trait FreqScopeViewLike extends ScopeViewLike
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- abstract def channelStyle: Int
The drawing style can be one of
0
(orJScopeView.STYLE_PARALLEL
),1
(orJScopeView.STYLE_OVERLAY
),2
(orJScopeView.STYLE_LISSAJOUS
).The drawing style can be one of
0
(orJScopeView.STYLE_PARALLEL
),1
(orJScopeView.STYLE_OVERLAY
),2
(orJScopeView.STYLE_LISSAJOUS
).In parallel or "normal" style, each channel is drawn separately in a vertical per-channel arrangement. In overlay mode, all channels are drawn superimposed on each other. In Lissajous or X/Y style, the first channel specifies the x-coordinate, and the second channel specifies the y-coordinate.
- Definition Classes
- ScopeViewLike
- abstract def channelStyle_=(value: Int): Unit
The drawing style can be one of
0
(orJScopeView.STYLE_PARALLEL
),1
(orJScopeView.STYLE_OVERLAY
),2
(orJScopeView.STYLE_LISSAJOUS
).The drawing style can be one of
0
(orJScopeView.STYLE_PARALLEL
),1
(orJScopeView.STYLE_OVERLAY
),2
(orJScopeView.STYLE_LISSAJOUS
).In parallel or "normal" style, each channel is drawn separately in a vertical per-channel arrangement. In overlay mode, all channels are drawn superimposed on each other. In Lissajous or X/Y style, the first channel specifies the x-coordinate, and the second channel specifies the y-coordinate.
- Definition Classes
- ScopeViewLike
- abstract def dispose(): Unit
- Definition Classes
- ScopeViewLike
- abstract def isRunning: Boolean
- Definition Classes
- ScopeViewLike
- abstract def logAmp: Boolean
Whether the amplitude axis is logarithmic (decibels)
Whether the amplitude axis is logarithmic (decibels)
- Definition Classes
- ScopeViewLike
- abstract def logAmpMin: Float
The lowest displayed amplitude in decibels, when
logAmp
is enabled.The lowest displayed amplitude in decibels, when
logAmp
is enabled.- Definition Classes
- ScopeViewLike
- abstract def logAmpMin_=(value: Float): Unit
The lowest displayed amplitude in decibels, when
logAmp
is enabled.The lowest displayed amplitude in decibels, when
logAmp
is enabled.- Definition Classes
- ScopeViewLike
- abstract def logAmp_=(value: Boolean): Unit
Whether the amplitude axis is logarithmic (decibels)
Whether the amplitude axis is logarithmic (decibels)
- Definition Classes
- ScopeViewLike
- abstract def logFreq: Boolean
Whether the frequency axis is logarithmic
- abstract def logFreqMin: Float
The lowest displayed frequency in Hertz, when
logFreq
is enabled. - abstract def logFreqMin_=(value: Float): Unit
The lowest displayed frequency in Hertz, when
logFreq
is enabled. - abstract def logFreq_=(value: Boolean): Unit
Whether the frequency axis is logarithmic
- abstract def screenColor: Color
- Definition Classes
- ScopeViewLike
- abstract def screenColor_=(value: Color): Unit
- Definition Classes
- ScopeViewLike
- abstract def start(): Unit
- Definition Classes
- ScopeViewLike
- abstract def stop(): Unit
- Definition Classes
- ScopeViewLike
- abstract def waveColors: Seq[Color]
- Definition Classes
- ScopeViewLike
- abstract def waveColors_=(value: Seq[Color]): Unit
- Definition Classes
- ScopeViewLike
- abstract def xResolution: Float
Determines the over- or under-sampling to achieve higher or lower resolution spectra.
Determines the over- or under-sampling to achieve higher or lower resolution spectra.
At the default of
1.0
, the resolution matches the screen resolution (it will be slightly higher, as it is rounded up to a power of two). At a value of2.0
, the spectra will have twice the resolution (data per frequency band), at a value of0.5
, the spectra will have half the resolution. The temporal resolution is reciprocal, so higher values will lead to longer time windows and thus lower update rates. - abstract def xResolution_=(value: Float): Unit
Determines the over- or under-sampling to achieve higher or lower resolution spectra.
Determines the over- or under-sampling to achieve higher or lower resolution spectra.
At the default of
1.0
, the resolution matches the screen resolution (it will be slightly higher, as it is rounded up to a power of two). At a value of2.0
, the spectra will have twice the resolution (data per frequency band), at a value of0.5
, the spectra will have half the resolution. The temporal resolution is reciprocal, so higher values will lead to longer time windows and thus lower update rates. - abstract def xZoom: Float
The horizontal zoom factor, depending on the type of scope applied to the time or frequency axis.
The horizontal zoom factor, depending on the type of scope applied to the time or frequency axis. Smaller values means to "zoom in", therefore _decreasing_ the visible density, and vice versa.
- Definition Classes
- ScopeViewLike
- abstract def xZoom_=(value: Float): Unit
Returns the current horizontal zoom factor.
Returns the current horizontal zoom factor.
- Definition Classes
- ScopeViewLike
- abstract def yZoom: Float
The vertical zoom factor, usually applied to amplitudes.
The vertical zoom factor, usually applied to amplitudes. Smaller values means to "zoom in", therefore _decreasing_ the visible density, and vice versa.
- Definition Classes
- ScopeViewLike
- abstract def yZoom_=(value: Float): Unit
Returns the current vertical zoom factor.
Returns the current vertical zoom factor.
- Definition Classes
- ScopeViewLike
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