The source converts entered ball speed from miles per hour by multiplying point four four seven oh-four. Hypothetical eighty gives thirty-five point seven six three two meters per second; ninety gives forty point two three three six. Bars share ten pixels per meter per second. The program then splits velocity using sine and cosine of launch angle. Saved player, shot and performance claims are unverified; this explains the source model. The source rolling coefficient is point zero six five times twelve divided by entered stimp. Hypothetical stimp twelve gives point zero six five and six gives point one three. Multiplying source gravity nine point eight oh-six six five gives opposing acceleration magnitudes about point six three seven four and one point two seven four nine. Bars share three hundred pixels per acceleration unit. This assigned friction law is not a validated measurement of a real green. The source slope term is negative gravity times sine of the entered slope angle. At positive three point two and five degrees, its magnitudes are about point five four seven four and point eight five four seven meters per second squared. Bars show positive magnitudes at four hundred pixels per unit; the source applies the negative sign. This component combines with grass and spin terms, so it does not determine the full shot alone. Complete native trajectory JSON/reset/positive canvas/four-width/footer checks preserve the simulator.