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Update Design
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To allow users to enter up to 8 locations based on zip codes or lat/long and have the highs and lows display on a Celtic Wheel type layout based on the movement of the sun and seasons of the year.
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To allow users to enter up to 8 locations based on zip codes or lat/long and have the highs and lows display on a Celtic Wheel type layout based on the movement of the sun and seasons of the year.
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| | SS | CQ | |
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| --- | --- | --- | --- |
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| CQ | | | FE |
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| SE | | | CQ |
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| | CQ | WS | |
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## Explanation
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SS = Summer Solstice,
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CQ = Cross Quarter,
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FE = Fall Equinox,
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WS = Winter Solstice,
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SE = Spring Equinox
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Summer is placed at the top to represent high elevation.
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A cross quarter is the midway point between each solar location.
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The seasons are then places clockwise so that fall and spring are in middle elevations and winter is low elevation.
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The solar locations can be calculated roughly as `month = 3*X`, `day = 21`.
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The day is an estimate which typically actually spans between the 21st and 24th.
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Cross quarters are calculated to be `month = (3*X)-1`, `day = 1`.
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An example is Samhein which is typically November 1.
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# Components
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# Components
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## 1. Front End
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## 1. Front End
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