%%% ParameterFile for Cosima, detailed information on http://www.cosima-3d.de/parameters.html %% % ===================================================================================================== [General Parameters] % ================== CosimaVersion = 0.9h9 % Check, whether this is the right parameter file (please don't edit). VerboseMode = 1 % [0,1,2/default=1]: Cosima may tell something about the correction process. % 0: no additional outputs to the monitor % 1: only summary and a few steps % 2: provides greater details ReportMode = 1 % [0-3/default=1]: Controls writing of a report files % 0: no report file % 1: generates report files cosima_report.txt and cosima_report.html % 2: appends to an already existing report file cosima_report.txt % 3: generates report files with time stamp ProjectionRatio = 0 % [0-5/default=0]: Controls some messages of the report depending on the projection ratio % 0: no special projection ratio assumed % 1: no special projection ratio assumed (as 0) % 2: projection ratio 4:3 % 3: projection ratio 16:10 % 4: projection ratio 16:9 % 5: projection ratio 2018:1080 HtmlImages = 4 % [0-4/default=1]: Controls the embedding of images into the html report % 0: no images included in the html report % 1: uses the left-right separated output images % 2: uses the side-by-side output images % 3: uses anaglyph output images % 4: creates and uses thumbs in subdirectory '\ct' Language = 1 % [0,1/default=1]: Sets the language for the messages. % 0: german language % 1: english language IterativeWarp = 10 % [1-20/default=10]: Maximum number of iterations during phase 3 of image correction. StopAtError = 1 % [0-3/default=1]: Controls the stopping behaviour. % 0: does not stop at errors % 1: stops only at start errors % 2: stops only at parameter warnings and errors % 3: stops at all program warnings and errors WriteDataBase = 2 % [0-2/default=2]: Controls the writing of the file list ListofImages % 0: the database ListofImages won't be written. % 1: writes only ListofImages and terminates program! % 2: replaces ListofImages (don't rename older files) ListofImages = cosima_files.txt % [default=cosima_files.txt]: Name of the file list containig the processed images [Input Parameters] % ================ InputMode = 4 % [0-10/default=1]: Tells Cosima, which images are to be corrected. % 0: only the image/video(s) indicated here, located in PathofImages (see next parameters) % 1: all "_l", "_r" or "_s"-images, located in PathofImages % 2: all "_l", "_r" or "_s"-images, located in PathofImages with all subdirectories % 3: "VideoMode": correct all images in the PathofImages\l\ and -\r\ or -\s\-directory % 4: "Complete directory": all imagefiles located in PathofImages, (if left-right separated: 1-2, 3-4, 5-6...) % 5: "Adjacent": 1-2, 2-3, 3-4, 4-5 etc. % 6: "Bracketing": 1-2, 3-2, 3-4, 5-4 etc. (adjacent plus every second inverted) % 7: "First-to-all": 1-2, 1-3, 1-4, 1-5 etc. % 8: "Every-pair": 1-2, 1-3, 1-4, 1-5...; 2-3, 2-4, 2-5...; 3-4, 3-5... etc. % 9: images are searched in the PathofImages\l\ and -\r\ or -\s\-directory % 10: using external file list ListofImages IncludeSubdirs = 0 % [0,1,2/default=0]: Optional search of subdirectories % 0: Without subdirectories % 1: With subdirectories excluding \cl, \cr, \ca, \cs, \lo and \ro % 2: With all subdirectories PathofImages = .\ % [default=.\]: Absolute or relative path of the images % (for relative paths see RootDirectory) (InputMode 1-9) RootDirectory = 0 % [0,1,2/default=0]: root directory, if PathofImages is given as a relative path % 0: path of the used ini-file % 1: path of the cosima.exe % 2: the current path ImageType = tif;bmp;tga;jpg;mpo % [default=tif;bmp;tga;jpg;mpo]: ending of images to be searched within 'wild modes' (InputMode = 3-9) ExifTimeTolerance = 0 % [0-86399/default=0]: Assignment control for single images (only InputMode = 4-9) % Only images are paired with equal Exif/timestamps +- tolerance time in seconds. % 0: deactivated % [1-86399]: maximum tolerable time difference in seconds (recommended: 2) RenameOrphans = 0 % [0-4/default=0]: Renaming control of orphan images without partners (only InputMode = 9). % 0: deactivated % 1: moves orphans to subfolders '\lo' (left) and '\ro' (right) % 2: adds suffix to filenames: '_lo' (left) and '_ro' (right), keep sorting order % 3: adds prefix '_' to filenames, sort to the first position % 4: adds prefix 'z' to filenames, sort to the last position RenameRefused = 0 % [0-2/default=0]: Renaming control of refused images (only InputMode = 9). % 0: deactivated % 1: moves orphans to subfolders '\lu' (left) and '\ru' (right) % 2: adds suffix to filenames: '_lu' (left) and '_ru' (right), keep sorting order LeftFileName =image_l.jpg % [default=image_l.jpg]: name of left input file, if StereoImageInput = 2 RightFileName =image_r.jpg % [default=image_r.jpg]: name of right input file, if StereoImageInput = 2 StereoFileName=image_s.jpg % [default=image_s.jpg]: name of stereo input file, if StereoImageInput = 1/3 StereoImageInput = 1 % [1-3/default=2]: Chooses the mounting method of the stereo input image. % 1: side-by-side mounted or MPO, only for InputMode 0-4,9,10 % 2: two separate (mono) files for the left and right image, all InputModes % 3: side-by-side half mounted, only for InputMode 0-4,9,10 InverseInput = 0 % [0,1/default=0]: Optional change of left/right image % 0: sidecorrect mounting % 1: left/right interchanged RotMirInputLeft = 0 % [-1 to 7/default=0]: Optional rotation/mirroring of the left input image %-1: Orientation according to Exif:Orientaion % 0: no input rotation/mirroring at all % 1: rotation +90 degrees (no mirror) % 2: rotation +180 degrees (no mirror) % 3: rotation +270 degrees (no mirror) % 4: horizontal mirroring (left-right) % 5: rotation +90 degree and horizontal mirror % 6: vertical mirror (same as rotation +180 degree and horizontal mirror) % 7: +270 degree rotation and horizontal mirror RotMirInputRight = 0 % [-1 to 7/default=0]: Optional rotation/mirroring of the right input image %-1: Orientation according to Exif:Orientaion % 0: no input rotation/mirroring at all % 1: rotation +90 degrees (no mirror) % 2: rotation +180 degrees (no mirror) % 3: rotation +270 degrees (no mirror) % 4: horizontal mirroring (left-right) % 5: rotation +90 degree and horizontal mirror % 6: vertical mirror (same as rotation +180 degree and horizontal mirror) % 7: + 270 degree rotation and horizontal mirror CroppInput = 0 % [0,1,2/default=0]: Method for modifying images of different sizes % 0: the smaller image will be supplemented with dummy pixels % 1: the larger image will be cropped symmetrically % 2: the smaller image will be enlarged Passepartout = 0 % [0-6/default=0]: Rectangular frame according to the following parameters: % 0: input images have no frames % 1: arbitrary passepartout information will be detected automatically % 2: as 1 with automatic detection of framing colors % 3: original images with explicit rectangular masking % 4: as 3 with automatic detection of the framing colors (scanner mode) % 5: passepartout information has to be provided in two separate files % named _l_pass.bmp and _r_pass.bmp % 6: Rectangular frame according to the following parameters: LeftImageStartx = 0.0 % With the left image the left edge to cut in percent LeftImageStarty = 0.0 % With the left image the lower edge to cut in percent LeftImageWidth = 100.0 % With the left image the width in percent LeftImageHeight = 100.0 % With the left image the height in percent RightImageStartx = 0.0 % With the right image the left edge to cut in percent RightImageStarty = 0.0 % With the right image the lower edge to cut in percent RightImageWidth = 100.0 % With the right image the width in percent RightImageHeight = 100.0 % With the right image the height in percent PasseColorRed = 0 % [0-255/default=0]: Red color value of passepartout pixel PasseColorGreen = 0 % [0-255/default=0]: Green color value of passepartout pixel PasseColorBlue = 0 % [0-255/default=0]: Blue color value of passepartout pixel PasseTolerance = 60 % [0-255/default=60]: Tolerance threshold for the detection of the frame PasseOutput = 0 % [0,1/default=0]: Controls output of extracted passepartout frame (Passepartout=1) % 0: no passepartout output % 1: writes two files _l_pass_used.bmp and _r_pass_used.bmp [Output Parameters] % ================= LeftRightOutput = 0 % [0,1,2/default=2]: Controls writing of separate output images. % 0: writes no separate images % 1: writes separate images _cl.*/_cl.