Motivations:

Currently projection textures onto NURBS surfaces have 2 major limitations:

•  NURBS surface can't be deformed.  If the surface is deformed, then the projection texture will appear to "swim"
•  Projection textures do not motion blur

Limitations: 

• You'll need to create a rendering network with jptFixProj for each surface you want to project onto.
• Make sure to render with highest quality and at least 3 minimum shading samples.

Projection texture onto a sphere

Problems with projection texture map
If you deform the surface by pulling CVs, the texture does not deform with the CVs

If you animate the surface, the projected texture does not motion blur with the geometry

Solution #1 for motion blur projection texture with jptFixProj (can't deform geometry)
Projection textures will now motion blur, but deforming the surface will still cause texture to "swim"

Projection texture motion blurs correctly

The hypergraph is similar to regular projection map, but with the jptFixProj1 node supplying the pointCamera info to projection1.  In order to calculate the correct pointCamera position, jptFixProj1 node needs the worldSpace attribute from the NURBS sphere's shape.

shadingNode -asTexture -asUtility jptFixProj;      // create the jptFixProj node

connectAttr -f jptFixProj1.pointCamera projection1.pointCamera;    // connect pointCamera

connectAttr -f nurbsSphereShape1.ws[0] jptFixProj1.is;      // supply surface to fixProj

Deformed projection texture motion blurs correctly

The hypergraph is identical to Solution #1, except for the input surface to fixProj1, which is now the duplicated reference surface (which does not deform).

shadingNode -asTexture -asUtility jptFixProj;  // create the jptFixProj node

select nurbsSphere1;

duplicate;       // make a copy for reference

hide;            // hide the reference object

connectAttr -f jptFixProj1.pointCamera projection1.pointCamera;    // connect pointCamera

connectAttr -f nurbsSphereShape2.ws[0] jptFixProj1.is;      // supply surface to fixProj