This is not suitable for button information, so such data is encoded in the bytes of the float: YawByte= Left Trigger, YawByte= Right Trigger, YawByte= Left System Button, YawByte= Right System Button, PitchByte= Left App Menu, PitchByte= Right App Menu, PitchByte= Left Grip, PitchByte= Right Grip, RollByte= Left Touch Pad Enable, RollByte= Right Touch Pad Enable, RollByte and RollByte are not used, XByte=Left Touch Pad X, XByte= Right Touch Pad X, XByte= Left Touch Pad Y, XByte= Right Touch Y, Y and Z are not used. As stated, a FreePieIO block contains Yaw, Pitch, Roll, X, Y and Z data as floats (floating point numbers that use 4 bytes of memory). FreePieIO is decoded into SteamVR controller buttons.
#Vr kanojo controls download
You can download this reference script that shows how the encoding is done, sampling keyboard input to act as controllers or headset. Trinus will read those blocks expecting a specific format, as described below.
#Vr kanojo controls how to
You will find download link and all the information on how to use FreePie at įreePie generates an output that Trinus can read through its FreePieIO array, which contains 4 blocks (FreePieIO to FreePieIO), that include Yaw, Pitch, Roll, X, Y and Z information. and, thanks to Python scripting, you have a powerful way to tweak controllers (and head movement). It supports many different inputs, like Wiimotes, joysticks, keyboard, etc.
#Vr kanojo controls software
assigning one mouse, its movement will be replicated on both hands).Īs for the head selector, you will have options to enable position tracking, rotation tracking (overriding default sensors) or both.įreePie is a very handy software that can integrate different controllers and customise their behaviour to match your preference. Leaving one of the hand selectors empty, will duplicate the other hand selector so same control method will take care of both controllers (eg. You can assign different control methods for each. In the Trinus Tracking tab, you will see 3 selectors, for head, left and right hands. Just to clarify, 3dof means 3 degrees of freedom (rotation tracking) while 6dof is 6 degrees of freedom, that is, you can rotate and move in space (rotation + position tracking). In order to play those, Trinus offers a few low cost solutions that emulate the controllers, even though there are some limitations inherent to the hardware used for emulation. You can play plenty of games without them (games with gamepad or keyboard/mouse support, see the list on Steam), but many do require the VR controllers. Also it seems like I have to recenter the camera when a scene begins.Įverything still works fine on index, just some minor inconveniences.Trinus PSVR supports several methods to emulate VR Controllers. It's just the button mapping that's a little off, and it's only the H scenes that are affected.
If someone has both headsets please try using index headset and vive controllers with this game and report back here the test results. If headset and headtracking of the headset works fine then it might be that its JUST the controller issue and not the Valve Index platform as a whole, solution might be to use index headset with vive controllers (index headset can work with vive controllers and vice versa from what i've heard) I also can't seem to find a button to reset the player position other than in the menu.īut the actual headset works fine, correct? The head tracking and grabbing of items/body parts seems OK though.
Only work around I see so far is to get the camera position where you want and then go to the menu and lock the camera adjustment. The thumbsticks control the H action speed and the camera/player location, so adjusting one also changes the other at the same time. Originally posted by Nester Zoo:Can confirm, very frustrating controls on Index.
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