breeze.signal.support

Type members

Classlikes

trait CanConvolve[Input, KernelType, Output]
Companion:
object
Companion:
class
Companion:
object

Construction delegate for decimation filter design. Implementation details (especially option arguments) may be added in the future, so it is recommended not to call these implicit delegates directly. Instead, use firwin(x: DenseVector).

Construction delegate for decimation filter design. Implementation details (especially option arguments) may be added in the future, so it is recommended not to call these implicit delegates directly. Instead, use firwin(x: DenseVector).

Companion:
class
trait CanFilter[Input, KernelType, Output]

Construction delegate trait for filtering type InputType. Implementation details (especially option arguments) may be added in the future, so it is recommended not to call these implicit delegates directly. Instead, use convolve(x: DenseVector).

Construction delegate trait for filtering type InputType. Implementation details (especially option arguments) may be added in the future, so it is recommended not to call these implicit delegates directly. Instead, use convolve(x: DenseVector).

Companion:
object
object CanFilter

Construction delegate for filtering type InputType. Implementation details (especially option arguments) may be added in the future, so it is recommended not to call these implicit delegates directly. Instead, use convolve(x: DenseVector).

Construction delegate for filtering type InputType. Implementation details (especially option arguments) may be added in the future, so it is recommended not to call these implicit delegates directly. Instead, use convolve(x: DenseVector).

Companion:
class
trait CanFilterBPBS[Input, Output]

Construction delegate trait for bandpass/bandstop filtering type InputType. Implementation details (especially option arguments) may be added in the future, so it is recommended not to call these implicit delegates directly. Instead, use filterBP(x: DenseVector) or filterBS(x: DenseVector).

Construction delegate trait for bandpass/bandstop filtering type InputType. Implementation details (especially option arguments) may be added in the future, so it is recommended not to call these implicit delegates directly. Instead, use filterBP(x: DenseVector) or filterBS(x: DenseVector).

Companion:
object
Companion:
class
trait CanFilterLPHP[Input, Output]

Construction delegate trait for lowpass/highpass filtering type InputType. Implementation details (especially option arguments) may be added in the future, so it is recommended not to call these implicit delegates directly. Instead, use filterLP(x: DenseVector) or filterHP(x: DenseVector).

Construction delegate trait for lowpass/highpass filtering type InputType. Implementation details (especially option arguments) may be added in the future, so it is recommended not to call these implicit delegates directly. Instead, use filterLP(x: DenseVector) or filterHP(x: DenseVector).

Companion:
object
Companion:
class
trait CanFilterMedian[Input]
Companion:
object
Companion:
class
trait CanFirwin[Output]
Companion:
object
object CanFirwin
Companion:
class
trait CanHaarTr[InputType, OutputType]

Construction delegate for getting the FHT of a value of type InputType. Implementation details (especially option arguments) may be added in the future, so it is recommended not to call this implicit delegate directly.

Construction delegate for getting the FHT of a value of type InputType. Implementation details (especially option arguments) may be added in the future, so it is recommended not to call this implicit delegate directly.

Companion:
object
object CanHaarTr

Construction delegate for getting the FHT of a value of type InputType.

Construction delegate for getting the FHT of a value of type InputType.

Companion:
class
trait CanIHaarTr[InputType, OutputType]

Construction delegate for getting the IFHT of a value of type InputType. Implementation details (especially option arguments) may be added in the future, so it is recommended not to call this implicit delegate directly.

Construction delegate for getting the IFHT of a value of type InputType. Implementation details (especially option arguments) may be added in the future, so it is recommended not to call this implicit delegate directly.

Companion:
object
object CanIHaarTr

Construction delegate for getting the inverse FHT of a value of type InputType.

Construction delegate for getting the inverse FHT of a value of type InputType.

Companion:
class
Companion:
class
class FIRKernel1D[T](val kernel: DenseVector[T], val multiplier: Double, val designText: String) extends FilterKernel1D[T]

This immutable class encapsulates 1D FIR filter kernels. It also internally stores the kernel Fourier transform for multiple applications of fft convolution.

This immutable class encapsulates 1D FIR filter kernels. It also internally stores the kernel Fourier transform for multiple applications of fft convolution.

Companion:
object
abstract class FilterKernel[T]

Portions of the code are translated from scipy (scipy.org) based on provisions of the BSD license.

Portions of the code are translated from scipy (scipy.org) based on provisions of the BSD license.

abstract class FilterKernel1D[T] extends FilterKernel[T]
class IIRKernel1D[T](val kernelA: DenseVector[T], val kernelB: DenseVector[T], val multiplier: Double, val designText: String) extends FilterKernel1D[T]

This immutable class will encapsulate 1D IIR kernels. Not implemented yet.

This immutable class will encapsulate 1D IIR kernels. Not implemented yet.

This class encapsulates convenience methods to use the JTransforms package.

This class encapsulates convenience methods to use the JTransforms package.

Created with IntelliJ IDEA. User: takagaki Date: 25.06.13 Time: 21:02 To change this template use File | Settings | File Templates.

Value members

Concrete methods

def nextPower(x: Double, base: Int): Double

Gives the next largest power of base. nextPower(x, 2) is equivalent to MATLAB nextPow2(x).

Gives the next largest power of base. nextPower(x, 2) is equivalent to MATLAB nextPow2(x).