fix apps with new syntax

base/App/Nya.kind

@@ -242,7 +242,10 @@ App.Nya.when: App.When<App.Nya.State>
     mouse_move: IO {
       let x = U32.to_f64(event.mouse_pos@fst)
       let y = U32.to_f64(event.mouse_pos@snd)
-      App.set_local!(state.local@pos <- V2.new(x,y))
+      let pos = V2.new(x, y)
+      App.set_local!(state.local@pos <- pos)
+      // TODO verify bug
+      // App.set_local!(state.local@pos <- V2.new(x,y))
     }
   } default App.pass!
 

base/App/Seta.kind

@@ -39,13 +39,13 @@ App.Seta.when: App.When<App.Seta.State>
     input:
       switch String.eql(event.id) {
         "0":
-          App.set_local!(state.local@fst <- state.local@fst@fst <- I32.read(event.text))
+          App.set_local!(state.local@fst@fst <- I32.read(event.text))
         "1":
-          App.set_local!(state.local@fst <- state.local@fst@snd <- I32.read(event.text))
+          App.set_local!(state.local@fst@snd <- I32.read(event.text))
         "2":
-          App.set_local!(state.local@snd <- state.local@snd@fst <- I32.read(event.text))
+          App.set_local!(state.local@snd@fst <- I32.read(event.text))
         "3":
-          App.set_local!(state.local@snd <- state.local@snd@snd <- I32.read(event.text))
+          App.set_local!(state.local@snd@snd <- I32.read(event.text))
       } default App.pass!
   } default App.pass!
 

base/Hexagonal/Axial/line.kind

@@ -7,17 +7,17 @@ Hexagonal.Axial.line(
   open start
   open goal
 
-  {si, sj} = {I32.to_f64(start.i), I32.to_f64(start.j)}
-  {gi, gj} = {I32.to_f64(goal.i), I32.to_f64(goal.j)}
+  let {si, sj} = {I32.to_f64(start.i), I32.to_f64(start.j)}
+  let {gi, gj} = {I32.to_f64(goal.i), I32.to_f64(goal.j)}
   
-  coords = []
-  distance = I32.to_nat(Hexagonal.Axial.distance(start, goal))
+  let coords = []
+  let distance = I32.to_nat(Hexagonal.Axial.distance(start, goal))
   for i from 0 to distance with coords:
-    i = F64.from_nat(i + 1)
-    distance = F64.from_nat(distance)
-    ratio = i/distance
-    inter_x = F64.lerp(si, gi, ratio)
-    inter_y = F64.lerp(sj, gj, ratio)
-    {new_i, new_j} = Hexagonal.Axial.round(inter_x, inter_y)
+    let i = F64.from_nat(i + 1)
+    let distance = F64.from_nat(distance)
+    let ratio = i/distance
+    let inter_x = F64.lerp(si, gi, ratio)
+    let inter_y = F64.lerp(sj, gj, ratio)
+    let {new_i, new_j} = Hexagonal.Axial.round(inter_x, inter_y)
     Hexagonal.Axial.new(new_i, new_j) & coords
   coords

base/Int/div.kind

@@ -1,5 +1,5 @@
 Int.div(n: Int, d: Int): Int
-  {neg, d_nat} = Int.to_nat_signed(d)
+  let {neg, d_nat} = Int.to_nat_signed(d)
   if neg then
     Int.neg(Int.div_nat(n, d_nat))
   else