* into PathofImages % 2: writes separate images into the subdirectories \cl\ and \cr\ StereoOutput = 0 % [0,1,2/default=2]: Controls writing of side-by-side output image % 0: writes no side-by-side image % 1: writes side-by-side image _cs.* into PathofImages % 2: writes side-by-side image into the subdirectory \cs\ AnaglyphOutput = 0 % [0,1,2/default=2]: Controls writing of anaglyph output images % 0: writes no anaglyph image % 1: writes anaglyph image _ca.* into PathofImages % 2: writes anaglyph image to the subdirectory \ca\ ExtraOutput = 5 % [0-7/default=0]: Images with special formats in subdir \ce\ % 0: no extra image % 1: writes a 1:2 squeezed side-by-side image (SBS-H) % 2: writes a top-and-bottom image (TAB, left at top) % 3: writes a 1:2 squeezed top-and-bottom image (TAB-H) % 4: writes an interlaced image (e.g. Acer 5740DG) % 5: writes a MPO image % 6: writes a LRL image % 7: writes a LR/RL image MakeAV = 0 % [0-15/default=0]: Creates aside to the images also an image show % 8: left-right separated % 4: side-by-side % 2: using anaglyphs % 1: according to ExtraOutput OutputFormat = 0 % [0-9/default=0]: Setting the graphic format of the output images % 0: images will be written using the original format % 1: images will be written using the jpg format % 2: images will be written using the tga format % 3: images will be written using the bmp format % 4: images will be written using the png format % 5: images will be written using the tif format (RGB8, 24bit/pixel) % 6: images will be written using the tif format (RGB8A, 32bit/pixel) % 7: images will be written using the tif format (RGB16, 48bit/pixel) % 8: images will be written using the tif format (CMYK, 32bit/pixel) % 9: like 8, applying a sRGB->CMYK profile-transformation CMYK_Profile = % Name of a CMYK profile to be applied to the resulting image CompressBitmap = 1 % [0,1/default=1]: Compression method for output tif- and png-files % 0: no compression % 1: writes run-length compressed files (like zipped) JPG_Quality = 100 % [1-100/default=100]: Output quality with jpg-images IrfanSharpen = 0 % [0-99/default=0]: Additional post-sharpening using IrfanView % Attention: With InterpolationMode = 5 and Gauss filtering activated, % IrfanSharpen is automatically set to width/60 IdentOutputDir = % [default=]: a short string appended to the output directory name % e.g: IdentOutputDir = _beamer yields 'cl_beamer', cr_beamer ... etc. StampFiles = 1 % [0,1,2,3/default=1]: Stamps some information into the filenames % 0: no stamping % 1: the relative deviation value in promille with 3 digits (reference depends on ProjectionRatio) % 2: only the time with format yyyy.mm.dd_hh.mm.ss % 3: deviation and time together DeviationThresh = 999 % [0-999/default=999]: Threshold to rename images showing to much deviation % 999: disabled, no renaming CroppOutput = 2 % [0-5/default=2]: Controls the cropping of the output image % 0: output image remains completely uncut, expect no proper stereo window! % 1: Clipping masks are used (dependent on configuration) % 2: Image size OutputHeight/Width with maximum content % 3: Image will 'fit in a box' OutputHeight times OutputWidth without cropping the image. % 4: Unscaled cutting to output ratio equal OutputHeight/Width % 5: as 4, but the longer image edge will be kept OutputHeight = 1080 % [0-16384/default=0]: Output height of scaled image in pixels, 0: Use original height % 0: Un-scaled image height (a bit less than input image) % Attention: maximum value 16384 may not be reached exactely OutputWidth = 1920 % [0-16384/default=0]: Output width of scaled image in pixels, 0: Use original width % 0: Un-scaled image width (a bit less than input image) % Attention: maximum value 16384 may not be reached exactely RotMirOutputLeft = 0 % [0-7/default=0]: Optional rotation/mirroring of the left output image % 0: no output rotation/mirroring at all % 1: rotation +90 degrees (no mirror) % 2: rotation +180 degrees (no mirror) % 3: rotation +270 degrees (no mirror) % 4: horizontal mirroring (left-right) % 5: rotation +90 degree and horizontal mirror % 6: vertical mirror (same as rotation +180 degree and horizontal mirror) % 7: +270 degree rotation and horizontal mirror RotMirOutputRight = 0 % [0-7/default=0]: Optional rotation/mirroring of the right output image % 0: