Software Público Brasileiro

# InVesalius 3.0 Beta - English
# Copyright (C) 2007-2009 Centro de Tecnologia da Informação Renato Archer
# This file is distributed under the same license as the InVesalius package. (GNU General Public License v2)
# Tatiana Al-Chueyr Pereira Martins <tatiana.alchueyr@gmail.com>
# Paulo Henrique Junqueira Amorim <paulojamorim@gmail.com>
# Thiago Franco de Morais <totonixsame@gmail.com>
msgid ""
msgstr ""
"Project-Id-Version: InVesalius 3\n"
"Report-Msgid-Bugs-To: \n"
"POT-Creation-Date: 2010-03-13 10:17-0300\n"
"PO-Revision-Date: 2010-01-07 11:25-0300\n"
"Last-Translator: Sebastian Hilbert <sebastian.hilbert@gmx.net>\n"
"Language-Team: InVesalius Team <invesalius@cti.gov.br>\n"
"MIME-Version: 1.0\n"
"Content-Type: text/plain; charset=UTF-8\n"
"Content-Transfer-Encoding: 8bit\n"
"X-Poedit-Language: English\n"
"X-Poedit-SourceCharset: utf-8\n"
"X-Poedit-Country: GENERIC\n"

#: constants.py:31
#, python-format
msgid "M %d"
msgstr "M %d"

#: constants.py:91
msgid "Keep all slices"
msgstr "Behalte alle Schnitte"

#: constants.py:91
msgid "Skip 1 for each 2 slices"
msgstr "Überspringe 1 alle 2 Schnitte"

#: constants.py:92
msgid "Skip 2 for each 3 slices"
msgstr "Überspringe 2 alle 3 Schnitte"

#: constants.py:92
msgid "Skip 3 for each 4 slices"
msgstr "Überspringe 3 alle 4 Schnitte"

#: constants.py:93
msgid "Skip 4 for each 5 slices"
msgstr "Überspringe 4 alle 5 Schnitte"

#: constants.py:93
msgid "Skip 5 for each 6 slices"
msgstr "Überspringe 5 alle 6 Schnitte"

#: constants.py:133 slice_menu.py:76 slice_menu.py:81
msgid "Default "
msgstr "Standard"

#: constants.py:134
msgid "Hue"
msgstr "Farbschattierung"

#: constants.py:135
msgid "Saturation"
msgstr "Sättigung"

#: constants.py:136
msgid "Desert"
msgstr "Wüste"

#: constants.py:137
msgid "Rainbow"
msgstr "Regenbogen"

#: constants.py:138
msgid "Ocean"
msgstr "Ozean"

#: constants.py:139
msgid "Inverse Gray"
msgstr "Invertiert Grau"

#: constants.py:180 constants.py:265 dialogs.py:433 dialogs.py:446
#: dicom_preview_panel.py:619 dicom_preview_panel.py:620 presets.py:30
#: presets.py:48 presets.py:103 presets.py:134
msgid "Bone"
msgstr "Knochen"

#: constants.py:187
#, python-format
msgid "Mask %d"
msgstr "Maske %d"

#: constants.py:240 task_surface.py:43
msgid "Draw"
msgstr "Zeichne"

#: constants.py:240 task_surface.py:43
msgid "Erase"
msgstr "Lösche"

#: constants.py:240 data_notebook.py:434 task_surface.py:43
msgid "Threshold"
msgstr "Grenzwert"

#: constants.py:251 constants.py:256
msgid "Low"
msgstr "Niedrig"

#: constants.py:252 constants.py:256
msgid "Medium"
msgstr "Mittel"

#: constants.py:253 constants.py:256
msgid "High"
msgstr "Hoch"

#: constants.py:254 constants.py:255 constants.py:256 surface.py:381
msgid "Optimal *"
msgstr "Optimal"

#: constants.py:261
#, python-format
msgid "Surface %d"
msgstr "Oberfläche %d"

