Is there an existing issue for this problem?
CrealityPrint Version
7.1.0.4414
Operating System (OS)
Windows
OS Version
Win 11
Additional system information
No response
Printer
K1
How to reproduce
When I start a print using Creality Print → Send to LAN Printer, KAMP does not use adaptive bed mesh correctly. The print falls back to the full/default bed mesh.
When I start the same gcode file from Fluidd/Moonraker on port 4408, KAMP works correctly and uses an adaptive mesh matching the actual object bounds.
What I verified:
KAMP is installed and enabled
Moonraker object processing is enabled
EXCLUDE_OBJECT_DEFINE is present in the gcode
START_PRINT is being called
test object was a single 20 mm cube
object bounds were approximately 100,100 to 120,120
Actual results
Started from Creality Print LAN: active bed mesh remained default, with full-bed bounds roughly 5,5 to 215,215
Started from Fluidd/Moonraker: active bed mesh became adaptive, with bounds 100,100 to 120,120
Expected results
The LAN print path in Creality Print should preserve the same KAMP/Moonraker adaptive meshing behaviour as starting the identical file from Fluidd.
Project file & Debug log uploads
Creality.zip
Block20XY.zip
Checklist of files to include
Anything else?
This appears to be specific to the Creality Print LAN print/start workflow, not the gcode itself.
Is there an existing issue for this problem?
CrealityPrint Version
7.1.0.4414
Operating System (OS)
Windows
OS Version
Win 11
Additional system information
No response
Printer
K1
How to reproduce
When I start a print using Creality Print → Send to LAN Printer, KAMP does not use adaptive bed mesh correctly. The print falls back to the full/default bed mesh.
When I start the same gcode file from Fluidd/Moonraker on port 4408, KAMP works correctly and uses an adaptive mesh matching the actual object bounds.
What I verified:
KAMP is installed and enabled
Moonraker object processing is enabled
EXCLUDE_OBJECT_DEFINE is present in the gcode
START_PRINT is being called
test object was a single 20 mm cube
object bounds were approximately 100,100 to 120,120
Actual results
Started from Creality Print LAN: active bed mesh remained default, with full-bed bounds roughly 5,5 to 215,215
Started from Fluidd/Moonraker: active bed mesh became adaptive, with bounds 100,100 to 120,120
Expected results
The LAN print path in Creality Print should preserve the same KAMP/Moonraker adaptive meshing behaviour as starting the identical file from Fluidd.
Project file & Debug log uploads
Creality.zip
Block20XY.zip
Checklist of files to include
Anything else?
This appears to be specific to the Creality Print LAN print/start workflow, not the gcode itself.