Incorrect result returned by `UNION ALL` (SQLancer-TLP)

[2010YOUY01]

Describe the bug

Here is Q1 select nvl(v1, 0.5) from tt;
then let Q1 union a empty set, two queries should have the same result, but it's returning a different result.
Looks like it's an incorrect casting (cast double to int), since double has higher precision, it should cast in the opposite direction

Reproducer in datafusion-cli

DataFusion CLI v40.0.0
> create table tt(v1 int);

0 row(s) fetched.
Elapsed 0.072 seconds.

> insert into tt values (1),(null);

+-------+
| count |
+-------+
| 2     |
+-------+
1 row(s) fetched.
Elapsed 0.051 seconds.

> select nvl(v1, 0.5) from tt;

+-------------------------+
| nvl(tt.v1,Float64(0.5)) |
+-------------------------+
| 1.0                     |
| 0.5                     |
+-------------------------+
2 row(s) fetched.
Elapsed 0.015 seconds.

> select nvl(v1, 0.5) from tt
union all
select null where false;

+-------------------------+
| nvl(tt.v1,Float64(0.5)) |
+-------------------------+
| 1                       |
| 0                       |
+-------------------------+
2 row(s) fetched.
Elapsed 0.007 seconds.

// Example: two number have different type, cast to the type with higher precision/range
> select 1 + 0.5;
+-------------------------+
| Int64(1) + Float64(0.5) |
+-------------------------+
| 1.5                     |
+-------------------------+
1 row(s) fetched.
Elapsed 0.008 seconds.

To Reproduce

No response

Expected behavior

No response

Additional context

Found by SQLancer #11030

[2010YOUY01]

Update: checked

Note to myself

Maybe duplicate:

TLP-Aggregate oracle violated:
    Q's result is not equalt to MIN(Q1, Q2, Q3): RS(Q) - MIN(RS(Q1), RS(Q2), RS(Q3)) is :0.1159144256643827
    Q: SELECT MIN((+ NVL2(LEVENSHTEIN(t1.v1, t1.v1), 1, ((t1.v0)&(t1.v0))))) FROM t1
    Q1: SELECT MIN((+ NVL2(LEVENSHTEIN(t1.v1, t1.v1), 1, ((t1.v0)&(t1.v0))))) FROM t1 WHERE t1.v3
    Q2: SELECT MIN((+ NVL2(LEVENSHTEIN(t1.v1, t1.v1), 1, ((t1.v0)&(t1.v0))))) FROM t1 WHERE (NOT t1.v3)
    Q3: SELECT MIN((+ NVL2(LEVENSHTEIN(t1.v1, t1.v1), 1, ((t1.v0)&(t1.v0))))) FROM t1 WHERE ((t1.v3) IS NULL)
    SELECT (SELECT MIN((+ NVL2(LEVENSHTEIN(t1.v1, t1.v1), 1, ((t1.v0)&(t1.v0))))) FROM t1) - (    SELECT MIN(value)     FROM (        SELECT (SELECT MIN((+ NVL2(LEVENSHTEIN(t1.v1, t1.v1), 1, ((t1.v0)&(t1.v0))))) FROM t1 WHERE t1.v3) AS value         UNION ALL         SELECT (SELECT MIN((+ NVL2(LEVENSHTEIN(t1.v1, t1.v1), 1, ((t1.v0)&(t1.v0))))) FROM t1 WHERE (NOT t1.v3))         UNION ALL         SELECT (SELECT MIN((+ NVL2(LEVENSHTEIN(t1.v1, t1.v1), 1, ((t1.v0)&(t1.v0))))) FROM t1 WHERE ((t1.v3) IS NULL))     ) AS sub) AS result_difference;
    =======================================
    Reproducer:
    /*DML*/CREATE TABLE t0(v0 BIGINT, v1 BIGINT);
    /*DML*/CREATE TABLE t1(v0 DOUBLE, v1 STRING, v2 BIGINT, v3 BOOLEAN);
    /*DML*/CREATE TABLE t2(v0 BIGINT, v1 DOUBLE, v2 DOUBLE, v3 BIGINT);
    /*DML*/CREATE TABLE t3(v0 STRING);
    /*DML*/CREATE TABLE t4(v0 BOOLEAN, v1 STRING, v2 BIGINT, v3 DOUBLE);
    /*DML*/CREATE TABLE t5(v0 BOOLEAN, v1 BOOLEAN);
    /*DML*/INSERT INTO t0(v1, v0) VALUES (-10765769, 2);
    /*DML*/INSERT INTO t0(v0, v1) VALUES (-843822613, -1914693644);
    /*DML*/INSERT INTO t1(v3, v0, v2) VALUES (true, 0.1159144256643827, 1);
    /*DML*/INSERT INTO t1(v0, v1, v3) VALUES (0.2465316117209997, '-843822613', true);
    /*DML*/INSERT INTO t1(v2) VALUES (4), (-2), (-843822613);
    /*DML*/INSERT INTO t1(v3, v0, v1) VALUES (false, 0.9482603886185891, 'GGr'), (false, '-Inf'::Double, '-10765769');
    /*DML*/INSERT INTO t1(v1, v3, v2, v0) VALUES ('', false, -3, 1.381075930882357E308), ('៴vT#puV', true, 0, -0.0);
    /*DML*/INSERT INTO t1(v1, v3) VALUES ('', true);
    /*DML*/INSERT INTO t1(v2) VALUES (-843822613);
    /*DML*/INSERT INTO t1(v0, v1, v3, v2) VALUES ('-Inf'::Double, '<1', false, 956881535), (-4.0627665029805583E307, '', false, -326297564);
    /*DML*/INSERT INTO t1(v1, v2, v0, v3) VALUES ('0.1159144256643827', 1482720486, 0.470031442051111, true), ('', 0, 0.470031442051111, false);
    /*DML*/INSERT INTO t2(v1, v0, v2) VALUES (0.7697534125359654, 929737830, 0.6151720378782016);
    /*DML*/INSERT INTO t2(v3, v0, v2) VALUES (-4, 0, -1.4666596663114807E308), (3, -843822613, 0.5014898500679925);
    /*DML*/INSERT INTO t2(v3, v2, v0, v1) VALUES (-505463416, '+Inf'::Double, -419044616, '-Inf'::Double);
    /*DML*/INSERT INTO t2(v3) VALUES (-2);
    /*DML*/INSERT INTO t2(v3, v1, v0) VALUES (2049212250, -1.1814950289896128E308, -5);
    /*DML*/INSERT INTO t2(v1) VALUES (-1.563676650263876E308), (0.8904374929525254), ('NaN'::Double);
    /*DML*/INSERT INTO t3(v0) VALUES ('Ni|G8sTo9');
    /*DML*/INSERT INTO t4(v1) VALUES (']A');
    /*DML*/INSERT INTO t4(v0, v2) VALUES (true, 2049212250);
    /*DML*/INSERT INTO t4(v0, v1, v3) VALUES (false, '-419044616', 0.25850501617722565);
    /*DML*/INSERT INTO t4(v0, v3) VALUES (true, 0.0075723803913145815);
    /*DML*/INSERT INTO t5(v1, v0) VALUES (true, false), (true, true);
    /*DML*/INSERT INTO t5(v1) VALUES (false);
    /*DML*/INSERT INTO t5(v0) VALUES (false);
    /*DML*/INSERT INTO t5(v1, v0) VALUES (false, false);
    /*DML*/INSERT INTO t5(v0, v1) VALUES (false, true);
    /*DML*/INSERT INTO t5(v0, v1) VALUES (false, false), (false, true);