- Use ALL_MULTILANG and VARIANT_MULTILANG instead of VARIANT_Multilang
- Use ALL_ENGLISH and VARIANT_ENGLISH instead of VARIANT_En-only
- Rename the intermediate VARIANT_Multilang_* targets to VARIANT_lang_*
to avoid confusion
The Extra Loading Distance is configurable by the user.
We need to compensate the hardcoded sequence
such that it does not extrude too much or
too little. Currently the firmware
extrudes too little.
The issue is very apparent with a cold extruder. For example when starting a single color print with the MMU. I can hear grinding in the extruder gears at the very end of the sequence. This means the sequence is too long and we are
likely pushing the filament too far into the extruder.
The purpose of the test is to check if the filament is actually
present in the PTFE tube. My proposal is we reduce the length
of the test to only cover the *length* of the PTFE tube.
This will also reduce printing time a little bit.
Fixes issue where First Layer Cal. triggers an unload before any
filament is loaded
The purpose of this if() statement is to handle the case where
a user or developer is sending T-codes to the printer directly
via Serial. Such as when one first sends T0 and then T4.
And unload must be triggered in-between, we can do this automatically
if FINDA detect filament.
Change in memory:
Flash: -10 bytes
SRAM: 0 bytes
If there is no running print, and the printer is Stopped, add a new
"Acknowledge error" menu entry to unlock the printer.
This simply calls lcd_print_stop(), which is identical in behavior to a
thermal error with a running print.
Set a menu block for fatal thermal errors instead of abusing
lcd_return_to_status() to kick the user out of the menus.
This now allows a thermal model error to be recoverable through menu
access.
We allow resuming from the LCD via start print and resume print,
it makes sense to clear the error on stop too.
For this reason distinguish whether the action is performed
automatically or manually (ie: interactively).
The error is only cleared when the command is run interactively.
Yuri D'Elia
Guðni Már Gilbert
Alex Voinea
3d-gussner
Yuri D'Elia