xref: /trunk/test/odf-validate/calcval-cases14.tsv (revision 9fb741fc0a32772b6a4c20c7b885bb4cc21d52d0) 
1# calcval cases for the ODF 1.4 Part 4 changes (calcval.py).  Columns (tab separated): id, formula, mode, expected, note.
2# formula: AOO API syntax (English function names, ';' separators, '|' row separator in inline arrays), leading '='.
3# mode: cell | cell@N (plain cell, scratch cell AA<N>; default AA1) | array[:CxR] (setArrayFormula on AA1 sized C columns x R rows; default 1x1).
4# expected: '-' = record only; number (relative tolerance 1e-9; '~' prefix = 1e-6); '#N/A'; '#ERR' (any error); 's:text'; for array modes a '|' separated row-major list of those.
5# RECEIVED, BESSELK, BESSELY, CONVERT are Analysis add-in functions: calcval.py rewrites them to their programmatic names.
6# Expected values come from the public ODF 1.4 Part 4 text (OpenDocument-v1.4-os-part4-formula).
7#
8# Data written by calcval.py on sheet 1 (second sheet is named Other):
9#   A1:A9  y,x,x,y,x,y,x,x,y            B1:B9  y,x,y,y,y,y,x,y,x
10#   D1:F5  D=10,20,30,40,50  E=11,22,33,44,55  F=101,202,303,404,505
11#   H1:L3  row1 10,20,30,40,50  row2 11,22,33,44,55  row3 101,202,303,404,505
12#   N1:N6  3,5,8,9,13,14 (y)   O1:O6  1..6 (x)   P1:P6  2,4,7,15,30,58 (positive y)
13#   R1:T6  database: header Name,Age,Score; A,20,5; B,30,"n/a"; C,40,15; D,50,(empty); E,60,25
14#   V1:V2  criteria Age,">=30"   W1:W2  criteria Age,(empty)   Y1:Y2  criteria Name,"A"
15#   AH1:AH11 6,6,6,6,3,2,1,2,6,4,2 (variance 4.2)   AI1:AI3 1,3,5 (variance 4)
16#   AJ1:AJ4 and AK1:AK4  2,4,7,9
17#   Scratch area AA1:AF12 is cleared after every case.
18WEEKDAY.Sun.1   =WEEKDAY(DATE(2024;1;7);1)  cell    1   Part 4 6.10.20 Table 6, Sunday type 1
19WEEKDAY.Sun.2   =WEEKDAY(DATE(2024;1;7);2)  cell    7   Part 4 6.10.20 Table 6, Sunday type 2
20EASTER.1583 =EASTERSUNDAY(1583)-DATE(1583;4;10) cell    0   6.10.8 EASTERSUNDAY: lower bound of the allowed range
21EASTER.1900 =EASTERSUNDAY(1900)-DATE(1900;4;15) cell    0   6.10.8 algorithm
22EASTER.2000 =EASTERSUNDAY(2000)-DATE(2000;4;23) cell    0   6.10.8 algorithm
23EASTER.2024 =EASTERSUNDAY(2024)-DATE(2024;3;31) cell    0   6.10.8 algorithm
24EASTER.2025 =EASTERSUNDAY(2025)-DATE(2025;4;20) cell    0   6.10.8 algorithm
25EASTER.9956 =EASTERSUNDAY(9956)-DATE(9956;4;22) cell    0   6.10.8 upper bound of the allowed range
26EASTER.low  =EASTERSUNDAY(1582) cell    #ERR    6.10.8 constraint 1583 <= Year
27EASTER.high =EASTERSUNDAY(9957) cell    #ERR    6.10.8 constraint Year <= 9956
28EASTER.noarg    =IF(EASTERSUNDAY()>=TODAY();1;0)    cell    1   6.10.8 without Year: the next Easter Sunday on or after TODAY()
29EASTER.noarg.dist   =EASTERSUNDAY()-TODAY() cell    -   6.10.8 without Year: distance is recorded only (it depends on the day the test runs)
30CONVERT.atm =CONVERT(1;"atm";"Pa")  cell    101325.1    6.16.18 Table 24: atm is the Standard atmosphere, 1.0132510E+5 Pa
31CONVERT.SI_at   =CONVERT(1;"SI_at";"Pa")    cell    98066.5 6.16.18 Table 24: SI_at is the Technical atmosphere, 9.8066510E+4 Pa
32CONVERT.at  =CONVERT(1;"at";"Pa")   cell    -   6.16.18 Table 24: at is deprecated, recorded only
33NPER.omit   =NPER(0.01;-100;1000)-NPER(0.01;-100;1000;0;0)  cell    0   6.12.29 Fv and PayType default to 0
34NPER.empty  =NPER(0.01;-100;1000;;)-NPER(0.01;-100;1000;0;0)    cell    0   6.12.29 empty Fv and PayType take the defaults; known deviation: the formula compiler rejects an empty last parameter before ')' for every function except IF (Err:511)
35NPER.paytype1   =NPER(0.01;-100;1000;0;1)-NPER(0.01;-100;1000;0;0)  cell    -   6.12.29 PayType 1 differs; recorded only
