SignalMath.GenerateSine Method

public static void GenerateSine(
	double amplitude,
	double angularFrequency,
	double phase,
	Span<double> destination
)

Public Shared Sub GenerateSine ( 
	amplitude As Double,
	angularFrequency As Double,
	phase As Double,
	destination As Span(Of Double)
)

public:
static void GenerateSine(
	double amplitude, 
	double angularFrequency, 
	double phase, 
	Span<double> destination
)

static member GenerateSine : 
        amplitude : float * 
        angularFrequency : float * 
        phase : float * 
        destination : Span<float> -> unit 

Parameters

amplitude  Double

The amplitude of the sine wave.

angularFrequency  Double

The angular frequency in radians per sample.

phase  Double

The initial phase in radians.

destination  Span<Double>

The destination span to write the generated signal.

Generates a sine wave according to the formula:

y[n] = A sin(ω n + φ)

where A is the amplitude, ω is the angular frequency, φ is the phase, and n = 0, 1, 2, ..., count-1.

public static Vector<double> GenerateSine(
	int count,
	double amplitude,
	double angularFrequency,
	double phase
)

Public Shared Function GenerateSine ( 
	count As Integer,
	amplitude As Double,
	angularFrequency As Double,
	phase As Double
) As Vector(Of Double)

public:
static Vector<double>^ GenerateSine(
	int count, 
	double amplitude, 
	double angularFrequency, 
	double phase
)

static member GenerateSine : 
        count : int * 
        amplitude : float * 
        angularFrequency : float * 
        phase : float -> Vector<float> 

Parameters

count  Int32

The number of points in the signal.

amplitude  Double

The amplitude of the sine wave.

angularFrequency  Double

The angular frequency in radians per sample.

phase  Double

The initial phase in radians.

Return Value

Generates a sine wave according to the formula:

y[n] = A sin(ω n + φ)

where A is the amplitude, ω is the angular frequency, φ is the phase, and n = 0, 1, 2, ..., count-1.

public static Vector<double> GenerateSine(
	Vector<double> x,
	double amplitude,
	double angularFrequency,
	double phase
)

Public Shared Function GenerateSine ( 
	x As Vector(Of Double),
	amplitude As Double,
	angularFrequency As Double,
	phase As Double
) As Vector(Of Double)

public:
static Vector<double>^ GenerateSine(
	Vector<double>^ x, 
	double amplitude, 
	double angularFrequency, 
	double phase
)

static member GenerateSine : 
        x : Vector<float> * 
        amplitude : float * 
        angularFrequency : float * 
        phase : float -> Vector<float> 

Parameters

x  Vector<Double>

The x values at which to evaluate the sine wave.

amplitude  Double

The amplitude of the sine wave.

angularFrequency  Double

The angular frequency in radians per x-unit.

phase  Double

The initial phase in radians.

Return Value

Generates a sine wave according to the formula:

y(x) = A sin(ω x + φ)

where A is the amplitude, ω is the angular frequency, and φ is the phase.

public static void GenerateSine(
	double amplitude,
	double angularFrequency,
	double phase,
	double offset,
	Span<double> destination
)

Public Shared Sub GenerateSine ( 
	amplitude As Double,
	angularFrequency As Double,
	phase As Double,
	offset As Double,
	destination As Span(Of Double)
)

public:
static void GenerateSine(
	double amplitude, 
	double angularFrequency, 
	double phase, 
	double offset, 
	Span<double> destination
)

static member GenerateSine : 
        amplitude : float * 
        angularFrequency : float * 
        phase : float * 
        offset : float * 
        destination : Span<float> -> unit 

Parameters

amplitude  Double

The amplitude of the sine wave.

angularFrequency  Double

The angular frequency in radians per sample.

phase  Double

The initial phase in radians.

offset  Double

The DC offset to add to the signal.

destination  Span<Double>

The destination span to write the generated signal.

Generates a sine wave according to the formula:

y[n] = c + A sin(ω n + φ)

where c is the offset, A is the amplitude, ω is the angular frequency, φ is the phase, and n = 0, 1, 2, ..., count-1.

public static Vector<double> GenerateSine(
	int count,
	double amplitude,
	double angularFrequency,
	double phase,
	double offset
)

Public Shared Function GenerateSine ( 
	count As Integer,
	amplitude As Double,
	angularFrequency As Double,
	phase As Double,
	offset As Double
) As Vector(Of Double)

public:
static Vector<double>^ GenerateSine(
	int count, 
	double amplitude, 
	double angularFrequency, 
	double phase, 
	double offset
)

static member GenerateSine : 
        count : int * 
        amplitude : float * 
        angularFrequency : float * 
        phase : float * 
        offset : float -> Vector<float> 

Parameters

count  Int32

The number of points in the signal.

amplitude  Double

The amplitude of the sine wave.

angularFrequency  Double

The angular frequency in radians per sample.

phase  Double

The initial phase in radians.

offset  Double

The DC offset to add to the signal.

