Stacey Sheldon 785a7ccd88 uavtalk: convert tx to use blocking send routines ...

The uavtalk layer was previously implementing a poor
version of packet fragmentation based on a hard-coded
max packet size.  Since this was hard-coded, there was
no guarantee that it would match the underlying devices.

Now that the COM layer sending routines support fragmentation,
remove fragmentation and use the COM layer directly.

This will support future buffer size reductions in the COM
layer.

2011-12-30 23:05:36 -05:00

artwork

New 3D model: Ricoo (by muralha)

2011-11-14 16:05:10 +02:00

flight

uavtalk: convert tx to use blocking send routines

2011-12-30 23:05:36 -05:00

ground

gcs: properly label ttyACM devices in gcs pull-down selector

2011-12-30 23:05:33 -05:00

hardware

Add CC M&P for Daniel

2011-09-12 09:06:30 +10:00

make

openocd: collapse JTAG rules for STM32F1 and STM32F2

2011-08-27 10:43:02 -04:00

package

Updated Vid/Pids for Revo, CC3D and some minor comment cleanup in the UDev rules file.

2011-12-30 17:47:22 -07:00

shared/uavobjectdefinition

com-bridge: add usart to usb vcp bridge

2011-12-30 23:05:34 -05:00

.gitignore

Added UAVObject sorting to make UAVObj structs align to word-boundaries. Else copying to / from UAVObjects will fail on Cortex M4 with an alignment error, since the proper alignment is not visible to the compiler in a line like this: float* data = UAVObj.Roll; data[2] = yaw;

2011-11-22 23:48:11 -08:00

CREDITS.txt

Add Werner's MoveCopter to Credits and Milestones files

2011-07-06 19:18:46 +10:00

HISTORY.txt

Because the UAVO field sorting required for revo changes all the object IDs,

2011-12-10 14:13:28 -06:00

LICENSE.txt

Test commiting to reworked SVN, add lic file back but under trunk.

2011-02-27 10:16:35 +00:00

Makefile

Merge remote-tracking branch 'origin/stac/upgrade-to-openocd-0.5.0' into next

2011-09-14 11:49:01 -05:00

MILESTONES.txt

MILESTONES: First OpenPilot over 1km FixedWing navigation flight

2011-12-06 20:09:48 +02:00

Description

The LibrePilot open source project was founded in July 2015. It focuses on research and development of software and hardware to be used in a variety of applications including vehicle control and stabilization, unmanned autonomous vehicles and robotics.

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