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Quantum state superposition and entanglement enable a quantum computer's exponential speed-up in solving many crypto-significant hard problems, such as integer factorization, discrete logarithm, etc. In this paper, methods of modeling the quantum state superposition and entanglement, quantum bits and gates representations and multiple-bit computation prototype are given. Based on object-oriented Python, we provide a quantum simulator integrated with an API suite implementing the methods aforementioned. To ease the coding process, we designed a user-friendly interface, including realization of quantum circuits design, measurement result demonstration, statistic and other accessories. At the end of the paper, some experiments on quantum computing have been done with the software developed in this paper, and the experimental results are given. The experimental results are further analyzed with the principle of quantum computing to enhance the reader's understanding of quantum computing.
