This code, likely written in the context of a story-driven...

August 17, 2025 at 11:32 PM

<<set _now to new Date()>> <<set _month to 1 + _now.getMonth()>> <<set _year to 42 + _now.getYear()>> <<set $iSeeYou to _year + (_month * _month * _month * _month * _year * _year * _year) % 100000000>>

This code, likely written in the context of a story-driven platform like Twine, utilizes some JavaScript methods for date handling and performs a mathematical operation to compute the value of $iSeeYou. Here's what each part does:

  1. <<set _now to new Date()>>:
    This creates a new Date object representing the current date and time, and assigns it to the variable _now.

  2. <<set _month to 1 + _now.getMonth()>>:
    The getMonth() method retrieves the current month as a zero-based index (0 for January, 1 for February, etc.). Adding 1 ensures the month becomes a human-readable value where 1 represents January, 2 represents February, and so on. This value is assigned to _month.

  3. <<set _year to 42 + _now.getYear()>>:
    The getYear() method retrieves the year, but in a problematic manner:

    • For years after 1900, getYear() returns the current year minus 1900 (e.g., 2023 returns 123).
    • Adding 42 to this result produces a non-standard year representation, stored in _year.
    • Note: It is better to use getFullYear(), which directly gives the actual year (e.g., 2023).
  4. <<set $iSeeYou to _year + (_month * _month * _month * _month * _year * _year * _year) % 100000000>>:
    This calculates the $iSeeYou value as follows:

    • _month is raised to the power of 4 (i.e., _month^4).
    • _year is raised to the power of 3 (i.e., _year^3).
    • These terms are multiplied together: _month^4 * _year^3.
    • The result is added to _year.
    • Then, the sum is taken modulo 100000000 (i.e., the remainder when divided by 100000000), effectively restricting the result to a maximum of 8 digits.
    • The final value is assigned to $iSeeYou.

Summary:

This code generates a pseudo-random looking number ($iSeeYou) based on the current month and year. It uses a specific mathematical formula where the components (_month and _year) are influenced by the current date. However, the use of getYear() instead of getFullYear() introduces potential inaccuracy in the year calculation.

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