In light field imaging, the view extraction resolution and data accuracy cannot be balanced. To solve this problem, a nonperiodic view extraction algorithm is proposed herein. First, the microlens array sampling principle is analyzed, and center offset of each microlens is calculated. To analyze the range of the view angle, the projection area of each microlens is calculated by synthesizing multiple viewpoints. Finally, the nonperiodic extraction of pixel blocks is utilized to form a view. A Lytro camera is utilized to obtain light field data, and a nonperiodic algorithm is used to extract 2×2 and 3×3 pixel blocks to form views. Compared to the traditional method, the proposed method improves the resolution by 2×2 and 3×3 times, while simultaneously improving the image quality.