Bhavya2502

/* Link to YouTube Video - https://www.youtube.com/watch?v=u1gzAcwmlpo*/

Number_To_Words = LAMBDA(Number, [Indian_or_InterN],
    LET(
        Option, IF(ISOMITTED(Indian_or_InterN), 1, Indian_or_InterN),
        l, LEN(Number),
        L_1, SEQUENCE(19),
        R_1, VSTACK(
            "One",
            "Two",

halbuki

/* ROOTS OF FUNCTIONS */
BISEC = LAMBDA(f, lbound, ubound, [prec],
    LET(
        c, (lbound + ubound) / 2,
        fl, f(lbound), fu, f(ubound), fc, f(c),
        IF(
            ABS(fc) < MAX(prec, 1E-15),
            c,
            IF(
                SIGN(fl) = SIGN(fc),

ExcelRobot

/*
Name:  Cross Join Two Arrays or Tables (CROSSJOIN)
Description:  Returns all possible combinations of two arrays of data, with or without header rows.
   If the arrays have only one row, it will be assumed that they are row vectors, otherwise it
   assumes the arrays are columns of data. 
Parameters:
   array1 - first array of data with one or more columns
   array2 - second array of data with one or more columns
   [has_header_row] - true if the first row of the arrays contain a header row, default: false
Source:  Excel Robot (@ExcelRobot)

ExcelRobot

/*
Name:  Mandelbrot Set (Mandelbrot)
Description:  Generates a Mandelbrot set based on given assumptions that can be used with conditional formatting to view the visual representation.
Parameters:
   xleft - Left X value
   xright - Right X value
   ytop - Top Y value
   ybottom - Bottom Y value
   size - number of columns/rows in square output range
   iterations - number of iterations

jsb2505

/**Partial factor for action DA1 C1 or C2.
EXPECTED INPUTS: 
Combination = 1 or 2. 
Action = "permanent" or "variable". 
Favourability = "unfavourable" or "favourable".
*/
Get_γ_action = LAMBDA(combination_1_or_2_as_number, action, [favourability],
    LET(
        _favourability, IF(ISOMITTED(favourability), "unfavourable", LOWER(favourability)),
        _action, LOWER(action),

sittim

// --- Workbook module ---
// A file of name definitions of the form:
//    name = definition;

// --- Workbook module ---

// Rows => ;  Columns => ,
// arr, {a, b, c;
//       d, e, f}
// Access row 1 => index(arr, , 1)