Updated charging station for mechanical corral, added filter to air vent, updated hinge design to accommodate hood removal
New:-Charging Station intial DesignUpdates:-Added wiring route beside battery-Updated battery support access holes-Modified rBOM support for tighter finish-Lengthened rear delrin to isolate wheels-Added material back to rear chassis from cliff mounting tabs
Updated design:larger wire passagewayPCB now 3.5x4.75" largeFront Cover for PCBMinor chassis tweaks
Uploaded main.c file in templates for the analog clock prescalar test.
deleted analog/code folder
Created analog folder in branches
committed using svnmucc
Deleted the analog branch.
fixes #570 avrdude port detection
Changed analog to support status checking. Updated bom_refresh to use it.
Added bug comment on how analog loop works.
Modified bom_refresh() to check analog_loop_running()
Branched changes to analog: loop_running, stop_loop
added analog branch
Matched this main.c to /trunk/code/projects/test/main.c
Changed all tests and main.c to copies of those in trunk/code/projects/test
Added accessory development projects: Forklift & Hauler. Updated flat patterns for wire routing re-design. Added tilted sonar mounting block.
Redesign for use of Matbotix EZ1 Tunable Sonar rangefinders. Inclusion of rear charging port and homing beacons, left and right color sensors, rear attachment hardpoints, rear attachment 6pin molex connector (5V, 3.3V, GND, TX, RX, ADC1, INT1, INT2)
Redesign of baseplates to incorporate roll cage structure and to accomodate waterjet machining. Addition of pivot rear IR sensors for forward, side, and rearward distance measurement. Vehicle ride height increased to add ground clearance and provide channel for wire routing.
Added Rollcage to protect circuitry and sensors. Updated baseplate for added digital IR cliff sensors.
Added GP2Y0D810 Sensor.SLDPRT for cliff detection and updated Sensor PCB.SLDPRT for hole clearances. Modified Bumper.SLDPRT for digital IR sensor housing clearance and added screws for mounting.
Updated hole positions and material sizes based on Scout prototype.
Added holes to Front Baseplate.SLDPRT for IR mount. Also created prints for the PCB standins and Side IR Mount.
Added videos directory and footage from days 1 & 2 of Scout testing
Updated Baseplates for Encoder Header access
Added CAD Models and supporting documentation/research
adding blank folder for scout branch
redoing scout branch
added branch for colony scout
Final spline code for master/slave
updated outdated libdragonfly and libwireless
Final version of feedback controls project
sort of works, does the 45 line correctly.
Control code added, not tested
removed circle and made border thinner in world.txt
update world.txt with screenshots
Server code does forward kinematic calculations
sending velocity instead of raw encoder values
small changes to spline server code
Encoder code for server added
Server code updated to handle velocity, untested
Parallelized Master and Server
Fast Slave, Working
server and master code sort of working
spline server and master
Added server and master code to spline behavior
move spline slave to sub-directory and update encoder_get_v function
create spline behavior for controls project
Able to read and draw circles in the environment
Hopefully final fix for circles
Paren fixes for circles
Even more updates to circles
More fixes for circles
Hopefully unbroke simulator with circles
Commented out code that broke simulator
Added circle collisions
fixed compiler warnings by including library files
it's slightly better
Measured timingFixed interrupt handler bug
Fixed synchronizationTested robustness
Cleaned up lights.hImplemented predefined color settingImplemented binary/PWM mode switching
moved the smart-runaround stuff from template to a new folder and restored the old templateimplemented usb_put* which just outputs to stdio
actually found a bug in smar run around using the simulator where the omega is > 255, which causes the robot in the simulator to stop moving.
Also added a hack to make the robot start at a non-90 degree angle
Added library for wireless
Saved 53%-62% processor time on orbs sorting
The server code.
Added server code.
Smart run around mostly works!!!
Thanks to Brian for fixing a bug in motion codedivide by 0 zero error in motion.c
Makefile cleans .csim and copy it over
GUI no longer fill the robot
changed the sigchld handler to only wait on robot proc's so that it doesn't try to wait on gui things
Polished file. Added includes
Bugfix: Orbs not turned off at the beginning of the PWM cycle.
Added atomic.h from the avr_libc (according to the documentation, it should be in the avr_libc distribution, but it seems to be missing)
Implemented triple bufferingOptimized sorting
Fixed timingProfiled sorting
Implemented lights sorting, interrupt handlers
Basic orb PWM functionality on Timer0
added some vague file type checking to prevent running simulator in simulatorupdated the makefile to make simulator executable filenames end in .csim
cleanup on robot exit
Test code to clarify timer operationCreated data structures
simulating rangefinder and smart run around
changed the position of IR sensors defined in libsimlibsim and libdragonfly use different numbering for IRs (#418, #419)added smart_run_around to template, right now it just hits wall, backs up then segfaults
slowed down motion and hacked more crap
allow rotation while stuck
awful hack for collisions that appears to work
Can now move robots with the GUI, deletion built into GUI but doesn't work in the backend.
Added code for circles in environment. Still needs to be tested
Fixed whitespace at the end of eeprom.hImplemented binary orb settings
Reorganized coordinate transforms in the GUI.