A spreadsheet of numbers is boring. Let’s make it look like a Pangya UI.
The "dots" on the green indicate the slope. Usually, 1 dot $\approx$ 0.5 to 0.8 tiles of break.
Excel Logic:
= G2 * 0.6
The most common rookie mistake is assuming 100% power equals base distance. In Pangya, 100% power usually covers Base Distance + 10% (the "ding" bonus).
Formula for Required Pure Distance (without wind): pangya calculator excel
Adjusted Base = B2 + (B6 * 0.9) ... Wait, let's refine.
Better formula (Community Standard):
Required Travel = B9 (Pin Distance) + (B6 * 0.9)
Why 0.9? Because the ball loses energy going uphill (add distance) and gains energy downhill (subtract distance). For Pangya, the magic number is approximately 0.9 yards per 1 meter of elevation. A spreadsheet of numbers is boring
Now, factor in wind (Headwind is positive, Tailwind is negative):
In cell B14 (Total Required Distance):
=B9 + (B6 * -0.9) + (B13 * -1)
Explanation: If wind Y is +7 (Headwind), you add 7 yards. If it is -7 (Tailwind), you subtract 7. The "dots" on the green indicate the slope