Results for test case QueryRect2d

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`1:` `Total cross sectional area (XSA): 1.33333` `1:` `Total cross sectional area (XSA): 1.33333`

`2:` `Total rotated (x=0) volume (VOL): 5.58505` `2:` `Total rotated (x=0) volume (VOL): 5.58505`

`3:` `3:`

`4:` `Distance to boundary WRT dA / XSA = 0.220328` `4:` `Distance to boundary WRT dA / XSA = 0.220328`

`5:` `Distance to boundary WRT dA / VOL = 0.0525993` `5:` `Distance to boundary WRT dA / VOL = 0.0525993`

`6:` `Distance to boundary WRT dV / XSA = 0.817964` `6:` `Distance to boundary WRT dV / XSA = 0.817964`

`7:` `Distance to boundary WRT dV / VOL = 0.195275` `7:` `Distance to boundary WRT dV / VOL = 0.195275`

`8:` `Distance to origin WRT dA = 1.19759` `8:` `Distance to origin WRT dA = 1.19759`

`9:` `9:`

`10:` `10:`

`11:` `Density-based queries:` `11:` `Density-based queries:`

`12:` `NOTE -- these assume the current variable is 'density'!` `12:` `NOTE -- these assume the current variable is 'density'!`

`13:` `13:`

`14:` `Total rotated (x=0) mass (MASS): 2.99202` `14:` `Total rotated (x=0) mass (MASS): 2.99202`

`15:` `Center of mass = (0.5 , 0.992678)` `15:` `Center of mass = (0.5 , 0.992678)`

`16:` `16:`

`17:` `Density-weighted distance to boundary WRT dV / MASS = 0.15435` `17:` `Density-weighted distance to boundary WRT dV / MASS = 0.15435`

`18:` `Density-weighted distance to cent mass WRT dV / MASS = 0.385815` `18:` `Density-weighted distance to cent mass WRT dV / MASS = 0.385815`

`19:` `19:`

`20:` `Eulerian for domain 0 is 1` `20:` `Eulerian for domain 0 is 1`

`21:` `21:`

`22:` `The total RevolvedVolume is 5.58505 cm^3` `22:` `The total RevolvedVolume is 5.58505 cm^3`

`23:` `The total Surface Area is 1.33333 cm^2` `23:` `The total Surface Area is 1.33333 cm^2`

`24:` `24:`

`25:` `d -- Min = 0.0235702 (zone 434 at coord <0.483333, 0.483333>)` `25:` `d -- Min = 0.0235702 (zone 434 at coord <0.483333, 0.483333>)`

`26:` `d -- Max = 0.948976 (zone 1170 at coord <0.0166667, 1.31667>)` `26:` `d -- Max = 0.948976 (zone 1170 at coord <0.0166667, 1.31667>)`

`27:` `27:`

`28:` `28:`

`29:` `The original extents are (0, 1, 0, 1.33333)` `29:` `The original extents are (0, 1, 0, 1.33333)`

`30:` `The original number of nodes is 1271.` `30:` `The original number of nodes is 1271.`

`31:` `The original number of zones is 1200.` `31:` `The original number of zones is 1200.`

`32:` `The actual extents are (0, 10, 0, 1.33333)` `32:` `The actual extents are (0, 10, 0, 1.33333)`

`33:` `The original extents are (0, 1, 0, 1.33333)` `33:` `The original extents are (0, 1, 0, 1.33333)`

`34:` `The total array_var is 561.858, 3544.81, 561.858, 3544.81 g/cm^2` `34:` `The total array_var is 561.858, 3544.81, 561.858, 3544.81 g/cm^2`

`35:` `The total array_var is 0.624286, 3.93868, 0.624286, 3.93868 g/cm^2` `35:` `The total array_var is 0.624286, 3.93868, 0.624286, 3.93868 g/cm^2`

