combinational_critical_path {
  total_delay_ps: 1135
  nodes {
    total_delay_ps: 1135
    node_delay_ps: 135
    op: OP_SEL
    id: 93
    ir: "fixed_fraction__1: bits[23] = sel(and.50, cases=[input_fixed_magnitude__1, sub.121], id=93, pos=[(2,210,30)])"
  }
  nodes {
    total_delay_ps: 1000
    node_delay_ps: 304
    op: OP_SUB
    id: 121
    ir: "sub.121: bits[23] = sub(literal.99: bits[23], input_fixed_magnitude__1: bits[23], id=121, pos=[(2,211,9)])"
  }
  nodes {
    total_delay_ps: 696
    node_delay_ps: 138
    op: OP_PRIORITY_SEL
    id: 90
    ir: "input_fixed_magnitude__1: bits[23] = priority_sel(sgt.32, cases=[shll.116], default=bit_slice.117, id=90)"
  }
  nodes {
    total_delay_ps: 558
    op: OP_BIT_SLICE
    id: 117
    ir: "bit_slice.117: bits[23] = bit_slice(shrl.81: bits[24], start=0, width=23, id=117)"
  }
  nodes {
    total_delay_ps: 558
    node_delay_ps: 236
    op: OP_SHRL
    id: 81
    ir: "shrl.81: bits[24] = shrl(input_fraction_magnitude_shift_bits: bits[24], fraction_right_shift: bits[5], id=81, pos=[(2,205,12)])"
  }
  nodes {
    total_delay_ps: 322
    node_delay_ps: 110
    op: OP_NEG
    id: 87
    ir: "fraction_right_shift: bits[5] = neg(bit_slice.86: bits[5], id=87, pos=[(2,204,40)])"
  }
  nodes {
    total_delay_ps: 212
    op: OP_BIT_SLICE
    id: 86
    ir: "bit_slice.86: bits[5] = bit_slice(unbiased_input_float_exponent: bits[8], start=0, width=5, id=86, pos=[(2,196,61)])"
  }
  nodes {
    total_delay_ps: 212
    node_delay_ps: 212
    op: OP_ADD
    id: 114
    ir: "unbiased_input_float_exponent: bits[8] = add(input_float_bexp__1: bits[8], literal.113: bits[8], id=114, pos=[(1,266,6), (2,52,30), (2,196,61)])"
  }
  nodes {
    op: OP_LITERAL
    id: 113
    ir: "literal.113: bits[8] = literal(value=129, id=113, pos=[(1,266,6), (2,52,30), (2,196,61)])"
  }
}
all_nodes {
  op: OP_PARAM
  id: 24
  ir: "input_float: (bits[1], bits[8], bits[23]) = param(name=input_float, id=24)"
}
all_nodes {
  op: OP_TUPLE_INDEX
  id: 107
  ir: "input_float_bexp__1: bits[8] = tuple_index(input_float: (bits[1], bits[8], bits[23]), index=1, id=107, pos=[(1,266,6), (2,52,30), (2,196,61)])"
}
all_nodes {
  op: OP_LITERAL
  id: 113
  ir: "literal.113: bits[8] = literal(value=129, id=113, pos=[(1,266,6), (2,52,30), (2,196,61)])"
}
all_nodes {
  node_delay_ps: 212
  op: OP_ADD
  id: 114
  ir: "unbiased_input_float_exponent: bits[8] = add(input_float_bexp__1: bits[8], literal.113: bits[8], id=114, pos=[(1,266,6), (2,52,30), (2,196,61)])"
}
all_nodes {
  op: OP_LITERAL
  id: 98
  ir: "literal.98: bits[1] = literal(value=1, id=98, pos=[(2,205,12)])"
}
all_nodes {
  op: OP_TUPLE_INDEX
  id: 27
