Book__a89660a4a48196989df745240325e3bdf049e7fab031d1ac85a5645e3d7550a6.txt

Below is an instruction that describes a task, paired with an input that provides further context. Write a response that appropriately completes the request.

### Instruction:
Define a 3D model of book with 77 polygons in its grid. Write coordinates of vertices and vertex definitions of polygons in the following format:
                  verts = [(x,y,z), ...] # where x, y and z are real numbers
                  faces = [[i, j, k, n], ... ] # where i, j, k, and n are numeric indices of existing vertices from the verts list
                  Write only the coordinates and face definitions and absolutely nothing else.
                  Use only complicated coordinates with values of at EXACTLY thee decimal places like x.yzn where x, y, z and n are numbers. Values in coordinates must be as diverse as possible. Avoid using any sort of algorithms to define faces, do it manually! There must be no 0.000 value anywhere in coordinate values.
                  Make sure there are no repeating vertex coordinates! Most importantly, the vertex coordinates must represent the shape of book!
                  Do not forget to define faces. Make sure that the amount of faces is less than the amount of vertices.

                  

### Input:


### Response:
verts = [(-0.492, -0.171, 0.002), (-0.492, 0.171, 0.002), (-0.488, 0.171, -0.013), (-0.488, -0.171, -0.013), (-0.492, -0.171, 0.002), (-0.488, -0.171, -0.013), (-0.478, -0.196, -0.013), (-0.482, -0.197, 0.002), (-0.492, -0.171, 0.272), (-0.492, -0.171, 0.002), (-0.482, -0.197, 0.002), (-0.482, -0.197, 0.272), (-0.492, -0.171, 0.272), (-0.488, -0.171, 0.287), (-0.488, 0.171, 0.287), (-0.492, 0.171, 0.272), (-0.492, -0.171, 0.272), (-0.482, -0.197, 0.272), (-0.478, -0.196, 0.287), (-0.488, -0.171, 0.287), (-0.492, 0.171, 0.002), (-0.492, 0.171, 0.272), (-0.488, 0.196, 0.272), (-0.488, 0.196, 0.002), (-0.492, 0.171, 0.002), (-0.488, 0.196, 0.002), (-0.478, 0.196, -0.013), (-0.488, 0.171, -0.013), (-0.492, 0.171, 0.272), (-0.488, 0.171, 0.287), (-0.478, 0.196, 0.287), (-0.488, 0.196, 0.272), (-0.488, 0.171, 0.287), (-0.483, 0.171, 0.301), (-0.483, -0.171, 0.301), (-0.478, -0.196, 0.287), (-0.483, -0.171, 0.301), (-0.483, 0.171, 0.301), (-0.465, 0.171, 0.314), (-0.465, -0.171, 0.314), (-0.465, -0.171, 0.314), (-0.465, 0.171, 0.314), (-0.439, 0.171, 0.325), (-0.439, -0.171, 0.325), (-0.439, 0.171, 0.325), (-0.415, 0.171, 0.334), (-0.415, -0.171, 0.334), (-0.439, -0.171, 0.325), (-0.415, -0.171, 0.334), (-0.415, 0.171, 0.334), (-0.384, 0.171, 0.34), (-0.384, -0.171, 0.34), (-0.384, -0.171, 0.34), (-0.384, 0.171, 0.34), (-0.35, 0.171, 0.344), (-0.35, -0.171, 0.344), (-0.35, -0.171, 0.344), (-0.35, 0.171, 0.344), (-0.315, 0.171, 0.343), (-0.315, -0.171, 0.343), (-0.315, -0.171, 0.343), (-0.315, 0.171, 0.343), (-0.28, 0.171, 0.34), (-0.28, -0.171, 0.34), (-0.28, -0.171, 0.34), (-0.28, 0.171, 0.34), (-0.247, 0.171, 0.334), (-0.247, -0.171, 0.334), (-0.247, -0.171, 0.334), (-0.247, 0.171, 0.334), (-0.217, 0.171, 0.325), (-0.217, -0.171, 0.325), (-0.217, -0.171, 0.325), (-0.217, 0.171, 0.325), (-0.191, 0.171, 0.314), (-0.191, -0.171, 0.314), (-0.191, -0.171, 0.314), (-0.191, 0.171, 0.314), (-0.17, 0.171, 0.301), (-0.17, -0.171, 0.301), (-0.17, -0.171, 0.301), (-0.17, 0.171, 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