Updated my calendar with the recent changes, the dates edited recently on project-skyscraper all fall on “off” days after a week in this version
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I think I’m going to have to.
You too @the_architect , go to bed!!
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I’ve got a xlxs with all relevant data just can’t share it here, any ideas?
Screenshot? Convert to PDF? I don’t share docs to often…
The world has 6 seasons (times of the year).
Each season has 12 weeks (approximately 3 months, considering that each month has 4 weeks).
A workweek has 4 days, followed by a day off (this only defines the workweek, so we should keep the 7-day week, with 4 workdays and 3 weekend days).
A season always starts and ends with a day off (this defines that each season starts on a Sunday and ends on a Saturday if you do the math; meaning the week is defined as S, M, T, W, T, F, S).
In 1 year, 6 seasons occur, equivalent to 18 months, equivalent to 72 weeks, which would ultimately equal 504 days in the year.
For this to actually happen, we would need a Super-Earth (3.5 times the mass of Earth and 1.45 times larger than Earth).
PS: All of this is approximate and compared to our own planet’s data. (You could also say I’m a fan of LNF, but I’m just giving real approximate data based on what the message says).
Hypothesis: Automated corrections by Project-Skyscraper are confirmed as valid. Expected value off (zero) == memory_bloc no/value (zero).
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A version of the calendar assuming that we insert a non-week rest day at the start of each season, which gives 366 days (the same number as our 2016, which was a leap year):
And mapped onto our calendar (using Monday->Sunday format, and holiday weeks as solid blocks of 5 days rather than 4 holiday days and 1 rest day):
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If you start being strict with what’s said in the message, you’ll actually have to change the calendar a lot… Especially since it talks about a work week (which we already define by default in our world as 5 working days) and not a full week. So, if we only go by what it says, then you have to make the calendar approximately 360 days long (it can’t be more or less).
But if we start making inferences, we would literally need a planet 1.45 times larger for the world being discussed to have exactly 504 days.
I note that you made an assumption which I didn’t, which is keeping our 7-day week.
The reason I didn’t make this assumption is that it specifically mentions that a work week has working and non-working days. If we bring our 7-day calendar into the equation, we’re adding on two additional (presumed) non-working days, and as you note, inflates the total number of days by quite a bit.
There are certainly a number of ways to interpret this calendar, and I don’t think we can be certain yet which is correct.
I do think, however, since the post specifically referenced 2016 (a leap year), it’s likely that their 2016 and ours should be comparable - so the version with 366 days seems to fit for that purpose.
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This would be a literal example of what I’m saying mathematically, according to the version you’re using.
A leap year only adds one extra day, not six. Furthermore, it’s used to regulate our human calendar year according to the time it takes the Earth to orbit the sun.
That’s why I mention calendar adjustments. If you only consider what the text says, then even in your wildest dreams, 360 days won’t fit with your 365-day calendar… let alone 361 days with your 366-day leap year. And that’s without considering that seasons must begin and end on holidays, so adjusting the calendar by one day completely breaks the rule (did you make that extra day a workday or a holiday?).
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I added not one, but 6 days - to the beginning of each season, as extra non-week rest days.
You’re absolutely right that we need to adjust the calendar to fit with ours - we have to assume that we don’t have a full set of information. This is how I’ve decided to do it, and you’ve made a different choice - I’m just observing that and highlighting that difference.
I’m really hoping that they’re giving us a day or so to wrestle with the shape of the puzzle before they give us more information to solve it. 
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I thought maybe the interval between weeks might be something. Anyway my random thoughts might spark another line of thinking.
These were the intervals numbers in green in my picture:
325316397945
4364274A8A56
The way I see it, more than the calendar… they should look at the mathematical data and compare it with what’s needed to achieve it… our planet has 365 days a year.
What’s needed to achieve 504 days???
A planet 1.45 times larger than Earth.
This might be directed at LNF.
The rest, talking about free weeks by region/race, is just bait to mislead.
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I believe this is the correct format. Divided up to season rows(not months as it wasn’t stated) 61 days per season((4+1)x12=60)+1 off day at start of each season. with 6 seasons to equal 366 days. 201 hits(@the_architect counted oct 30 twice in his counter) . There are 6 titans, 6 moons of Saturn, Saturn is the 6th planet, 6 seasons, 12 holidays, the holidays divide into 6bit chunks, there are 6 Architect chosen glitch images with 12 HEX digits:
8740677A9483
53A05806675F
B1C9E4F072A5
BCDCF4DFCEDB
12DD862FD254
A7E9F3B8C2D6
12 hex digits
= 48 bits
12 weeks
4 work days/week
= 48 work days
That’s what I got, going to bed, do with it what you will
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It seems as if you’re attempting to understand our Earth calendar system using the context of the system used in your world.
I’ve created this crosswalk to map the days containing memory blocs on project-skyscraper.com using your calendar system:
- Red dates are existing memory blocs that match your calendar and should remain as is
- Blue dates are Off-days and should not contain a memory bloc
- Green dates are Work-days that do not currently contain memory blocs which should be added
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Looking at all their calendars, they don’t match the instructions given by the architect, and the calculations don’t really add up unless the planet is bigger than Earth.
What inconsistencies do you notice, based on the rules/instructions from the SIX SEASONS post?
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Just in case you want to take a look, here I literally have the calendar with 504 days put together with the necessary adjustments (2 months of 28 days and 2 months of 29 days).