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.
6H63K21
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.
6H74C22
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.
6HF2521
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.
A11FAuF
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.
LA0Cq3L
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.
LA0Cq3M
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.
LA0Cq3N
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.
OP90566
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.
orA4767
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.
P12onNw
71 observations; 71 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.
P12oO5R
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.
P12oVNR
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.
P12oVRt
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.
P12oZg1
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.
P12oZh1
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.
P12oZkE
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.
P12oZmo
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.
P12p4AH
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.
P12p4HJ
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.
P12p4Jx
31 observations; 31 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.
P12p4s9
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.
P12p4sf
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.
P12p4zJ
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.
P12p4zK
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.
P12paCn
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.
P12pap5
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.
P12papq
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.
P12patY
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.
P12patZ
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.
P12payP
27 observations; 27 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.
P12payW
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.
P12pb3b
55 observations; 55 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.
P12pflz
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.
P12pfnV
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.
P12pfyU
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.
P12pfyW
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.
P12pfyX
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.
P12pkQG
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.
P12pkRb
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.
P12pkRc
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.
P12pkRg
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.
P12pkRh
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.
P12pkX8
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.
P12pkZx
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.
P12pl4l
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.
P12pl4m
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.
P12pl4n
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.
P12ptHh
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.
P22oVOy
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.
P22oVrz
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.
P22oVTI
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.
P22oW3t
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.
P22oZgZ
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.
P22p4Fp
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.
P22p4Fq
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.
P22p4Jd
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.
P22p4vP
64 observations; 64 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.
P22p4wv
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.
P22p4xS
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.
P22papf
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.
P22paph
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.
P22paxH
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.
P22paxQ
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.
P22pfCv
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.
P22pfnu
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.
P22pfsJ
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.
P22pkRP
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.
P22pl07
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.
P22pl08
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.
P22ppXD
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.
P22ppY2
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.
P22ppYR
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.
P22pq2q
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.
Sar2900
36 observations; 36 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.
ST26H33
2 observations; 2 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.
ST26H41
2 observations; 2 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.
STO1481
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.
X89913
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.
ZTF10FL
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.
ZTF10FQ
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.