[eyal282]

Originally Posted by stickz I have the following code now. void WriteConsoleSkillValues(int client, float mult) { for (int base = 1; base <= 10; base++) { float value = Pow(float(base), 1.0 / mult) * 100.0; PrintToConsole(client, "Round: %d% ^ %.2f = %d", RoundToNearest(value), mult, base); } } Which produces the following output. --> Low Uneven Skill Percent Difference <-- Round: 100 ^ 1.75 = 1 Round: 149 ^ 1.75 = 2 Round: 187 ^ 1.75 = 3 Round: 221 ^ 1.75 = 4 Round: 251 ^ 1.75 = 5 Round: 278 ^ 1.75 = 6 Round: 304 ^ 1.75 = 7 Round: 328 ^ 1.75 = 8 Round: 351 ^ 1.75 = 9 Round: 373 ^ 1.75 = 10 --> High Uneven Skill Percent Difference <-- Round: 100 ^ 1.89 = 1 Round: 144 ^ 1.89 = 2 Round: 178 ^ 1.89 = 3 Round: 207 ^ 1.89 = 4 Round: 233 ^ 1.89 = 5 Round: 257 ^ 1.89 = 6 Round: 278 ^ 1.89 = 7 Round: 299 ^ 1.89 = 8 Round: 318 ^ 1.89 = 9 Round: 336 ^ 1.89 = 10 --> Even Skill Percent Difference <-- Round: 100 ^ 1.39 = 1 Round: 164 ^ 1.39 = 2 Round: 219 ^ 1.39 = 3 Round: 269 ^ 1.39 = 4 Round: 316 ^ 1.39 = 5 Round: 360 ^ 1.39 = 6 Round: 401 ^ 1.39 = 7 Round: 442 ^ 1.39 = 8 Round: 480 ^ 1.39 = 9 Round: 518 ^ 1.39 = 10 However, it's not precise enough. Is there any way I can make this more precise? The equation is evaluating as if 1.39 and 1.89 are sent, but the values actually being sent are 1.40 and 1.90.

Maybe use %.2f instead of %d ( you don't round %.2f ) but I know that floats cannot represent exact values.