Return Value

Generates a sine wave according to the formula:

y[n] = c + A sin(ω n + φ)

where c is the offset, A is the amplitude, ω is the angular frequency, φ is the phase, and n = 0, 1, 2, ..., count-1.

public static void GenerateSine(
	ReadOnlySpan<double> x,
	double amplitude,
	double angularFrequency,
	double phase,
	Span<double> destination
)

Public Shared Sub GenerateSine ( 
	x As ReadOnlySpan(Of Double),
	amplitude As Double,
	angularFrequency As Double,
	phase As Double,
	destination As Span(Of Double)
)

public:
static void GenerateSine(
	ReadOnlySpan<double> x, 
	double amplitude, 
	double angularFrequency, 
	double phase, 
	Span<double> destination
)

static member GenerateSine : 
        x : ReadOnlySpan<float> * 
        amplitude : float * 
        angularFrequency : float * 
        phase : float * 
        destination : Span<float> -> unit 

Parameters

x  ReadOnlySpan<Double>

The x values at which to evaluate the sine wave.

amplitude  Double

The amplitude of the sine wave.

angularFrequency  Double

The angular frequency in radians per x-unit.

phase  Double

The initial phase in radians.

destination  Span<Double>

The destination span to write the generated signal.

Generates a sine wave according to the formula:

y(x) = A sin(ω x + φ)

where A is the amplitude, ω is the angular frequency, and φ is the phase.

public static Vector<double> GenerateSine(
	Vector<double> x,
	double amplitude,
	double angularFrequency,
	double phase,
	double offset
)

Public Shared Function GenerateSine ( 
	x As Vector(Of Double),
	amplitude As Double,
	angularFrequency As Double,
	phase As Double,
	offset As Double
) As Vector(Of Double)

public:
static Vector<double>^ GenerateSine(
	Vector<double>^ x, 
	double amplitude, 
	double angularFrequency, 
	double phase, 
	double offset
)

static member GenerateSine : 
        x : Vector<float> * 
        amplitude : float * 
        angularFrequency : float * 
        phase : float * 
        offset : float -> Vector<float> 

Parameters

x  Vector<Double>

The x values at which to evaluate the sine wave.

amplitude  Double

The amplitude of the sine wave.

angularFrequency  Double

The angular frequency in radians per x-unit.

phase  Double

The initial phase in radians.

offset  Double

The DC offset to add to the signal.

Return Value

Generates a sine wave according to the formula:

y(x) = c + A sin(ω x + φ)

where c is the offset, A is the amplitude, ω is the angular frequency, and φ is the phase.

public static void GenerateSine(
	ReadOnlySpan<double> x,
	double amplitude,
	double angularFrequency,
	double phase,
	double offset,
	Span<double> destination
)

Public Shared Sub GenerateSine ( 
	x As ReadOnlySpan(Of Double),
	amplitude As Double,
	angularFrequency As Double,
	phase As Double,
	offset As Double,
	destination As Span(Of Double)
)

public:
static void GenerateSine(
	ReadOnlySpan<double> x, 
	double amplitude, 
	double angularFrequency, 
	double phase, 
	double offset, 
	Span<double> destination
)

static member GenerateSine : 
        x : ReadOnlySpan<float> * 
        amplitude : float * 
        angularFrequency : float * 
        phase : float * 
        offset : float * 
        destination : Span<float> -> unit 

Parameters

x  ReadOnlySpan<Double>

The x values at which to evaluate the sine wave.

amplitude  Double

The amplitude of the sine wave.

angularFrequency  Double

The angular frequency in radians per x-unit.

phase  Double

The initial phase in radians.

offset  Double

The DC offset to add to the signal.

destination  Span<Double>

The destination span to write the generated signal.

Generates a sine wave according to the formula:

y(x) = c + A sin(ω x + φ)

where c is the offset, A is the amplitude, ω is the angular frequency, and φ is the phase.

Reference