Add logic that sets the infill width to 0.4
when the layer height is not equal to 0.2.
The infill width at 0.45mm was causing the
flow rate to be > 30 mm^3/s for 0.27 Balanced
prints. This update corrects the flow rate issue.
PP-561
Enable PLA and TPLA at 0.27 layer height via
Balanced & Draft mode options.
Draft mode has higher acceleration values, and
adjusted overhang settings. Also additional minor
settings changes such as first layer height, and
initial cooling fan.
PP-561
Add definition for Replicator+, along
with three extruders: SE+, SE+ Tough,
and SE+ Experimental.
Add Replicator+ settings for PLA & TPLA.
These are similar to Method settings,
with some first layer adjustments.
PP-538
PC-ABS & PC-ABS-FR 175 profile adjustments
for self support to prevent under-extrusion
while still printing a delicate support
structure that is easy to remove.
These changes include fan speeds, line
widths, material flow settings, and print speeds.
PP-550
CURA-12247
Also set interlocking_enable to basic settings because it is quite important and just enabling it doesn't require advanced knowledge/skills.
Add PC-ABS & PC-ABS-FR intent and quality files
for Method X & Method XL. These materials pair with
1C, 1XA and Labs extruders.
Exclude PC-ABS and PC-ABS-FR from sketch printers
and Method.
PP-550
* The settings used in the Visual intent profile improve the roof quality
* Settings include temp adjustments, line widths, small features, hole, roof accel & speed
* These apply to PLA & TPLA
* all of the visual intents are marked as experimental for Cura 5.10
PP-554
These intent modes were tuned by Eric MacNeil. The jerk &
accel values will be converted into a accel_config by the
Makerbot writer plugin, and the Method firmware will interpret
these values for each path.
The self support speed settings were unchanged from the previous
defaults, but the model speed was increased for ABSR, PLA & TPLA.
PP-544
Previously we used the PLA quality files to print Metallic PLA.
There were drastic differences in surface quality (matte vs shiny).
The temperature increase to 230 addresses the surface differences.
We reduced the print speed to stay within the max flowrate of
12 mm^3/s. Additionally, the infill rotation was enabled for
Metallic PLA (Similar to Sketch PLA infill).
Some other speed adjustments were made (walls, roof, support
interface, support bottom). These were paths that got slowed
down too much when adjusting the global print speed. These
adjustments were made to make up some of the lost speed
without sacrificing print quality.
The previous support material flow value was set to 90%. We
increased it by 2% to limit under-extrusion, which is more
pronounced at the higher nozzle temperature.
PP-552
