pattern of behaviour

app/dofs/cubic-flow/pattern.txt

@@ -0,0 +1,27 @@
+# 2021.10.18 -> 2023.02.16 ->
+
+// 4 independent spatial cursors
+p0 = leftHand.pos
+p1 = leftTwistCursor.pos
+p2 = rightTwistCursor.pos
+p3 = rightHand.pos
+
+if toggle
+  if !leftTwistCursor.outty
+    pp = p0
+    p0 = p1
+    p1 = pp
+  if !rightTwistCursor.outty
+    pp = p2
+    p2 = p3
+    p3 = pp
+
+pastPos = p0
+for i = 0, i < 64, i++
+  t = i / 63.0f
+  a = Lerp(p0, p1, t)
+  b = Lerp(p1, p2, t)
+  c = Lerp(p2, p3, t)
+  pos = Lerp(Lerp(a, b, t), Lerp(b, c, t), t)
+  Draw.Line(pastPos, pos, color)
+  pastPos = pos

app/dofs/fullstick/pattern.txt

@@ -0,0 +1,5 @@
+# 2019.11.03 -> 2023.02.16 ->
+
+rot = (stick.y * 90, 0, stick.x * 90)
+dir = stick.pressed ? down : up
+output = hand.rotation * rot * dir

app/dofs/offset-cursor/pattern.txt

@@ -0,0 +1,24 @@
+# 2019.10.28 -> 2023.02.16 ->
+
+dragPos = mainHand.pos
+if (mainHand.button.down)
+  lastPos = dragPos
+  
+if (mainHand.button.held)
+  cursor += (dragPos - lastPos) * 12
+  
+lastPos = dragPos
+
+// x orbital-view
+dragPos = mainHand.pos // * head.rot
+newRot = orielRot * head.rot
+
+if (mainHand.button.down)
+  lastPos = dragPos
+
+if (mainHand.button.held)
+  cursor += newRot * ((dragPos - lastPos) * 12)
+  cursor = newRot * rot.inverse(oldRot) * cursor
+
+lastPos = dragPos
+oldRot = newRot

app/dofs/orbital-view/pattern.txt

@@ -0,0 +1,8 @@
+# 2019.10.17 -> 2023.02.16 ->
+
+oriel.pos = head.rot * fwd
+
+// amplified
+oriel.pos = head.rot * fwd
+strength = ~4
+oriel.rot = rot.euler(0, head.euler.y * -strength, 0)

app/dofs/quadraticizer/pattern.txt

@@ -0,0 +1,8 @@
+# 2021.10.15 -> 2023.02.16 ->
+
+a = offHand.pos
+hit = raycast(offHand.fwd, midPlane)
+dist = distance(hit, midPlane)
+b = mainHand.pos + mainHand.rot * fwd * dist
+c = backhanded stretch-cursor
+pos = lerp(lerp(a, b, t), lerp(b, c, t), t)

app/dofs/touch-xr/pattern.txt

@@ -0,0 +1,30 @@
+# 2021.10.29 -> 2023.02.16 ->
+
+# gyro-keyboard
+# tilt through the layers as you type, reducing travel and mistaps
+keyLayers[3]
+tilt = device.rotation.y
+index = int(tilt * 10)
+layer = keyLayers[index]
+
+if tap
+  layer.sample(touch.pos)
+
+# swipe-cursor
+# extend cursor out of phone with swipe
+if absolute
+  offset = touch.y
+
+offset += touch.delta.y
+cursor = phone.pos + phone.up * offset * 3
+
+# touch-stretch-cursor
+# using the distance between your thumbs extend a cursor out
+stretch = dist(touch[0], touch[1])
+dir = calibration
+origin = phone.pos + phone.rot * touch[0].xy
+cursor = origin + phone.rot * dir * stretch * 3
+
+# tilt-touch
+# tilt your phone to move the touch points in 3d space
+touch.xyz = phone.rot * touch.xy

app/dofs/trackballer/pattern.txt

@@ -0,0 +1,29 @@
+# 2020.04.21 -> 2023.02.16 ->
+
+newRot = hand.rot * heldRot * spinRot
+if (offCon.triggerBtn.held && held != null)
+  newDelta = Inverse(newRot) * offHand.rotDelta
+  newDelta *= newRot
+  spinDelta = Slerp(
+    spinDelta,
+    newDelta,
+    Time.deltaTime / 0.1f
+  )
+  
+spinRot *= spinDelta
+
+// lower the speed the higher the friction
+friction = 1 - Clamp01(
+  Angular(spinDelta).magnitude / deltaTime / 15
+)
+friction = friction * friction * friction;
+spinDelta = Slerp(
+  Quaternion.identity,
+  spinDelta,
+  1 - (friction * Time.deltaTime)
+)
+heldRotDelta = newRot * Inverse(oldRot)
+
+held.rot = hand.rot * heldRot * spinRot
+// or
+held.angularVel = Angular(heldRotDelta) / deltaTime

app/dofs/twist-cursor/pattern.txt

@@ -0,0 +1,6 @@
+# 2021.10.15 -> 2023.02.16 ->
+
+rel = LookRotation(mainHand.rot * forward)
+twist = Angle(rel * up, hand.rot * up) / 180
+twist = Max(twist - 0.05, 0)
+cursor = hand.pos + hand.rot * forward * twist