MMAView
MMAView[head_[args__]]MMAView[_Animate]MMAView[_Manipulate]MMAView[_Graphics3D]attempts to use Mathematica's frontend (technically backend) to render given expression to a raster Image and return it back.
MMAView has HoldFirst attributeBlocking function. Avoid using it in timers like SetTimeout, external event handlers such as InputButton or Button, or within AsyncFunction. Use MMAViewAsync instead.
WLJS Notebook does not support all possible styling and diagram types compared to Wolfram Mathematica. Here we give a user a workaround, which might be suitable for some cases.
For example
Plot3D[(*SpB[*)Power[x(*|*),(*|*)2](*]SpB*) (*SpB[*)Power[y(*|*),(*|*)2](*]SpB*), {x,0,1}, {y,0,1}] // MMAView Graphics3D
We have a special wrapper for Graphics3D -like plots to make them interactive in the session
With[{p = Plot3D[x^2 y, {x,0,10}, {y,0,10}]},
MMAView[p]
]Note, that it is important to pass it using With, since MMAView has HoldFirst attribute. Otherwise the direct pass will give your a static plot
How to force static view
One can bypass UpValue for Graphics3D by
With[{p = Plot3D[x^2 y, {x,0,10}, {y,0,10}]},
MMAView[p // Rasterize]
]Interactive 3D view cannot be exported to any portable format
Manipulate
There is a similar wrapper for Manipulate
Manipulate[Plot[Sin[x y], {x,0,1}], {y,0,5}] // MMAViewIt literally streams uncompressed raster images in real-time. Please do not overuse it.
If it detect Graphics3D inside Manipulate it also provides mouse controls over it
Manipulate[Plot3D[Sin[n x] Cos[n y], {x,-1,1}, {y,-1,1}], {n, 1, 5, 1}] // MMAViewAnimate
The same as before but for Animate
Animate[Plot[Sin[x y], {x,0,1}], {y,0,5}] // MMAView