简化算例参数文件

L01_Flat_Plate_1_Part/bin/cfd_para.hypara

@@ -921,3 +921,4 @@ int     numberOfMovingBodies       = 2;
 #########################################################################
 int isPlotVolumeField = 0;
 
+

L01_Flat_Plate_1_Part/bin/cfd_para_subsonic.hypara

@@ -194,4 +194,5 @@ int reconmeth = 1;
 int limitVariables = 0;
 int limitVector = 0;
 
-double MUSCLCoefXk = 0.333333;
+double MUSCLCoefXk = 0.333333;
+

L01_Flat_Plate_1_Part/bin/particle_para.hypara

@@ -1,7 +1,7 @@
 #########################################################################
 #                       Particle                                  #
 #########################################################################
-int iParticleModel = 1;
+int iParticleModel = 0;
 
 string particleInterpolation_struct = "TrilinearInterpolation";
 

L01_Flat_Plate_1_Part/bin/particlepoint_para.hypara

@@ -1,84 +0,0 @@
-//! @file      particle_point_para.hypara
-//! @brief     This file is the parameter for particle track model
-//! @author    Lei Yinghaonan.
-
-//! #########################################################################
-//! # General Global Control Parameter of Simulation                        #
-//! #########################################################################
-//! simulationDimensionType: The type of Dimensionless method.
-//!                          0 -- The parameter is nondimensional.
-//!                               which is unified with RunCFD.
-//!                          1 -- The dimension is separated from RunCFD.
-//! simulationCollisionType: The type of Collision method.
-//!                          0 -- No collision
-//!                          1 -- Use DEM.
-//!                          2 -- Use collision function.
-//! simulationSplashFunction: The type of SplashFunction.
-//!                           0 -- No Splash.
-//!                           1 -- Use splash function on wall.
-//! simulationPointRotate: If use Rotate.
-//!                        0 -- No Rotate.
-//!                        1 -- Caculate the Rotate of point.
-int simulationDimensionType = 0;
-int simulationCollisionType = 0;
-int simulationSplashFunction = 0;
-int simulationPointRotate = 0;
-
-//! #########################################################################
-//! # Pyhsical Parameter on Each Particle                                   #
-//! #########################################################################
-//! refDimensionedLength: Dimensioned length,L-(m).
-//! refDimensionedMass: Dimensioned mass,m-(kg).
-//! refDimensionedTime: Dimensioned time,t-(s).
-//! refDimensionedTemperature: Dimensioned temperature,K-(K).
-double refDimensionedLength = 1.0;
-double refDimensionedMass = 1.0;
-double refDimensionedTime = 1.0;
-double refDimensionedTemperature = 1.0;
-
-//! nInitGlobalParticle: The number of particles on all zones when program start.
-//! particleDiameter: The dimensionless dimaeter of particle.
-//! particleDensity: The dimensionless density of particle.
-//! particleTemperature: The dimensionless Temperature of particle.
-int nInitGlobalParticle = 10;
-int nParticleGroup = 1;
-double particleDiameter = 1.0;
-double particleDensity = 1.0;
-double particleTemperature = 1.0;
-
-//! #########################################################################
-//! # Particle force model                                                  #
-//! #########################################################################
-//! nParticleForce: The number of force on particle.
-//!                 See more on Maxey 1983.
-//! useSlipVelocityType: The way of how to caculate the slip velocity on particle.
-//! forceXXXType: Particle force model
-//!               0 -- do not use XXX type.
-//!               1~n -- force model.
-int nParticleForce = 6;
-int useSlipVelocityType =0;
-
-//! The quasi-steady force (steady-state resistance) force
-int forceDragType = 1;
-
-//! The lift force
-int forceMagnusType = 1;
-int forceSaffmanType = 1;
-
-//! The stress-gradient force
-int forceFluidAccelerationType = 1;
-
-//! The added-mass force
-int forceAddedMassType = 1;
-
-//! The Basset history force;
-int forceBassetType = 1;
-
-//! #########################################################################
-//! # Output Variable                                                       #
-//! #########################################################################
-//! fileParticleOutput: Output file for particle.
-//! fileParticleOutputType: Control which variable need to output.
-//!                         0 -- No output.
-string fileParticleOutput = "./result/particleOutput.dat";
-int fileParticleOutputType = 0;