[ Identification | Description | Input parameters | Output parameters | Links ]

The Guide_four_side_2_shells Component

This component models a guide with four side walls surounded by up to 2 shells (every shell consists of additional four walls). In the end it forms a guide with an inner and up to 2 outer channel. As user you can controll the properties of every wall separatly. All togther you have up to 24 walls: From the inner channel 4 inner walls and 4 outer walls and from every outer channel 4 inner and 4 outer walls. Every single wall can have a elliptic, parabolic or straight shape. All four sides of the guide are independent from each other. In the elliptic case the side wall shape follows the equation x^2/b^2+(z+z0)^2/a^2=1 (the center of the ellipse is located at (0,-z0)). In the parabolic case the side wall shape follows the equation z=b-ax^2;mc In the straight case the side wall shape follows the equation z=l/(w2-w1)*x-w1. The shape selection is done by the focal points. The focal points are located at the z-axis and are defined by their distance to the entrance or exit window of the guide (in the following called 'focal length'). If both focal lengths for one wall are zero it will be a straight wall (entrance and exit width have to be given in the beginning). If one of the focal lengths is not zero the shape will be parabolic (only the entrance width given in the beginning is recognized; exit width will be calculated). If the the entrance focal length is zero the guide will be a focusing devise. If the exit focal length is zero it will be defocusing devise. If both focals are non zero the shape of the wall will be elliptic (only the entrance width given in the beginning is recognized; exit width will be calculated). Notice: 1.)The focal points are in general located outside the guide (positive focal lengths). Focal points inside the guide need to have negative focal lengths. 2.)The exit width parameters (w2r, w2l, h2u,h2d) are only taken into account if the walls have a linear shape. In the ellitic or parabolic case they will be ignored. For the inner channel: the outer side of each wall is calculated by the component in depentence of the wallthickness and the shape of the inner side. Each of the 24 walls can have a own indepenting reflecting layer (defined by an input file) or it can be a absorber or it can be transparent. The reflectivity properties can be given by an input file (Format [q(Angs-1) R(0-1)]) or by parameters (Qc, alpha, m, W). %BUGS This component does not work with gravitation on. This component does not work correctly in GROUP-modus.

