tbb parallelization is used to improved the efficiency of for_each_volume and for_each_polygon loop
JIRA ID: STUDIO-2866
Change-Id: Id5b3a536e3162b148417cbee803bcede3b62a651
(cherry picked from commit 15a6f7ef2f575eaa4b4694ad357d881b39b82f5b)
If support_on_buildplate_only is enabled, and a node will fall into the object,
this node should not be a normal node.
Jira: STUDIO-3047
Change-Id: I65dc6d69d28729732907111c3b34b4d32edff806
(cherry picked from commit d04dc35d45c171e20899cb391d3b192fa123c10e)
This can avoid to simplify wall twice when
the only invalid step is infill.
Signed-off-by: salt.wei <salt.wei@bambulab.com>
Change-Id: Ie5a9ccc10d5331c29c716aece08cdb195352cfe3
Optimize support top interface fill direction for bridge.
The direction is set orthogonal to the biggest bridges's infill
direction.
Currently, it only works when thick bridge is off.
Signed-off-by: yifan.wu <yifan.wu@bambulab.com>
Change-Id: I7bd894ae6f5ae24bc597c609e27a16b6d45a9797
Small overhang diameter threshold is reduced,
and use bounding box size instead of area for final decision.
Github: issue 1681
Change-Id: Iabbb49dfc47345bb609214749104c808608c4d65
Previously grid infill may be cut, so the strength on one direction is too weak. Now we switch the order at neighboring layers, so the strength of both directions are good enough.
Change-Id: I0ba768eeee34ce430e43ea57d8f06c209d469d39
These two settings is necessary for some
specific user case.
Signed-off-by: salt.wei <salt.wei@bambulab.com>
Change-Id: I9d70679932ac90c34296393d0e8bb8aebd8ebe48
The print z was wrong previously when there is a wipe tower, or there
is an object with floating parts.
Jira: STUDIO-2719
udesk: 2258732
Change-Id: Ifa070aeb548d692549cf88df0d405ecdf0160c80
(cherry picked from commit be3097d8044ce9e0079ebf7070b15c7aad7aff0e)
Remove all spaces and special symbols like \ / : * ? " < > | in the plate name,allow xml special symbols such as & '
Change-Id: I2b391d13be709af0e47f1573c0e225e63591fd23
(cherry picked from commit 135c97e9916c852a8625d9d9bf0a4dda051b6e2b)
1. Previously if there are multiple sharp tails in a layer, some will be
missed. To fix this, we should not skip if the current layer is already
detected as sharp tails.
2. Do not mistakenly detect sharp horns as sharp tails by only detecting
the overhang areas larger than half of the extrusion line width.
Github: #1578
Jira: STUDIO-2659
Change-Id: If7ba5c9ae547d3051551aa6fa34eb6214d01a46d
CGAL to 5.4
TBB to 2021.5
OpenVDB to 8.2
Change-Id: I08992fce104e6f56001643c3c5dbf6c3f59ffc3d
(cherry picked from commit 1571f176fc37dda1c3e889776e13fa49bba4ae42)
Multi-material arranging is more compact by redefining same_color_with_previous_items:
if the colors of previous items are a subset of current object's colors, or vice versa.
Either of the two cases will not increase the total number of colors of the plate.
Jira: STUDIO-2871
Change-Id: I7cbe0835408d306084490b4849d03bb9fb617d2b
(cherry picked from commit d58702e9c0db54bcd123739298ce6dc03f5ca1a5)
Little overlap of support lines from two objects are allowed.
Change-Id: I738874ee71fc9787abbef764dbad762c76bc5731
(cherry picked from commit a5f7a53dc818d598523149d675fd0310f5d22f86)
This is caused by the inverse-order polgyons after mirroring. Adding
a union_ before offset_ex fixes this bug.
Github: #1621
Jira: 2738
Change-Id: I885a3ca6af4e5fadb2158d913cf67525bfffa91e
(cherry picked from commit 4ea95d89e7ec058ac21218e1839cfe16b486893a)
