Fast Imaging Solar Spectrograph

Show two cams

class fisspy.image.interactive_image.dualBand(fissA, fissB, x=None, y=None, wvA=None, wvB=None, scale='log', sigFactor=3, helpBox=True, **kwargs)

Description: Draw interactive FISS raster images, spectrograms and profiles of two cameras.

Parameters

• fissA (fisspy.read.FISS) - FISS instance.
• fissB (fisspy.read.FISS) - FISS instance.
• x (float) - X position that you draw a spectral profile. Default is image center.
• y (float) - Y position that you draw a spectral profile. Default is image center.
• wvA (float) - Wavelength position of the camera A to draw a raster images. Default is central wavelength.
• wvB (float) - Wavelength position of the camera B to draw a raster images. Default is central wavelength.
• scale (str) - Scale method of colarbar limit. Default is 'minMax'. option: 'minMax', 'std', 'log'.
• sigFactor (float) - Factor of standard deviation. This is worked if scale is set to be 'std'.
• helpBox (bool) - Show the interacitve key and simple explanation. Default is True.
• **kwargs - matplotlib.pyplot

Returns

• dualBand object

Examples

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Attributes Summary

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Attributes	Description
fissA	FISS instance.
fissB	FISS instance.
dx	Pixel scale in the step direction.
dy	Pixel scale in the slit direction.
dwvA	Pixel scale in the wavelength for the A camera.
dwvB	Pixel scale in the wavelength for the A camera.
nx	Number of pixels in the scan direction.
nx	Number of pixels in the slit direction.
nwvA	Number of pixels in the wavelength for the A camera.
nwvB	Number of pixels in the wavelength for the B camera.
dataA	Data of the A camera.
dataB	Data of the B camera.
fig	Interactive figure.

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