Meant to be Seen

Code: Select all

def update():
    global yaw
    yaw = android[0].yaw
    global pitch
    pitch = -android[0].roll
    global roll
    roll = android[0].pitch

if starting:
    centerYaw = 0
    centerPitch = 0
    centerRoll = 0
   
    yaw = 0
    pitch = 0
    roll = 0
    android[0].update += update

freeTrack.yaw  = yaw - centerYaw
freeTrack.pitch = pitch - centerPitch
freeTrack.roll = roll - centerRoll

if keyboard.getKeyDown(Key.LeftControl) and keyboard.getPressed(Key.C):
    centerYaw = yaw
    centerPitch = pitch
    centerRoll = roll
    
diagnostics.watch(freeTrack.yaw)
diagnostics.watch(freeTrack.pitch)
diagnostics.watch(freeTrack.roll)

Code: Select all

def update():
  global yaw
  yaw = filters.deadband(math.degrees(filters.continuousRotation(android[0].googleYaw)), deadband)
  global pitch
  pitch = filters.deadband(math.degrees(-android[0].googlePitch), deadband)
  global roll
  roll = filters.deadband(math.degrees(-android[0].googleRoll), deadband)

if starting:
  deadband = 0.01
  centerYaw = 0
  centerPitch = 0
  centerRoll = 0

  yaw = 0
  pitch = 0
  roll = 0
  android[0].update += update

trackIR.yaw = yaw - centerYaw
trackIR.pitch = pitch - centerPitch
trackIR.roll = roll - centerRoll

if keyboard.getKeyDown(Key.LeftControl) and keyboard.getPressed(Key.C):
  centerYaw = yaw
  centerPitch = pitch
  centerRoll = roll
  
diagnostics.watch(trackIR.yaw)
diagnostics.watch(trackIR.pitch)
diagnostics.watch(trackIR.roll)

Code: Select all

def update():
    global yaw
    yaw = filters.deadband(filters.simple(filters.continuousRotation(android[0].googleYaw), smooth), dead)
    global pitch
    pitch = filters.deadband(filters.simple(android[0].googlePitch, smooth), dead)
    global roll
    roll = filters.deadband(filters.simple(android[0].googleRoll, smooth), dead)

if starting:
    dead = 0			#Defaut = 0   : Censé diminuer le drift. Ne semble pas marcher pas chez moi, je laisse donc à zéro.
    smooth = 0.9 		#Defaut = 0.9 : Permet de lisser les mouvements de tête. Ajuster de 0 à 1 selon la sensibilité de votre estomac.
    centerYaw = 0
    centerPitch = 0
    centerRoll = 0

    yaw = 0
    pitch = 0
    roll = 0
    android[0].update += update

#Là dessous, c'est les données balancées au jeu avec pour chaque axe une petite équation représentant une courbe. Ajustez les selon votre convenance, celles-ci me paraissent assez bonnes.
#Attention aux torticolis !
freeTrack.yaw  = -1.5*(yaw - centerYaw) - 10*(yaw - centerYaw)**3
freeTrack.pitch = 2*(pitch - centerPitch) + 5*(pitch - centerPitch)**3
freeTrack.roll = -1.3*(roll - centerRoll) - 2*(pitch - centerRoll)**3


#Ici, vous pouvez modifier le raccourci pour l'ajustement du zéro. Home par défaut.
if keyboard.getPressed(Key.Home):
    centerYaw = yaw
    centerPitch = pitch
    centerRoll = roll


#Décommentez les lignes suivantes pour voir les données transmises par le smartphone et par FreePIE au jeu.

#diagnostics.watch(android[0].googleYaw)
#diagnostics.watch(android[0].googlePitch)
#diagnostics.watch(android[0].googleRoll)

#diagnostics.watch(freeTrack.yaw)
#diagnostics.watch(freeTrack.pitch)
#diagnostics.watch(freeTrack.roll)

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        public void Write()
        {
...
            local.CamWidth = 1920;
            local.CamHeight = 1080;