DataAccess Intro Workflow Resources {datasets} {cutouts} {fields} {rawdata} /availability /capabilities More dataset/schema

DataAccess: dataset/schema http://[..]/ames_dusty/data/iso/schema/?dataset=55 When this URL is queried we obtain a VOTable: <?xml version="1.0"?> <VOTABLE xmlns="http://www.ivoa.net/XML/VOTable/v1.2"> <RESOURCE type="results"> <TABLE name="isochrones"> <PARAM name="object" utype="simdm:resource/experiment/output_dataset.object_type" value="isochrone" datatype="char" arraysize="*"/> <PARAM name="dataset_id" utype="simdm:resource/experiment/output_dataset.publisherdid" value="55" datatype="int"/> <PARAM name="t" value="0.8" ID="t" utype="simdm:/resource/experiment/parameter_setting.numeric_value.value" datatype="float" unit="Gyr" ucd="time.age"> <DESCRIPTION>value for the age of the star in Gyr</DESCRIPTION> <LINK content-role="type" href="http://purl.org/astronomy/vocab/PhysicalQuantities/Age"/> </PARAM> <FIELD name="t" ID="t" datatype="float" unit="Gyr" ucd="time.age"> <DESCRIPTION>value for the age of the star in Gyr</DESCRIPTION> <VALUES> <MIN value="0.800" inclusive="yes"/> <MAX value="0.800" inclusive="yes"/> </VALUES> </FIELD> <FIELD name="m" ID="m" datatype="float" unit="Msun" ucd="phys.mass"> <DESCRIPTION>M/Ms = mass in Msun</DESCRIPTION> <VALUES> <MIN value="0.0100" inclusive="yes"/> <MAX value="0.6200" inclusive="yes"/> </VALUES> </FIELD> <FIELD name="teff" ID="teff" datatype="float" unit="K" ucd="phys.temperature.effective"> <DESCRIPTION>value for the effective temperature for the model. Temperatures are given in K</DESCRIPTION> <VALUES> <MIN value="525." inclusive="yes"/> <MAX value="3947." inclusive="yes"/> </VALUES> </FIELD> <FIELD name="logg" ID="logg" datatype="float" unit="" ucd="phys.gravity"> <DESCRIPTION>log g</DESCRIPTION> <VALUES> <MIN value="4.37" inclusive="yes"/> <MAX value="5.31" inclusive="yes"/> </VALUES> </FIELD> <FIELD name="logL" ID="logL" datatype="float" unit="" ucd="phys.luminosity"> <DESCRIPTION>log(L/Lsun)</DESCRIPTION> <VALUES> <MIN value="-6.11" inclusive="yes"/> <MAX value="-1.14" inclusive="yes"/> </VALUES> </FIELD> <FIELD name="Lum" ID="Lum" datatype="float" unit="Lsun" ucd="phys.luminosity"> <DESCRIPTION>L/Lsun</DESCRIPTION> <VALUES> <MIN value="7.7624711662869E-7" inclusive="yes"/> <MAX value="0.072443596007499" inclusive="yes"/> </VALUES> </FIELD> <FIELD name="Rad" ID="Rad" datatype="float" unit="Rsun" ucd="phys.size"> <DESCRIPTION>Radius/Rsun</DESCRIPTION> <VALUES> <MIN value="6.72" inclusive="yes"/> <MAX value="40.53" inclusive="yes"/> </VALUES> </FIELD> </TABLE> </RESOURCE> </VOTABLE> The VOTable is analyzed and this info is obtained: Important properties t : unit: Gyr ucd: time.age descrip: value for the age of the star in Gyr min: 0.800 max: 0.800 m : unit: Msun ucd: phys.mass descrip: M/Ms = mass in Msun min: 0.0100 max: 0.6200 teff : unit: K ucd: phys.temperature.effective descrip: value for the effective temperature for the model. Temperatures are given in K min: 525. max: 3947. logg : ucd: phys.gravity descrip: log g min: 4.37 max: 5.31 logL : ucd: phys.luminosity descrip: log(L/Lsun) min: -6.11 max: -1.14 Lum : unit: Lsun ucd: phys.luminosity descrip: L/Lsun min: 7.7624711662869E-7 max: 0.072443596007499 Rad : unit: Rsun ucd: phys.size descrip: Radius/Rsun min: 6.72 max: 40.53 Next