2012.02
default
2015-10-28
true
Average
VLTI Period 96
30.0
AMBER
K0 G2 D0
Low_JHK
60.0
300.0
HIP1234
00:15:21.5494
+28:35:13.809
2000.0
16.7
55.98
-85.69
10.91
0.81
AG+28 25,AGKR 186,BD+27 25,GSC 01736-00683,HD 1094,HIC 1234,HIP 1234,PPM 89559,SAO 73846,TD1 103,TYC 1736-683-1,YZ 28 84,uvby98 100001094
*,UV
F5
7.347
true
lpb_elong_disk(ufreq, vfreq, flux_weight, x, y, minor_axis_diameter,
elong_ratio, major_axis_pos_angle)
Returns the Fourier transform, at spatial frequencies (UFREQ,VFREQ)
given in 1/rad, of a normalized ellipse centered at coordinates (X,Y) (milliarcsecond)
with a ratio ELONG_RATIO between the major diameter and the minor one MINOR_AXIS_DIAMETER,
turned from the positive vertical semi-axis (i.e. North direction) with angle
MAJOR_AXIS_POS_ANGLE, in degrees, towards to the positive horizontal semi-axis
(i.e. East direction). (the elongation is along the major_axis)
|North
| For avoiding degenerescence, the domain of variation
|--->East of MAJOR_AXIS_POS_ANGLE is 180 degrees,
| for ex. from 0 to 180 degrees.
ELONG_RATIO = major_axis / minor_axis
FLUX_WEIGHT is the intensity coefficient. FLUX_WEIGHT=1 means total energy is 1.
The function returns an error if MINOR_AXIS_DIAMETER is negative or if ELONG_RATIO
is smaller than 1.
UFREQ and VFREQ must be conformable. The returned array is always
complex and with dimensions dimsof(UFREQ,VFREQ).
1.0
false
mas
0.0
true
mas
0.0
true
mas
6.0
0.0
false
1.3
1.0
false
degrees
20.0
0.0
180.0
false
-12.0
12.0
ETA TAU
03:47:29.0765
+24:06:18.494
2000.0
10.1
19.35
-43.11
8.87
0.99
Cl* Melotte 22 HII 1432,WDS J03475+2406A,[KSP2003] J034729.04+240619.4,1E 0344.5+2357,ALS 15094,2MASS J03472908+2406184,PLX 821,Cl* Melotte 22 K 60,Cl* Melotte 22 VM 32,Cl* Melotte 22 MSH 194,Cl* Melotte 22 MSK 141,Cl* Melotte 22 TRU 414,Cl* Melotte 22 WCZ 236,[JE82] 124,* eta Tau,* 25 Tau,AG+23 323,BD+23 541,BDS 1875 A,CCDM J03474+2407A,CEL 344,EM* MWC 74,FK5 139,GC 4541,GCRV 2135,GEN# +5.20221432,GSC 01800-02202,HD 23630,HGAM 274,HIC 17702,HIP 17702,HR 1165,IDS 03415+2348 A,IRAS 03445+2357,IRC +20063,JP11 4669,JP11 4680,N30 776,NAME ALCYONE,PMC 90-93 100,PPM 92898,ROT 3785,SAO 76199,SKY# 5771,SRS 30139,TYC 1800-2202-1,UBV 3639,VDB 23,XZ 4911,[B10] 869,[KSP2003] G166.6680-23.4550,[SCG94] O 165,[SCG94] X 180,uvby98 520221432,Cl Melotte 22 1432
**,IR,X,*,*iC,*iN,Em*,Be*,UV
B7III
2.873
2.735
2.735
2.636
true
HD 1234
00:16:27.6605
-36:47:46.641
2000.0
-14.75
-17.22
5.56
1.31
2MASS J00162766-3647467,CD-37 56,CPC 18 68,CPD-37 14,GSC 06996-00075,HD 1234,HIC 1311,HIP 1311,PPM 275860,SAO 192435,SRS 3031,TYC 6996-75-1,uvby98 100001234
*,IR
F3V
9.19
8.318
8.131
8.112
true
Returns the Fourier transform of a normalized ellipse centered at coordinates (X,Y)
(milliarcsecond) with a ratio ELONG_RATIO between the major diameter and the minor one
MINOR_AXIS_DIAMETER, turned from the positive vertical semi-axis (i.e. North direction)
with angle MAJOR_AXIS_POS_ANGLE, in degrees, towards to the positive horizontal semi-axis
(i.e. East direction). (the elongation is along the major_axis)
For avoiding degenerescence, the domain of variation of MAJOR_AXIS_POS_ANGLE is 180
degrees, for ex. from 0 to 180 degrees.
ELONG_RATIO = major_axis / minor_axis
FLUX_WEIGHT is the intensity coefficient. FLUX_WEIGHT=1 means total energy is 1.
The function returns an error if MINOR_AXIS_DIAMETER is negative or if ELONG_RATIO is
smaller than 1.
1.0
false
mas
0.0
true
mas
0.0
true
mas
3.0
0.0
false
1.3
1.0
false
degrees
120.0
0.0
180.0
false
-4.0
4.0
K0 G2 D0