ScopeViewLike
Value members
Abstract methods
The drawing style can be one of
0
(or JScopeView.STYLE_PARALLEL
),
1
(or JScopeView.STYLE_OVERLAY
),
2
(or JScopeView.STYLE_LISSAJOUS
).
The drawing style can be one of
0
(or JScopeView.STYLE_PARALLEL
),
1
(or JScopeView.STYLE_OVERLAY
),
2
(or JScopeView.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.
The drawing style can be one of
0
(or JScopeView.STYLE_PARALLEL
),
1
(or JScopeView.STYLE_OVERLAY
),
2
(or JScopeView.STYLE_LISSAJOUS
).
The drawing style can be one of
0
(or JScopeView.STYLE_PARALLEL
),
1
(or JScopeView.STYLE_OVERLAY
),
2
(or JScopeView.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.
Whether the amplitude axis is logarithmic (decibels)
Whether the amplitude axis is logarithmic (decibels)
The lowest displayed amplitude in decibels, when logAmp
is enabled.
The lowest displayed amplitude in decibels, when logAmp
is enabled.
The lowest displayed amplitude in decibels, when logAmp
is enabled.
The lowest displayed amplitude in decibels, when logAmp
is enabled.
Whether the amplitude axis is logarithmic (decibels)
Whether the amplitude axis is logarithmic (decibels)
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.
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.
The vertical zoom factor, usually applied to amplitudes. Smaller values means to "zoom in", therefore decreasing the visible density, and vice versa.
The vertical zoom factor, usually applied to amplitudes. Smaller values means to "zoom in", therefore decreasing the visible density, and vice versa.