no output rotation/mirroring at all % 1: rotation +90 degrees (no mirror) % 2: rotation +180 degrees (no mirror) % 3: rotation +270 degrees (no mirror) % 4: horizontal mirroring (left-right) % 5: rotation +90 degree and horizontal mirror % 6: vertical mirror (same as rotation +180 degree and horizontal mirror) % 7: +270 degree rotation and horizontal mirror InterpolationMode = 5 % [0-5/default=5]: Controls the method of interpolation % 0: nearest pixel (use only with very large images > 10 MegaPixel) % 1: 2dim-linear (recommended for most cases) % 2: 2dim-cubic (theoretically better, try it out!) % 3: Gauss-filter, use it for downsizing images % 4: automatic mode, depending on up- or downsize ratio % 5: as 4, including post-sharpening using IrfanView, if necessary GammaCorrection = 1.0 % [default=1.0]: GammaCorrection for Interpolation (dependent of output medium, e.g. 2.4) % (theoretically necessary - very slow if not 1.0!) InverseOutput = 0 % [0,1/default=0]: Optional change of left and right side (only if StereoOutput) % 0: sidecorrect mounting % 1: left and right side interchanged FillHeight = 0 % [0-16384/default=0]: Complete target image height, adds upper and lower frames FillWidth = 0 % [0-16384/default=0]: Complete target image width, adds left and right frames FrameTop = 0 % [0-1024/default=0]: Number of frame pixels at the upper image border. FrameBottom = 0 % [0-1024/default=0]: Number of frame pixels at the lower image border. FrameLeftRight = 0 % [0-1024/default=0]: Number of frame pixels at the left and right image border. FrameCentral = 0 % [-1024 - 1024/default=0]: Number of frame pixels inbetween images (only StereoOutput) FrameFloating = 0 % [-1024 - 1024/default=0]: Stereo window will be shifted by that number of pixels AutoFrameFloating = 0 % [0-6/default=0]: Method for automatic setting of floating windows % 0: No additional automatic floating windows % 1: Automatic frames will be 'added' to the image, the image will be enlarged compared to OutputWidth % 2: Automatic frames will be 'added' to the image, the image will be scaled and keeps its wanted width % 3: Automatic frames will be 'integrated' into the image, the image content will be changed % 4: As 3 with a transparent gradient over a range of 1 percent of the image width % 5: As 3, stereo window violations at top and bottom will be ignored % 6: As 4, stereo window violations at top and bottom will be ignored FloatingTarget = 33 % [0-99/default=33]: Extended setting for AutoFrameFloating (unit depends on WinOffReference) % AutoFrameFloating = 1,2: Farpoint disparity limit % AutoFrameFloating = 3-6: Extra disparity between nearpoint and curtain FrameColorRed = 0 % [0-255/default=0]: Red color value of additional frame FrameColorGreen = 0 % [0-255/default=0]: Green color value of additional frame FrameColorBlue = 0 % [0-255/default=0]: Blue color value of additional frame ThinBlackLine = 0 % [0-255/default=0]: Number of pixels of a thin black line between image and frame. % The value is the number of pixels (only for cs-stereo image). [Equalizing Parameters] % ===================== EstimateGeometry = 1 % [0-5/default=1]: Storing to and reading out the correction values from the original image % 0: use values as given with UseHeight/Size/Rotation/Vergence % 1: estimates the errors from the input image (doesn't write into the image) % 2: reads the correction values from the database ListofImages (InputMode=10) % 3: estimates the errors from the input image and writes them into the image % 4: reads the correction values directly from the image (if nothing found, use 3) % 5: reads/stores ListofImages, and stores values into the image % -3/-4/-5: reads and writes only into the left image ApplyLeftRight = 0 % [-1,0,1/default=0]: Controls which image will be equalized % -1: equalize only the left image % 0: equalize both images symmerically % +1: equalize only the right image InitialEstimation = 0 % [0,1,2/default=0]: Controls the inital correction values % 0: without using any initial values % 1: using UseHeight as inital correction values % 2: using the correction values from the precessor image as initialization EstimateVergence_V = 2 % [0,2/default=1]: Switches the estimation of the vertical vergence error on and off. % 0: