Wednesday, December 23, 2009
Wednesday, February 11, 2009
Lunch Pre-Orders for Midwest Regional
your post should include your name and your meal choices for each day. I am posting my choice as an example.
Thursday, February 5, 2009
Week Four Update 1/26 - 2/1
Wednesday, January 28, 2009
Week Three Update - 1/27/09
Balls, Balls, Balls!
Chicago Lunacy Scrimmage: Saturday February 7, 2009
Thursday, January 22, 2009
Week Three 1/18 - 25
Week Two - 1/11 - 1/17
After rescheduling a meeting due to weather, we used the new information we gathered from testing (and the Team Update) to adjuste some of our assumptions. We broke into small groups and practiced presenting design ideas based on the previously accepted design goals. Thursday, finalVoting on final robot design was deferred to an online vote (due to inclement weather) to allow as many team members as possible to weigh in.
The control systems and programming groups worked on completing the customization and implementation of the C-RIO with mixed results. The initial benchtop testing was successful. The C-RIO was updated successfully, but the driver's station update was not. In the meantime, the electrical team started preparing to implement the new control system on the old (2007) robot.
In other news, Francis W Parker school finalized their recommitment to sponsoring the team, other FRC teams have begun sending in their RSVP for the 2/7 Lunacy Scrimmage, venue confirmation is underway (based on number of teams who RSVP), we have been moved from the wait-list to registered for the Atlanta championship (now we need $5K right away!), and Chris was accepted into Rensselaer (and received a 4 year Leadership scholarship).
Marathon Build Day - January 10, 2009
Attending teams:
Rookies: (2781) Queen of Peace, Burbank
. (2831) Perspectives School of Technology - Calumet Campus, Chicago
Veterans: (1739) Chicago Knights, Chicago
. (1755) Julian HS, Chicago
. (2081) Icarus, Peoria
. (2381) Ark of St Sabina, Chicago
. (2136) IMF, Chicago
Super kudos to the 4 students from veteran team Icarus (FRC 2081) and to the parent, Hugh Toner, who brought them. They not only made the trip from Peoria to help us assist the Perspectives-Calumet team, but they worked with other teams as well!
Jonathan Hildyard of National Instruments did an awesome job with LabView and all participating teams benefited from his expertise.
In spite of the weather-induced late start AND the extremely high number of too-large corner pieces in the KOP, all teams left with only about an hour's worth of work remaining before having a fully implemented control system. Two of the six teams completed their chassis, one reused an old robot, and another opted to work on their custom frame. The remaining two teams know how, but couldn't complete their frame due to having received improperly sized corner pieces.
I suspect by now, those issues have been resolved. We will upload our pictures to a shared online service ASAP and send you the link to it when it has been completed. If you have other pictures to share from the day, or pictures of your now functioning kit bot, please feel free to do so!
Also, don't forget to send me your feedback about the day. I am interested in knowing your overall impression of the day, what value (if any) did you receive from the day, and any special moments that stood out for you. In addition, if there were things we could do better/differently, please let us know that also! This will become an annual activity for us. Your feedback can help us plan better next time.
Week One: 1/4-10
The goal for the build session was to have each team leave at the end of the day with a completed kitbot and a fully implemented tethered control system.
Monday, January 19, 2009
Vote for Lunacy Design Options
Saturday, January 17, 2009
Website Stuff
Mentor- Ray Llanes
M. Braun (History Page)
J. Johnson (Events Page)
J. MacDonald (Mentors Page)
P. McCloud (Bio's Page)
L. Moore (Home Page)
J. Taylor (Thank You Page & Public Relation Liaison & News Page)
S. Williams (...)
Things Needed:
-Camera
-Photoshop
-HTML lessons
-Media team to give us "media"
Monday, January 5, 2009
Kit Happens! Be Prepared
Attendees:
Students: Pasama, Terry, Chris, Juan, Raven, Sierra, Porscha, JT, Lydia, Monica, Brett, Jazmyn Mentors: James Dowd, Ray Llanes, Jackie Moore, John Moore
Volunteers: Khalid Matarieyah, William Mitchell
Pre-Planned Absence (ie with prior notification):
Students: Max (attended kickoff in Denver), Carl (injured leg - on medical hiatus), Finn (traveling w/family), and James (traveling w/family)
Mentor: Damien Blanchard (traveling w/family)
Accomplishments during lock-in:
- reviewed communications tools available to team and ensured all present could use them
- used team's decision process to plan menu for Friday night dinner (identify goals, prioritize
- goals, brainstorm ideas, evaluate ideas against TEAM goals, assign numerical values to ideas, calculate the weighted value of each idea and rank numerically)
- reorganized the workshop (lots of physical labor!)
- each subteam represented chose meeting days and had preliminary discussions about plans
- control systems team worked on new control system benchtest
- drive team (plus) cleaned and re-tightened connections for 2007 robot
- practiced "12 days of kickoff" presentation for Saturday kickoff
Saturday, after breakfast (special thanks to William Mitchell who not only donated breakfast, but also helped prepare it!) and a quick run-through of the "12 days of kickoff," we headed over to Hermann Hall where we were joined by Jared and Mike Johnson (we've all heard about people who would give you the shirt off their back; well, Mike Johnson literally did that! When a member pulled out of the presentation at the last minute, Mike took off his team shirt so a substitute (Khalid) who did not have a shirt could wear one on the stage. Thank you Mike for your generosity, and thank you Khalid for stepping in with no notice!)