Identification

Input parameters

Parameters in boldface are required; the others are optional.
Name Unit Description Default
RIreflect DEFAULT : no file @: (str) Name of relfectivity file for the right inner wall. Format [q(Angs-1) R(0-1)] 0
LIreflect DEFAULT : no file @: (str) Name of relfectivity file for the left inner wall. Format [q(Angs-1) R(0-1)] 0
UIreflect DEFAULT : no file @: (str) Name of relfectivity file for the top inner wall. Format [q(Angs-1) R(0-1)] 0
DIreflect DEFAULT : no file @: (str) Name of relfectivity file for the bottom inner wall. Format [q(Angs-1) R(0-1)] 0
ROreflect DEFAULT : no file @: (str) Name of relfectivity file for the right outer wall. Format [q(Angs-1) R(0-1)] 0
LOreflect DEFAULT : no file @: (str) Name of relfectivity file for the left outer wall. Format [q(Angs-1) R(0-1)] 0
UOreflect DEFAULT : no file @: (str) Name of relfectivity file for the top outer wall. Format [q(Angs-1) R(0-1)] 0
DOreflect DEFAULT : no file @: (str) Name of relfectivity file for the bottom outer wall. Format [q(Angs-1) R(0-1)] 0
RIreflect1 0
LIreflect1 0
UIreflect1 0
DIreflect1 0
ROreflect1 0
LOreflect1 0
UOreflect1 0
DOreflect1 0
RIreflect2 0
LIreflect2 0
UIreflect2 0
DIreflect2 0
ROreflect2 0
LOreflect2 0
UOreflect2 0
DOreflect2 0
w1l DEFAULT = 2.000 + @*0.002 @: [m] Width at the left guide entry (positive x-axis) 0.002
w2l DEFAULT = 2.000 + @*0.002 @: [m] Width at the left guide exit (positive x-axis) 0.002
linwl DEFAULT = 0 @ [m] left horizontal wall: distance of 1st focal point and guide entry 0
loutwl DEFAULT = 0 @ [m] left horizontal wall: distance of 2nd focal point and guide exit 0
w1r DEFAULT = 2.000 + @*0.002 @: [m] Width at the right guide entry (negative x-axis) 0.002
w2r DEFAULT = 2.000 + @*0.002 @: [m] Width at the right guide exit (negative x-axis) 0.002
linwr DEFAULT = 0 @ [m] right horizontal wall: distance of 1st focal point and guide entry 0.0
loutwr DEFAULT = 0 @ [m] right horizontal wall: distance of 2nd focal point and guide exit 0
h1u DEFAULT = 2.000 + @*0.002 @: [m] Height at the top guide entry (positive y-axis) 0.002
h2u DEFAULT = 2.000 + @*0.002 @: [m] Height at the top guide entry (positive y-axis) 0.002
linhu DEFAULT = 0 @ [m] upper vertical wall: distance of 1st focal point and guide entry 0.0
louthu DEFAULT = 0 @ [m] upper vertical wall: distance of 2nd focal point and guide exit 0
h1d DEFAULT = 2.000 + @*0.002 @: [m] Height at the bottom guide entry (negative y-axis) 0.002
h2d DEFAULT = 2.000 + @*0.002 @: [m] Height at the bottom guide entry (negative y-axis) 0.002
linhd DEFAULT = 0 @ [m] lower vertical wall: distance of 1st focal point and guide entry 0.0
louthd DEFAULT = 0 @ [m] lower vertical wall: distance of 2nd focal point and guide exit 0
l DEFAULT = 0 [m] length of guide 0
R0 DEFAULT = 0.99 [1] Low-angle reflectivity 0.99
Qcxl DEFAULT = 0.0217 @: [AA-1] Critical scattering vector for left vertical inner wall 0.0217
Qcxr DEFAULT = 0.0217 @: [AA-1] Critical scattering vector for right vertical inner wall 0.0217
Qcyu DEFAULT = 0.0217 @: [AA-1] Critical scattering vector for top inner wall 0.0217
Qcyd DEFAULT = 0.0217 @: [AA-1] Critical scattering vector for bottom inner wall 0.0217
alphaxl DEFAULT = 6.07 @: [AA] Slope of reflectivity for left vertical inner wall 6.07
alphaxr DEFAULT = 6.07 @: [AA] Slope of reflectivity for right vertical inner wall 6.07
alphayu DEFAULT = 6.07 @: [AA] Slope of reflectivity for top inner wall 6.07
alphayd DEFAULT = 6.07 @: [AA] Slope of reflectivity for bottom inner wall 6.07
Wxr DEFAULT = 0.003 @: [AA-1] Width of supermirror cut-off for right inner wall 0.003
Wxl DEFAULT = 0.003 @: [AA-1] Width of supermirror cut-off for left inner wall 0.003
Wyu DEFAULT = 0.003 @: [AA-1] Width of supermirror cut-off for top inner wall 0.003