36INDEX.col.row   =INDEX(D1:D5;2) cell    20  6.14.6 column vector, Row only: the entire row of the area
37INDEX.col.rowcol    =INDEX(D1:D5;2;1)   cell    20  6.14.6 column vector, Row and Column
38INDEX.row.col   =INDEX(D1:F1;1;3)   cell    101 6.14.6 row vector, Row and Column
39INDEX.row.rowonly   =INDEX(H1:L1;3) cell    #ERR    6.14.6 (1.4) row vector with Row = 3 > 1 row: an Error; 1.3 let Row act as the column offset
40INDEX.row.empty =INDEX(H1:L1;;3)    cell    30  6.14.6 row vector, Column only
41INDEX.col.beyond    =INDEX(D1:D5;2;2)   cell    #ERR    6.14.6 Column greater than the dimension of the area is an Error
42ISBLANK.err =ISBLANK(NA())  cell    0   6.13.14 an Error argument returns FALSE
43ISBLANK.err2    =ISBLANK(1/0)   cell    0   6.13.14 an Error argument returns FALSE
44ISLOGICAL.err   =ISLOGICAL(NA())    cell    0   6.13.19 an Error argument returns FALSE
45ISLOGICAL.err2  =ISLOGICAL(1/0) cell    0   6.13.19 an Error argument returns FALSE
46ISNUMBER.err    =ISNUMBER(NA()) cell    0   6.13.22 an Error argument returns FALSE
47ISNUMBER.err2   =ISNUMBER(1/0)  cell    0   6.13.22 an Error argument returns FALSE
48ISTEXT.err  =ISTEXT(NA())   cell    0   6.13.25 an Error argument returns FALSE
49ISTEXT.err2 =ISTEXT(1/0)    cell    0   6.13.25 an Error argument returns FALSE
50ISNONTEXT.err   =ISNONTEXT(NA())    cell    1   6.13.21 an Error argument returns TRUE
51ISNONTEXT.err2  =ISNONTEXT(1/0) cell    1   6.13.21 an Error argument returns TRUE
52ISBLANK.ref =ISBLANK(AB1)   cell    1   6.13.14 unchanged: a reference to an empty cell
53DAYS.num    =DAYS(DATE(2024;3;10);DATE(2024;3;1))   cell    9   6.10.6 Numbers: EndDate - StartDate
54DAYS.text   =DAYS("2024-03-10";"2024-03-01")    cell    9   6.10.6 (1.4) Text: DATEVALUE(EndDate) - DATEVALUE(StartDate); 1.3 had the operands the other way round (-9)
55SECOND.round.up =SECOND(TIME(0;0;59)+0.6/86400) cell    0   6.10.17 (1.4) T is rounded to the nearest second first: 59.6 s is 60 s, second 0
56MINUTE.round.up =MINUTE(TIME(0;0;59)+0.6/86400) cell    1   6.10.13 (1.4) the same rounding carries into the minute
57SECOND.round.down   =SECOND(TIME(0;0;59)+0.4/86400) cell    59  6.10.17 59.4 s rounds to 59
58SECOND.plain    =SECOND(TIME(1;2;3))    cell    3   6.10.17 an exact time
59MINUTE.plain    =MINUTE(TIME(1;2;3))    cell    2   6.10.13 an exact time
60LEAP.1900   =DATE(1900;3;1)-DATE(1900;2;28) cell    1   7.4 1900 was not a leap year
61LEAP.2000   =DATE(2000;3;1)-DATE(2000;2;28) cell    2   7.4 2000 was a leap year
62LEAP.2100   =DATE(2100;3;1)-DATE(2100;2;28) cell    1   7.4 2100 is not a leap year
63Y1583.jan1  =DATE(1583;1;2)-DATE(1583;1;1)  cell    1   7.4 dates from 1 January 1583 are calculated
64Y1500.leap  =DATE(1500;3;1)-DATE(1500;2;28) cell    -   7.4 before 1583 the system is implementation-defined (proleptic Gregorian: 1, Julian: 2)
65Y1582.switch    =DATE(1582;10;15)-DATE(1582;10;4)   cell    -   7.4 proleptic Gregorian gives 11, a Julian-to-Gregorian switch gives 1
66CONVERT.g.kg    =CONVERT(1;"g";"kg")    cell    0.001   control: the add-in rewrite reaches a known unit pair
67CONVERT.bogus   =CONVERT(1;"nosuchunit";"Pa")   cell    #ERR    control: an unknown unit is an error
68EASTER.mid  =EASTERSUNDAY(1000) cell    #ERR    6.10.8 constraint 1583 <= Year (100 to 1582)
69EASTER.neg  =EASTERSUNDAY(-1)   cell    #ERR    6.10.8 constraint 1583 <= Year (negative years used to wrap)
70EASTER.wrap =EASTERSUNDAY(67536)    cell    #ERR    6.10.8 constraint Year <= 9956 (67536 used to wrap to 2000)
71