统一example测试案例中输入文件格式

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2026-08-14 10:10:26 +08:00
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当前提交 5026369041
修改 11 个文件,包含 24 行新增5180 行删除
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@@ -8,7 +8,7 @@ ex3 起伏地形下包含复杂异常体的模型
在每个算例文件夹下的:
| 文件 | 内容 |
| ------------------------------- | ----------------------------------------------------------------------------------------------------------------- |
| 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 |
| 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 |
| Complex_anomalous.dat Complex_anomalous.stl | 代表复杂异常体文件 |
| Complex_Terrain.txt Complex_Terrain.stl | 代表复杂地形体文件 |
|文件夹 |代表计算结果 |
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@@ -1,21 +1,21 @@
1 ! 1-Ground TEM;2-SATEM
500 ! 回线源尺寸
61,61,60 ! x、y、z网格数量
1 ! 边界条件开关:1=CPML吸收边界,0=原始非均匀网格Dirichlet边界
210 ! 回线源尺寸
121,121,120 ! x、y、z网格数量
0 ! 边界条件开关:1=CPML吸收边界,0=原始非均匀网格Dirichlet边界
10,10,10 ! PML层数(x、y、z方向,仅开关=1时有效)
25,25 ! x方向均匀核心区域范围/数量
25,25 ! y方向均匀核心区域范围/数量
25,25 ! z方向均匀核心区域范围/数量
20 ! 核心均匀网格尺寸
30,30 ! x方向均匀核心区域范围/数量
30,30 ! y方向均匀核心区域范围/数量
20,30 ! z方向均匀核心区域范围/数量
10 ! 核心均匀网格尺寸
0.01 ! 背景介质电导率(S/m)
2 ! 介质数量
1,61
1,61
1,30
1,121
1,121
1,60
1e-5
1,61
1,61
31,60
1,121
1,121
61,120
1e-2
4000000 ! 最大迭代次数
90.101 ! 最大计算时间
@@ -26,8 +26,10 @@
1 ! AMP
2.0 ! The conductivity of abnormal body (When the file Complex_anomalous.dat exists)
TIXING_UPCOS ! source type
2 ! 接收测点数量
1
0,0,0
3 ! 接收测点数量
1 ! 测点1编号
-60,0,0 ! 测点1坐标
2
0,0,-20
-30,0,0
3
0,0,0
-64
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@@ -1,64 +0,0 @@
!the standard input file for TEM calculation.Version 2.0 start to creat @2016-10-30 by Huaifeng Sun
!finishe to creat @
!this is the configuration type for the modeling
!airborne, semi-airborne, ground, surface-borehole, tunnel, marine are the options
#configuration_type:
SEMI
!source length
#source-parameters:
3
!cell numbers in x,y,z directions
!minumun grid size in uniform parts
#cell-parameters:
161,161,160
0.5
!background resistivity
!number if abnormal bodies
!the numbered abnormal body cell range in x diretion,y diretion,z diretion,resistivity
#resistivity-parameters:
0.01
6
1,161,1,161,1,80,1e-4
1,161,1,161,80,81,0.002
1,161,1,161,81,83,0.0033
76,86,76,86,86,92,0.02
76,86,76,86,92,98,0.033
76,86,76,86,98,106,0.05
#n-stop:
3500000
!The maximum computation time, unit of which is ms
!the raise time and its step
!the wave length time
!the ramp time and its step
!timestep
!current in amper
!waveform-type
#waveform-parameters:
30.002
1e-6,1e-9
10000e-6
1e-6,1e-9
1e-7
1
TIXING_UPCOS
!number of flight hight
!flight hight
#flight-parameters:
2
0.5,1
!HE stands for horizontal value,HZ stands for vertical value
!number of survey lines
!start and stop point cell number
#receiver-parameters:
HE
1
66,96
-43
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@@ -1,43 +0,0 @@
SEMI
3
161,161,160
0.5
0.01
6
1,161
1,161
1,80
1e-4
1,161
1,161
80,81
0.002
1,161
1,161
81,83
0.0033
76,86
76,86
86,92
0.02
76,86
76,86
92,98
0.033
76,86
76,86
98,106
0.05
3500000
30.002
1e-6,1e-9
10000e-6
1e-6,1e-9
1e-7
1
2
0.5,1
TIXING_UPCOS
HE
1
66,96
-99
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@@ -1,99 +0,0 @@
<?xml version="1.0" encoding="utf-8"?>
<!-- Version 1.0-->
<model>
<!--!this is the configuration type for the modeling-->
<!--!airborne, semi-airborne, ground, surface-borehole,
tunnel, marine are the options-->
<configuration>SEMI</configuration>
<source>
<source_length>3</source_length>
<source_type>loop</source_type>
<current>1.0</current>
<Tx_waveform>TIXING_UPCOS</Tx_waveform>
</source>
<cell>
<x>161</x>
<y>161</y>
<z>160</z>
<mini_size>0.5</mini_size>
</cell>
<!--This is the time parameters in the iteration. -->
<!--the total_time corresponds to the computation time from 0 to the end-->
<time>
<total_time>30.002</total_time >
<raise_time>1e-6,1e-9</raise_time >
<ramp_time>1e-6,1e-9</ramp_time>
<on_time>1.0e-2</on_time>
<off_time_step_max>1.0e-7</off_time_step_max>
<max_stop_iteration>3500000</max_stop_iteration>
</time>
<Rx_parameters>
<num_record_height>2</num_record_height>
<heights>0.5,1</heights>
<rec_flag>HE</rec_flag>
<Rx_lines_num>1</Rx_lines_num>
<Rx_range>66,96</Rx_range>
</Rx_parameters>
<resistivity_parameters>
<background>0.01</background>
<abnormal>
<number>6</number>
<block1>
<x_range>1,161</x_range>
<y_range>1,161</y_range>
<z_range>1,80</z_range>
<conductivity>1e-4</conductivity>
</block1>
<block2>
<x_range>1,161</x_range>
<y_range>1,161</y_range>
<z_range>80,81</z_range>
<conductivity>0.002</conductivity>
</block2>
<block3>
<x_range>1,161</x_range>
<y_range>1,161</y_range>
<z_range>81,83</z_range>
<conductivity>0.0033</conductivity>
</block3>
<block4>
<x_range>76,86</x_range>
<y_range>76,86</y_range>
<z_range>86,92</z_range>
<conductivity>0.02</conductivity>
</block4>
<block5>
<x_range>76,86</x_range>
<y_range>76,86</y_range>
<z_range>82,98</z_range>
<conductivity>0.033</conductivity>
</block5>
<block6>
<x_range>76,86</x_range>
<y_range>76,86</y_range>
<z_range>98,106</z_range>
<conductivity>0.05</conductivity>
</block6>
</abnormal>
</resistivity_parameters>
</model>