The Atmosphere class contains information about an atmospheric model and related parameters such as temperature and pressure at sea level.  
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#include <Atmosphere.hh>
The Atmosphere class contains information about an atmospheric model and related parameters such as temperature and pressure at sea level. 
An Atmosphere instance is optionally part of a World. 
 
◆ Atmosphere() [1/3]
      
        
          | sdf::v9::Atmosphere::Atmosphere  | 
          ( | 
           | ) | 
           | 
        
      
 
 
◆ Atmosphere() [2/3]
      
        
          | sdf::v9::Atmosphere::Atmosphere  | 
          ( | 
          const Atmosphere &  | 
          _atmosphere | ) | 
           | 
        
      
 
Copy constructor. 
- Parameters
 - 
  
  
 
 
 
◆ Atmosphere() [3/3]
  
  
      
        
          | sdf::v9::Atmosphere::Atmosphere  | 
          ( | 
          Atmosphere &&  | 
          _atmosphere | ) | 
           | 
         
       
   | 
  
noexcept   | 
  
 
Move constructor. 
- Parameters
 - 
  
  
 
 
 
◆ ~Atmosphere()
      
        
          | sdf::v9::Atmosphere::~Atmosphere  | 
          ( | 
           | ) | 
           | 
        
      
 
 
◆ Load()
Load the atmosphere based on a element pointer. 
This is not the usual entry point. Typical usage of the SDF DOM is through the Root object. 
- Parameters
 - 
  
  
 
- Returns
 - Errors, which is a vector of Error objects. Each Error includes an error code and message. An empty vector indicates no error. 
 
 
 
◆ operator=() [1/2]
Move assignment operator. 
- Parameters
 - 
  
  
 
- Returns
 - Reference to this. 
 
 
 
◆ operator=() [2/2]
Copy assignment operator. 
- Parameters
 - 
  
  
 
- Returns
 - Reference to this. 
 
 
 
◆ operator==()
      
        
          | bool sdf::v9::Atmosphere::operator==  | 
          ( | 
          const Atmosphere &  | 
          _atmosphere | ) | 
           | 
        
      
 
Equality operator that returns true if this atmosphere instance equals the given atmosphere instance. 
- Parameters
 - 
  
  
 
- Returns
 - True if this instance equals the given atmosphere. 
 
 
 
◆ Pressure()
      
        
          | double sdf::v9::Atmosphere::Pressure  | 
          ( | 
           | ) | 
           const | 
        
      
 
Get the pressure at sea level in pascals. 
- Returns
 - The pressure at sea level in pascals. 
 
 
 
◆ SetPressure()
      
        
          | void sdf::v9::Atmosphere::SetPressure  | 
          ( | 
          const double  | 
          _pressure | ) | 
           | 
        
      
 
Set the pressure at sea level in pascals. 
- Parameters
 - 
  
    | [in] | _pressure | The pressure at sea level in pascals.  | 
  
   
 
 
◆ SetTemperature()
      
        
          | void sdf::v9::Atmosphere::SetTemperature  | 
          ( | 
          const ignition::math::Temperature &  | 
          _temp | ) | 
           | 
        
      
 
Set the temperature at sea level. 
- Parameters
 - 
  
    | [in] | _temp | The temperature at sea level.  | 
  
   
 
 
◆ SetTemperatureGradient()
      
        
          | void sdf::v9::Atmosphere::SetTemperatureGradient  | 
          ( | 
          const double  | 
          _gradient | ) | 
           | 
        
      
 
Set the temperature gradient with respect to increasing altitude in units of K/m. 
- Parameters
 - 
  
    | [in] | _gradient | The temperature gradient in K/m.  | 
  
   
 
 
◆ SetType()
Set the type of the atmospheric model. 
- Parameters
 - 
  
    | [in] | _type | The type of atmosphere engine.  | 
  
   
 
 
◆ Temperature()
      
        
          | ignition::math::Temperature sdf::v9::Atmosphere::Temperature  | 
          ( | 
           | ) | 
           const | 
        
      
 
Get the temperature at sea level. 
- Returns
 - The temperature at sea level. 
 
 
 
◆ TemperatureGradient()
      
        
          | double sdf::v9::Atmosphere::TemperatureGradient  | 
          ( | 
           | ) | 
           const | 
        
      
 
Get the temperature gradient with respect to increasing altitude in units of K/m. 
- Returns
 - The temperature gradient in K/m. 
 
 
 
◆ Type()
Get the type of the atmospheric model. 
- Returns
 - The type of atmosphere engine, which defaults to adiabatic. 
 
 
 
The documentation for this class was generated from the following file: