da/d0b/_collision_data_8h_source.html

 // CollisionData.h - Collision data structure declaration.

 // Written by Jesse Z. Zhong

 #ifndef __Collision_Data_H__

 #define __Collision_Data_H__

 #pragma region Includes

 #include <iostream>

 #include "Vector3.h"

 #pragma endregion

 namespace DataReader {


     struct CollisionData {


         double Temperature;

         Vector3<double> Position;

         double DeltaVelocity;

         double Energy;

         double Distance;

         int Gas1Type;

         int Gas2Type;


         CollisionData();

     };

 }


 ostream& operator<<(ostream& out, DataReader::CollisionData& data);


 #endif // !__Collision_Data_H__

DataReader::CollisionData::Distance
double Distance
The distance between the particles before they collide in the next step.
Definition: CollisionData.h:20

DataReader::CollisionData::Energy
double Energy
The expelled energy of the resulting collision.
Definition: CollisionData.h:19

DataReader::CollisionData::Gas1Type
int Gas1Type
The gas type of the first colliding particle.
Definition: CollisionData.h:21

DataReader::CollisionData::CollisionData
CollisionData()
Constructor.
Definition: CollisionData.cpp:10

DataReader::CollisionData::Position
Vector3< double > Position
The position at which the collision occurs.
Definition: CollisionData.h:17

DataReader::CollisionData::DeltaVelocity
double DeltaVelocity
The change in velocity that occurs at the collision point.
Definition: CollisionData.h:18

DataReader::CollisionData::Gas2Type
int Gas2Type
The gas type of the second colliding particle.
Definition: CollisionData.h:22

DataReader::CollisionData
Stores particle collision data.
Definition: CollisionData.h:14

DataReader::CollisionData::Temperature
double Temperature
The temperature of the resulting collision.
Definition: CollisionData.h:16

operator<<
ostream & operator<<(ostream &out, DataReader::DataSnapshot &data)
Out stream operator overload for snapshots.
Definition: DataSnapshot.cpp:350

DataReader::Vector3< double >