View allAll Photos Tagged ITR4
Shotdate: Aug. 10 2008
Camera: Nikon D300
Optics: Nikkor 60mm f4.0 Micro
ISO: 800
Mount: AstroTrac
Older version: www.flickr.com/photos/14721988@N02/3914645359/in/photostr...
DeepSkyStacker settings:
Stacking mode: Standard
Alignment method: Bicubic
Stacking 10 frames (ISO: 800) - total exposure: 25 mn 2 s
Method: Kappa-Sigma (Kappa = 2.00, Iterations = 5)
Offset: 56 frames exposure: 1/8000 s
Method: Kappa-Sigma (Kappa = 2.00, Iterations = 5)
Dark: 27 frames exposure: 2 mn 31 s
Method: Kappa-Sigma (Kappa = 2.00, Iterations = 5)
Flat: 20 frames exposure: 1/8 s
Method: Kappa-Sigma (Kappa = 2.00, Iterations = 5)
.
Postprocessing in PixInsight:
I worked a bit with this:
www.stelleelettroniche.it/en/2013/01/astrophoto/sword-orion/
And I took these steps (it's a bit of a read):
ChannelExtraction: Processing view: Autosave
Extracting lightness: 100%
ATrousWaveletTransform: Processing view: Autosave_L
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Normalizing sample values: 100%
HistogramTransformation: Processing view: Autosave
Processing channel #0: Histogram transformation: 100%
Processing channel #1: Histogram transformation: 100%
Processing channel #2: Histogram transformation: 100%
Autosave_L: Masking from swap files...
ChannelExtraction: Processing view: Autosave
Extracting lightness: 100%
ATrousWaveletTransform: Processing view: Autosave_L
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Normalizing sample values: 100%
HistogramTransformation: Processing view: Autosave
Processing channel #0: Histogram transformation: 100%
Processing channel #1: Histogram transformation: 100%
Processing channel #2: Histogram transformation: 100%
Autosave_L: Masking from swap files...
ChannelExtraction: Processing view: Autosave
Extracting lightness: 100%
ATrousWaveletTransform: Processing view: Autosave_L
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Normalizing sample values: 100%
HistogramTransformation: Processing view: Autosave
Processing channel #0: Histogram transformation: 100%
Processing channel #1: Histogram transformation: 100%
Processing channel #2: Histogram transformation: 100%
Autosave_L: Masking from swap files...
ChannelExtraction: Processing view: Autosave
Extracting lightness: 100%
ATrousWaveletTransform: Processing view: Autosave_L
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Normalizing sample values: 100%
HistogramTransformation: Processing view: Autosave
Processing channel #0: Histogram transformation: 100%
Processing channel #1: Histogram transformation: 100%
Processing channel #2: Histogram transformation: 100%
Autosave_L: Masking from swap files...
ChannelExtraction: Processing view: Autosave
Extracting lightness: 100%
HistogramTransformation: Processing view: Autosave_L
Processing gray channel: Histogram transformation: 100%
Calculating view histograms...
ATrousWaveletTransform: Processing view: Autosave_L
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Normalizing sample values: 100%
Calculating view histograms...
HistogramTransformation: Processing view: Autosave
Processing channel #0: Histogram transformation: 100%
Processing channel #1: Histogram transformation: 100%
Processing channel #2: Histogram transformation: 100%
Autosave_L: Masking from swap files...
Calculating view histograms...
ChannelExtraction: Processing view: Autosave
Extracting lightness: 100%
HistogramTransformation: Processing view: Autosave_L
Processing gray channel: Histogram transformation: 100%
Calculating view histograms...
HistogramTransformation: Processing view: Autosave
Processing channel #0: Histogram transformation: 100%
Processing channel #1: Histogram transformation: 100%
Processing channel #2: Histogram transformation: 100%
Autosave_L: Masking from swap files...
Calculating view histograms...
HistogramTransformation: Processing view: Autosave_clone
Processing channel #0: Histogram transformation: 100%
Processing channel #1: Histogram transformation: 100%
Processing channel #2: Histogram transformation: 100%
Calculating view histograms...
ATrousWaveletTransform: Processing view: Autosave_clone
Processing channel #0
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Processing channel #1
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Processing channel #2
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Normalizing sample values: 100%
Calculating view histograms...
HistogramTransformation: Processing view: Autosave_clone
Processing channel #0: Histogram transformation: 100%
Processing channel #1: Histogram transformation: 100%
Processing channel #2: Histogram transformation: 100%
Calculating view histograms...
ImageIdentifier: Processing view: Autosave_clone
id = Final_Color_Stars
ImageIdentifier: Processing view: Autosave_clone
id = SM
ImageIdentifier: Processing view: Autosave
id = ORG
ATrousWaveletTransform: Processing view: SM
Processing channel #0
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Processing channel #1
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Processing channel #2
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Normalizing sample values: 100%
Calculating view histograms...
PixelMath: Processing view: SM
Executing PixelMath expression: combined RGB/K channels:ORG-SM: 100%
Truncating to [0.0000000000,1.0000000000]: 100%
ChannelExtraction: Processing view: ORG
Extracting lightness: 100%
HistogramTransformation: Processing view: ORG_L
Processing gray channel: Histogram transformation: 100%
Calculating view histograms...
HistogramTransformation: Processing view: BLUR
Processing channel #0: Histogram transformation: 100%
Processing channel #1: Histogram transformation: 100%
Processing channel #2: Histogram transformation: 100%
ORG_L: Masking from swap files...
Calculating view histograms...
CurvesTransformation: Processing view: BLUR
Curves transformation: 100%
ORG_L: Masking from swap files...
Calculating view histograms...
PixelMath: Processing view: ORG
Executing PixelMath expression: combined RGB/K channels:ORG+SM+BLUR: 100%
Rescaling to [0.0000000000,1.0000000000]: 100%
ImageIdentifier: Processing view: ITR1_clone
id = ITR1_SM
ATrousWaveletTransform: Processing view: ITR1_SM
Processing channel #0
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Processing channel #1
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Processing channel #2
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Normalizing sample values: 100%
Calculating view histograms...
PixelMath: Processing view: ITR1_SM
Executing PixelMath expression: combined RGB/K channels:ITR1-ITR1_SM: 100%
Truncating to [0.0000000000,1.0000000000]: 100%
ChannelExtraction: Processing view: ITR1_BLUR
Extracting lightness: 100%
HistogramTransformation: Processing view: ITR1_BLUR_L
Processing gray channel: Histogram transformation: 100%
Calculating view histograms...
CurvesTransformation: Processing view: ITR1_BLUR
Curves transformation: 100%
ITR1_BLUR_L: Masking from swap files...
Calculating view histograms...
PixelMath: Processing view: ITR1_BLUR
Executing PixelMath expression: combined RGB/K channels:ITR1+ITR1_SM+(ITR1_BLUR*1.25): 100%
Rescaling to [0.0000000000,1.0000000000]: 100%
StarMask: Processing view: ITR2
Extracting structures: 100%
RangeSelection: Processing view: ITR2
Generating range selection mask: 100%
ATrousWaveletTransform: Processing view: range_mask
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Normalizing sample values: 100%
Calculating view histograms...
ATrousWaveletTransform: Processing view: range_mask
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Normalizing sample values: 100%
Calculating view histograms...
ATrousWaveletTransform: Processing view: range_mask
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Normalizing sample values: 100%
Calculating view histograms...
PixelMath: Processing view: range_mask
Executing PixelMath expression: combined RGB/K channels:range_mask+star_mask: 100%
Truncating to [0.0000000000,1.0000000000]: 100%
PixelMath: Processing view: ITR2_SM
Executing PixelMath expression: combined RGB/K channels:ITR2-ITR2_SM: 100%
Truncating to [0.0000000000,1.0000000000]: 100%
ImageIdentifier: Processing view: ITR2_SM
id = ITR2_STAR_MASK
ImageIdentifier: Processing view: ITR2_clone
id = ITR2_SM
ATrousWaveletTransform: Processing view: ITR2_SM
Processing channel #0
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Processing channel #1
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Processing channel #2
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Normalizing sample values: 100%
Calculating view histograms...
PixelMath: Processing view: ITR2_SM
Executing PixelMath expression: combined RGB/K channels:ITR2-ITR2_SM: 100%
Truncating to [0.0000000000,1.0000000000]: 100%
ATrousWaveletTransform: Processing view: ITR2_SM
Processing channel #0
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Processing channel #1
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Processing channel #2
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Normalizing sample values: 100%
Calculating view histograms...
PixelMath: Processing view: ITR2_SM
Executing PixelMath expression: combined RGB/K channels:ITR2-ITR2_SM: 100%
Truncating to [0.0000000000,1.0000000000]: 100%
LocalHistogramEqualization: Processing view: ITR2_BLUR
Extracting CIE L* component: 100%
CLAHE: 100%
Importing CIE L* component: 100%
ITR2_STAR_MASK: Masking from swap files...
Calculating view histograms...
CurvesTransformation: Processing view: ITR2_BLUR
Curves transformation: 100%
Calculating view histograms...
PixelMath: Processing view: ITR2_BLUR
Executing PixelMath expression: combined RGB/K channels:ITR2+ITR2_SM+ITR2_BLUR: 100%
Rescaling to [0.0000000000,1.0000000000]: 100%
ATrousWaveletTransform: Processing view: ITR3_clone
Processing channel #0
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Processing channel #1
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Processing channel #2
À trous wavelet transform: 100%
Inverse à trous wavelet transform: 100%
Normalizing sample values: 100%
Calculating view histograms...
ImageIdentifier: Processing view: ITR3_clone
id = ITR3_SM
PixelMath: Processing view: ITR3_SM
Executing PixelMath expression: combined RGB/K channels:ITR3-ITR3_SM: 100%
Truncating to [0.0000000000,1.0000000000]: 100%
LocalHistogramEqualization: Processing view: ITR3_BLUR
Extracting CIE L* component: 100%
CLAHE: 100%
Importing CIE L* component: 100%
ITR2_STAR_MASK: Masking from swap files...
Calculating view histograms...
CurvesTransformation: Processing view: ITR3_BLUR
Curves transformation: 100%
Calculating view histograms...
PixelMath: Processing view: ITR3_BLUR
Executing PixelMath expression: combined RGB/K channels:ITR3+ITR3_SM+ITR3_BLUR: 100%
Rescaling to [0.0000000000,1.0000000000]: 100%
CurvesTransformation: Processing view: ITR4
Curves transformation: 100%
Calculating view histograms...
PixelMath: Processing view: ITR4
Executing PixelMath expression: combined RGB/K channels:(ITR4*1.55)+(Final_Color_Stars*0.45): 100%
Rescaling to [0.0000000000,1.0000000000]: 100%
INTRODUCTION
The income tax department of the government of India keeps an eye on every taxpayer. The overall summary of incomes and the amount of tax paid by every citizen to the government of India is something like a report card of a student during a year for the parents. The form that a...
www.legalraasta.com/blog/changes-in-itr-forms-recent-update/
From Assessment Year 2019-20, it is compulsory for an assessee to determine the idea of pay assessable under the head salary from different sources. This will check for that the inadequate individuals are not utilizing #ITR1 and #ITR4 structure.
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The #ITR-4 Form, which also called SUGAM, for those taxpayers, who have opted for the presumptive income scheme as per section 44AD, section 44ADA and section 44AE of the Income Tax Act. #ITR-4 can be filed by individuals, HUF as well as a partnership firm. The detail information about #ITR4 forms structure before #ITRFiling. Simply fill in the contact form and we will get in touch with you.