combinational_critical_path { total_delay_ps: 661 nodes { total_delay_ps: 661 op: OP_TUPLE id: 1402 ir: "tuple.1402: (bits[1], bits[8], bits[7]) = tuple(x_sign: bits[1], x_bexp__1: bits[8], and.1446: bits[7], id=1402, pos=[(1,809,4), (1,1721,22), (2,226,25)])" } nodes { total_delay_ps: 661 node_delay_ps: 23 op: OP_AND id: 1446 ir: "and.1446: bits[7] = and(concat.1468: bits[7], sign_ext.1445: bits[7], id=1446, pos=[(1,809,4), (1,1721,22), (2,226,25)])" } nodes { total_delay_ps: 638 node_delay_ps: 17 op: OP_SIGN_EXT id: 1445 ir: "sign_ext.1445: bits[7] = sign_ext(ne.1510: bits[1], new_bit_count=7, id=1445, pos=[(1,809,4), (1,1721,22), (2,226,25)])" } nodes { total_delay_ps: 621 node_delay_ps: 96 op: OP_NE id: 1510 ir: "ne.1510: bits[1] = ne(x_bexp__1: bits[8], literal.1345: bits[8], id=1510, pos=[(1,809,4), (1,1721,22), (2,226,25)])" } nodes { total_delay_ps: 525 node_delay_ps: 135 op: OP_PRIORITY_SEL id: 1435 ir: "x_bexp__1: bits[8] = priority_sel(concat.1434, cases=[EXPR_MASK, literal.1345], default=f32_cast_bexp__2, id=1435, pos=[(1,1721,31), (2,226,25)])" } nodes { total_delay_ps: 390 node_delay_ps: 212 op: OP_ADD id: 1422 ir: "f32_cast_bexp__2: bits[8] = add(f32_bexp__2: bits[8], concat.1600: bits[8], id=1422)" } nodes { total_delay_ps: 178 op: OP_CONCAT id: 1600 ir: "concat.1600: bits[8] = concat(literal.1561: bits[7], renormalize: bits[1], id=1600)" } nodes { total_delay_ps: 178 node_delay_ps: 23 op: OP_AND id: 1366 ir: "renormalize: bits[1] = and(round_up: bits[1], and_reduce.1358: bits[1], id=1366, pos=[(1,1115,22), (1,1366,27), (1,1416,45), (1,1721,31), (2,226,25)])" } nodes { total_delay_ps: 155 node_delay_ps: 19 op: OP_OR id: 1357 ir: "round_up: bits[1] = or(and.1352: bits[1], and.1353: bits[1], id=1357, pos=[(1,428,13), (1,1113,36), (1,1366,27), (1,1416,45), (1,1721,31), (2,226,25)])" } nodes { total_delay_ps: 136 node_delay_ps: 23 op: OP_AND id: 1352 ir: "and.1352: bits[1] = and(round_bit: bits[1], sticky: bits[1], id=1352, pos=[(1,428,13), (1,1113,36), (1,1366,27), (1,1416,45), (1,1721,31), (2,226,25)])" } nodes { total_delay_ps: 113 node_delay_ps: 113 op: OP_NE id: 1347 ir: "sticky: bits[1] = ne(bit_slice.1340: bits[15], literal.1341: bits[15], id=1347, pos=[(0,1502,17), (0,1529,22), (1,421,43), (1,1113,36), (1,1366,27), (1,1416,45), (1,1721,31), (2,226,25)])" } nodes { op: OP_LITERAL id: 1341 ir: "literal.1341: bits[15] = literal(value=0, id=1341, pos=[(0,1412,19), (0,1502,17), (0,1529,22), (1,421,43), (1,1113,36), (1,1366,27), (1,1416,45), (1,1721,31), (2,226,25)])" } } all_nodes { op: OP_PARAM id: 493 ir: "f32: (bits[1], bits[8], bits[23]) = param(name=f32, id=493)" } all_nodes { op: OP_TUPLE_INDEX id: 1339 ir: "f32_fraction__1: bits[23] = tuple_index(f32: (bits[1], bits[8], bits[23]), index=2, id=1339, pos=[(1,1327,30), (1,1383,33), (1,1416,45), (1,1721,31), (2,226,25)])" } all_nodes { op: OP_BIT_SLICE id: 1340 ir: "bit_slice.1340: bits[15] = bit_slice(f32_fraction__1: bits[23], start=0, width=15, id=1340, pos=[(1,1327,30), (1,1383,33), (1,1416,45), (1,1721,31), (2,226,25)])" } all_nodes { op: OP_LITERAL id: 1341 ir: "literal.1341: bits[15] = literal(value=0, id=1341, pos=[(0,1412,19), (0,1502,17), (0,1529,22), (1,421,43), (1,1113,36), (1,1366,27), (1,1416,45), (1,1721,31), (2,226,25)])" } all_nodes { op: OP_BIT_SLICE id: 1346 ir: "round_bit: bits[1] = bit_slice(f32_fraction__1: bits[23], start=15, width=1, id=1346, pos=[(1,415,28), (1,1113,36), (1,1366,27), (1,1416,45), (1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 113 op: OP_NE id: 1347 ir: "sticky: bits[1] = ne(bit_slice.1340: bits[15], literal.1341: bits[15], id=1347, pos=[(0,1502,17), (0,1529,22), (1,421,43), (1,1113,36), (1,1366,27), (1,1416,45), (1,1721,31), (2,226,25)])" } all_nodes { op: OP_BIT_SLICE id: 1348 ir: "bit_slice.1348: bits[1] = bit_slice(f32_fraction__1: bits[23], start=16, width=1, id=1348, pos=[(1,419,57), (1,1113,36), (1,1366,27), (1,1416,45), (1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 23 op: OP_AND id: 1352 ir: "and.1352: bits[1] = and(round_bit: bits[1], sticky: bits[1], id=1352, pos=[(1,428,13), (1,1113,36), (1,1366,27), (1,1416,45), (1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 23 op: OP_AND id: 1353 ir: "and.1353: bits[1] = and(round_bit: bits[1], bit_slice.1348: bits[1], id=1353, pos=[(1,428,38), (1,1113,36), (1,1366,27), (1,1416,45), (1,1721,31), (2,226,25)])" } all_nodes { op: OP_BIT_SLICE id: 1354 ir: "truncated_fraction: bits[7] = bit_slice(f32_fraction__1: bits[23], start=16, width=7, id=1354, pos=[(1,1111,39), (1,1366,27), (1,1416,45), (1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 19 op: OP_OR id: 1357 ir: "round_up: bits[1] = or(and.1352: bits[1], and.1353: bits[1], id=1357, pos=[(1,428,13), (1,1113,36), (1,1366,27), (1,1416,45), (1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 64 op: OP_AND_REDUCE id: 1358 ir: "and_reduce.1358: bits[1] = and_reduce(truncated_fraction: bits[7], id=1358, pos=[(1,1115,44), (1,1366,27), (1,1416,45), (1,1721,31), (2,226,25)])" } all_nodes { op: OP_LITERAL id: 1561 ir: "literal.1561: bits[7] = literal(value=0, id=1561)" } all_nodes { node_delay_ps: 23 op: OP_AND id: 1366 ir: "renormalize: bits[1] = and(round_up: bits[1], and_reduce.1358: bits[1], id=1366, pos=[(1,1115,22), (1,1366,27), (1,1416,45), (1,1721,31), (2,226,25)])" } all_nodes { op: OP_TUPLE_INDEX id: 1342 ir: "f32_bexp__2: bits[8] = tuple_index(f32: (bits[1], bits[8], bits[23]), index=1, id=1342, pos=[(1,40,22), (1,1407,13), (1,1721,31), (2,226,25)])" } all_nodes { op: OP_LITERAL id: 1345 ir: "literal.1345: bits[8] = literal(value=0, id=1345, pos=[(1,41,9), (1,1407,13), (1,1721,31), (2,226,25)])" } all_nodes { op: OP_CONCAT id: 1600 ir: "concat.1600: bits[8] = concat(literal.1561: bits[7], renormalize: bits[1], id=1600)" } all_nodes { node_delay_ps: 96 op: OP_EQ id: 1351 ir: "eq.1351: bits[1] = eq(f32_bexp__2: bits[8], literal.1345: bits[8], id=1351, pos=[(1,1407,13), (1,1721,31), (2,226,25)])" } all_nodes { op: OP_LITERAL id: 1344 ir: "literal.1344: bits[23] = literal(value=0, id=1344, pos=[(1,43,20), (1,1407,13), (1,1721,31), (2,226,25)])" } all_nodes { op: OP_LITERAL id: 1343 ir: "EXPR_MASK: bits[8] = literal(value=255, id=1343, pos=[(1,39,36), (1,1407,13), (1,1721,31), (2,226,25)])" } all_nodes { op: OP_LITERAL id: 1567 ir: "literal.1567: bits[6] = literal(value=0, id=1567)" } all_nodes { node_delay_ps: 212 op: OP_ADD id: 1422 ir: "f32_cast_bexp__2: bits[8] = add(f32_bexp__2: bits[8], concat.1600: bits[8], id=1422)" } all_nodes { op: OP_NOT id: 1649 ir: "not.1649: bits[1] = not(eq.1351: bits[1], id=1649, pos=[(1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 125 op: OP_EQ id: 1350 ir: "eq.1350: bits[1] = eq(f32_fraction__1: bits[23], literal.1344: bits[23], id=1350, pos=[(1,1407,13), (1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 96 op: OP_EQ id: 1349 ir: "eq.1349: bits[1] = eq(f32_bexp__2: bits[8], EXPR_MASK: bits[8], id=1349, pos=[(1,1407,13), (1,1721,31), (2,226,25)])" } all_nodes { op: OP_CONCAT id: 1601 ir: "concat.1601: bits[7] = concat(literal.1567: bits[6], round_up: bits[1], id=1601)" } all_nodes { node_delay_ps: 96 op: OP_NE id: 1511 ir: "ne.1511: bits[1] = ne(f32_cast_bexp__2: bits[8], EXPR_MASK: bits[8], id=1511, pos=[(1,1373,4), (1,1416,45), (1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 27 op: OP_NOR id: 1650 ir: "nor.1650: bits[1] = nor(not.1649: bits[1], eq.1350: bits[1], id=1650, pos=[(1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 23 op: OP_AND id: 1356 ir: "and.1356: bits[1] = and(eq.1351: bits[1], eq.1350: bits[1], id=1356, pos=[(1,1407,13), (1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 23 op: OP_AND id: 1355 ir: "and.1355: bits[1] = and(eq.1349: bits[1], eq.1350: bits[1], id=1355, pos=[(1,1407,13), (1,1721,31), (2,226,25)])" } all_nodes { op: OP_NOT id: 1647 ir: "not.1647: bits[1] = not(eq.1349: bits[1], id=1647, pos=[(1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 198 op: OP_ADD id: 1425 ir: "f32_cast_fraction__1: bits[7] = add(truncated_fraction: bits[7], concat.1601: bits[7], id=1425)" } all_nodes { node_delay_ps: 17 op: OP_SIGN_EXT id: 1437 ir: "sign_ext.1437: bits[7] = sign_ext(ne.1511: bits[1], new_bit_count=7, id=1437, pos=[(1,1373,4), (1,1416,45), (1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 27 op: OP_OR id: 1500 ir: "or.1500: bits[1] = or(nor.1650: bits[1], and.1356: bits[1], and.1355: bits[1], id=1500, pos=[(1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 27 op: OP_NOR id: 1654 ir: "nor.1654: bits[1] = nor(not.1647: bits[1], eq.1350: bits[1], id=1654, pos=[(1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 23 op: OP_AND id: 1438 ir: "and.1438: bits[7] = and(f32_cast_fraction__1: bits[7], sign_ext.1437: bits[7], id=1438, pos=[(1,1373,4), (1,1416,45), (1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 27 op: OP_NOR id: 1652 ir: "nor.1652: bits[1] = nor(eq.1349: bits[1], eq.1351: bits[1], id=1652, pos=[(1,1721,31), (2,226,25)])" } all_nodes { op: OP_CONCAT id: 1434 ir: "concat.1434: