The formula is: Required Power % = (Total Required Distance / Base Distance) * 100
At the heart of master-level play lies one essential tool: pangya calculator excel
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 . The formula is: Required Power % = (Total
Assign this macro to a Button (Developer Tab > Insert > Button). Now, one click gives you instant advice. To make your Pangya Calculator Excel truly elite, create a second sheet named Course_Library . Assign this macro to a Button (Developer Tab
| Cell | Label | Example Input | | :--- | :--- | :--- | | A1 | | 3W (Wood) | | A2 | Base Distance (Y) | 230 | | A3 | Base Power % | 100% | | A4 | Wind Angle (0-360) | 45 | | A5 | Wind Speed (m) | 7 | | A6 | Elevation Diff (m) | -3.2 (Downhill is negative) | | A7 | Slope (%) | 15% (Left to Right) | | A8 | Desired Landing Y | 215 | | A9 | Pin Distance (Y) | 203 | | A10 | Calculation Mode | "Tomahawk" or "Normal" |
Press Alt + F11 to open the VBA editor. Insert a Module. Paste this code:
=B12 * 0.8 Logic: Side wind has a 0.8 efficiency coefficient for woods/irons.