Wyd DEFAULT = 0.003 @: [AA-1] Width of supermirror cut-off for bottom inner wall 0.003
mxr DEFAULT = -1 @: [1] m-value of material for right vertical inner wall. 0 means the wall is absorbing. -1 means the wall is transparent. 3.6
mxl DEFAULT = -1 @: [1] m-value of material for left vertical inner wall. 0 means the wall is absorbing. -1 means the wall is transparent. 3.6
myu DEFAULT = -1 @: [1] m-value of material for top inner wall 0 means the wall is absorbing. -1 means the wall is transparent. 3.6
myd DEFAULT = -1 @: [1] m-value of material for bottom inner wall 0 means the wall is absorbing. -1 means the wall is transparent. 3.6
QcxrOW DEFAULT = 0.0217 @: [AA-1] Critical scattering vector for right vertical outer wall 0.0217
QcxlOW DEFAULT = 0.0217 @: [AA-1] Critical scattering vector for left vertical outer wall 0.0217
QcyuOW DEFAULT = 0.0217 @: [AA-1] Critical scattering vector for top outer wall 0.0217
QcydOW DEFAULT = 0.0217 @: [AA-1] Critical scattering vector for bottom outer wall 0.0217
alphaxlOW DEFAULT = 6.07 @: [AA] Slope of reflectivity for left vertical outer wall 6.07
alphaxrOW DEFAULT = 6.07 @: [AA] Slope of reflectivity for right vertical outer wall 6.07
alphayuOW DEFAULT = 6.07 @: [AA] Slope of reflectivity for top outer wall 6.07
alphaydOW DEFAULT = 6.07 @: [AA] Slope of reflectivity for bottom outer wall 6.07
WxrOW DEFAULT = 0.003 @: [AA-1] Width of supermirror cut-off for right outer wall 0.003
WxlOW DEFAULT = 0.003 @: [AA-1] Width of supermirror cut-off for left outer wall 0.003
WyuOW DEFAULT = 0.003 @: [AA-1] Width of supermirror cut-off for top outer wall 0.003
WydOW DEFAULT = 0.003 @: [AA-1] Width of supermirror cut-off for bottom outer wall 0.003
mxrOW DEFAULT = -1 @: [1] m-value of material for right vertical outer wall 0 means the wall is absorbing. (DEFAULT) -1 means the wall is transparent. 0
mxlOW DEFAULT = -1 @: [1] m-value of material for left vertical outer wall 0 means the wall is absorbing.(DEFAULT) -1 means the wall is transparent. 0
myuOW DEFAULT = -1 @: [1] m-value of material for top outer wall 0 means the wall is absorbing. (DEFAULT) -1 means the wall is transparent. 0
mydOW DEFAULT = -1 @: [1] m-value of material for bottom outer wall 0 means the wall is absorbing. (DEFAULT) -1 means the wall is transparent. 0
rwallthick DEFAULT = 0.001 m [m] thickness of the right wall 0.001
lwallthick DEFAULT = 0.001 m [m] thickness of the left wall 0.001
uwallthick DEFAULT = 0.001 m [m] thickness of the top wall 0.001
dwallthick DEFAULT = 0.001 m [m] thickness of the bottom wall 0.001
w1l1 2.002
w2l1 2.002
linwl1 0
loutwl1 0
w1r1 2.002
w2r1 2.002
linwr1 0
loutwr1 0
h1u1 2.002
h2u1 2.002
linhu1 0
louthu1 0
h1d1 2.002
h2d1 2.002
linhd1 0
louthd1 0
Qcxl1 0.0217
Qcxr1 0.0217
Qcyu1 0.0217
Qcyd1 0.0217
alphaxl1 6.07
alphaxr1 6.07
alphayu1 6.07
alphayd1 6.07
Wxr1 0.003
Wxl1 0.003
Wyu1 0.003
Wyd1 0.003
mxr1 -1
mxl1 -1
myu1 -1
myd1 -1
QcxrOW1 0.0217
QcxlOW1 0.0217
QcyuOW1 0.0217
QcydOW1 0.0217
alphaxlOW1 6.07
alphaxrOW1 6.07
alphayuOW1 6.07
alphaydOW1 6.07
WxrOW1 0.003
WxlOW1 0.003
WyuOW1 0.003
WydOW1 0.003
mxrOW1 -1
mxlOW1 -1
myuOW1 -1
mydOW1 -1
rwallthick1 0.001
lwallthick1 0.001
uwallthick1 0.001
dwallthick1 0.001
w1l2 2.004
w2l2 2.004
linwl2 0
loutwl2 0
w1r2 2.004
w2r2 2.004
linwr2 0
loutwr2 0
h1u2 2.004
h2u2 2.004
linhu2 0
louthu2 0
h1d2 2.004
h2d2 2.004
linhd2 0
louthd2 0
Qcxl2 0.0217
Qcxr2 0.0217
Qcyu2 0.0217
Qcyd2 0.0217
alphaxl2 6.07
alphaxr2 6.07
alphayu2 6.07
alphayd2 6.07
Wxr2 0.003
Wxl2 0.003
Wyu2 0.003
Wyd2 0.003
mxr2 -1
mxl2 -1
myu2 -1
myd2 -1
QcxrOW2 0.0217
QcxlOW2 0.0217
QcyuOW2 0.0217
QcydOW2 0.0217
alphaxlOW2 6.07
alphaxrOW2 6.07
alphayuOW2 6.07
alphaydOW2 6.07
WxrOW2 0.003
WxlOW2 0.003
WyuOW2 0.003
WydOW2 0.003
mxrOW2 -1
mxlOW2 -1
myuOW2 -1
mydOW2 -1
rwallthick2 0.001
lwallthick2 0.001
uwallthick2 0.001
dwallthick2 0.001

