Generate an image of the Stanford Dragon with:
./nanoraytracer demo/stanford-dragon.testAdapted from the description of the homework for CSE167 at UCSD.
size width height: The size command must be the first command of the file, which controls the image size.maxdepth depth: The maximum depth (number of bounces) for a ray (default 5).output filename: The output file to which the image should be written. (default output.png).camera lookfromx lookfromy lookfromz lookatx lookaty lookatz upx upy upz fov: specifies the camera using its look-from coords, look-at coords and the up-vector. fov stands for the field of view in the y direction. The field of view in the x direction will be determined by the image size.sphere x y z radius: Defines a sphere with a given position and radius.vertex x y z: Defines a vertex at the given location. The vertex is put into a pile, starting to be numbered at 0.tri v1 v2 v3: Create a triangle out of the vertices involved (which have previously been specified with the vertex command). The vertices are assumed to be specified in counter-clockwise order.translate x y z: A translation 3-vector.rotate x y z angle: Rotate by angle (in degrees) about the given axis as in OpenGL.scale x y z: Scale by the corresponding amount in each axis (a non-uniform scaling).pushTransform: Push the current modeling transform on the stack as in OpenGL. You might want to do pushTransform immediately after setting the camera to preserve the identity transformation.popTransform: Pop the current transform from the stack as in OpenGL.directional x y z r g b: The direction to the light source, and the color, as in OpenGL.point x y z r g b: The location of a point source and the color, as in OpenGL.attenuation const linear quadratic: Sets the constant, linear and quadratic attenuations (default 1,0,0) as in OpenGL.ambient r g b: The global ambient color to be added for each object.diffuse r g b: specifies the diffuse color of the surface.specular r g b: specifies the specular color of the surface.shininess s: specifies the shininess of the surface.emission r g b: gives the emissive color of the surface.