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Add Hugin binaries

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yann64
2023-10-19 11:41:58 +02:00
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App/Hugin/doc/panotools/Optimize.txt Normal file
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############# Example Script ##########################
# to run PTOptimizer
#
#
# Only lines starting with 'p', 'v', 'i', or 'm' are read.
# So you can add comments and info as you like by using
# other line starting characters.
# Do not start a line with !, it is used by adjust plugin and scripts.
# the * character indicated the end of the script file.
# The script must contain:
# one 'p'- line describing the output image (eg Panorama)
# one 'i'-line for each input image
# one or several 'v'- lines listing the variables to be optimized.
# the 'm'-line is optional and allows you to specify modes for the optimization.
# one 'c'-line for each pair of control points
# 'p'-line options
# w1000 width in pixels
# h600 height in pixels (default: width/2)
# f0 projection format,
# 0 - Rectilinear (for printing and viewing)
# 1 - Cylindrical (for Printing and QTVR)
# 2 - Equirectangular ( for Spherical panos), default
# 3 - Fisheye Equidistance full-frame
# 4 - Fisheye Stereographic full-frame
# 5 - Mercator
# 6 - Transverse Mercator
# 7 - Sinusoidal
# 8 - Lambert Equal Area Cylindrical
# 9 - Lambert Azimuthal
# 10 - Albers Equal Area Conical
# 11 - Miller Cylindrical
# 12 - Panini (for wide angle printing and viewing)
# 13 - Architectural (combines Miller Cylindrical and Lambert Azimuthal)
# 14 - Fisheye Orthographic full-frame
# 15 - Fisheye Equisolid full-frame
#
# P"p1 p2 ..." Optional parameters for some projections
#
# for f10 - 0, 1 or 2 parameters corresponding to the
# standard parallels. If no parms specified
# defaults to <20,60>. If one given P1 == P2
#
# v360 horizontal field of view of panorama (default 360)
# nPICT Panorama file format, one of:
# PICT pict-file on macs, bmp-file on win (default)
# PSD single layer Photoshop file, 48bits supported
# PNG png-format, 48bits supported
# TIFF tiff-format, 48bits supported
# PSD_mask Photoshop file, one image per layer
# + shape mask & feathered clip mask at overlap center
# PSD_nomask Photoshop file, one image per layer,
# TIFF_mask tiff-format, multi-file, one image per file, 48bit supported
# alpha layer with feathered clip mask at overlap center
# TIFF_m tiff-format, multi-file, one image per file, 48bit supported
# alpha layer with non-feathered clip mask at image border
# + shape mask & non-feathered clip mask at image border
# JPEG Panoramic image in jpeg-format. Use with f1
# for IBM Hotmedia panoramas.
# PAN SmoothMove movie. Use only with f2.
# IVR LivePicture IVR movie
# cylindrical (format f1) or spherical (format f2)
# IVR_java LivePicture Java Panorama,
# cylindrical (format f1) or spherical (format f2)
# VRML VRML background node, use only with f2 for panoramas, or
# VRML-object for PTStereo
# QTVR Apple QTVR-panomovie. Use only with f1
# 3DMF 3DMF-object (PTStereo).
#
# n"QTVR w400 h300 c1" additional viewer options in a quoted string together with format
# the following options are recognized:
# w(width) and h(height) of viewer window (only QTVR on Macs)
# c(codec: 0-JPEG, 1-Cinepak, 2-Sorenson) (only QTVR on Macs)
# q(codec quality):
# 0-high,1-normal,2-low QTVR on Macs
# 0-100(highest) on other jpeg-formats (PAN, IVR, IVR_java, VRML)
# g progressive jpeg (0-no, 1-yes) (PAN, IVR, IVR_java, VRML)
# Optimized JPEG (0-on(default), 2-disabled), (3-progressive with optimized disabled)
# p initial pan angle ( QTVR on Macs, VRML, IVR)
# v field of view (QTVR, VRML, IVR)
#
# n"TIFF_m c:LZW r:CROP" additional viewer options in a quoted string together with format
# the following options are recognized for TIFF_m:
# c:LZW enable LZW compression
# r:CROP enable cropping to ROI (default)
# r:UNCROP disable cropping to ROI
#
# Many more options can be set by editing the viewer scripts
#
# -buf suppress buffer commands in the stitcher script generated by PTOptimizer.
