When simulating the response of a particle detector to an energy deposition, the pulse shape and the electronic noise are important features to be taken into account. In this work, we present a method to simulate a continuous stream of detector-like data, produced to mock the salient characteristics of the chosen setup. This technique allows the full reproduction of an experimental measurement, as well as providing a predictive tool to validate or train new analysis procedures. We present the algorithm used to produce these data, and we test its capabilities by reproducing the data output of an high-purity germanium detector.

中文翻译：

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粒子检测器数据流的蒙特卡洛模拟

在模拟粒子探测器对能量沉积的响应时，脉冲形状和电子噪声是要考虑的重要特征。在这项工作中，我们提出了一种模拟连续的类似探测器数据流的方法，该方法可模拟所选设置的显着特征。该技术可以完全再现实验测量结果，并提供一种预测工具来验证或训练新的分析程序。我们介绍了用于生成这些数据的算法，并通过重现高纯度锗检测器的数据输出来测试其功能。