combinational_critical_path {
  total_delay_ps: 547
  nodes {
    total_delay_ps: 547
    op: OP_TUPLE
    id: 64
    ir: "tuple.64: (bits[1], bits[8], bits[7]) = tuple(sign: bits[1], and.80: bits[8], and.83: bits[7], id=64, pos=[(2,394,4)])"
  }
  nodes {
    total_delay_ps: 547
    node_delay_ps: 23
    op: OP_AND
    id: 80
    ir: "and.80: bits[8] = and(bexp: bits[8], sign_ext.79: bits[8], id=80, pos=[(2,394,4)])"
  }
  nodes {
    total_delay_ps: 524
    node_delay_ps: 212
    op: OP_ADD
    id: 32
    ir: "bexp: bits[8] = add(concat.54: bits[8], BIAS: bits[8], id=32, pos=[(2,388,15)])"
  }
  nodes {
    total_delay_ps: 312
    op: OP_CONCAT
    id: 54
    ir: "concat.54: bits[8] = concat(literal.53: bits[4], exp: bits[4], id=54)"
  }
  nodes {
    total_delay_ps: 312
    node_delay_ps: 144
    op: OP_SUB
    id: 30
    ir: "exp: bits[4] = sub(MAX_EXPONENT: bits[4], lz: bits[4], id=30, pos=[(2,387,14)])"
  }
  nodes {
    total_delay_ps: 168
    node_delay_ps: 50
    op: OP_ENCODE
    id: 22
    ir: "lz: bits[4] = encode(one_hot.21: bits[9], id=22, pos=[(2,383,16)])"
  }
  nodes {
    total_delay_ps: 118
    node_delay_ps: 118
    op: OP_ONE_HOT
    id: 21
    ir: "one_hot.21: bits[9] = one_hot(reverse.20: bits[8], lsb_prio=true, id=21, pos=[(2,383,16)])"
  }
  nodes {
    op: OP_REVERSE
    id: 20
    ir: "reverse.20: bits[8] = reverse(x: bits[8], id=20, pos=[(2,383,16)])"
  }
  nodes {
    op: OP_PARAM
    id: 16
    ir: "x: bits[8] = param(name=x, id=16)"
  }
}
all_nodes {
  op: OP_PARAM
  id: 16
  ir: "x: bits[8] = param(name=x, id=16)"
}
all_nodes {
  op: OP_REVERSE
  id: 20
  ir: "reverse.20: bits[8] = reverse(x: bits[8], id=20, pos=[(2,383,16)])"
}
all_nodes {
  node_delay_ps: 118
  op: OP_ONE_HOT
  id: 21
  ir: "one_hot.21: bits[9] = one_hot(reverse.20: bits[8], lsb_prio=true, id=21, pos=[(2,383,16)])"
}
all_nodes {
  op: OP_LITERAL
  id: 17
  ir: "MAX_EXPONENT: bits[4] = literal(value=7, id=17, pos=[(2,379,25)])"
}
all_nodes {
  node_delay_ps: 50
  op: OP_ENCODE
  id: 22
  ir: "lz: bits[4] = encode(one_hot.21: bits[9], id=22, pos=[(2,383,16)])"
}
all_nodes {
  op: OP_LITERAL
  id: 25
  ir: "literal.25: bits[4] = literal(value=1, id=25, pos=[(2,385,31)])"
}
all_nodes {
  op: OP_LITERAL
  id: 53
  ir: "literal.53: bits[4] = literal(value=0, id=53)"
}
all_nodes {
  node_delay_ps: 144
  op: OP_SUB
  id: 30
  ir: "exp: bits[4] = sub(MAX_EXPONENT: bits[4], lz: bits[4], id=30, pos=[(2,387,14)])"
}
all_nodes {
  op: OP_LITERAL
  id: 35
  ir: "literal.35: bits[8] = literal(value=0, id=35, pos=[(2,394,12)])"
}
all_nodes {
  node_delay_ps: 141
  op: OP_ADD
  id: 26
  ir: "add.26: bits[4] = add(lz: bits[4], literal.25: bits[4], id=26, pos=[(2,385,26)])"
}
all_nodes {
  op: OP_CONCAT
  id: 54
  ir: "concat.54: bits[8] = concat(literal.53: bits[4], exp: bits[4], id=54)"
}
all_nodes {
  op: OP_LITERAL
  id: 49
  ir: "BIAS: bits[8] = literal(value=127, id=49)"
}
all_nodes {
  node_delay_ps: 96
  op: OP_NE
  id: 84
  ir: "ne.84: bits[1] = ne(x: bits[8], literal.35: bits[8], id=84, pos=[(2,394,4)])"
}
all_nodes {
  node_delay_ps: 161
  op: OP_SHLL
  id: 27
  ir: "shll.27: bits[8] = shll(x: bits[8], add.26: bits[4], id=27, pos=[(2,385,20)])"
}
all_nodes {
  node_delay_ps: 212
  op: OP_ADD
  id: 32
  ir: "bexp: bits[8] = add(concat.54: bits[8], BIAS: bits[8], id=32, pos=[(2,388,15)])"
}
all_nodes {
  node_delay_ps: 17
  op: OP_SIGN_EXT
  id: 79
  ir: "sign_ext.79: bits[8] = sign_ext(ne.84: bits[1], new_bit_count=8, id=79, pos=[(2,394,4)])"
}
all_nodes {
  op: OP_BIT_SLICE
  id: 68
  ir: "fraction: bits[7] = bit_slice(shll.27: bits[8], start=1, width=7, id=68, pos=[(2,385,37)])"
}
all_nodes {
  node_delay_ps: 17
  op: OP_SIGN_EXT
  id: 82
  ir: "sign_ext.82: bits[7] = sign_ext(ne.84: bits[1], new_bit_count=7, id=82, pos=[(2,394,4)])"
}
all_nodes {
  op: OP_LITERAL
  id: 33
  ir: "sign: bits[1] = literal(value=0, id=33, pos=[(2,390,15)])"
}
all_nodes {
  node_delay_ps: 23
  op: OP_AND
  id: 80
  ir: "and.80: bits[8] = and(bexp: bits[8], sign_ext.79: bits[8], id=80, pos=[(2,394,4)])"
}
all_nodes {
  node_delay_ps: 23
  op: OP_AND
  id: 83
  ir: "and.83: bits[7] = and(fraction: bits[7], sign_ext.82: bits[7], id=83, pos=[(2,394,4)])"
}
all_nodes {
  op: OP_TUPLE
  id: 64
  ir: "tuple.64: (bits[1], bits[8], bits[7]) = tuple(sign: bits[1], and.80: bits[8], and.83: bits[7], id=64, pos=[(2,394,4)])"
}