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Panotools::Script(3)  User Contributed Perl Documentation Panotools::Script(3)

NAME
       Panotools::Script - Panorama Tools scripting

SYNOPSIS
       Read, write and manipulate hugin script files.

DESCRIPTION
       Library and utilities for manipulating project files created by the
       hugin photo stitching software.

       This file format is shared with various other tools, in particular this
       module is also capable of working with Panorama Tools script files.

USAGE
	 my $p = new Panotools::Script;

	 $p->Read ('/path/to/script.txt');

	 $p->Write ('/path/to/script.txt');

       File paths in a Panorama Tools script file are generally relative to
       the directory containing the script.  Modify this or otherwise prefix
       the filenames by supplying an optional second argument:

	 $p->Write ('/path/to/script.txt', '../path/to/prefix/tofiles');

       Clone a script object

	$clone = $p->Clone;

       Access various sections of the scriptfile:

	$p->Mode;	   # a L<Panotools::Script::Line::Mode> object
	$p->Panorama;	   # a L<Panotools::Script::Line::Panorama> object
	$p->Variable;	   # a L<Panotools::Script::Line::Variable> object

	$p->Image;	   # an array of L<Panotools::Script::Line::Image> objects
	$p->Output;	   # an array of L<Panotools::Script::Line::Output> objects
	$p->Control;	   # an array of L<Panotools::Script::Line::Control> objects
	$p->ControlMorph;  # an array of L<Panotools::Script::Line::ControlMorph> objects

       Rotate transform all the images in a project, angles in degrees:

	 $p->Transform ($roll, $pitch, $yaw);

       'o' output lines are generated by PTOptimizer and contain stitching
       parameters for each input image.	 'i' image lines provide parameters
       for optimisation as well as stitching.

       Update the 'image' lines based on 'output' lines and vice-versa like
       so:

	 $p->Output2Image;
	 $p->Image2Output;

       Remove duplicate control points from the project, returns a list of
       deleted points:

	 my $deleted = $p->Duplicates;

       Remove all points with an error distance greater than a threshold
       measured in pixels, returns a list of deleted points:

	 my $pruned = $p->Prune (12.345);

       Extract a new object consisting of just the requested images, related
       control points and optimisation settings:

	 my $subset = $p->Subset (1, 2, 34, 56);

       Images can be requested in any order, but they will be returned in the
       same order as the 'parent' project.

       Merge a project with another:

	 $p->Merge ($newstuff);

       This adds extra images from $newstuff, skipping duplicates.  All
       control points except exact duplicates are imported regardless.

       Get a summary of control point error distances in pixel units scaled to
       the output panorama:

	 my ($total, $min, $max, $average, $sigma) = $p->Stats;

       Centre input images into the final panorama:

	  $p->Centre ('y');
	  $p->Centre ('p');
	  $p->Centre ('r');

       Split the project into exposure stacks based in roll, pitch & yaw, or
       into exposure layers based on EV values:

	 $stacks = $pto->Stacks;
	 $layers = $pto->ExposureLayers;

       Returns a list of image number lists.

       e.g. extract the first stack as a new project:

	 $pto_stack = $pto->Subset (@{$pto->Stacks->[0]});

       Split a project into exposure layers, returns a list of lists of image
       ids:

	  my $layers = $pto->ExposureLayers (1.0);

       Deafults to 0.5EV difference threshold.

       Get a list of unconnected groups, i.e. a list of image id lists:

	 $groups = $pto->ConnectedGroups;

	 warn 'just one group' if scalar @{$groups} == 1;

       Count the connections between any two images:

	 $points = $pto->Connections (3, 5);

       Given a project with unlinked lens parameters, link them together with
       the same lens number if all distortion, and photometric parameters
       match:

	  $pto->UnifyLenses;

       Given a project with stacks indicated by 'j' parameters, hard-link the
       positions (only recognised by Hugin with layout mode code).

	  $pto->LinkStacks;

       Return the angular distance in degrees between two images:

	 $deg = $pto->AngularDistance (3, 5);

       Look at all photos and calculate an optimal pixel width for this
       panorama, optionally supply a scaling factor:

	  $width = $pto->OptimalWidth (0.7);

       This number is rounded up to the nearest multiple of 16 pixels.

COPYRIGHT
       Copyright (c) 2001 Bruno Postle <bruno@postle.net>. All Rights
       Reserved.

       This program is free software; you can redistribute it and/or modify it
       under the terms of the GNU General Public License as published by the
       Free Software Foundation; either version 2 of the License, or (at your
       option) any later version.

       This software is distributed in the hope that it will be useful, but
       WITHOUT ANY WARRANTY; without even the implied warranty of
       MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
       General Public License for more details.

       You should have received a copy of the GNU General Public License along
       with this software; if not, write to the Free Software Foundation,
       Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307	 USA

perl v5.14.1			  2011-06-13		  Panotools::Script(3)
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