![]() ![]() Turns out, an old Excel 4 Macro command comes to the rescue.Įxcel has recently actually begun truly wiping them out as they gave folks, especially organizations, the ability to exclude them via the Trust Center, but also because, while they would warn you to save as macro spreadsheets (.xlsm, say), you could actually ignore that and save as an. Since recalc is hard to avoid when one desires to recalc(!), how does one keep the list as long as it should be kept without somehow converting it to values, then later recovering the formula to use again, all the while not having to do it by hand so as to keep gameplay as gameplay rather than an exercise in mousing about and pasting special and so on? Formulaicly would be nice as one might want to minimize use of VBA, or not use it at all if possible. The required formula in Cell B4 to create this array is:īy the way, the sequence, #9 above, that I will happily use for card lists and dice rolls (and I’m sure other things as well)… of course, due to the RANDARRY function, they are volatile and change upon recalc. In the following screenshot, integer values from 1 to 4 have been displayed multiple times in a column. Making a Repeated Sequence with the Help of MOD and SEQUENCE Functionsīy using MODand SEQUENCE functions together, we can show a particular sequence of numbers or values multiple times in a column, a row or, an array. Don’t forget to customize the format of the dates to show only the serial of the days.ġ1. ➯ The SEQUENCE function then shows the successive dates from left to right in an array of 6 rows and 7 columns. The date in Cell C4 subtracts the number of weekdays and later by adding ‘1’, the start date becomes the first date of the prospective month. Here the WEEKDAY function extracts the serial number of the weekday (By default, 1 for Sunday and thus successively 7 for Saturday). ![]() ➯ The start date has been defined by “C4-WEEKDAY(C4)+1”. ➯ In the SEQUENCE function, the number of rows has been defined by 6 and the number of columns by 7. ![]() In Cell B4, the related formula to create a random order for sequential numbers should be: To do this, we have to use the SORTBY function outside the SEQUENCE function and the sorting will be performed based on the RANDARRAY function where RANDARRAY function returns random numbers with no particular order or sequence. But we can also randomize the sequence or the order of the numbers in the resultant array. What we have learned so far about the SEQUENCE function is it returns with a specified number of sequential values. Creating a Random Order for SEQUENCE Outputs ➯ Finally, in the third argument of the INDEX function, another SEQUENCE function defines all the columns that have to be considered for extracting data.ĩ. ➯ In the second argument (row_num) of the INDEX function, the SEQUENCE function defines which rows have to be extracted from the table. Then the output (10) is divided by 2 and the resultant value is inputted as the first argument (rows) of the SEQUENCE function. ➯ COUNTA function counts the total number of cells in the range of B6:B15. =INDEX(B6:D15,SEQUENCE(COUNTA(B6:B15)/2,1,2,2),SEQUENCE(1,3))Īfter pressing Enter, you’ll get the resultant array with all smartphone brands and model names with their discounted prices only. ![]()
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