just noticed something odd re: the possibility of lunar calendars complicating things. When Orin is having his assignations with the "Swiss" hand model in November in Arizona, all the descriptions of the weather outside are still of searing heat/people scuttling like bugs between sites of air conditioning, and this seems to be true day after day and not regarded as unusual. Doing some quick interwebs searches for average highs in various places in the southwest in November, I ain't gettin' numbers like that for any of the cities.
I had been looking for evidence that the cold weather in Boston in November, YDAU, was unusual (concavity-related interference or somesuch), which I've yet to find in the text. But could the Arizona temperatures be the hidden clue that what seems like "normal" Boston November weather is not? Going back to the lunar calendar, if we assume YDAU is likely 2009, and that this is the eighth subsidized year, the beginning of "November" is about the 2775th day under the new system (depending on how you define a lunar month). If you count an equal number of days into the "regular" calendar, you get a date somewhere in the first half of August of 2009 (back of envelope version of the math: 2775/365.25=7.59 "normal" years elapsed, so basically just over half way through the 8th subsidized year (YDAU)).
So, if Arizona, far from the concavity, is more likely to be having relatively "normal" weather for its time of (solar) year, then the seemingly "normal" blustery cold/snows on Interdependence Day Boston weather is actually happening in (solar) August. Any takers? Anyone insane enough to take on what this might mean for any of the other schemes (days of week of events, ages/birthdays of various characters, etc) for placing the year?
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