code: def test_nested_condition():
      left = ast.BinNumExpr(
          ast.IfExpr(
              ast.CompExpr(
                  ast.NumVal(1), ast.NumVal(1), ast.CompOpType.EQ
              ),
              ast.NumVal(1),
              ast.NumVal(2),
          ),
          ast.NumVal(2),
          ast.BinNumOpType.ADD,
      )
      bool_test = ast.CompExpr(ast.NumVal(1), left, ast.CompOpType.EQ)
      expr_nested = ast.IfExpr(
          bool_test, ast.FeatureRef(2), ast.NumVal(2)
      )
      expr = ast.IfExpr(bool_test, expr_nested, ast.NumVal(2))
  
      expected_code = """
  defmodule Model do
      @compile {:inline, read: 2}
      defp read(bin, pos) do
          <<_::size(pos)-unit(64)-binary, value::float, _::binary>> = bin
          value
      end
      defp list_to_binary(list) do
          for i <- list, into: <<>>, do: <<i::float>>
      end
      def score(input) do
          input = list_to_binary(input)
          func0 = fn ->
              cond do 1.0 == 1.0 ->
                  1.0
              true ->
                  2.0
              end
          end
          func1 = fn ->
              cond do 1.0 == func0.() + 2.0 ->
                  cond do 1.0 == func0.() + 2.0 ->
                      read(input,2)
                  true ->
                      2.0
                  end
              true ->
                  2.0
              end
          end
          func1.()
      end
  end
  """
  
      interpreter = ElixirInterpreter()
      assert_code_equal(interpreter.interpret(expr), expected_code)
  
imports: from itertools import product
  import pytest
  from m2cgen import ast
  from m2cgen.interpreters import ElixirInterpreter
  from tests.utils import assert_code_equal
label_desc: Use image node_id 5 for calling a global function with example usage: test_nested_condition() without return types