To: J3 08-109r1
From: Van Snyder, Jane Sleightholme
Subject: Special functions module
Date: 2008 February 13
Make these edits before moving the special functions back into
alphabetical order as intrinsic functions.
[436:11+]----------------------------------------------------------------
Table 13.3
For BESSEL_J0, BESSEL_J1, BESSEL_JN, BESSEL_Y0, BESSEL_Y1, BESSEL_YN
The kind of the Bessel function doesn't have an order; it's the Bessel
function that has the order. Editor: Replace "of order" by "and order"
8 times.
[436:13,18,21]----------------------------------------------------------
The kind of the Bessel function doesn't have an order; it's the Bessel
function that has the order. Editor: Replace "of order" by "and order"
thrice.
[437:8,22,24,27,32]-----------------------------------------------------
The kind of the Bessel function doesn't have an order; it's the Bessel
function that has the order. Editor: Replace "of order" by "and order"
five times.
[437:10]----------------------------------------------------------------
Editor: Replace "elemental" by "an elemental function".
[437:11]----------------------------------------------------------------
Editor: Replace "transformational" by "a transformational function".
[438:1,6,9,23,25]-------------------------------------------------------
The kind of the Bessel function doesn't have an order; it's the Bessel
function that has the order. Editor: Replace "of order" by "and order"
five times.
[438:11]----------------------------------------------------------------
Editor: Replace "elemental" by "an elemental function".
[438:12]----------------------------------------------------------------
Editor: Replace "transformational" by "a transformational function".
[439:8]-----------------------------------------------------------------
Editor: Insert "$= \frac2{\sqrt\pi} \int_X^\infty \exp(-t^2) \text{d}t$"
after ERF(X).
[439:16]----------------------------------------------------------------
Editor: Insert "$\exp(X^2)$ ERFC(X) =" after "X,".