The "12 days of kickoff" was a big hit and Dennis Roberson has declared it a start of a new tradition for the Midwest FRC organization. We've been asked to post it to YouTube and to forward a copy to Dean Kamen and Paul Gudonis (president of FIRST); Look for an email announcing its availability! We also met a potential member whose family is moving to Chicago from California (Cecily, a high school junior and current member of FRC #8); Students Mike and Capri, and mentor Damien Blanchard joined us for the webcast. Jared and Brett attended the Control Systems Workshop while the rest of the team (including our guest, Cecily) attended the Q & A.
Afterwards, we all headed back to the Alpha Sigma Alpha sorority house for lunch and KOP inventory. Damien Blanchard led a kickoff debrief discussion with our team. We were joined by two other community based teams for the kit inventroy: PHP Robotics from Hopkins Park and the Ark of St Sabina from Chicago. Jackie Moore decided to forgo the originally planned team meeting due to a lack of sleep. As a team, we began cleaning up while waiting for parents, with Porshcha, JT, Lydia, Monica, and Jazmyn stayed behind to help Jackie and John Moore with the final cleanup of the house.
Kit happened, and we are prepared!
Sunday, January 4, 2009
Sunday, January 4, 2009 - Game Review Meeting
Students: Capri, Chris, Jared, Juan, Sierra, Porscha, James, JT, Lydia, Monica, Jazmyn
Mentors: Damien Blanchard, Ray Llanes, Jackie Moore, John Moore
Parents: Mike Johnson (Jared)
Notes:
Each member present received chapters 7 and 8 of the competition manual;
6 balls were brought in and members interacted with the balls, trailers, and baskets;
we reviewed the game rules and discussed possible/max scoring opportunities;
this is our understanding so far:
- perfect score = 360 ((120 cells x 2pts) + (8 super cells x 15 pts));
- takes 8 moon rocks to = 1 scored super cell; no bonus points during autonomous;
- increasing opposing alliance's score (without losing) is good a goal (helps our ranking points)
each team member is to review the entire manual (esp chapters 6,7,8, & 9) before Tuesday's meeting; at the meeting, we will brainstorm on game strategy, then focus on the robot (identify design criteria and constraints, followed by brainstorming design ideas); some administrative issues will be addressed at 4:30; initial brainstorming begins promptly at 5:00.
Friday, January 2, 2009
Thursday, November 27, 2008
FTC Teams Drive Train Process
- Build prototype chassis to become familiar with Tetrix components
- FTC 329 mounted 2 motors for indirect drive
- FTC 2813 mounted 4 motors for direct drive
- Simulate game play by moving prototype chassis and drive train over various surfaces and down mock-up of ramp
- Connect to control systems to test drivability of prototype
- Analyze prototype for potential issues (movement restrictions, ease of maintenance, etc)
- Analyze 329 prototype (2 wheel indirect drive) and 2813 prototype (4 wheel direct drive) for drivability and compliance with team's design goal(s)
- Identify design goals
- Determine final geometry for chassis design with manipulator sub-team
- Determine drive train configuration
- Generate shopping lists for any additional parts needed
- Identify any fabrication needs for custom parts (using aluminum and/or polycarbonate)
- Decide on chassis design with integration and manipulator sub-teams
- Rebuild chassis and drive train to reflect team's decisions
- Connect to control system to test drivability
- Validate designed drive train agains design goals and competition constraints
- Test, Analyze, Re-design or tune design as needed until final product meets design criteria
- Self-inspect using inspection checklist; making corrections as needed until "inspection ready"
- Fully document the "as built" design with annotated drawings (label all control points!)
- Glue in team journal and add to team competition binder
- Create 3 copies of BOM, one for team journal, one for team binder, and one for judges
- Create drive train toolkit (maintenance tools, pre-match check list, drive train binder or folder, completed self-inspection checklist)
- Go through pre-match checklist to ensure mechanical stability of drive train
FTC 2813 - Teen Girl Squad Overview
FTC LabView Programming
- Install LabView Software
- Install FTC Update
- Verify initial software install with Sample VI
- Install 2 Joystick Sample VI
- Validate and understand supplied blocks
- Create custom version for testing modifications
- Validate and document modifications
- Install 4 Joystick Sample VI
- Validate
- Create Custom version for testing modifications
- Install Sensor Sample VI
- Validate and understand supplied blocks
- Create custom version for testing modifications
- Validate and document modifications
- Install Encoder Sample VI
- Validate and understand supplied blocks
- Create custom version for testing modifications
- Validate and document modifications
- Install FTC Template VI
- Use simple pre-validated VIs to test and understand case controls (eg play sound 1 if autonomous, else sound 2)
- Replace "sound 2" with 4 Joystice VI (either sample or fully validated custom version)
- Validate above modified VI
- Replace "sound 1" with simple "move forward VI"
- Validate above modified VI
- Competition FTC Template Validation Complete
- Determine desired movements for drive train
- Create TeleOperated VI and validate
- Determine desired movements for manipulator
- Update TeleOperated VI and validate
- Create flow chart of desired autonomous movements
- Create Autonomous VI(s) shell(s)
- Add and validate blocks one LUW at a time until done
- Validate code one more time.
- Save VI with meaningful name including team number (eg FTC1739_FaceOff)
- Save all relevant VIs in team specific folder on master desktop (eg folder name: FTC1739_Package.081213
- Create zip file and distribute to all of programming team
- Place zip file on the team USB drive
- Document code within LabView
- Upload validated code from NXT to team USB drive for backup (cannot be modified)
- Print copy for team's journal (glue it on one of the journal pages) and copy for team competition binder
- Create a matrix of all inputs/outputs, put in team journal & in team competiton binder
- Prepare programming toolkit (USB drive, programming notebook/folder, USB cord, etc)