MOPEX User's Guide - IRSA

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5.6.11 Mosaic Modules: Mosaic Coverage Command Line Equivale nt: run_mosaic_covg Default Output Directory: /Rmask-mosaic De pe nds On: Mosaic Interpolate MOPEX User’s Guide Important Notes: The preliminary coverage map, covg_map.fits is written to the top-level output directory, . PURPOSE This module produces a preliminary coverage map covering the whole FIF for use in the later module, Mosaic RMask. The mosaic may be broken up into tiles in order to avoid memory allocation problems if the mosaic is very large (see §8.1) INPUT Tile Max X (Y): (int) The X (Y) size in pixels of a tile when making a large mosaic image. The default values are 2000. COMMAND LINE INPUT &MOSAICCOVGIN TILEMAX_X = 500, TILEMAX_Y = 500, &END OUTPUT Coverage Map Tile Table (covg_TilesList.tbl): A table listing the tiles of the coverage map, including their sizes and offsets in the x- and y-directions from the FIF. Coverage Map Tile list (covg_Tile_*.fits): The individual tiles of the coverage map. Coverage Map (covg_map.fits): The preliminary coverage map over the whole FIF. The output tiles are written into the Rmask-mosaic/ subdirectory. The preliminary coverage map is written to the top-level output directory. Mosaicking (mosaic.pl) 70 Mosaic Modules
DISCUSSION No further information. 5.6.12 Mosaic Modules: Mosaic Dual Outlier Command Line Equivalent: run_mosaic_dual_outlier Default Output Directory: /DualOutlier-mosaic De pe nds On: Detect; Mosaic Projection MOPEX User’s Guide Important Notes: Using this module does not mean that MOPEX will automatically use the results for outlier detection. In order to use the results from this module, you must set Use Dual Outlier For Rmask in the Mosaic RMask module and set the RMask Fatal Mask Bit Pattern in the Initial Setup module to use bit 2. Note that this is not the same as setting it to a value of 2. See §8.11: Fatal Mask Bit Patterns for more information. PURPOSE This module takes the outputs from Detect and Mosaic Projection and applies the user-input criteria to classify outliers using both spatial and temporal information. INPUT Max Outlier Image: (int) The maximum number of images in which a potential outlier can be present and still be declared a dual outlier. Default value is 2. This value should be smaller than the total number of coverage at each pixel. Max Outlie r Fraction: (float) This parameter specifies the maximum fraction of the images in which a potential outlier can be present and still be declared a dual outlier, i.e. the number of images containing outlier pixels divided by the total stack of input BCD images. Tile X(Y) Size: (int) The X (Y) size of an image tile used for this module. When the number of input images is very large, the recommended option is to use smaller Tile size than the total number of pixels of the final output mosaic image, in order to avoid memory shortage. The mosaic may be broken up into tiles in order to avoid memory allocation problems if the mosaic is very large (see §8.1). Dual Outlier output subdirectory: The subdirectory of that you wish to use for the output files. Default is DualOutlier-mosaic. Mosaicking (mosaic.pl) 71 Mosaic Modules
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MOPEX User’s Guide MOsaicking and
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MOPEX User’s Guide Chapter 4. Ove
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MOPEX User’s Guide 7.4 PRF Estima
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Chapter 1. Introduction MOPEX User
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MOPEX User’s Guide • If you are
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for Linux and Solaris systems, and:
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Chapter 2. Overview of MOPEX MOPEX
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For instructions on how to run MOPE
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2.3.1 Additional Functionality MOPE
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MOPEX User’s Guide mosaic_mask.pl
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MOPEX User’s Guide Choosing the r
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MOPEX User’s Guide photometry), o
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MOPEX User’s Guide Mosaic FIF Tab
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MOPEX User’s Guide Tile BCD file
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MOPEX User’s Guide Window X, Y: (
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MOPEX User’s Guide neighboring pi
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⎛ ⎜ ⎜ P( j) = ⎜ 1+ ⎜ ⎜
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&END MOPEX User’s Guide if use_ps
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MOPEX User’s Guide \float Tile_Of
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MOPEX User’s Guide pixels set to
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MOPEX User’s Guide This module co
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&END OUTPUT MOPEX User’s Guide Th
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INPUT Columns selection: MOPEX User
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PURPOSE MOPEX User’s Guide Fits t
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MOPEX User’s Guide given below. O
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6.5.19 APEX Modules: Aperture Photo
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MOPEX User’s Guide This module al
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Condition Builder: Some simple sele
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MOPEX User’s Guide Fatal Mask Bit
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MOPEX User’s Guide Pixel by Size:
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MOPEX User’s Guide Mosaic PRF Fil
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PRF_ResampleX_Factor = 100, PRF_Res
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7.3 Running PRF Estimate MOPEX User
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MOPEX User’s Guide 3. Outlier Rej
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PURPOSE MOPEX User’s Guide Set up
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MOPEX User’s Guide Most users wil
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DISCUSSION MOPEX User’s Guide Wit
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7.5.5 PRF Estimate Modules: Split B
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MOPEX User’s Guide Fit Seed: (int
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Chapter 8. Basic Concepts in MOPEX
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8.2 Outlier Detection MOPEX User’
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MOPEX User’s Guide Figure 8.3: An
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MOPEX User’s Guide Two ways to es
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MOPEX User’s Guide USE_DUAL_OUTLI
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MOPEX User’s Guide Figure 8.9: As
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MOPEX User’s Guide Important: Usi
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MOPEX User’s Guide Figure 8.12: T
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8.3.2 Thresholding MOPEX User’s G
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T cl = P min − T min SegLevel MOP
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Centroid _ X = ∑ i∈cluster X(i)
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MOPEX User’s Guide where IPi is t
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MOPEX User’s Guide Figure 8.18: T
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8.4.5 Cubic: Bicubic Interpolation
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z n = ∑ r(r≠n ) Onr(I n − Ir
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MOPEX User’s Guide the parameter
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MOPEX User’s Guide Figure 8.22: P
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MOPEX User’s Guide that resembles
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∑ AP = a i ⋅ I i MOPEX User’s
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9.4.2.1 Input Files and Output Dire
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9.7.2 APEX User List Multiframe (ap
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MOPEX User’s Guide Table 9.6: Lis
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Appendix A. Full List of MOPEX Scri
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A.1.3 Under Construction Running MO
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Appendix B. Full List of Modules in
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Mosaic Interpolate run_mosaic_int P
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Running MOPEX on the Command Line a
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B.5 PRF Estimate Modules Running MO
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Instrument PRF Samp c Norm Radius (
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Some Tips for MOPEX with Spitzer Da
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