%ActionName        SkyBoT-2.IMCCE
%Description       Solar system object database from IMCCE
%VerboseDescr      Allows access to the SkyBoT database to search for and to identify solar system objects
%Institute         Institut de mecanique celeste - Observatoire de Paris
%Doc.User          http://vo.imcce.fr/webservices/skybot
%DistribDomain     ALADIN
%Owner             aladin
%Aladin.Label      SkyBoT2\nDEV
%Aladin.LabelPlane SkyBoT2 $1
%Url http://vo.imcce.fr/webservices/skybot/skybotconesearch_query.php?-ep=$1&-ra=$2&-dec=$3&-size=$4,$5&-mime=votable&-out=basic&-loc=$6&-search=$7&-filter=$8&-refsys=$9&-from=Aladin(DEV)
%Param.Description $1=Epoch
%Param.Description $2=Right Ascension
%Param.Description $3=Declination
%Param.Description $4=Width (arcmin)
%Param.Description $5=Height (arcmin)
%Param.Description $6=Observer location
%Param.Description $7=Search for
%Param.Description $8=Max. uncertainty
%Param.Description $9=Reference system (EQJ2000|ECJ2000)
%Param.DataType    $1=Date(JD)
%Param.DataType    $2=Target(RAd)
%Param.DataType    $3=Target(DEd)
%Param.DataType    $4=Field(RA)
%Param.DataType    $5=Field(DE)
%Param.Value       $6=500
%Param.Value       $7=Asteroids and Planets
%Param.Value       $7=Asteroids, Planets and Comets
%Param.Value       $7=Asteroids and Comets
%Param.Value       $7=Planets and Comets
%Param.Value       $7=Asteroids
%Param.Value       $7=Planets
%Param.Value       $7=Comets
%Param.Value       $8=120 arcsec
%Param.Value       $8=60 arcsec
%Param.Value       $8=10 arcsec
%Param.Value       $8=1 arcsec
%Param.Value       $8=0 (no limit)
%Param.Value       $9=EQJ2000
%Param.Value       $9=ECJ2000
%Aladin.Filter     #Arrow of motion\nfilter Ast.Motion { draw ${Name};draw cross\n draw pm(5*${dRAcosDec}/cos(3.1416*${_DECJ2000}/180),5*${dDEC}) }
%Aladin.Filter     #Object name\nfilter Ast.Name { draw ${Name} }
%Aladin.Filter     #Object class\nfilter Ast.Class { ${Class}="NEA>Atira" {draw green square}\n${Class}="NEA>Aten" {draw yellow square}\n${Class}="NEA>Apollo" {draw blue square}\n${Class}="NEA>Amor" {draw orange square}\n${Class}="Mars-Crosser>Deep" {draw red square}\n${Class}="Mars-Crosser>Shallow" {draw red cross}\n${Class}="Hungaria" {draw cyan cross}\n${Class}="MB>IMB" {draw green cross}\n${Class}="MB>MMB" {draw blue cross}\n${Class}="MB>OMB" {draw red cross}\n${Class}="MB>Cybele" {draw orange cross}\n${Class}="MB>Hilda" {draw cyan square}\n${Class}="Trojan" {draw pink square}\n${Class}="Centaur" {draw gray oval}\n${Class}="KBO>Classical" {draw lightGray rhomb}\n${Class}="KBO>Plutino" {draw white rhomb}\n${Class}="KBO>SDO" {draw darkGray rhomb} }
%Aladin.Filter     #Magnitude circle\nfilter Ast.Mag { draw circle(-${Mv}) }
%Aladin.Filter     #Position error & arrow of motion\nfilter Ast.ErrorPosMotion { draw cross\n draw circle(${ErrPos})\n draw pm(5*${dRAcosDec}/cos(3.1416*${_DECJ2000}/180),5*${dDEC}) }
%Aladin.Filter     #Position error\nfilter Ast.ErrorPos { draw\n draw circle(${ErrPos}) }
%Aladin.Filter     #Geocentric distance\nfilter Ast.Dist.Geo { draw circle(${Dgeo}) }
%Aladin.Filter     #Heliocentric distance\nfilter Ast.Dist.Helio { draw circle(${Dhelio}) }
%ResultDataType    Mime(text/xml)