A model of the subpacket structure of rising tone chorus emissions - wave data

This file contains the wave data obtained from simulation and used in the paper "A model of the subpacket structure of rising tone chorus emissions" submitted to JGR:Space Physics. All data are in Python Numpy binaries. Files hs.npy and ts.npy contain 1D numpy arrays of space and time coordinates of the grid covering the simulation domain. Files mus_full.npy, oms_full.npy, omws_fill.npy and phs_full.npy contain 2D numpy arrays of the refractive index, normalized wave frequency, normalized wave amplitude and wave phase, respectively. File tinds.npy gives the starting and ending points in time of each subpacket, at the spatial coordinate of the source. File input.dat contains a dictionary type data with input parameters used in the simulation.本文件包含用于提交至《地球物理研究杂志：空间物理学辑》（JGR:Space Physics）的论文《上升调合唱发射的子包结构模型》的模拟所得波动数据。所有数据均以Python NumPy二进制格式存储。文件hs.npy与ts.npy分别存储覆盖模拟区域的网格的空间坐标与时间坐标的一维NumPy数组。文件mus_full.npy、oms_full.npy、omws_fill.npy与phs_full.npy分别存储折射率、归一化波动频率、归一化波动振幅与波动相位的二维NumPy数组。文件tinds.npy给出了每个子包在源空间坐标处的时间起始与终止点。文件input.dat存储包含模拟所用输入参数的字典类型数据。