(12C Platinum) Normal Distribution
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12-01-2018, 11:16 PM
(This post was last modified: 03-30-2022 11:39 AM by Albert Chan.)
Post: #5
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RE: (12C Platinum) Normal Distribution
(12-01-2018 07:44 PM)Dieter Wrote:(12-01-2018 05:37 PM)Albert Chan Wrote: Using x = 0 to 5 step 0.01, confirmed your claim of 1.2e-6 max rel. error ... I see it now. Q(x = 0) = 1/2 * exp(0) = 1/2 (exactly) Can you post the exact coefficients too ? Edit: playing with the coefficients, I managed to lower max rel. errors to 1.12e-6 a1 = 0.433563 a2 = 0.084144052 a3 = -9.63659e-5 b1 = 2.4629583 b2 = 1.1328872 b3 = 0.2059062 |
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Messages In This Thread |
(12C Platinum) Normal Distribution - Gamo - 12-01-2018, 07:53 AM
RE: (12C Platinum) Normal Distribution - Dieter - 12-01-2018, 10:59 AM
RE: (12C Platinum) Normal Distribution - Albert Chan - 12-01-2018, 05:37 PM
RE: (12C Platinum) Normal Distribution - Dieter - 12-01-2018, 07:44 PM
RE: (12C Platinum) Normal Distribution - Albert Chan - 12-01-2018 11:16 PM
RE: (12C Platinum) Normal Distribution - Dieter - 12-02-2018, 09:11 AM
RE: (12C Platinum) Normal Distribution - Dieter - 12-02-2018, 06:59 PM
RE: (12C Platinum) Normal Distribution - Albert Chan - 12-02-2018, 08:14 PM
RE: (12C Platinum) Normal Distribution - Dieter - 12-02-2018, 09:43 PM
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