  ir: "input_float_fraction: bits[23] = tuple_index(input_float: (bits[1], bits[8], bits[23]), index=2, id=27, pos=[(2,195,62)])"
}
all_nodes {
  op: OP_BIT_SLICE
  id: 86
  ir: "bit_slice.86: bits[5] = bit_slice(unbiased_input_float_exponent: bits[8], start=0, width=5, id=86, pos=[(2,196,61)])"
}
all_nodes {
  op: OP_CONCAT
  id: 95
  ir: "input_fraction_magnitude_shift_bits: bits[24] = concat(literal.98: bits[1], input_float_fraction: bits[23], id=95, pos=[(2,205,12)])"
}
all_nodes {
  node_delay_ps: 110
  op: OP_NEG
  id: 87
  ir: "fraction_right_shift: bits[5] = neg(bit_slice.86: bits[5], id=87, pos=[(2,204,40)])"
}
all_nodes {
  op: OP_LITERAL
  id: 31
  ir: "literal.31: bits[8] = literal(value=0, id=31, pos=[(2,198,81)])"
}
all_nodes {
  op: OP_BIT_SLICE
  id: 35
  ir: "fraction_left_shift: bits[3] = bit_slice(unbiased_input_float_exponent: bits[8], start=0, width=3, id=35)"
}
all_nodes {
  node_delay_ps: 236
  op: OP_SHRL
  id: 81
  ir: "shrl.81: bits[24] = shrl(input_fraction_magnitude_shift_bits: bits[24], fraction_right_shift: bits[5], id=81, pos=[(2,205,12)])"
}
all_nodes {
  node_delay_ps: 142
  op: OP_SGT
  id: 32
  ir: "sgt.32: bits[1] = sgt(unbiased_input_float_exponent: bits[8], literal.31: bits[8], id=32, pos=[(2,198,43)])"
}
all_nodes {
  node_delay_ps: 233
  op: OP_SHLL
  id: 116
  ir: "shll.116: bits[23] = shll(input_float_fraction: bits[23], fraction_left_shift: bits[3], id=116)"
}
all_nodes {
  op: OP_BIT_SLICE
  id: 117
  ir: "bit_slice.117: bits[23] = bit_slice(shrl.81: bits[24], start=0, width=23, id=117)"
}
all_nodes {
  node_delay_ps: 138
  op: OP_PRIORITY_SEL
  id: 90
  ir: "input_fixed_magnitude__1: bits[23] = priority_sel(sgt.32, cases=[shll.116], default=bit_slice.117, id=90)"
}
all_nodes {
  op: OP_LITERAL
  id: 99
  ir: "literal.99: bits[23] = literal(value=0, id=99, pos=[(2,210,53)])"
}
all_nodes {
  op: OP_TUPLE_INDEX
  id: 47
  ir: "input_float_sign: bits[1] = tuple_index(input_float: (bits[1], bits[8], bits[23]), index=0, id=47, pos=[(2,210,44)])"
}
all_nodes {
  node_delay_ps: 125
  op: OP_NE
  id: 85
  ir: "ne.85: bits[1] = ne(input_fixed_magnitude__1: bits[23], literal.99: bits[23], id=85, pos=[(2,210,53)])"
}
all_nodes {
  node_delay_ps: 23
  op: OP_AND
  id: 50
  ir: "and.50: bits[1] = and(input_float_sign: bits[1], ne.85: bits[1], id=50, pos=[(2,210,44)])"
}
all_nodes {
  node_delay_ps: 304
  op: OP_SUB
  id: 121
  ir: "sub.121: bits[23] = sub(literal.99: bits[23], input_fixed_magnitude__1: bits[23], id=121, pos=[(2,211,9)])"
}
all_nodes {
  node_delay_ps: 135
  op: OP_SEL
  id: 93
  ir: "fixed_fraction__1: bits[23] = sel(and.50, cases=[input_fixed_magnitude__1, sub.121], id=93, pos=[(2,210,30)])"
}