Sub CalculatePangyaShot() Dim WindSpeed As Double Dim WindAngle As Double Dim Elevation As Double Dim Distance As Double Dim FinalPower As Double 'Input from user form WindSpeed = Range("B2").Value WindAngle = Range("B3").Value Elevation = Range("B4").Value Distance = Range("B5").Value
Whether you are grinding for that elusive "Hole in One" on Silvia Cannon Course or competing in the weekly tournaments for Papel Shop currency, remember: Trust the math. Trust the spreadsheet. Hit the Pangya.
= (A4 / (Base_Distance * Club_Modifier)) + (A3 * 0.008) + (COS(RADIANS(A1)) * A2 * 0.024)
Pangya is a deterministic game. Unlike real golf, a 10m wind at 45 degrees will always produce the exact same result if you hit the same spot on the bar. Excel merely provides the transparency that the developers hid behind a curtain of RNG.
'Pangya Specific Algorithm FinalPower = (Distance / 240) * (1 + (Elevation / 1000)) FinalPower = FinalPower + (WindSpeed * 0.03) * Cos(WindAngle * 3.14159 / 180)
Pangya Excel May 2026
Sub CalculatePangyaShot() Dim WindSpeed As Double Dim WindAngle As Double Dim Elevation As Double Dim Distance As Double Dim FinalPower As Double 'Input from user form WindSpeed = Range("B2").Value WindAngle = Range("B3").Value Elevation = Range("B4").Value Distance = Range("B5").Value
Whether you are grinding for that elusive "Hole in One" on Silvia Cannon Course or competing in the weekly tournaments for Papel Shop currency, remember: Trust the math. Trust the spreadsheet. Hit the Pangya. Pangya Excel
= (A4 / (Base_Distance * Club_Modifier)) + (A3 * 0.008) + (COS(RADIANS(A1)) * A2 * 0.024) = (A4 / (Base_Distance * Club_Modifier)) + (A3 * 0
Pangya is a deterministic game. Unlike real golf, a 10m wind at 45 degrees will always produce the exact same result if you hit the same spot on the bar. Excel merely provides the transparency that the developers hid behind a curtain of RNG. 'Pangya Specific Algorithm FinalPower = (Distance / 240)
'Pangya Specific Algorithm FinalPower = (Distance / 240) * (1 + (Elevation / 1000)) FinalPower = FinalPower + (WindSpeed * 0.03) * Cos(WindAngle * 3.14159 / 180)