(1)环境初始化 variab/dec/int pass #设置变量类型
(2)系统模型建立,以宏的方式体现 macro/def reson/o #宏名称定义 pass = pass + 1 # increment pass counter 往返次数自加 prop 45 # propagate 45 cm. 传输45cm mirror/sph 1 -50 # mirror of 50 cm. Radius 到达球面镜 clap/c/n 1 .14 # .14 cm. radius aperture 设置球面镜的大小 prop 45 # propagate 45 cm. along beam 光束经反射后继续传输45cm mirror/flat 1 # flat mirror 遇到平面反射镜 variab/set Energy 1 energy # set variable to energy value 将光束的能量存在变量Energy中 Energy = Energy - 1 # calculate energy difference 计算光束能量的变化量,以便下面用作收敛与否的判断依据 udata/set pass pass Energy # store energy differences 储存光束能量的变化量 energy/norm 1 1 # renormalize energy 光束能量进行归一化 plot/l 1 xrad=.15 # make a plot at each pass 每一程对光束的分布作图 macro/end #宏定义结束 (3)光束初始化 array/set 1 64 # set array size 设置采样矩阵大小 wavelength 0 1.064 # set wavelengths 设置波长 units 1 .005 # set .005 cm sample spacing 设置采样间隔 resonator/name reson # set name of resonator macro 设置谐振腔名字 resonator/eigen/test 1 # find resonator properties 寻找本征值 resonator/eigen/set 1 # set surrogate beam to eigen mode 将拟合光束设置为本征模 clear 1 0 # clear the array 光束初始化为0 noise 1 1 # start from noise 从噪声开始 energy/norm 1 1 # normalize energy 能量归一化 pass = 0 # initialize pass counter 往返次数初始化为0 (4)运行物理模型 reson/run 100 # run resonator 100 times 宏运行100次 (5)数据分析以及处理 title Energy loss per pass #设置图形的标题 plot/watch plot1.plt # set plot name 设置图形窗口的名称 plot/udata min=-.05 max=.0 # plot summary of eigenvalues 设置横坐标范围 title diffraction mode shape #设置图形的标题 set/density 32 # set plot grid to 32 x 32 设置网格密度 set/window/abs -.05 .05 -.05 .05 # set plot window设置图形窗口大小 plot/watch plot2.plt # set plot name设置图形窗口的名称 plot/iso 1 # make an isometric plot 作图 |