# (buffer commands are now obsolete, -buf and +buf on i lines are now
# ignored when stitching) This option should be set if you wish
# to edit the final panoramic image, eg for the two PSD formats.
# a0.0 b1.0 c0.04 Options to create multiple images in PTInterpolate and PTMorpher.
# a denotes starting value,
# b end value
# c increment. 0 is left, 1 is right image.
# The above command interpolates/morphs two images and
# creates 25 intermediate frames.
# u10 width of feather for stitching all images. default:10
# k1 attempt color & brightness correction using image number as anchor
# b1 attempt brightness correction with no color change using image number as anchor
# d1 attempt color correction with no brightness change using image number as anchor
# Do not use more than one of k, d, b.This is new method of correcting
p w800 nPSD_mask -buf
# The 'i' lines describe input images. One line per image is required
# unneeded paramiters for optimizing but needed for stitching can be
# set here and the optimizer will automaticaly add them to the o lines
# ----------------
# f0 projection format,
# 0 - Rectilinear (normal lenses)
# 1 - Panoramic (Scanning cameras like Noblex)
# 2 - Fisheye Equidistance Circular
# 3 - Fisheye Equidistance full-frame
# 4 - Equirectangular (Spherical panos)
# 7 - Mirror
# 8 - Fisheye Orthographic (This is only allowed in PTStereo and
# for the first image. This indicates a map or ground plan)
# 10 - Fisheye Stereographic
# 19 - Fisheye Equisolid
# w600 width in pixels
# h1000 height in pixels
# v82 horizontal field of view of image (required, but ignored for f8)
# y0 initial yaw angle (required)
# p43 initial pitch angle (required)
# r0 initial roll angle (required)
# a,b,c initial lens correction coefficients (defaults a0 b0 c0, optional)
# (see http://www.fh-furtwangen.de/~dersch/barrel/barrel.html)
# d,e initial lens offset in pixels(defaults d0 e0, optional).
# Used to correct for offset from center of image
# d - horizontal offset,
# e - vertical offset
# g,t initial lens shear. Use to remove slight misalignment
# of the line scanner relative to the film transport
# g - horizontal shear
# t - vertical shear
# TiX,TiY,TiZ,TiS initial tilt. Use to correct for off NPP nadir images
# TiX the x offset of the camera (default TiX0)
# TiY the y offset of the camera (default TiY0)
# TiZ the z offset of the camera (default TiZ0)
# TiS the scale offset of the camera (default TiS1, valid for values > 0)
# TrX,TrY,TrZ initial mosaic mode translation offsets, alternative to Ti
# parameters
# Te0,Te1,Te2,Te3 Test parameters
# S100,600,100,800 Selection(l,r,t,b), Only pixels inside the rectangle will be used for conversion.
# Original image size is used for all image parameters
# (e.g. field-of-view) refer to the original image.
# C100,600,100,800 Crop(l,r,t,b), Only pixels inside the rectangle will be used for conversion.
# Cropped image size is used for all image parameters
# (e.g. field-of-view) refer to the cropped part of the image.
