Windows 2016.02.24.00

(Autonomous Robot Control Software)
Make robots with the easiest robot programming software. Experience user-friendly features that make any robot easy to program.

Change Release Notes

  • Ensure the plugin installer is launched from the ARC folder, in case there is a working directory change

  • Fix for Sound servo (Mic) when Pause button was pressed, preventing it from being unpaused


ARC Downloads

ARC Free

Free

  • Includes one free 3rd party plugin robot skill per project
  • Trial cloud services
  • Free with trial limitations

For schools, personal use & organizations. This edition is updated every 6-12 months.

Recommended

ARC Pro

Only $8.99/mo

  • 2 or more PCs simultaneously
  • Includes unlimited skills
  • Cloud backup
  • And much more

Experience the latest features and bug fixes weekly. A Pro subscription is required to use this edition.

Runtime

Free

  • Load and run any ARC project
  • Operates in read-only mode
  • Unlimited robot skills
  • Early access fixes & features

Have you finished programming your robot? Use this to run existing ARC projects for free*.

  • Minimum requirements are Windows 10 or higher with 2+gb ram and 500+MB free space.
  • Recommended requirements are Windows 10 or higher with 8+gb ram and 1000+MB free space.
  • ARC Free known-issues can be viewed by clicking here.
  • Get more information about each ARC edition by clicking here.
  • See what's new in the latest versions with Release notes.

Compare Editions

Feature ARC
FREE
ARC
PRO
  Get ARC for Free View Plans
Usage Personal
DIY
Education
Personal
DIY
Education
Business
Early access to new features & fixes Yes
Simultaneous microcontroller connections* 1 255
Robot skills* 20 Unlimited
Skill Store plugins* 1 Unlimited
Cognitive services usage** 10/day 6,000/day
Auto-positions gait actions* 40 Unlimited
Speech recongition phrases* 10 Unlimited
Camera devices* 1 Unlimited
Vision resolution max 320x240 Unlimited
Interface builder* 2 Unlimited
Cloud project size 128 MB
Cloud project revision history Yes
Create Exosphere requests 50/month
Exosphere API access Contact Us
Volume license discounts Contact Us
  Get ARC for Free View Plans
* Per robot project
** 1,000 per cognitive type (vision recognition, speech recognition, face detection, sentiment, text recognition, emotion detection, azure text to speech)

ARC Pro

Upgrade to ARC Pro

ARC Pro is your passport to a world of endless possibilities in robot programming, waiting for you to explore.

#1  

Hey DJ!

I've never done a bug report by now so I don't know if this is a bug or not but here it is: The Joystick control is not creating any variables when the "Set EZ-Script variables" box is checked and if the variables ($JoystickX1, $JoystickY1 etc.) are declared in a script, their value does not change when playing with joysticks.

Keep up the amazing work, have a nice day!:)

PRO
Synthiam
#2  

Thanks! I'll take a look and add it to be fixed:)

I would recommend using a different approach than the variables anyway. The variables return a float between 1 and -1. Which is ugly to calculate for. I recommend setting the servos for each direction as a Virtual Servo. That means a servo stating with the letter Vx. The virtual servo can therefore be used to easily obtain joystick positioning with ease.

#3  

I was hoping that the variables would work the other way around tooxD (setting the joystick position). It's much more easier to make precise movements if the positions of the joysticks are calculated correctly (for example camera tracking becomes a walk in the park if let's say $posX = ($CameraObjectCenterX - 320)/320 -for 640x480- and assigning $JoystickX1 a value based on $posX.). This way if you have a rover or something like that you only need to focus on how much it shoud rotate its whole body or just the camera in order to have the tracked object in the center, leaving the joystick take care of the movements. I don't know if what I said makes sense but in my head it seems to be easier this way:D