2014:Programming: Difference between revisions

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= Programming Sub-pages and Links =
== Programming Sub-pages and Links ==


*[[Programming Master Task List]]
*[[Programming Master Task List]]
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*[[Jaguar Firmware Notes]]
*[[Jaguar Firmware Notes]]
*[[2014:Robot IO Map]]
*[[2014:Robot IO Map]]
*[http://penfieldrobotics.com/wiki/index.php?title=Dashboard_Setup_C-sharp Dashboard Setup-C #]
*[[Dashboard_Setup_C-sharp|Dashboard C# Setup]]
*[[2014:Programming_Drivetrain|2014 Drivetrain Proto Structure]]


=== Meetings ===
== Meetings ==


==== 15.1.14 ====
==== 15.1.14 ====
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==== 25.1.14 ====
==== 25.1.14 ====


Preliminarily chose programmer allocations.  
Preliminarily chose programmer allocations.


We are hosting on svn.penfieldrobotics.com/git/; project name is thunderbot2014
We are hosting over http and WebDAV. Repositories are private and at [http://svn.penfieldrobotics.com/git/ http://svn.penfieldrobotics.com/git/]; we are using EGit as the client in Windriver Workbench. The robot project name is "thunderbot2014".


==== 28.1.14 ====
==== 28.1.14 ====
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= DRIVETRAIN =
== Programming Archives ==
 
*<u>'''IMPORTANT:'''</u>&nbsp;Include ThunderDrive.h & ThunderDrive.cpp while integrating
**Use '''#include "ThunderDrive.h"&nbsp;'''
*ThunderDrive is an object type that allows you to use the comands...
**Teleop
***.TankDrive (float left, float right, bool turbo, bool slow)
****Inputs
*****left (float, -1 to +1)
******left stick Y position
*****right (float, -1 to +1)
******right stick Y position
*****turbo (bool)
******status of the turbo button
*****slow (bool)
******status of the slow button
****Allows you to drive using tank controls
***.DoDebug
****Inputs
*****left (float, -1 to +1)
******left stick Y position
*****right (float, -1 to +1)
******right stick Y position
*****turbo (bool)
******status of the turbo button
*****slow (bool)
******status of the slow button
****Shows you current motor power
****Prints into net console for CRIO(? What part is caps)
**Auto
***.AutonomousDrive(float distance_IN, float maxPower)
****disance_IN (float)
*****how far you plan to go in inches
****maxPower (float)
*****maximum power to be used wilst going to the position
***.AutonomousTurn(float distance_IN, float maxPower)
****degrees (float)
*****how far you plan to turn in degrees
 
 
 
= Programming Archives =


*[[2013:Programming]]
*[[2013:Programming]]

Latest revision as of 18:01, 28 January 2014

Programming Sub-pages and Links

Meetings

15.1.14

  • Discussed staying with the standard C++ programming method, or changing to Command Base. 
  • We decided to stay with the standard method, and save Command Base for next pre-season.
  • We will be using Git to update and archive the programs.
  • On Sunday, January 19th, we will be holding a meeting right after Lunch to discuss the primary code layouts for our subteams.
    • Please know your subteams needs for the meeting.

19.1.14

  • Decided to create 3 main subsystems: Intake, Drive, Kicker
    • Intake subsumes the roller and lift/cradle mechanism
    • Drive is the drivetrain
    • Kicker is only the motors and sensors associated with moving the kicker "leg"
  • Like in previous years, we have Auto, Controls, Lights classes
  • No camera class yet, until we use a rotating camera
  • Relegated utility classes and functions to "./util/" folder.
  • Using references/stack allocation for classes
  • Using git. Code is on laptop 3 and cloned in Manuel's data realm.
  • Need to decide where to host: svn.penfieldrobotics.com/git/ is possible, but needs a config change; github/google code/etc. possible

25.1.14

Preliminarily chose programmer allocations.

We are hosting over http and WebDAV. Repositories are private and at http://svn.penfieldrobotics.com/git/; we are using EGit as the client in Windriver Workbench. The robot project name is "thunderbot2014".

28.1.14

Allocated new programmers onto heap:

Systems
 Person
 Explanation
Dash/Img
 Manuel
 All the code on the driver station laptop; imaging routines, nettables interface to robot
Controls
 Gordon
 Bridge between joystick data from driver station and method calls on the Intake, Shooter, and Drive
Auto
 Zach, Griswold
 Controls all the robot during autonomous phase, uses the three systems.
Intake
 Hannah
 System comprising cradle/intake arm, roller, and relevant sensors
Shooter
 Austin
 System comprising kicker, solenoid-actuated guards, and relevant sensors
Drive
 Raymond
 System controlling drive train.

Programming Archives

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