diff --git a/src/models/icosahedron/components/Variants.gd b/src/models/icosahedron/components/Variants.gd
index c8db746..db3c8cc 100644
--- a/src/models/icosahedron/components/Variants.gd
+++ b/src/models/icosahedron/components/Variants.gd
@@ -5,78 +5,6 @@ class_name IcosahedronVarints
 const dst := 0.794
 const l := 0.577
 
-## 20 faces 12 vert 30 egdes
-# quad -> rect
-const figure_variants_v2 = {
-    '111' = {
-        '111' = Vector4( l, l, l, dst),
-        '110' = Vector4( l, l, l, dst),
-        '011' = Vector4( l, l, l, dst),
-        '101' = Vector4( l, l, l, dst),
-    },
-    '011' = {
-        '111' = Vector4( l, l, l, dst),
-        '110' = Vector4( l, l, l, dst),
-        '011' = Vector4( l, l, l, dst),
-        '101' = Vector4( l, l, l, dst),
-    },
-    '010' = {
-        '111' = Vector4( l, l, l, dst),
-        '110' = Vector4( l, l, l, dst),
-        '011' = Vector4( l, l, l, dst),
-        '101' = Vector4( l, l, l, dst),
-    },
-    '110' = {
-        '111' = Vector4( l, l, l, dst),
-        '110' = Vector4( l, l, l, dst),
-        '011' = Vector4( l, l, l, dst),
-        '101' = Vector4( l, l, l, dst),
-    },
-    '101' = {
-        '111' = Vector4( l, l, l, dst),
-        '110' = Vector4( l, l, l, dst),
-        '011' = Vector4( l, l, l, dst),
-        '101' = Vector4( l, l, l, dst),
-    },
-    '001' = {
-        '111' = Vector4( l, l, l, dst),
-        '110' = Vector4( l, l, l, dst),
-        '011' = Vector4( l, l, l, dst),
-        '101' = Vector4( l, l, l, dst),
-    },
-    '000' = {
-        '111' = Vector4( l, l, l, dst),
-        '110' = Vector4( l, l, l, dst),
-        '011' = Vector4( l, l, l, dst),
-        '101' = Vector4( l, l, l, dst),
-    },
-    '100' = {
-        '111' = Vector4( l, l, l, dst),
-        '110' = Vector4( l, l, l, dst),
-        '011' = Vector4( l, l, l, dst),
-        '101' = Vector4( l, l, l, dst),
-    },
-}
-# 3 golden rectangles
-# rect x
-# rect y
-# rect z
-# to define eash face we ned to know what cartesian quadrant it belongs
-# and what rectangle it touches (can be 2 or all)
-# RX have normal (1,0,0) and so on
-enum GoldenRect {RX, RY, RZ}
-# so each rect can be represented as vector
-# and we can use them in conmbinations also
-
-# RX + RY = (1,1,0)
-
-
-static func get_face( rects: Array[GoldenRect], quad: Vector3i):
-    if len(rects) == 3:
-        return figure_variants_v2[quad]['111']
-    pass
-
-
 const figure_variants = {
     8: {
         name = "top_left",
@@ -114,3 +42,10 @@ const figure_variants = {
         name = "default",
     },
 }
+
+# TDOO: make in sync w/ UV map from discrete_control.tscn
+var figure_variants_v2 := {
+    0: Quaternion().normalized(),
+    1: FaceLock.left_q.normalized(),
+    # ...
+}