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lamp_mac/

didline.pro


Routines

phowind, ytp, yte, ytv, rawe, vidp, pry, corre, xout, yin, win, yraw, exclu, elas, ott, wavel, ERRdat, Fres, Zres

pho_contour, wicp, www, xxx, yyy, eee, rangx, maxw, wtit, nsp, nch, what, wavel, maxim, Wres, Lres, blo, bsbin

pho_tri, win, xout, yin, what, EER, Zres, Yin0

result = sav_didline(w, sample=sample, vana=vana, moni=moni)

pho_event, ev, uv

pho_groupy, nsp, win, yin, ERR

pho_groupx, nch, win, xin, ERR

result = didline(radata, sample=sample, vanadium=vanadium, empty=empty, canvan=canvan, cadmium=cadmium, trans_abs=trans_abs, resolution=resolution, remove=remove, bmess=bmess, bflow=bflow, draw=draw, verbose=verbose)

Routine details

top phowind

phowind, ytp, yte, ytv, rawe, vidp, pry, corre, xout, yin, win, yraw, exclu, elas, ott, wavel, ERRdat, Fres, Zres

** ******* ** ** TOF SHOW . (D. Richard 1996->).

Parameters

ytp
yte
ytv
rawe
vidp
pry
corre
xout
yin
win
yraw
exclu
elas
ott
wavel
ERRdat
Fres
Zres

top pho_contour

pho_contour, wicp, www, xxx, yyy, eee, rangx, maxw, wtit, nsp, nch, what, wavel, maxim, Wres, Lres, blo, bsbin

** *********** ** plotting routine

Parameters

wicp
www
xxx
yyy
eee
rangx
maxw
wtit
nsp
nch
what
wavel
maxim
Wres
Lres
blo
bsbin

top pho_tri

pho_tri, win, xout, yin, what, EER, Zres, Yin0

** ******* ** triangulate or regular

Parameters

win
xout
yin
what
EER
Zres
Yin0

top sav_didline

result = sav_didline(w, sample=sample, vana=vana, moni=moni)

******* *********** ** save to output workspace

Parameters

w

Keywords

sample
vana
moni

top pho_event

pho_event, ev, uv

** ********* ** phowind event handler

Parameters

ev
uv

top pho_groupy

pho_groupy, nsp, win, yin, ERR

** ********** ** groupe angles

Parameters

nsp
win
yin
ERR

top pho_groupx

pho_groupx, nch, win, xin, ERR

** ********** ** group energy

Parameters

nch
win
xin
ERR

top didline

result = didline(radata, sample=sample, vanadium=vanadium, empty=empty, canvan=canvan, cadmium=cadmium, trans_abs=trans_abs, resolution=resolution, remove=remove, bmess=bmess, bflow=bflow, draw=draw, verbose=verbose)

******* ******* ** ** TOF corrections . (D. Richard) ** ** Used paramaters p(2):doppler p(9):ElasPos p(11):Temperature p(18):ChnWdth p(21):WaveL p(27):Distance ** ** Input: radata the sample workspace (e.g. W1) ** [sampln],vanadn,emptn,canva,cadmn,wreso (all are workspace numbers or 0) ** draw =0 for no graphics output ** remspec='1>5 ,8 ,10>22 ,44' ** trans_abs=rtp floating vector of parameters containing: ** 0 sample transmition >0<1 T(90deg)=EXP(density * Cross_section_total * Thickness) ** 1 vanadium transmition >0<1 ** 2 Container shape 0:none 1:slab 2:cylinder ** 3 Discrimination factor in percent (should suppress more or less bad detectors) ** 4 lower 2theta angle or 0 ** 5 upper 2theta angle or 0 ** 6 symmetrical (bose)=1 background smoothing=2 both=3 ** 7 lineup 0 or 1=vana 2=sample 4=empty_can 8=empty_van (you can sum any) ** 8 slab angle ** 9 emptycan transmition ~1 T(90deg)=EXP(density * Cross_section_total * 2*Thickness) ** 10 emptyvan transmition ~1 ** 11 ratio scattering absoption/Total cross_section or 0 ** 12 lower energy or 0 ** 13 upper energy or 0 ** 14 Debye_waller temperature of sample or 0 ** 15 Linear absorption coefficient (cylinder) ** 16 Radius ratio Rint/rext (cylinder)

Parameters

radata

Keywords

sample
vanadium
empty
canvan
cadmium
trans_abs
resolution
remove
bmess
bflow
draw
verbose

File attributes

Modification date: Tue Oct 1 14:36:01 2013
Lines: 1,817