bits[2] = concat(eq.1351: bits[1], eq.1349: bits[1], id=1434, pos=[(1,1721,31), (2,226,25)])" } all_nodes { op: OP_CONCAT id: 1487 ir: "concat.1487: bits[2] = concat(or.1500: bits[1], nor.1654: bits[1], id=1487, pos=[(1,1721,31), (2,226,25)])" } all_nodes { op: OP_LITERAL id: 1612 ir: "literal.1612: bits[1] = literal(value=1, id=1612, pos=[(1,1407,13), (1,1721,31), (2,226,25)])" } all_nodes { op: OP_LITERAL id: 1635 ir: "literal.1635: bits[1] = literal(value=0, id=1635, pos=[(1,1407,13), (1,1721,31), (2,226,25)])" } all_nodes { op: OP_BIT_SLICE id: 1466 ir: "bit_slice.1466: bits[1] = bit_slice(and.1438: bits[7], start=6, width=1, id=1466, pos=[(1,1721,31), (2,226,25)])" } all_nodes { op: OP_BIT_SLICE id: 1462 ir: "bit_slice.1462: bits[6] = bit_slice(and.1438: bits[7], start=0, width=6, id=1462, pos=[(1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 17 op: OP_SIGN_EXT id: 1592 ir: "sign_ext.1592: bits[6] = sign_ext(nor.1652: bits[1], new_bit_count=6, id=1592, pos=[(1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 135 op: OP_PRIORITY_SEL id: 1435 ir: "x_bexp__1: bits[8] = priority_sel(concat.1434, cases=[EXPR_MASK, literal.1345], default=f32_cast_bexp__2, id=1435, pos=[(1,1721,31), (2,226,25)])" } all_nodes { op: OP_TUPLE_INDEX id: 1389 ir: "f32_sign__2: bits[1] = tuple_index(f32: (bits[1], bits[8], bits[23]), index=0, id=1389, pos=[(1,1121,15), (1,1366,27), (1,1416,45), (1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 90 op: OP_PRIORITY_SEL id: 1467 ir: "priority_sel.1467: bits[1] = priority_sel(concat.1487, cases=[literal.1612, literal.1635], default=bit_slice.1466, id=1467, pos=[(1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 23 op: OP_AND id: 1593 ir: "and.1593: bits[6] = and(bit_slice.1462: bits[6], sign_ext.1592: bits[6], id=1593, pos=[(1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 96 op: OP_NE id: 1510 ir: "ne.1510: bits[1] = ne(x_bexp__1: bits[8], literal.1345: bits[8], id=1510, pos=[(1,809,4), (1,1721,22), (2,226,25)])" } all_nodes { op: OP_NOT id: 1417 ir: "not.1417: bits[1] = not(f32_sign__2: bits[1], id=1417, pos=[(1,1721,31), (2,226,25)])" } all_nodes { op: OP_CONCAT id: 1468 ir: "concat.1468: bits[7] = concat(priority_sel.1467: bits[1], and.1593: bits[6], id=1468, pos=[(1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 17 op: OP_SIGN_EXT id: 1445 ir: "sign_ext.1445: bits[7] = sign_ext(ne.1510: bits[1], new_bit_count=7, id=1445, pos=[(1,809,4), (1,1721,22), (2,226,25)])" } all_nodes { node_delay_ps: 27 op: OP_NOR id: 1418 ir: "x_sign: bits[1] = nor(nor.1654: bits[1], not.1417: bits[1], id=1418, pos=[(1,1721,31), (2,226,25)])" } all_nodes { node_delay_ps: 23 op: OP_AND id: 1446 ir: "and.1446: bits[7] = and(concat.1468: bits[7], sign_ext.1445: bits[7], id=1446, pos=[(1,809,4), (1,1721,22), (2,226,25)])" } all_nodes { op: OP_TUPLE id: 1402 ir: "tuple.1402: (bits[1], bits[8], bits[7]) = tuple(x_sign: bits[1], x_bexp__1: bits[8], and.1446: bits[7], id=1402, pos=[(1,809,4), (1,1721,22), (2,226,25)])" }