# m20 (obsolete, use S & C) ignore a frame 20 pixels wide. default: 0
# mx100 (obsolete, use S & C) crop to brightest rectangle with size 100x200;
# my200 (obsolete, use S & C) used only for circular fisheye images (f2)
# s0 (obsolete, ignored, always blend) specify placement of seam between buffer and image:
# 0-middle of overlap('blend' ,default)
# 1- at edge of image ('paste').
# o (the small letter). Morph-to-fit using control points.
# X10 World coordinates of camera position, only used for PTStereo
# Y200 If the camera is aligned (yaw = pitch = roll = 0.0),
# Z-13.5 X is coordinate to the right, Y vertically up and
# -Z is forward viewing direction.
# nName Name of image (ignored by PTOptimizer used in PTStitcher)
#
# Parameters in different images can be linked using '='
# followed by the image number starting with 0.
# Example 'v=0' sets horizontal field of view as in
# image number 0. This feature works for the variables
# v, a, b, c, (r, p, y with caution) d, e, g, and t
i f2 r0 p0 y0 v183 a0 b-0.1 c0 mx400 my400
i f2 r-0.5 p1 y182 v=0 a0 b-0.1 c0 mx400 my400
# 'v'-line options:
# -----------------
# Please note: the 'v'-line must come after the the 'i'-lines.
# Optimization variables are listed together with the image number
# starting at 0. There can be several v-lines.
#
# y0 Optimize yaw in image 0
# p1 Optimize pitch in image 1
# r2 Optimize roll in image 2
# v0 Optimize field of view in image 0
# a2 Optimize lens correction parameter 'a' in image 2
# b and c can be equally optimized.
# X1 Optimize x-coordinate of image 1, only for PTStereo
# Y2 Optimize y-coordinate of image 2, only for PTStereo
# Z6 Optimize z-coordinate of image 6, only for PTStereo
#
# If a image has a parameter linked to another image only
# need to optimize the master.
v v0 r0 p0 r1 p1 y1
#
# 'm'-line options
# ----------------
# Set mode for stitcher, not required
#
# g2.5 Set gamma value for internal computations (default 1.0)
# See <http://www.fh-furtwangen.de/~dersch/gamma/gamma.html>
# i2 Set interpolator, See <http://www.fh-furtwangen.de/~dersch/interpolator/interpolator.html>
# one of:
# 0 - poly3 (default)
# 1 - spline16,
# 2 - spline36,
# 3 - sinc256,
# 4 - spline64,
# 5 - bilinear,
# 6 - nearest neighbor,
# 7 - sinc1024
# \/ antialiasing filters \/ See <http://www.pano2qtvr.com/dll_patch/>
# 8 - Box
# 9 - Bartlett/Triangle
# 10 - Hermite
# 11 - Hanning
# 12 - Hamming
# 13 - Blackmann
# 14 - Gaussian 1/sqrt(2)
# 15 - Gaussian 1/2
# 16 - Quadardic
# 17 - Cubic
# 18 - Catmull-Rom
# 19 - Mitchell
# 20 - Lanczos2
# 21 - Lanczos3
# 22 - Blackman/Bessel
# 23 - Blackman/sinc
#
# p0 Create panorama after optimizing control points
# 0 no(default), 1 yes
#
# m0 use Huber m-estimator during second optimisation pass.
# This will reduce the weight of control points with higher errors
# It might help a little if a pano contains a few inaccurate or
# completely wrong control points.
# 0: no m-estimator (as in previous versions)
# Any other number is the sigma parameter of the huber m-estimator.
# Control points with errors higher than sigma will have less
# influence during the optimisation.
# A good value for sigma might be 2.
#
m g1.5 i6
#
# 'c' lines
# ----------------
# Control point lines
# One line per point pair
# about one pair of points per image per variable being optimized.
# The more variables being optimized the more control points needed.
#
# n0 first image
# N1 second image
# x1066.5 first image x point position
# y844.333 first image y point position
# X239.52 second image x point position
# Y804.64 second image y point position
# t0 type of control point (optional)
# 0 - normal (default)
# 1 - optimize horizontally only
# 2 - optimize vertically only
# 3+ (all other numbers) - straight line
*
Every thing after * is ignored.