COMET是利用日本大型质子加速器设施（J-PARC）来寻找带电轻子数破坏muon-electron相干转换过程的国际先进强度前沿实验。该实验的探测器CDC是全斜丝的圆柱形漂移室，用于末态带电径迹动量的精确测量。本项目将实现CDC探测器的离线处理和实验数据分析的全过程。首先要利用模拟数据进行全斜丝、多圈的径迹重建算法开发，然后开发刻度算法并用真实数据进行刻度，最终将重建刻度算法应用于COMET实验数据的处理和分析，为物理分析提供高质量的径迹。

COMET experiment is proposed to search for the charged lepton flavor violation(cLFV)through muon-electron conversion process at J-PARC in Japan. It is an international advanced intensity frontier experiment. The detector of COMET experiment is CDC (Cylindrical drift chamber) which used to precisely measure the momentum of charged particles. We will achieve the offline software and experimental data processing of CDC. First to development all-stereo, mulit-turn track reconstruction algorithm base on full simulation. Then a calibration method will be realized and calibration of data will be done. Our reconstruction and calibration will be used to process the experimental data.