Some more GDI's for a few folks

Again sharing some results from my graphic double integration works on a few dinosaurs done using a MATLAB script which takes 1-pixel wide slices.

Note that the lengths listed in the tables are straight-line tip-to-tip lengths.

Mamenchisaurus sinocanadorum

Note: Lateral view is a Scott Hartman-ized version of Greg Paul's Mamenchisaurus sinocanadorum skeletal reconstruction. Top view based on Greg Paul's Omeisaurus tianfuensis. Overall scale is based on his megafauna size chart in the 2010 edition of Princeton Field Guide to Dinosaurs.
Recommended density: ~0.85 kg/liter

Giganotosaurus carolinii (GetAwayTrike + Scott Hartman composite reconstruction with corrected pubis)

Note: This is an alternate take on the animal. The animal's torso may very well be shorter (See the Giganotosaurus GDI on the previous GDI results sharing journal), but, without any proper description of the axial column, having no photographs, illustrations, measurement tables, or anything really, it can't really be confirmed either way.
Recommended density: ~0.915 kg/liter

Gryposaurus monumentensis

Note: Top view and limb front views based on the Bates et al. Edmontosaurus model.
Recommended density: ~1 kg/liter

Amphicoelias altus/fragillimus

Note: Top view based on Scott Hartman's Supersaurus and Greg Paul's Diplodocus. Click on the image to see the full size version in order to see the data table better.
Recommended density: ~0.85 kg/liter

Spinosaurus aegyptiacus
Note: Postcranial top view edited from Scott Hartman's Giganotosaurus modified to fit Spinosaurus, assuming a ribcage width:height ratio of roughly 1:1 as inferred from the neotype skeleton. Cranial top view based on theropod1's skull reconstruction. Click on the image to see the full size version in order to see the data table.
Recommended density: ~0.95 kg/liter

Magnapaulia laticaudus
Note: Top view and limb front views based on Greg Paul's Hypacrosaurus. Click on the image to see the full size version in order to see the data table.
Recommended density: ~1 kg/liter


Credits:
- reconstructions
- MATLAB script