Residuals
Complete current Find_Orb observation residuals, rebuilt only for objects whose observation set changed in a regular calculation. Each object name opens its Project Pluto pseudo-MPEC. Hover a point for its UTC observation time, observatory, measured R.A. and Dec, and residuals. The fading line follows observation time; the dashed ellipse shows the robust two-sigma direction after trimming the outer ten percent. Use the mouse wheel to zoom and double-click a chart to enlarge it.
00001sS
3 observations; 3 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
6JC2221
14 observations; 14 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
8NFE001
62 observations; 62 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
A11FPxB
49 observations; 49 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
A11GKat
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
A11GP9t
3 observations; 3 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
A11GrOJ
11 observations; 11 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
ABC0164
3 observations; 3 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
ABC0199
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
C1G8TZ5
9 observations; 9 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
C1GCU65
13 observations; 13 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
C1GDDM5
23 observations; 23 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
C1LT29P
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
C1LT2DP
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
C46HTM1
3 observations; 3 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
C97PWMZ
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
C98FG8Z
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
CERCZM2
8 observations; 8 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
CERM0M2
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
CERUMF2
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
CERUX32
26 observations; 26 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
CERV672
21 observations; 21 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
CERVLV2
10 observations; 10 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
CERW3K2
12 observations; 12 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
CERWPH2
10 observations; 10 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
CERXY22
8 observations; 8 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
CERZGZ2
23 observations; 23 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
gb00861
28 observations; 28 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
gb00865
35 observations; 35 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
jdq0079
3 observations; 3 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
LA0D3nK
6 observations; 6 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
LA0D3nL
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
MRfB109
8 observations; 8 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
orA5256
17 observations; 17 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
oRc0136
13 observations; 13 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
oRc0205
3 observations; 3 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
oRc0346
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
oRe0171
3 observations; 3 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pBc8
5 observations; 5 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pBgy
6 observations; 6 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pEFf
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pEFg
9 observations; 9 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pEJ8
12 observations; 12 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pEuy
6 observations; 6 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pHLa
18 observations; 18 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pKZG
3 observations; 3 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pL5Z
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pRCw
3 observations; 3 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pRIj
7 observations; 7 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pRQk
5 observations; 5 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pRQl
7 observations; 7 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pRQm
6 observations; 6 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pRQn
7 observations; 7 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pwoA
12 observations; 12 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pWPI
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pWTl
3 observations; 3 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pZ7Y
12 observations; 12 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pZb4
6 observations; 6 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pZb6
5 observations; 5 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pZCA
7 observations; 7 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pZCy
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pZnp
6 observations; 6 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pZnq
6 observations; 6 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pZnr
5 observations; 5 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pZns
6 observations; 6 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P12pZsW
6 observations; 6 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22oLCM
25 observations; 25 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22oVrz
22 observations; 22 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pKXS
12 observations; 12 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pKXT
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pKZA
8 observations; 8 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pKZB
7 observations; 7 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pKZy
8 observations; 8 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pL3T
3 observations; 3 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pL3Z
7 observations; 7 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pL40
9 observations; 9 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pL41
6 observations; 6 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pL44
3 observations; 3 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pLgJ
3 observations; 3 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pOYa
10 observations; 10 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pP3n
3 observations; 3 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pRiF
5 observations; 5 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pRjP
5 observations; 5 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pRjQ
5 observations; 5 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pRjR
5 observations; 5 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pRlF
6 observations; 6 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pRlI
13 observations; 13 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pRNl
9 observations; 9 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pROC
30 observations; 30 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pRQ8
6 observations; 6 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pWJA
7 observations; 7 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pWJB
10 observations; 10 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pWJw
14 observations; 14 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pWJx
8 observations; 8 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pWJy
37 observations; 37 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pWRV
9 observations; 9 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pZ20
3 observations; 3 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pZ6b
11 observations; 11 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pZAB
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pZAD
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pZAE
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pZAF
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pZb1
7 observations; 7 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pZb2
5 observations; 5 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pZcb
10 observations; 10 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pZcc
6 observations; 6 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pZo5
15 observations; 15 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pZoy
5 observations; 5 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pZoz
5 observations; 5 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pZwJ
8 observations; 8 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pZwK
6 observations; 6 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pZwL
6 observations; 6 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pZwM
6 observations; 6 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pZzV
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22pZzW
3 observations; 3 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
P22q64z
3 observations; 3 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
PDO0150
21 observations; 21 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
PDOB866
7 observations; 7 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
RJT002
3 observations; 3 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
SO000Bx
10 observations; 10 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
SWAN26Q
19 observations; 19 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
WMT0006
34 observations; 34 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
ZTF10Fn
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
ZTF10Fo
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
ZTF10Fp
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
ZTF10Fv
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
ZTF10Fw
6 observations; 6 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
ZTF10Fx
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
ZTF10Fy
4 observations; 4 displayed astrometric residual pairs. Find_Orb supplies the horizontal value as the sky-plane component ΔR.A. × cos(Dec), so both axes are directly comparable in arcseconds.
Observatory colours
The same observatory code keeps the same colour in every residual chart and table preview. Select a colour or code to highlight that observatory in all charts; select it again to clear the highlight.