Abstract
The augmented Jacobi polynomials, designated Zℓmn by Roe, or the closely related generalized Legendre functions, Pℓmn(cosϕ) of Bunge, are required for series expansions of the crystallite orientation distribution. The problem of publishing extensive tabular information has limited compilation of these functions to certain crystal and physical symmetries. This paper gives a brief description and listing of a computer program which permits calculation of Fourier sine (m–n odd) or cosine (m–n even) series expansions of Zℓmn(ξ) for ℓ=0,1,…,32; m=0,1,…,ℓ; n=0,1,…,ℓ.
Highlights
INTRODUCTIONAre required for series expansions of the crystallite orientation distribution
The augmented Jacobi polynomials, designatedZmn() by Roe, or ptmhen(ccolsose)lyofrelBautnegde,enwehrearleized pn(a) + 1 ZZmn ()are required for series expansions of the crystallite orientation distribution
The program was written in the course of developing a method for determining the crystallite orientation distribution of sheet steel samples from back reflection
Summary
Are required for series expansions of the crystallite orientation distribution. Listed in this paper permits calculation of Fourier sine (m-n odd) or cosine (m-n even) series expansions of. The program was written in the course of developing a method for determining the crystallite orientation distribution of sheet steel samples from back reflection "sheet" pole figures, and has been run on a CDC-6600 computer using double precision (approximately 29 significant figures). The program should prove useful in the study of textures in geological materials, where low crystal and physical symmetries are common. THIS PROGRAM CALCULATES FOURIER SINE (M-N ODD) OR COSINE (M-N EVEN) SERIES EXPANSIONS OF THE AUGMENTED JACOBI POLYNOMIALS, Z SUB LMN, SEE RYONG-JOON. EXPAND PRODUCT OF 2FI*(I+XI)**N IN POWERS OF Xl. EXPRESS 2FI*(I+XI)**N AS A COSINE SERIES
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