统一example测试案例中输入文件格式
这个提交包含在：
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- [模块 6:输出](#模块-6输出)
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- [3. 输入文件格式](#3-输入文件格式)
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- [3.1 参数控制文件 input.dat](#31-参数控制文件-inputdat)
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- [3.2 地形网格文件 Complex_Terrain](#32-地形网格文件-complex_terrain)
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- [3.3 异常体网格文件 Complex_anomalous](#33-异常体网格文件-complex_anomalous)
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- [3.2 地形网格文件 Complex\_Terrain](#32-地形网格文件-complex_terrain)
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- [3.3 异常体网格文件 Complex\_anomalous](#33-异常体网格文件-complex_anomalous)
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- [3.4 建模注意事项](#34-建模注意事项)
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- [4. CPML 吸收边界](#4-cpml-吸收边界)
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- [4.1 实现位置](#41-实现位置)
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@@ -46,7 +46,7 @@
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- [4.3 使用说明](#43-使用说明)
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- [4.4 与 Dirichlet 边界的对比](#44-与-dirichlet-边界的对比)
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- [5. 输出文件说明](#5-输出文件说明)
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- [6. 衰减曲线快速成图(TEM_decay_plot.py)](#6-衰减曲线快速成图tem_decay_plotpy)
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- [6. 衰减曲线快速成图(TEM\_decay\_plot.py)](#6-衰减曲线快速成图tem_decay_plotpy)
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- [6.1 使用方式](#61-使用方式)
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- [6.2 主要可调参数(脚本顶部"User parameters"区)](#62-主要可调参数脚本顶部user-parameters区)
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- [7. 快速上手(本目录自带算例)](#7-快速上手本目录自带算例)
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@@ -79,7 +79,7 @@
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3. 选择 **`Release | x64`** 配置,点击 **生成 → 生成解决方案**。
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4. 运行前准备:程序在工作目录中查找 `input.dat` 及网格文件,因此请将
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`input.dat`、`Complex_Terrain.dat/.stl`、`Complex_anomalous.dat/.stl` 放到
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**exe 所在目录**(或通过"项目属性 → 调试 → 工作目录"指定)。
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**tem3dfdtd-open\tem3dfdtd**目录中(或通过"项目属性 → 调试 → 工作目录"指定)。
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5. 直接运行 `tem3dfdtd.exe`,或按 F5 调试运行。
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> **注意**:程序使用 OpenMP,运行时需要 Intel 的运行时库 `libiomp5md.dll`
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@@ -8,7 +8,7 @@ ex3 起伏地形下包含复杂异常体的模型
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在每个算例文件夹下的：
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| 文件 | 内容 |
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| ------------------------------- | ----------------------------------------------------------------------------------------------------------------- |
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| input???.dat | 代表输入文件，其中Dirichlet代表采用Dirichlet边界条件，PML代表采用PML吸收边界条件 |
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| input???.dat | 代表输入文件，其中Dirichlet代表采用Dirichlet边界条件，PML代表采用PML吸收边界条件，运行时将输入文件放入**tem3dfdtd-open\tem3dfdtd**目录中，并将文件名修改为 input.dat |
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| Complex_anomalous.dat Complex_anomalous.stl | 代表复杂异常体文件 |
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| Complex_Terrain.txt Complex_Terrain.stl | 代表复杂地形体文件 |
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|文件夹 |代表计算结果 |
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二进制文件未显示。
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之前 宽度: | 高度: | 大小: 446 KiB |
文件差异内容过多而无法显示
加载差异
文件差异内容过多而无法显示
加载差异
+19
-17
@@ -1,21 +1,21 @@
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1 ! 1-Ground TEM；2-SATEM
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500 ! 回线源尺寸
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61,61,60 ! x、y、z网格数量
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1 ! 边界条件开关：1=CPML吸收边界，0=原始非均匀网格Dirichlet边界
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210 ! 回线源尺寸
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121,121,120 ! x、y、z网格数量
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0 ! 边界条件开关：1=CPML吸收边界，0=原始非均匀网格Dirichlet边界
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10,10,10 ! PML层数（x、y、z方向，仅开关=1时有效）
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25,25 ! x方向均匀核心区域范围/数量
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25,25 ! y方向均匀核心区域范围/数量
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25,25 ! z方向均匀核心区域范围/数量
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20 ! 核心均匀网格尺寸
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30,30 ! x方向均匀核心区域范围/数量
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30,30 ! y方向均匀核心区域范围/数量
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20,30 ! z方向均匀核心区域范围/数量
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10 ! 核心均匀网格尺寸
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0.01 ! 背景介质电导率(S/m)
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2 ! 介质数量
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1,61
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1,61
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1,30
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1,121
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1,121
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1,60
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1e-5
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1,61
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1,61
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31,60
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1,121
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1,121
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61,120
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1e-2
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4000000 ! 最大迭代次数
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90.101 ! 最大计算时间
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@@ -26,8 +26,10 @@
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1 ! AMP
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2.0 ! The conductivity of abnormal body (When the file Complex_anomalous.dat exists)
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TIXING_UPCOS ! source type
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2 ! 接收测点数量
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1
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0,0,0
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3 ! 接收测点数量
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1 ! 测点1编号
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-60,0,0 ! 测点1坐标
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2
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0,0,-20
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-30,0,0
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3
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0,0,0
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@@ -1,64 +0,0 @@
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!the standard input file for TEM calculation.Version 2.0 start to creat @2016-10-30 by Huaifeng Sun
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!finishe to creat @
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!this is the configuration type for the modeling
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!airborne, semi-airborne, ground, surface-borehole, tunnel, marine are the options
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#configuration_type:
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SEMI
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!source length
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#source-parameters:
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3
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!cell numbers in x,y,z directions
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!minumun grid size in uniform parts
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#cell-parameters:
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161,161,160
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0.5
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!background resistivity
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!number if abnormal bodies
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!the numbered abnormal body cell range in x diretion,y diretion,z diretion,resistivity
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#resistivity-parameters:
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0.01
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6
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1,161,1,161,1,80,1e-4
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1,161,1,161,80,81,0.002
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1,161,1,161,81,83,0.0033
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76,86,76,86,86,92,0.02
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76,86,76,86,92,98,0.033
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76,86,76,86,98,106,0.05
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#n-stop:
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3500000
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!The maximum computation time, unit of which is ms
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!the raise time and its step
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!the wave length time
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!the ramp time and its step
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!timestep
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!current in amper
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!waveform-type
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#waveform-parameters:
