Update `model-viewer` example and fixing compiler bugs. (#1795)

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-Model Viewer Example
-====================
-
-This example expands on the simple Slang API integration from the "Hello, World" example by actually loading and rendering model data with extremely basic surface and light shading.
-
-This time, the shader code is making use of various Slang language features, so readers may want to read through `shaders.slang` to see an example of how the various mechanisms can be used to build out a more complicated shader library.
-While the shader code in this example is still simplistic, it shows examples of:
-
-* Using multiple Slang `ParameterBlock`s to manage the space of shader parameter bindings in a graphics-API-independent fashion, while still taking advantage of the performance opportunities afforded by D3D12 and Vulkan.
-
-* Using `interface`s and generics to express multiple variations of a feature with static specialization, in place of more traditional preprocessor techniques.
-
-The application code in `main.cpp` also shows a more advanced integration of the Slang API than that in the "Hello, World" example, including examples of:
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-* Loading a library of Slang shader code to perform reflection on its types *without* specifying a particular entry point to generate code for
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-* Using Slang's reflection information to allocate graphics-API objects to implement parameter blocks (e.g., D3D12/Vulkan descriptor tables/sets)
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-* Performing on-demand specialization of Slang's generics using type information from parameter blocks to achieve simple shader specialization
-
-It is perhaps worth taking note of the two things this example intentionally does *not* do:
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-* There is no use of the C-style preprocessor in the shader code presented, in order to demonstrate that shader specialization can be achieved without preprocessor techniques.
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-* There is no use of explicit parameter binding decorations (e.g., HLSL `regsiter` or GLSL `layout` modifiers), in order to demonstrate that these are not needed in order to achieve high-performance shader parameter binding.