vertical Estimation of vergence error switched off % 1: vertical Estimation of vergence error switched on % 2: vertical Estimation of vergence error switched smart EstimateVergence_H = 2 % [0,2/default=1]: Switches the estimation of the horizontal vergence error on and off % 0: horizontal Estimation of vergence error switched off % 1: horizontal Estimation of vergence error switched on % 2: horizontal Estimation of vergence error switched smart UseHeight = 0.00 % [-1000, +1000/default=0.]: height correction in pixels, if EstimateGeometry = 0 % positive values shift right image downside and left image upside UseSize = 0.00 % [ -5, +5/default=0.]: size correction in percent, if EstimateGeometry = 0 % positive values correct convergent shooting axes UseRotation = 0.00 % [ -5, +5/default=0.]: rotation correction in degrees, if EstimateGeometry = 0 % positive values rotate right image clockwise and left image anti-clockwise UseVergence_V = 0.00 % [ -5, +5/default=0.]: Vertical vergence correction in degrees, if EstimateGeometry = 0 % positive values correct convergent shooting axes UseVergence_H = 0.00 % [ -5, +5/default=0.]: Horizontal vergence correction in degrees, if EstimateGeometry = 0 % positive values correct convergent shooting axes WindowOffset = 5 % [-512...+512/default=5]: Additional stereo window shift % positive values shift the complete scenery to the background WinOffReference = 1 % [0-5/default=1]: Reference of the additional window shift in WindowOffset % 0: Pixel % 1: Promille of the image width % 2: Promille of the projection width 4:3 % 3: Promille of the projection width 16:10 % 4: Promille of the projection width 16:9 % 5: Promille of the projection width 2048:1080 EstimateWindow = 2 % [0-5/default=2]: Method of stereo window setting. % 0: no automatic shift of the stereo window % 1: stereo window is set about in the middle of the space (for special cases) % 2: near point framing, all image parts are considered % 3: near point framing w/o isolated objects in the middle % 4: far point framing % 5: near point framing, if divergence rule OK, otherwise violation of the stereo window FarPointLimit = 33 % [0-99/default=33]: Farpoint limit for EstimateWindow = 5 (unit depends on WinOffReference) AutoOutputContrast = 3 % [0-8/default=3]: Contrast- and/or color balancing % 0: All color manipulation switched off % 1: LR-Balancing of gray value (for different contrast, but no color differences) % 2: Autocontrast of gray value (for bad contrast, but no color differences) % 3: LR-Balancing of color values indiviually (for good contrast, but color differences) % 4: LR-Balancing of color values and auto scaling of gray value (bad contrast, color diff.) % [5: same as 1 with keeping the principle shape of the color densities] % [6: same as 2 with keeping the principle shape of the color densities] % [7: same as 3 with keeping the principle shape of the color densities] % [8: same as 4 with keeping the principle shape of the color densities] AutoGammaAdjust = 0 % [0-3/default=0]: Automatic correction of image density (optmization for prints). % 0: deactivated % 1: light density correction % 2: middle density correction % 3: full density correction AutoGhostBust = 0 % [0-30/default=0]: Automatic reducing of local contrast (optmization for projection). ColorLeftRight = 0 % [-1,0,+1/default=0]: Controls, which image will be contrast and color corrected % -1: contrast/color-correction only with the left image % 0: symmetrically contrast/color-balancing % +1: contrast/color-correction only with the right image ExtColorManagement = 0 % [0,1,2/default=0]: Set type of external color management file % 0: no external color management % 1: arithmetic type, e.g. see cosima_colors_1.txt % 2: data type, e.g. see cosima_colors_2.txt ECM_FileName = cosima_colors.txt % [default=cosima_colors.txt]: name of an external file for color management [Video Parameters] % ================ AviOutput = 0 % [0-9/default=0]: Controls the creation of an avi video % 0: No video output % 1: writes two separate left right videos % 2: writes a side-by-side video (SBS) % 3: writes an anaglyph video % 4: writes a 1:2 squeezed side-by-side video (SBS-H) % 5: writes a top-and-bottom video (TAB, left at top) % 6: writes a 1:2 squeezed top-and-bottom video (TAB-H) % 7: writes an interlaced video (e.g. Acer 5740DG) % 8: writes a dual stream video % 9: writes two separate left right videos into the same folder % 10: internal use AviCodec = ???? % [default=????]: Parameter to choose the avi codec, there are 4 possible formats % I) ????: quality values from dialog window % II) CCCC: 4 character code to spezify codec, all other values default % III) CCCC|file: CCCC-codec, quality values from file % IV) CCCC|Quality|kBitrate|Keyframes: CCCC-codec, values as given % With the meaning: % CCCC: 4 character code, e.g. 