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30.002
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1e-6,1e-9
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10000e-6
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1e-6,1e-9
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1e-7
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1
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TIXING_UPCOS
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!number of flight hight
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!flight hight
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#flight-parameters:
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2
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0.5,1
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!HE stands for horizontal value,HZ stands for vertical value
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!number of survey lines
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!start and stop point cell number
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#receiver-parameters:
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HE
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1
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66,96
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@@ -1,43 +0,0 @@
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SEMI
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3
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161,161,160
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0.5
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0.01
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6
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1,161
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1,161
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1,80
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1e-4
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1,161
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1,161
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80,81
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0.002
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1,161
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1,161
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81,83
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0.0033
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76,86
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76,86
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86,92
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0.02
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76,86
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76,86
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92,98
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0.033
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76,86
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76,86
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98,106
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0.05
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3500000
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30.002
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1e-6,1e-9
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10000e-6
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1e-6,1e-9
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1e-7
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1
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2
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0.5,1
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TIXING_UPCOS
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HE
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1
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66,96
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@@ -1,99 +0,0 @@
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<?xml version="1.0" encoding="utf-8"?>
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<!-- Version 1.0-->
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<model>
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<!--!this is the configuration type for the modeling-->
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<!--!airborne, semi-airborne, ground, surface-borehole,
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tunnel, marine are the options-->
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<configuration>SEMI</configuration>
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<source>
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<source_length>3</source_length>
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<source_type>loop</source_type>
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<current>1.0</current>
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<Tx_waveform>TIXING_UPCOS</Tx_waveform>
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</source>
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<cell>
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<x>161</x>
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<y>161</y>
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<z>160</z>
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<mini_size>0.5</mini_size>
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</cell>
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<!--This is the time parameters in the iteration. -->
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<!--the total_time corresponds to the computation time from 0 to the end-->
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<time>
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<total_time>30.002</total_time >
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<raise_time>1e-6,1e-9</raise_time >
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<ramp_time>1e-6,1e-9</ramp_time>
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<on_time>1.0e-2</on_time>
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<off_time_step_max>1.0e-7</off_time_step_max>
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<max_stop_iteration>3500000</max_stop_iteration>
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</time>
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<Rx_parameters>
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<num_record_height>2</num_record_height>
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<heights>0.5,1</heights>
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<rec_flag>HE</rec_flag>
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<Rx_lines_num>1</Rx_lines_num>
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<Rx_range>66,96</Rx_range>
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</Rx_parameters>
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<resistivity_parameters>
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<background>0.01</background>
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<abnormal>
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<number>6</number>
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<block1>
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<x_range>1,161</x_range>
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<y_range>1,161</y_range>
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<z_range>1,80</z_range>
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<conductivity>1e-4</conductivity>
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</block1>
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<block2>
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<x_range>1,161</x_range>
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<y_range>1,161</y_range>
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<z_range>80,81</z_range>
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<conductivity>0.002</conductivity>
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</block2>
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<block3>
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<x_range>1,161</x_range>
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<y_range>1,161</y_range>
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<z_range>81,83</z_range>
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<conductivity>0.0033</conductivity>
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</block3>
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<block4>
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<x_range>76,86</x_range>
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<y_range>76,86</y_range>
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<z_range>86,92</z_range>
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<conductivity>0.02</conductivity>
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</block4>
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<block5>
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<x_range>76,86</x_range>
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<y_range>76,86</y_range>
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<z_range>82,98</z_range>
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<conductivity>0.033</conductivity>
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</block5>
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<block6>
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<x_range>76,86</x_range>
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<y_range>76,86</y_range>
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<z_range>98,106</z_range>
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<conductivity>0.05</conductivity>
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</block6>
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</abnormal>
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</resistivity_parameters>
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</model>
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