使用tcl语言在hypermesh生成一个半径为1的圆
时间: 2023-09-06 19:05:07 浏览: 158
### 回答1:
使用 Tcl 语言在 Hypermesh 中生成一个半径为 1 的圆,你可以执行以下步骤:
1. 启动 Hypermesh
2. 打开 Tcl 命令窗口(通常可以在工具栏中找到)
3. 输入以下代码并执行:
```
set group [hm_create_group -name "Circle Group"]
set circle [hm_create_circle -center 0 0 0 -normal 0 0 1 -radius 1 -group $group]
```
上面的代码会创建一个组名为 "Circle Group" 的组,并在该组中创建一个圆心在原点,法向量为 (0,0,1),半径为 1 的圆。
### 回答2:
在使用Tcl语言在Hypermesh中生成一个半径为1的圆,您可以使用以下代码:
```tcl
*fea_entity create hm_cnode 0 0 0
*fea_entity create hm_tied "hm_cnode 1" 0 0 0 0 1 0 0 0
*fea_entity create hm_beam_line 0 0 "hm_cnode 1"
*fea_property create hm_property cardimage "PROD_1"
*fea_property modify hm_property "PROP_XSEC" "CIRCLE"
*fea_property modify hm_property "PROP_R" 1
*fea_part create hm_part_1 cardimage
*fea_entity create hm_beam_body "hm_part_1"
*fea_property create hm_property_1 cardimage
*fea_property modify hm_property_1 "PROP_PART" "hm_part_1"
*fea_property modify hm_property_1 "PROP_XSECL" "hm_property"
*fea_entity modify hm_beam_body_1 properties "hm_property_1"
*fea_part_manager defineCurveCurveSplinePoles 0 4 0 0 1 0 0
*fea_part_manager defineCurve 0 "hm_part_1" 4
*fea_part_manager setCurveWeighting 0 1 1 1 1
*fea_part_manager splineMapping 0 "hm_part_1"
*fea_part_manager defineBoundaryCondition "hm_part_1"
*fea_part_manager setBoundaryCondition D "hm_part_1" 1
*fea_part_manager setBoundaryCondition Release "hm_part_1" 2
*fea_part_manager setBoundaryCondition Release "hm_part_1" 3
*fea_part_manager setBoundaryCondition Release "hm_part_1" 4
*fea_part_manager setBoundaryCondition Release "hm_part_1" 5
*fea_part_manager setBoundaryCondition Release "hm_part_1" 6
*fea_part_manager setBoundaryCondition Release "hm_part_1" 7
*fea_part_manager setBoundaryCondition Release "hm_part_1" 8
*fea_part_manager setBoundaryCondition Release "hm_part_1" 9
*fea_part_manager setBoundaryCondition Release "hm_part_1" 10
*fea_part_manager setBoundaryCondition Release "hm_part_1" 11
*fea_part_manager setBoundaryCondition Release "hm_part_1" 12
*fea_part_manager setBoundaryCondition Release "hm_part_1" 13
*fea_part_manager setBoundaryCondition Release "hm_part_1" 14
*fea_part_manager setBoundaryCondition Release "hm_part_1" 15
*fea_part_manager setBoundaryCondition Release "hm_part_1" 16
*fea_part_manager setBoundaryCondition Release "hm_part_1" 17
*fea_part_manager setBoundaryCondition Release "hm_part_1" 18
*fea_part_manager setBoundaryCondition Release "hm_part_1" 19
*fea_part_manager setBoundaryCondition Release "hm_part_1" 20
*fea_part_manager setBoundaryCondition Release "hm_part_1" 21
*fea_part_manager setBoundaryCondition Release "hm_part_1" 22
*fea_part_manager setBoundaryCondition Release "hm_part_1" 23
*fea_part_manager setBoundaryCondition Release "hm_part_1" 24
*fea_part_manager setBoundaryCondition Release "hm_part_1" 25
*fea_part_manager init "hm_part_1"
*fea_run_analysis "hm_part_1" Modal
```
以上代码中,使用命令和参数来创建一个圆,并设置其半径为1。在此过程中,需要使用一些Hypermesh的特定命令来定义曲线、边界条件和扭曲条件等。最后,通过运行分析命令,可以在Hypermesh中生成一个半径为1的圆。注意,代码中的命令和参数可能需要根据具体的版本和需求进行适当修改。
### 回答3:
使用TCL语言,在HyperMesh中生成一个半径为1的圆的代码如下:
```
*createstringarray 1 geometry.points
*createmark nodes 1 "all"
*nodegeneratecircle 0 0 0 0 0 1.5707963267949 1 60 1 0 0 ""
```
以上代码的解读如下:
1. 通过`*createstringarray`命令创建一个字符串数组,用于存储几何点的ID。
2. 通过`*createmark`命令选择所有的节点。
3. 使用`*nodegeneratecircle`命令生成一个圆。
- `0 0 0`表示圆心坐标为(0, 0, 0)。
- `0 0 1.5707963267949`表示圆所在平面的法向量为(0, 0, 1)。
- `1`表示圆的半径为1。
- `60`表示生成圆的节点数量。
- `1`表示生成的节点的命名方式为数字命名。
- `0 0`表示生成节点的编号起始值为0,以0递增。
- `""`表示不使用任何初始名称。
执行以上代码后,将在HyperMesh软件中生成一个半径为1的圆。
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