fluent udf中 if (FLUID_THREAD_P(t)) 语句什么意思 相关知识点: 试题来源: 解析 多查查 UDF 文档吧 You can use FLUID_THREAD_P to check whether a cell thread is a fluid thread. 就是说检查单元是否在流体域 分析总结。 就是说检查单元是否在流体域...
FLUENT UDF宏 Data_Valid_P FLUID_THREAD_P 1.Data_Valid_P YoucancheckthatthecellvaluesofthevariablesthatappearinyourfunctionareaccessiblebeforeyoucomputethefunctionbyusingtheData_Valid_Pmacro.booleanData_Valid_P()Data_Valid_Pisdefinedintheid.hheaderfile,andisincludedinudf.h.Thefunctionreturns1(true)...
You can use FLUID_THREAD_P to check whether a cell thread is a fluid thread.就是说检查单元是否在流体域
答案解析 查看更多优质解析 解答一 举报 多查查 UDF 文档吧You can use FLUID_THREAD_P to check whether a cell thread is a fluid thread.就是说检查单元是否在流体域 解析看不懂?免费查看同类题视频解析查看解答 相似问题 fluent udf中cell_t,face_t和thread的区别,udf看的我好头疼 请问各位高手,Fluent中...
voidCSMain (uint3 id : SV_DispatchThreadID) { uintindex = id.x + id.y * _Resolution.x; if(index >= _CellDatas.Length) { return; } CellData cellData = _CellDatas[index]; cellData.coord = id.xy; cellData.density = 0; ...
void CSMain (uint3 id : SV_DispatchThreadID) { uint index = id.x + id.y * _Resolution.x; if(index >= _CellDatas.Length) { return; } CellData cellData = _CellDatas[index]; cellData.coord = id.xy; cellData.density = 0; ...
ParallelExecutor执行模式(CompiledProgram.with_data_parallel())下的优化:减少同步操作;优化在num_thread=1时的速度,对于小模型的速度提升较为明显。(对于PaddingRNN small model 速度提升16%) 6.框架基础功能增强 build_strategy新增mkldnn_enabled_op_types选项,用户可以灵活地控制哪些op需要使用mkldnn kernel以获得加...
#pragma kernel CSMain#include"Assets/FluidSimulationLibrary.hlsl"RWStructuredBuffer<StaggeredPoint>_StaggeredPoints;int_ColumnNumber;int_WallThickness;[numthreads(1,1,1)]voidCSMain(uint3id:SV_DispatchThreadID){uintindex=id.x+id.y*_ColumnNumber;if(index>=_StaggeredPoints.Length){return;}StaggeredPoi...
The first pipe member (12) has an externally threaded end (22) with synchronised thread portions (24,26). The second pipe member (14) is configured to be received within the first pipe member (12). The coupling further includes a nut (20) slidably and rotatably fitted around the ...
The first pipe member has an externally threaded end with synchronized thread portions. The second pipe member is configured to be received within the first pipe member. The coupling further includes a nut slidably and rotatably fitted around the circumference of the second pipe. The nut is ...