'DIB ', 'X264', 'LAGS' etc. % Quality [0-100]: Quality value, given in percent, default 95 % kBitrate [0-100000]: Bitrate in kbit/s, default 0.3 Bit*Pixel*Framerate % Keyframes: Distances between 2 keyframes, default is 100 AudioSource = -1 % [-1,0,1,2/default=-1]: Controls the source for the audio % -1: Audio from the left video % 0: No audio in the output video % +1: Audio from the right video % +2: Introduces silence AviFramerate = 0.0 % [0.0-100.0/default=0.0]: Amount of frames per second. % 0.0: The input frame rate is used FirstFrameIndex = 0 % [0-262143/default=0]: Index of the first image for the output movie, starting with 0 FrameIncrement = 1 % [+-32767/default=1]: Index increment for the frames of the output images and videos LastFrameIndex = 262143 % [0-262143/default=262143]: Index of the last frame for the output movie, starting with 0 StartforAnalyse = 0 % [0-262143/default=0]: Index of the first image used for the analysis, starting with 0 AnalyseIncrement = 25 % [1-32768/default=25]: Index increment used for image analyis. EndforAnalyse = 262143 % [0-262143/default=262143]: Index of the last image used for the analysis FrameOffset = 0 % [-128 - +127/default=0]: Frame offset, positive, if there is a delay in the right stream AutoFrameOffset = 0 % [0,1/default=0]: Automatic frame alignment SmoothGeometryCorr = 3 % [0-5/default=3]: Kind of interpolation of the correction parameters % 0: Constant mean value (without dynamic) % 1: Interpolation without filtering % 2: Interpolation with filtering of 3 key values % 3: Interpolation with filtering of 5 key values % 4: Interpolation with filtering of 7 key values % 5: Interpolation with filtering of 9 key values SmoothWindowCorr = 3 % [0-5/default=3]: Kind of interpolation of the stereo window % 0: Constant mean value (without dynamic) % 1: Interpolation without filtering % 2: Interpolation with filtering of 3 key values % 3: Interpolation with filtering of 5 key values % 4: Interpolation with filtering of 7 key values % 5: Interpolation with filtering of 9 key values SetWindowbyZoom = 0 % [-30:+30/default=0]: This shifts the stereo window during a zoom. Attention: window violations! InterlacedMode = 0 % [0-6/default=0]: Treatment of images from video sources % 0: Progressive, every image is treated individually % 1: field-deinterlacing, no time shift; (doubled numer of output images) % 2: field-deinterlacing, right image delayed one time sample (PAL: 1/50s) % 3: field-deinterlacing, left image delayed one time sample (PAL: 1/50s) % 4: optimal linear deinterlacing, no time shift; (doubled numer of output images) % 5: optimal linear deinterlacing, right image delayed one time sample (PAL: 1/50s) % 6: optimal linear deinterlacing, left image delayed one time sample (PAL: 1/50s) FirstLineIndex = 0 % [0,1/default=0]: 0: First even lines; 1: first odd lines FlickerFilter = 0 % [0:500/default=0]: Postprocessor image filtering within the time domain. % 0: No filtering at all % Higher values result in more filtering DeshakeMethod = 0 % [0,1/default=0]: Method for video stabilizing. % 0: No stabilizing % 1: Stabilize the video with fixed time constant, eventually with black edges % 2: Stabilize the video with dynamic time constant, without black edges DeshakeZoomMax = 10 % [0-100/default=10]: For DeshakeMethod = 1/2: maximum zoom scaling for black edge compensation % 0: No up-scaling at all DeshakeFilterX = 5 % [0.0 - 20.0/default=5.0]: Time constant in seconds in x-direction. High values will result in a more sluggish video. DeshakeFilterY = 5 % [0.0 - 20.0/default=5.0]: Time constant in seconds in y-direction. High values will result in a more sluggish video. DeshakeFilterXUse = 1 % [0,1/default=1]: Activating/deactivating of filtering in x-direction. DeshakeFilterYUse = 1 % [0,1/default=1]: Activating/deactivating of filtering in y-direction. [Anaglyph Parameters] % =================== AnaglyphType = 5 % [0-9/default=5]: Kind of anaglyph image, [0,1]: colors have to set with Red-/Green-/BlueBalance % 0: Pure grey anaglyph image with only two fundamental colors (best) % 1: half colored (a bit trendy, some people like it) % 2: full colored (really not recommended) % 3: optimized anaglyph color space without any compromises due to ghosting % 4: optimized anaglyph color space with some added real colors % 5: algorithm according Eric Dubois (best colors, some compromises due to ghosting) % 6: applying the calibration values from file anacalibra_monitor.txt % 7: applying the calibration values from file anacalibra_print.txt % 8: applying of a real-time defined anaglyph matrix % 9: applying the anaglyph matrix from file ECM_FileName Brightness = 1.0 % [0.0 - 2.0/default=1.0]: value < 1.0: darker, value > 1.0: lighter DensityAna = 1.0 % [0.0 - 2.0/default=1.0]: value < 1.0: less density, value > 1.0: more density GammaRed = 0.8 % [0.0 - 2.0/default=0.8]: GammaCorrection value after processing red color % value > 1.0 darkens the red color GammaCyan = 1.0 % [0.0 - 2.0/default=1.0]: GammaCorrection value after processing cyan color % value > 1.0 darkens the cyan color RedBalance = -1.0 % [-1.0 - +1.0/default=-1.0]: Mapping value for the red color GreenBalance = 1.0 % [-1.0 - +1.0/default=+1.0]: Mapping value for the green color BlueBalance = 1.0 % [-1.0 - +1.0/default=+1.0]: Mapping value for the blue color % Value < 0.0: Mapping to the left image, Wert > 0.0: Mapping to the right image % These values are used only with AnaglyphType = 0 % Example: red-cyan: -1/1/1, red-green: -1/1/0, yellow-blue: -1/-1/1 [External Parameters] % =================== PathofIrfanView = C:\grafiktools\IrfanView\i_view32.exe % [default=c:\program files\irfanview\i_view32.exe]: % If there is no IrfanView installed, let it empty ... PreViewerActive = 0 % [0,1/default=0]: Image selection and rotation may be choosen manually PostViewerActive = 1 % [0,1,2/default=0]: Image selection and stereo window setting manually or automatically % 0: automatic setting of image selection and stereo window % 1: stop for manual setting of image selection and stereo window, % 2: additionally beeps, when anaglyph postview image is shown MaxViewerSize = 1280 % [100-32767/default=1280]: Upper limit of the viewer image size, % valid for pre- and postviewer MetaTransfer = 1 % [0-2/default=1]: Allows to transfer Meta-Information from input to output file % 0: deactivated % 1: EXIF, IPTC, XMP and ICC information (needs exiftool.exe in the same path as cosima.exe) % 2: as 1, additionally the file time is set to the EXIF time DotsPerInch_x = 0 % [0-32767/default=0]: horizontal dots per inch % 0: no change of the horizontal dpi value DotsPerInch_y = 0 % [0-32767/default=0]: vertical dots per inch % 0: no change of the vertical dpi value CaptionText = Caption % [default=Caption]: This text is printed into the frame below the images. % font sizes may be changed with up to three preceding '+' or '-' characters % __FILENAME__: Takes current file name. % __DIRECTORY__: Takes current subdirectory name (only the lowest subdirectory). % __DATE__: Takes current date and time using the format yyyy.mm.dd_hh.mm.ss % __IPTC__: Text is read from the IPTC headline out of the image % __AWARD__: As __DIRECTORY__ with consecutive increments % ______: with explicite settings of font attributes ImageText = % [default=]: This text is printed into the image at the right bottom side % font sizes may be changed with up to three preceding '+' or '-' characters % __FILENAME__: Takes current file name. % __DIRECTORY__: Takes current subdirectory name (only the lowest subdirectory). % __DATE__: Takes current date and time using the format yyyy.mm.dd_hh.mm.ss % __IPTC__: Text is read from the IPTC headline out of the image % __AWARD__: As __DIRECTORY__ with consecutive increments % ______: with explicite settings of font attributes SmartTextBackGr = 1 % [0,1/default=1]: Half-transparent text background ExifCopyright = İme % [default=me]: Allows to set a EXIF Copyright entry