2 Bytes | relative position in µm; signed (2s complement) |
| SPEED | 5 Bytes | speed in µm/s |
| POWER | 2 Bytes | power in 0,006103516% (100/2^14) |
| CSTRING | variable zero terminated |
Commands
| Byte squence | Description | how sure we are |
|---|---|---|
| C6 01 POWER | 1st laser source min power | 99% |
| C6 21 POWER | 2nd laser source min power | 99% |
| C6 02 POWER | 1st laser source max power | 99% |
| C6 22 POWER | 2nd laser source max power | 99% |
| C9 02 SPEED | movement and/or (not sure) cutting speed | 80% |
| D9 00 02 ABSCOORD | move X | 99% |
| D9 00 03 ABSCOORD | move Y | 50% |
| D9 00 04 ABSCOORD | move Z | 50% |
| D9 00 05 ABSCOORD | move U | 50% |
| CC | ACK from machine | 99% |
| CD | FAIL from machine | 99% |
| DA 00 XX XX | get XX XX from machine | 99% |
| DA 00 04 05 | saved job count | 99% |
| DA 01 XX XX | response to DA 00 XX XX | 99% |
| A8 ABSCOORD ABSCOORD | Straight cut to absolute X Y; turn laser on with configured speed and power | |
| E7 50 ABSCOORD ABSCOORD | Bounding box top left? | 30% |
| E7 51 ABSCOORD ABSCOORD | Bounding box bottom right? | 30% |
| E8 02 E7 01 CSTRING | Set filename for following transfer (transfer needs to be done really quickly after this!) | 90% |
| Read filename number XX XX | ||
| 88 ABSCOORD ABSCOORD | straight move to absolute X Y as fast as possible; with laser off |