Line	*Baseline*	Line	*Current*
`1:`	`Total cross sectional area (XSA): 1.33333`	`1:`	`Total cross sectional area (XSA): 1.33333`
`2:`	`Total rotated (x=0) volume (VOL): 5.58505`	`2:`	`Total rotated (x=0) volume (VOL): 5.58505`
`3:`		`3:`
`4:`	`Distance to boundary WRT dA / XSA = 0.220328`	`4:`	`Distance to boundary WRT dA / XSA = 0.220328`
`5:`	`Distance to boundary WRT dA / VOL = 0.0525993`	`5:`	`Distance to boundary WRT dA / VOL = 0.0525993`
`6:`	`Distance to boundary WRT dV / XSA = 0.817964`	`6:`	`Distance to boundary WRT dV / XSA = 0.817964`
`7:`	`Distance to boundary WRT dV / VOL = 0.195275`	`7:`	`Distance to boundary WRT dV / VOL = 0.195275`
`8:`	`Distance to origin WRT dA = 1.19759`	`8:`	`Distance to origin WRT dA = 1.19759`
`9:`		`9:`
`10:`		`10:`
`11:`	`Density-based queries:`	`11:`	`Density-based queries:`
`12:`	`NOTE -- these assume the current variable is 'density'!`	`12:`	`NOTE -- these assume the current variable is 'density'!`
`13:`		`13:`
`14:`	`Total rotated (x=0) mass (MASS): 2.99202`	`14:`	`Total rotated (x=0) mass (MASS): 2.99202`
`15:`	`Center of mass = (0.5 , 0.992678)`	`15:`	`Center of mass = (0.5 , 0.992678)`
`16:`		`16:`
`17:`	`Density-weighted distance to boundary WRT dV / MASS = 0.15435`	`17:`	`Density-weighted distance to boundary WRT dV / MASS = 0.15435`
`18:`	`Density-weighted distance to cent mass WRT dV / MASS = 0.385815`	`18:`	`Density-weighted distance to cent mass WRT dV / MASS = 0.385815`
`19:`		`19:`
`20:`	`Eulerian for domain 0 is 1`	`20:`	`Eulerian for domain 0 is 1`
`21:`		`21:`
`22:`	`The total RevolvedVolume is 5.58505 cm^3`	`22:`	`The total RevolvedVolume is 5.58505 cm^3`
`23:`	`The total Surface Area is 1.33333 cm^2`	`23:`	`The total Surface Area is 1.33333 cm^2`
`24:`		`24:`
`25:`	`d -- Min = 0.0235702 (zone 434 at coord <0.483333, 0.483333>)`	`25:`	`d -- Min = 0.0235702 (zone 434 at coord <0.483333, 0.483333>)`
`26:`	`d -- Max = 0.948976 (zone 1170 at coord <0.0166667, 1.31667>)`	`26:`	`d -- Max = 0.948976 (zone 1170 at coord <0.0166667, 1.31667>)`
`27:`		`27:`
`28:`		`28:`
`29:`	`The original extents are (0, 1, 0, 1.33333)`	`29:`	`The original extents are (0, 1, 0, 1.33333)`
`30:`	`The original number of nodes is 1271.`	`30:`	`The original number of nodes is 1271.`
`31:`	`The original number of zones is 1200.`	`31:`	`The original number of zones is 1200.`
`32:`	`The actual extents are (0, 10, 0, 1.33333)`	`32:`	`The actual extents are (0, 10, 0, 1.33333)`
`33:`	`The original extents are (0, 1, 0, 1.33333)`	`33:`	`The original extents are (0, 1, 0, 1.33333)`
`34:`	`The total array_var is 561.858, 3544.81, 561.858, 3544.81 g/cm^2`	`34:`	`The total array_var is 561.858, 3544.81, 561.858, 3544.81 g/cm^2`
`35:`	`The total array_var is 0.624286, 3.93868, 0.624286, 3.93868 g/cm^2`	`35:`	`The total array_var is 0.624286, 3.93868, 0.624286, 3.93868 g/cm^2`