use slice deconstruct to name floats

src/main.rs

@@ -550,30 +550,43 @@ fn inference() {
 		);
 		let outputs = model.forward(inputs).into_data().into_vec::<f32>().unwrap();
 
+		let &[
+			move_forward,
+			move_left,
+			move_back,
+			move_right,
+			jump,
+			mouse_dx,
+			mouse_dy,
+		] = outputs.as_slice()
+		else {
+			panic!()
+		};
+
 		macro_rules! set_control {
-			($control:ident,$index:expr) => {
+			($control:ident,$output:expr) => {
 				session.run(
 					time,
 					PhysicsInputInstruction::SetControl(SetControlInstruction::$control(
-						0.5 < outputs[$index],
+						0.5 < $output,
 					)),
 				);
 			};
 		}
 		// MoveForward
-		set_control!(SetMoveForward, 0);
+		set_control!(SetMoveForward, move_forward);
 		// MoveLeft
-		set_control!(SetMoveLeft, 1);
+		set_control!(SetMoveLeft, move_left);
 		// MoveBack
-		set_control!(SetMoveBack, 2);
+		set_control!(SetMoveBack, move_back);
 		// MoveRight
-		set_control!(SetMoveRight, 3);
+		set_control!(SetMoveRight, move_right);
 		// Jump
-		set_control!(SetJump, 4);
+		set_control!(SetJump, jump);
 
 		// mouse_dx
 		// mouse_dy
-		mouse_pos += glam::vec2(outputs[5], outputs[6]).round().as_ivec2();
+		mouse_pos += glam::vec2(mouse_dx, mouse_dy).round().as_ivec2();
 		let next_time = time + STEP;
 		session.run(
 			time,