Chief Delphi - [Release] FRC Strategy Simulation (Video Game) 2011: Beta

Currently this is a MacOSX 10.6 i386 build.
You must have a recognizable usb controller attached before running.

Screenshots:

Controls:
-Arrow keys and Spacebar for the menu
-Move = 1st analog
-Rotate = 2nd analog
-Button 2 = brings arm down to the lowest level
-3 = brings arm to the middle level
-4 = brings arm to the highest level
-6 = releases tube
-8 = picksup/grabs tube
-7 && 5 = releases minibot
- 9 through 11 = obtain tube from human player

6 controllers should work, but so far only 4 have been tested. Currently the controls are hard coded (and other things too), but this will change with the official release.

How to include your team for the official release:
*Note in this beta, you must use the team number "3408" to test
-Create your team logo and named it as "XXXX.png" (XXXX is your team number) Please do not make your logo bigger than 400x400.
-Add your team logo inside the "resources/teams/" folder. (FRC 2011.app/Contents/MacOS/Resource/resources/teams/)
-Include your robot's stats inside the "resources/teams/teams.ini" file.

Code:

[Your team number goes here]

        Name=Your team name goes here

        DriveTrain=Tank = 1, tank middle wheel = 2, mechanum/omnidrive = 3, swerve drive= 4//Currently drivetrains are omnidrive

        Climbrate=How many inches per second does your minibot climb

        Sturdiness=How sturdy is your robot (0. inopperable - 1. solid) (1. is  recommended)//currently isn't used in the beta

        Width=The width of the robot in feet with bumpers

        Length=The length of the robot in feet with bumpers

        HasMiniBot=Do you have a minibot? (true or false)

        HasArmLow=Can your robot place tubes on the lower pegs? (true or false)

        HasArmMid=Can your robot  place tubes on the middle pegs? (true or false)

        HasArmHigh=Can your robot  place tubes on the higher pegs? (true or false)

        DurationForRelease=How many seconds does it take for your robot to place a tube on a peg?

        DurationForGrab=How many seconds does it take for your robot to obtain a tube?

        Grip=How well does your robot hold onto the tube? (0. any bump leads to drops, 1. never drops) //currently isn't used in the beta

        ArmAngle=At what angle is your robot's  armed facing in degrees? (0 degrees is the front)

        GrabAngle=At what angle is your robot's  grabber/obtainer facing in degrees? (0 degrees is the front)

        RotateRate=How fast does your Arm/Gribber/Minibot deployer rotate? (degrees per second)

        TubeLandingDistance=Assuming your robot's  arm is at 0degrees, how far away does the ideally tube fall when placing on a peg or releasing away from the bumper? (0 is at the bumper, greater than 0 is recommended)

        GrabbingDistance"=Assuming your robot's  grabber is at 0degrees, how far away can it grab ideally? (0 is at the bumper)

        MinibotDistance=Assuming your robot's  minibot deployer is at 0degrees, how far away attach ideally? 

        MinibotAngle=At what angle is your minibot deployer?

        MinibotStartHeight=How many inches on the pole does your minibot start ideally?

        MinibotRotates=Does your minibot deployer rotate?(true or false)

        ArmRotates=Does your robot's Arm (which releases the tube) rotate?(true or false)

        GrabRotates=Does your robot's tube obtainerrotate?(true or false)

        GrabAttachedArm=Is your grabber/tube otainer dependent on the arm's angle? (true or false)//currently not implemented

        MinibotAttachedArm=Is your minibot deployer dependent on the arm's angle? (true or false)//currently not implemented





///This is if your robot is placed on the outside positions at the beginning of the match (This is for autonomous.) 

        AL_Steps= X (The number of steps to complete autonomous)

        AL_Step1=MOVE_FORWARD 8. (in feet)

        AL_Step2=RELEASE_TUBE

        AL_Step3=MOVE_BACKWARD 12.0 (in feet)

        AL_Step4=ROTATE_LEFT 180. (degreess)

        AL_Step5=WAIT 7 (seconds)

        AL_StepX=......

///This is if your robot is placed on the inside position at the beginning of the match (The forked position.) (This is still for autonomous.) 

        AF_Steps= X (The number of steps to complete autonomous)

-Here is an example.

Code:

[3408]

        Name=Killa-Byte Cubs

        DriveTrain=3

        Climbrate=8.

        Sturdiness=1.

        Width=2.8

        Length=3.7

        HasMiniBot=true

        HasArmLow=true

        HasArmMid=true

        HasArmHigh=false

        DurationForRelease=1.5

        DurationForGrab=1.5

        Grip=1.

        ArmAngle=0.

        GrabAngle=0.

        RotateRate=0.0

        TubeLandingDistance=0.5

        GrabbingDistance"=0.

        MinibotDistance=1.

        MinibotAngle=145.

        MinibotStartHeight=10.

        MinibotRotates=false

        ArmRotates=false

        GrabRotates=true

        GrabAttachedArm=true

        MinibotAttachedArm=false

        AL_Steps= 4  

        AL_Step1=MOVE_FORWARD 14.2

        AL_Step2=RELEASE_TUBE

        AL_Step3=MOVE_BACKWARD 12.0

        AL_Step4=ROTATE_LEFT 180.

        AF_Steps= 11

        AF_Step1=MOVE_FORWARD 8.0

        AF_Step2=WAIT 5.2

        AF_Step3=MOVE_LEFT 1.4

        AF_Step4=MOVE_FORWARD 5.3

        AF_Step5=RELEASE_TUBE

        AF_Step6=MOVE_BACKWARD 4.0

        AF_Step7=MOVE_RIGHT 1.4

        AF_Step8=MOVE_BACKWARD 10.5

        AF_Step9=ROTATE_RIGHT 180.

        AF_Step10=MOVE_LEFT 9.

        AF_Step11=MOVE_FORWARD 6

-Post your stats and logo here or preferably here (because I have full control there.) Don't worry you won't need an account to post. (Please don't spam)

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