Weather in atys is following predictable match formula which requires lot of floating point math.
Floating point math precision however is not the same on different architectures (32bit, 64bit).
32bit is using old FPU and 64bit tries to come up with same answer using SSE, but it does not give same result.
Weather thats on bmsite is using precalculated values that are generated using 32bit program.
When I mapped excel spots, then those values appeared to be most stable (ie, resource popped on transition from 'good' to 'bad' and not while staying 'good').
How I use bmsite weather graph is when I wait for resource to pop and I see flat line on graph, I'll move and come back later when there is a change of more favorable weather
Link to weather sources can be found on http://api.bmsite.net/ if some app maker wants to use it.
Floating point math precision however is not the same on different architectures (32bit, 64bit).
32bit is using old FPU and 64bit tries to come up with same answer using SSE, but it does not give same result.
Weather thats on bmsite is using precalculated values that are generated using 32bit program.
When I mapped excel spots, then those values appeared to be most stable (ie, resource popped on transition from 'good' to 'bad' and not while staying 'good').
How I use bmsite weather graph is when I wait for resource to pop and I see flat line on graph, I'll move and come back later when there is a change of more favorable weather
Link to weather sources can be found on http://api.bmsite.net/ if some app maker wants to use it.
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Hello!