sysparm_t< T > Struct Template Reference

#include <sofus_types.hpp>

Public Member Functions
	sysparm_t ()

Public Attributes
T	c
	Propagation speed. More...
T	fs
	Sample frequency. More...
T	att
	Freq. dependent att. More...
T	beta
	Freq. independent att. More...
T	f0
	Center frequency. More...
bool	use_att
	Use attenuation. More...
bool	soft_baffle
	Soft baffle boundary. More...
bool	normalize
	Normalize. More...
size_t	nThreads
	Number of threads. More...
TimeDomainCalcType	timeDomainCalcType
	Time-domain propagator type, ray, plane or sphere. More...
TimeDomainIntOrder	timeDomainIntOrder
	Order used for strip-integration. More...

Constructor & Destructor Documentation

sysparm_t()

sysparm_t ( )

inline

Member Data Documentation

att

T att

Freq. dependent att.

Referenced by operator<<().

beta

T beta

Freq. independent att.

Referenced by operator<<().

c

T c

Propagation speed.

Referenced by sofus::calcArrivalTimesSIMD(), sofus::calcProjectionAndBoundaries(), sofus::calcProjectionAndIntegrationLimitsSIMD(), sofus::calcProjectionAndIntegrationLimitsSIMD2(), sofus::calcProjectionAndLimits(), and operator<<().

f0

T f0

Center frequency.

Referenced by operator<<().

fs

T fs

Sample frequency.

Referenced by sofus::calcProjectionAndIntegrationLimitsSIMD(), sofus::calcProjectionAndIntegrationLimitsSIMD2(), sofus::calcProjectionAndLimits(), and operator<<().

normalize

bool normalize

Normalize.

Referenced by operator<<().

nThreads

size_t nThreads

Number of threads.

Referenced by operator<<().

soft_baffle

bool soft_baffle

Soft baffle boundary.

Referenced by operator<<().

timeDomainCalcType

TimeDomainCalcType timeDomainCalcType

Time-domain propagator type, ray, plane or sphere.

Referenced by operator<<().

timeDomainIntOrder

TimeDomainIntOrder timeDomainIntOrder

Order used for strip-integration.

Referenced by operator<<().

use_att

bool use_att

Use attenuation.

Referenced by operator<<().

---

The documentation for this struct was generated from the following file:

• sofus/sofus_types.hpp