@Stephen: @Random832 is correct, both "exponential" and "geometric" growth refer to having a constant ratio between successive/equidistant terms (which means the rate of growth is …

Jan 23, 2017 · Linear blended between a start distance and an end distance. Exponential based on density. Exponential-squared based on density. For example, the documentation for glFog …

Oct 3, 2017 · But our exponential easing is non-linear, so just multiplying our sharpness parameter by deltaTime will not give the correct time correction. This will show up as a judder …

Oct 21, 2015 · The general form of an exponential curve like this one is: H = a * r^n + k where: H = total hours to reach level n r = the ratio by which the time increases from one level to the …

Jul 26, 2017 · In that case your minutes-per-level function would be polynomial (time = Level ^ c) or even exponential (time = c ^ Level). Taking the level-number as-is in an exponential formula …

Sep 15, 2020 · Calculating framerate-independent values, for linear, quadratic, and exponential functions Ask Question Asked 4 years, 9 months ago Modified 1 year, 11 months ago

2.39045721867 = z And therefore the function is y=(x/2.390)^2. Notice that the same value can be used for the Green curve, and therefore that function would be -((x-200)/2.390)^2+7000. For …

You would use an exponential function for the acceleration to double the speed every second. I'm not sure if OP actually wants that. It will get out of hand quickly.

Dec 15, 2014 · There are formulas out there for a diminishing return equation; however, those usually involve exponential. What other ways are there for coming up with such an equation? …

Use a polynomial or exponential function. Do you want the value to grow fast at first, and slow down later? Use an nth-root or logarithmic function. Do you want the value to grow slowly at …