Rectangular aperture in field map
Rectangular aperture in field map
Hi Didier,
I noticed there's a way to define the aperture in field maps with .ouv file, but the aperture is round. I'm wondering if it's possible to define rectangular aperture? I was doing some work about dipole field maps, in which the aperture is a rectangle.
Kinds,
shliu
I noticed there's a way to define the aperture in field maps with .ouv file, but the aperture is round. I'm wondering if it's possible to define rectangular aperture? I was doing some work about dipole field maps, in which the aperture is a rectangle.
Kinds,
shliu
Re: Rectangular aperture in field map
Hi Shliu,
Actually, there are 3 ways..
You can also overlay a 3D aperture map "FIELD_MAP 1000 ...". It allows you to define any form of aperture.
Regards,
Didier
Actually, there are 3 ways..
You can also overlay a 3D aperture map "FIELD_MAP 1000 ...". It allows you to define any form of aperture.
Regards,
Didier
Re: Rectangular aperture in field map
Hi Didier,
I don't quite get your point. "FIELD_MAP 1000 ..." also defines round apertures, right?
I don't quite get your point. "FIELD_MAP 1000 ..." also defines round apertures, right?
Re: Rectangular aperture in field map
Sorry, type is 10000, corresponding to 3D aperture map. An usual 3D Field map syntax, but where '1' is matter and '0' is vacuum
Didier
Didier
Code: Select all
geom parameter is an integer, made of 5 figures, defining the field map type :
o unit figure (10^0) : static electric field,
o tens figure (10^1) : static magnetic field,
o hundreds figure (10^2) : RF electric field,
o thousands figure (10^3) : RF magnetic field,
o ten thousands figure (10^4) : 3D aperture map (since 2.4.0.1 version),
Re: Rectangular aperture in field map
OK, I see. In that case, "Ka" should be set to 0 if my understanding is correct? And how to define the field_map file (I mean, it is still in .ouv file or just field map files)?
Re: Rectangular aperture in field map
Hi,
Typically you use one of your 3 field_map of your magnetic element, where you replace field value by '0':vaccum and the rest is set to '1':materail
Whatever ka or ke. This should represent your actual aperture.
Regards,
Didier
Typically you use one of your 3 field_map of your magnetic element, where you replace field value by '0':vaccum and the rest is set to '1':materail
Whatever ka or ke. This should represent your actual aperture.
Regards,
Didier
Re: Rectangular aperture in field map
I see. Thank you!
Re: Rectangular aperture in field map
Hi Didier,
My lattice file is written as below:
Field_map_path Field_Maps/3D
SUPERPOSE_MAP 0 0 0 0 0 0
FIELD_MAP 0070 1160 0 150 -1.08704 0 0 0 Q1 0
SUPERPOSE_MAP 0 0 0 0 0 0
FIELD_MAP 10000 1160 0 150 -1.08704 0 0 0 Q1_APTR 0
SUPERPOSE_MAP 1000 0 0 0 0 0
FIELD_MAP 0070 1000 0 250 1.01208 0 0 0 Q2 0
end
The Q1_APTR.bsz file is written as:
232 1.160000
120 -0.300000 0.300000
32 -0.080000 0.080000
1
1
1
...
0
0
0
...
1
1
1
...
There's an error saying that the .ouv file is needed.
So are there any mistakes? Or do you mind sharing a simple example?
Kinds,
Shliu
My lattice file is written as below:
Field_map_path Field_Maps/3D
SUPERPOSE_MAP 0 0 0 0 0 0
FIELD_MAP 0070 1160 0 150 -1.08704 0 0 0 Q1 0
SUPERPOSE_MAP 0 0 0 0 0 0
FIELD_MAP 10000 1160 0 150 -1.08704 0 0 0 Q1_APTR 0
SUPERPOSE_MAP 1000 0 0 0 0 0
FIELD_MAP 0070 1000 0 250 1.01208 0 0 0 Q2 0
end
The Q1_APTR.bsz file is written as:
232 1.160000
120 -0.300000 0.300000
32 -0.080000 0.080000
1
1
1
...
0
0
0
...
1
1
1
...
There's an error saying that the .ouv file is needed.
So are there any mistakes? Or do you mind sharing a simple example?
Kinds,
Shliu
Re: Rectangular aperture in field map
Dear Shliu,
Simply, you aperture field_map file name must be "Q1_APTR.ouv" !
Regards,
Didier
Simply, you aperture field_map file name must be "Q1_APTR.ouv" !
Regards,
Didier
Re: Rectangular aperture in field map
Seems it works. Thank you!