HahaLan97

"builtin.module"() ({
  "func.func"() ({
  ^bb0():
    %duplicate_60_i_bnd_in = "olympus.channel"() <{paramType = "small", depth = 840}> : () -> (!olympus.channel<index>)
    %duplicate_60_i_bnd_out = "olympus.channel"() <{paramType = "small", depth = 840}> : () -> (!olympus.channel<index>)
    %bcast4_index_i_bnd_0 = "olympus.channel"() <{paramType = "small", depth = 840}> : () -> (!olympus.channel<index>)
    %bcast4_index_i_bnd_1 = "olympus.channel"() <{paramType = "small", depth = 840}> : () -> (!olympus.channel<index>)
    %bcast4_index_i_bnd_2 = "olympus.channel"() <{paramType = "small", depth = 840}> : () -> (!olympus.channel<index>)
    %bcast4_index_i_bnd_3 = "olympus.channel"() <{paramType = "small", depth = 840}> : () -> (!olympus.channel<index>)
    %compute_T_prime_T = "olympus.channel"() <{paramType = "small", depth = 840}> : () -> (!olympus.channel<f32>)

HahaLan97

!REAL = f32
#SIZE = 840 : i32

func.func private @compute_T_prime_impl(%T: !REAL) -> (index, !REAL)
dfg.operator @compute_T_prime
    inputs(%T: !REAL)
    outputs(%j_T: index, %f_T: !REAL)
{
    %j_T_data, %f_T_data = func.call @compute_T_prime_impl(%T) : (!REAL) -> (index, !REAL)
    dfg.yield %j_T_data, %f_T_data : index, !REAL