refine description for ams not connected
Change-Id: Ic4c01e69cfd9385548a497af5c5c3071614067a2
Signed-off-by: Stone Li <stone.li@bambulab.com>
(cherry picked from commit 4158f1e06ed20fa5dd4c3ef412d4c8fab76054a8)
Use tree support to detect if there are sharp tails and so on.
Jira: STUDIO-1898
Change-Id: I148e14ca4024849875133a646a8fdd36c265b2fb
(cherry picked from commit bc74015d45e96e409d34d611876e3a24e289e029)
For pa-cf, the default setting of cooling is
forcing cooling for all outer wall.
And internal tester found that the slowing down by
layer time does not work for outer wall under
this situation.
This is fix for this issue.
Signed-off-by: salt.wei <salt.wei@bambulab.com>
Change-Id: I05aaa16d246f5ea6dc1ae9808050e1281646e184
Tree support didn't fill the first layer when the tree is too short
udesk: 0284
Change-Id: I2702b26733e7360445e19847abb48f75f173da4e
(cherry picked from commit e317f9e19fbbfe21efb495e23a8ff78661bfee79)
1. display factor of extrusion calibration
2. add progress to calibration extrusion
3. support ext spool
Change-Id: Ic124a0097f16e6287c09f5f133eea84eeefb4000
Signed-off-by: Stone Li <stone.li@bambulab.com>
Start gcode of P1P is wrong.
This is for github issue #1044
Signed-off-by: salt.wei <salt.wei@bambulab.com>
Change-Id: Id078b7c9020ef773373c3486f74dc51385b9dcc0
1. add gcode command for void printing detection
2. fix the issue that the toolhead is not at excess chute position when
smooth timelapse ends, by adding 2s pause after M991 command.
Jira: STUDIO-1996
Change-Id: I40cf16116e742744cea9bd90969e556a9ea2b2f1
(cherry picked from commit 2fbf7ffe6b1bd8850a76e229ff91750c689721b9)
wxWidgets on Linux uses GStreamer as its back-end for wxMediaCtrl, which
doesn't have a bambu: URI handler. On Windows, this is handled by a Windows
Media subsystem plugin, and on Mac, this is handled with a BambuPlayer
class. Luckily, the libBambuSource.so binary that is distributed with the
network plugin package already contains support for receiving h.264 data
from the network, and the API is the same as is used by the tiny
bambusource.exe binary on Windows; we glue this into a GStreamer source
plugin that registers a URI handler for bambu:.
To make this work, we make a few additional changes elsewhere. GStreamer
seems to have trouble rendering an Xv overlay onto a 32bpp X visual, but
Bambu Slicer seems to request a 32bpp visual for some background
transparency in the Notebook; it doesn't seem to use it in an interesting
way on Linux, though, so we remove that request for transparency to allow
Bambu Studio to render to a 24bpp visual. The media controller
infrastructure also makes a few assumptions about when sizing information
can be queried from a wxMediaCtrl backend that do not hold true on Linux; we
either fix those assumptions, or fake them out, as needed. We also make a
few changes needed to successfully compile C.
This has only been tested with the GStreamer backend for wxWidgets --
notably, not the GStreamer-play backend (these are, astonishingly, two
different things!). If you find that this seems not to work, consider
*un*installing the libgstreamer-plugins-bad1.0-dev package and then
rebuilding wxWidgets.
Each time the dependency build was run, previously, the build system
attempted to patch wxWidgets after checking it out from Git. The problem,
of course, is that if this happened once, it would not succeed a second
time, so the only workaround was to blow away the wxWidgets source tree.
The real solution to this is to create a BBL fork of wxWidgets (or to
upstream the changes...). But for now, we add a file to determine whether
the patch has taken place already, and if it's there, we don't apply the
patch again. This will mean that all kinds of exciting things happen if you
change Git revisions of wxWidgets or the patch changes (in those cases,
you'll have to blow away the build), but at least this makes it possible to
build twice in the same repository in the best case.
To update an existing checkout, run:
$ touch deps/build/dep_wxWidgets-prefix/src/dep_wxWidgets/WXWIDGETS_PATCHED
On Linux, wxGTK by default attempts to use EGL if it is available on the
system, rather than GLX. Unfortunately, the ancient version of GLEW that we
packaged in did not support EGL, and even if it did, the configuration was
not set up to enable EGL. To solve this, we:
* upgrade GLEW to version 2.2.0, from upstream GitHub
* modify the Bambu build process to enforce that we use GLEW from the
built dependency
* remove the "extra" even older GLEW that was packaged
* modify GLEW's CMake configuration to enable EGL support when it is
available on the system (using the same test as wxWidgets uses to decide
whether to enable EGL support); if EGL isn't available at compile time,
both GLEW and wxWidgets will fall back on GLX
Note that you probably will have to blow away your CMakeCache for this to
work correctly -- otherwise, you may end up with the system GLEW, if you
have one installed (which is probably not what you want -- on Ubuntu, the
system GLEW is GLX, not EGL).