Output parameters

Name Unit Description Default
w1rwt  
w1lwt  
h1uwt  
h1dwt  
w2rwt  
w2lwt  
h2uwt  
h2dwt  
pawr  
pawl  
pbwr  
pbwl  
pahu  
pahd  
pbhu  
pbhd  
awl  
bwl  
awr  
bwr  
ahu  
bhu  
ahd  
bhd  
awlwt  
bwlwt  
awrwt  
bwrwt  
ahuwt  
bhuwt  
ahdwt  
bhdwt  
pawrwt  
pawlwt  
pbwrwt  
pbwlwt  
pahuwt  
pahdwt  
pbhuwt  
pbhdwt  
t1  
t2w1r  
t2w1l  
t2h1u  
t2h1d  
t2w1rwt  
t2w1lwt  
t2h1uwt  
t2h1dwt  
a2wlwt  
b2wlwt  
a2wrwt  
b2wrwt  
a2huwt  
b2huwt  
a2hdwt  
b2hdwt  
a2wl  
b2wl  
a2wr  
b2wr  
a2hu  
b2hu  
a2hd  
b2hd  
mru1  
mru2  
nru1  
nru2  
mrd1  
mrd2  
nrd1  
nrd2  
mlu1  
mlu2  
nlu1  
nlu2  
mld1  
mld2  
nld1  
nld2  
z0wr  
z0wl  
z0hu  
z0hd  
p2parawr  
p2parawl  
p2parahu  
p2parahd  
p2parawrwt  
p2parawlwt  
p2parahuwt  
p2parahdwt  
m  
n  
nz  
nx  
ny  
n2  
pf  
vxin  
vyin  
vzin  
q  
xtest  
ytest  
riTable  
liTable  
uiTable  
diTable  
roTable  
loTable  
uoTable  
doTable  
w1rwt1  
w1lwt1  
h1uwt1  
h1dwt1  
w2rwt1  
w2lwt1  
h2uwt1  
h2dwt1  
pawr1  
pawl1  
pbwr1  
pbwl1  
pahu1  
pahd1  
pbhu1  
pbhd1  
awl1  
bwl1  
awr1  
bwr1  
ahu1  
bhu1  
ahd1  
bhd1  
awlwt1  
bwlwt1  
awrwt1  
bwrwt1  
ahuwt1  
bhuwt1  
ahdwt1  
bhdwt1  
pawrwt1  
pawlwt1  
pbwrwt1  
pbwlwt1  
pahuwt1  
pahdwt1  
pbhuwt1  
pbhdwt1  
t2w1r1  
t2w1l1  
t2h1u1  
t2h1d1  
t2w1rwt1  
t2w1lwt1  
t2h1uwt1  
t2h1dwt1  
a2wlwt1  
b2wlwt1  
a2wrwt1  
b2wrwt1  
a2huwt1  
b2huwt1  
a2hdwt1  
b2hdwt1  
a2wl1  
b2wl1  
a2wr1  
b2wr1  
a2hu1  
b2hu1  
a2hd1  
b2hd1  
mru11  
mru21  
nru11  
nru21  
mrd11  
mrd21  
nrd11  
nrd21  
mlu11  
mlu21  
nlu11  
nlu21  
mld11  
mld21  
nld11  
nld21  
z0wr1  
z0wl1  
z0hu1  
z0hd1  
p2parawr1  
p2parawl1  
p2parahu1  
p2parahd1  
p2parawrwt1  
p2parawlwt1  
p2parahuwt1  
p2parahdwt1  
riTable1  
liTable1  
uiTable1  
diTable1  
roTable1  
loTable1  
uoTable1  
doTable1  
w1rwt2  
w1lwt2  
h1uwt2  
h1dwt2  
w2rwt2  
w2lwt2  
h2uwt2  
h2dwt2  
pawr2  
pawl2  
pbwr2  
pbwl2  
pahu2  
pahd2  
pbhu2  
pbhd2  
awl2  
bwl2  
awr2  
bwr2  
ahu2  
bhu2  
ahd2  
bhd2  
awlwt2  
bwlwt2  
awrwt2  
bwrwt2  
ahuwt2  
bhuwt2  
ahdwt2  
bhdwt2  
pawrwt2  
pawlwt2  
pbwrwt2  
pbwlwt2  
pahuwt2  
pahdwt2  
pbhuwt2  
pbhdwt2  
t2w1r2  
t2w1l2  
t2h1u2  
t2h1d2  
t2w1rwt2  
t2w1lwt2  
t2h1uwt2  
t2h1dwt2  
a2wlwt2  
b2wlwt2  
a2wrwt2  
b2wrwt2  
a2huwt2  
b2huwt2  
a2hdwt2  
b2hdwt2  
a2wl2  
b2wl2  
a2wr2  
b2wr2  
a2hu2  
b2hu2  
a2hd2  
b2hd2  
mru12  
mru22  
nru12  
nru22  
mrd12  
mrd22  
nrd12  
nrd22  
mlu12  
mlu22  
nlu12  
nlu22  
mld12  
mld22  
nld12  
nld22  
z0wr2  
z0wl2  
z0hu2  
z0hd2  
p2parawr2  
p2parawl2  
p2parahu2  
p2parahd2  
p2parawrwt2  
p2parawlwt2  
p2parahuwt2  
p2parahdwt2  
riTable2  
liTable2  
uiTable2  
diTable2  
roTable2  
loTable2  
uoTable2  
doTable2  

Links

[ Identification | Description | Input parameters | Output parameters | Links ]

Generated automatically by McDoc, Peter Willendrup <peter.willendrup@risoe.dk> / Tue Sep 7 12:28:34 2010