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The ultimate goal is to create a flawless 3D model that perfectly replicates the intricacies of a real-life playing card. To achieve this, one must consider various factors such as texture, shape, and material properties. A perfect 3D card would have an exact replica of a standard playing card's dimensions, complete with precise measurements for its length, width, and thickness. The surface should be smooth and even, devoid of any imperfections or blemishes that could detract from the overall aesthetic. In terms of texture, the 3D model should ideally mimic the sensation of holding a real card in one's hand. This includes subtle variations in surface finish, such as the slight sheen of a new card versus the worn look of an old one. The shape and material properties of the 3D model are also crucial elements to get right. A standard playing card is made from a thin sheet of paper or plastic that has been cut to size and folded along its edges. The 3D model should accurately replicate this folding process, resulting in a precise representation of the card's creases and folds. Ultimately, the ideal 3D design for a playing card would be one that closely mirrors the real thing in terms of texture, shape, and material properties. By achieving this level of accuracy, designers can create an immersive experience for users who interact with the 3D model.