# -*- coding: iso-8859-7 -*-
##############################################################################
# ThanCad 0.0.9 "DoesSomething": 2dimensional CAD with raster support for engineers.
#
# Copyright (c) 2001-2009 Thanasis Stamos, August 23, 2009
# URL: http://thancad.sourceforge.net
# e-mail: cyberthanasis@excite.com
#
# 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 program 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 (www.gnu.org/licenses/gpl.html).
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
##############################################################################
"""\
ThanCad 0.0.9 "DoesSomething": 2dimensional CAD with raster support for engineers.
This module defines various information for the translation from English to Greek
and other languages. This module is specific to the modules which implement the
various matching algorithms.
"""
from p_gtkwid import Translation
#English to greek translation table
en2gr = \
{ "__TRANSLATION__" : ("en", "iso-8859-1", "gr", "iso-8859-7"),
"&Match 2d" : u" 2",
"&Match 3d to 2d" : u" 3 2",
"&Match 3d" : u" 3",
"&Match multiple 2d" : u" 2",
"&Mid axis" : u" ",
"&Project 3d to 2d" : u" 3 2",
"Global Matching of 2D Curves" : "1",
"Select the\nreference line" : u"\n ",
"Select the line to be moved\ntowards the reference line": u" \n ",
"Select the reference line:\n" : u" \n",
"Select the line to be moved towards the reference line:\n": u" \n",
"PREALIGNMENT:" : u"-:",
"Centroid method" : u" ",
"Distance method" : u" ",
"AZIMOUTH APPROXIMATION:" : u" :",
"Average of first and last node" : u" ",
"Exhaustive search of all azimouths" : u" ",
"Average azimouth of whole curve" : u" ",
"1 slave line must be selected" : u" 1 ",
"Multiple Curve Global Matching" : u" ",
"Execute" : u"",
"Cancel" : u"",
"Multiple Curve Matching Algorithms" : u" ",
"Dimitra Vassilaki, PhD Candidate" : u" , ",
"Select the\nreference lines" : u"\n ",
"Select the lines to be moved\ntowards the reference lines": u" \n ",
"Select the reference lines:\n" : u" :\n",
"Select the lines to be moved towards the reference lines:\n": u" :\n",
"(%d selected)" : u"(%d )",
"CORRESPONDENCE METHOD:" : u" :",
"Distance of Line Ends" : u" ",
"Distance of centroids" : u" ",
"Absolute length difference" : u" ",
"Average distance with partial ICP application" : u" ICP",
"RMS with full ICP application" : u"RMS ICP",
"Hybrid (ends, centroid, full ICP)" : u" (, , ICP)",
"PREALIGNMENT (BEFORE CORRESPONDENCE):" : u"- ( ):",
"Centroid method using convex hull" : u" ",
"Centroid method using all curves" : u" ",
"None" : u"",
"PREALIGNMENT (AFTER CORRESPONDENCE):" : u"- ( ):",
"Individual centroid method for each pair of curves": u" ",
"Individual full ICP method for each pair of curves": u" ICP ",
"Global Matching of Curves of different Dimensionality": u" ",
"Curve Matching Algorithms" : u" ",
"Lab of Photogrammetry, NTUA, " : u" , , ",
"ICP GENERAL PARAMETERS:" : u" ICP:",
"Interpolation Distance (m)" : u" (m)",
"Distance Range (m)" : u" ",
"Convergence threshold (m)" : u" (m)",
"Max number of steps" : u" ",
"PROJECTION TYPE:" : u" :",
"Polynomial Projection of first order" : u" 1 ",
"Direct Linear Transform" : u" ",
"Rational Polynomial Projection of first order" : u" 1 ",
"Polynomial Projection of second order" : u" 2 ",
"Rational Polynomial Projection of second order" : u" 2 ",
"Rational Polynomial Projection of 2/1 order" : u" 2/1 ",
"Projection type" : u" ",
"SELECT LINES:" : u" :",
"Select the\nreference (3D) line" : u"\n (3)",
"Select the\nprojected (2D) line" : u"\n (2)",
"PURE PROJECTION APPROXIMATION:" : u" :",
"Projection to XY-plane (aerial/satellite images)": u" XY (/)",
"Projection to known plane (lidar)" : u" (lidar)",
"Known projection coefficients" : u" ",
"Exhaustive search for projection plane" : u" ",
"First Approximation of pure projection" : u" ",
"File of projection coefficients" : u" ",
"Normal unit vector of projection plane" : u" ",
"PURE TRANSFORMATION APPROXIMATION:" : u" :",
"None (identity transformation)" : u" ( )",
"2D similarity approximation" : u" 2",
"Distance algorithm" : u" ",
"1 reference line must be selected" : u" 1 ",
"1 projected line must be selected" : u" 1 ",
"Error in data" : u" ",
"Select the reference (3D) line\n" : u" (3)\n",
"Select the projected (2D) line\n" : u" (2)\n",
"Data modified, OK to cancel?" : u" , ;",
"Warning" : u"",
}
Tmatch = Translation(en2gr)
#Tmatch.thanLangSet("en", "gr")
Tmatch.thanLangSet("en", "en")
del en2gr
#Tmatch.thanReport()
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