#: constants.py:264
msgid "Abdomen"
msgstr "Abdomen"

#: constants.py:266
msgid "Brain Posterior Fossa"
msgstr "Posteriore Fossa des Gehirns"

#: constants.py:267
msgid "Brain"
msgstr "Gehirn"

#: constants.py:268 control.py:339 slice_menu.py:39 slice_menu.py:51
msgid "Default"
msgstr "Standard"

#: constants.py:269
msgid "Emphysema"
msgstr "Emphysem"

#: constants.py:270
msgid "Ischemia - Hard Non Contrast"
msgstr "Ischämie - hart ohne Kontrast"

#: constants.py:271
msgid "Ischemia - Soft Non Contrast"
msgstr "Ischämie - weich ohne Kontrast"

#: constants.py:272
msgid "Larynx"
msgstr "Larynx"

#: constants.py:273
msgid "Liver"
msgstr "Leber"

#: constants.py:274
msgid "Lung - Soft"
msgstr "Lunge - weich"

#: constants.py:275
msgid "Lung - Hard"
msgstr "Lunge - hart"

#: constants.py:276
msgid "Mediastinum"
msgstr "Mediastinum"

#: constants.py:277 control.py:340 slice_menu.py:46 slice_menu.py:51
msgid "Manual"
msgstr "Handbuch"

#: constants.py:278
msgid "Pelvis"
msgstr "Becken"

#: constants.py:279
msgid "Sinus"
msgstr "Sinus"

#: constants.py:280
msgid "Vasculature - Hard"
msgstr "Gefässe - hart"

#: constants.py:281
msgid "Vasculature - Soft"
msgstr "Gefässe - hart"

#: constants.py:290
msgid "Front"
msgstr "Vorn"

#: constants.py:291
msgid "Back"
msgstr "Hinten"

#: constants.py:292
msgid "Top"
msgstr "Oben"

#: constants.py:293
msgid "Bottom"
msgstr "Unten"

#: constants.py:294
msgid "Right"
msgstr "Rechts"

#: constants.py:295
msgid "Left"
msgstr "Links"

#: constants.py:296
msgid "Isometric"
msgstr "Isometrisch"

#: constants.py:307
msgid "Airways"
msgstr "Luftwege"

#: constants.py:308
msgid "Airways II"
msgstr "Luftwege II"

#: constants.py:309
msgid "Black & White"
msgstr "Schwarz & Weiss"

#: constants.py:310
msgid "Bone + Skin"
msgstr "Knochen und Haut"

#: constants.py:311
msgid "Bone + Skin II"
msgstr "Knochen und Haut II"

#: constants.py:312
msgid "Dark Bone"
msgstr "Dunkler Knochen"

#: constants.py:313
msgid "Glossy"
msgstr "Glänzend"

#: constants.py:314
msgid "Glossy II"
msgstr "Glänzend II"

#: constants.py:315
msgid "Gold Bone"
msgstr "Goldener Knochen"

#: constants.py:316
msgid "High Contrast"
msgstr "Hoher Kontrast"

#: constants.py:317
msgid "Low Contrast"
msgstr "Niedriger Kontrast"

#: constants.py:318 constants.py:325
msgid "Soft on White"
msgstr "Weich und weiss"

#: constants.py:319
msgid "Mid Contrast"
msgstr "Mittlerer Kontrast"

#: constants.py:320
msgid "No Shading"
msgstr "keine Schattierung"

#: constants.py:321
msgid "Pencil"
msgstr "Stift"

#: constants.py:322
msgid "Red on White"
msgstr "Rot auf weiss"

#: constants.py:323
msgid "Skin On Blue"
msgstr "Haut auf blau"

#: constants.py:324
msgid "Skin On Blue II"
msgstr "Haut auf blau II"

#: constants.py:326
msgid "Soft + Skin"
msgstr "Weich und Haut"

#: constants.py:327
msgid "Soft + Skin II"
msgstr "Weich und Haut II"

#: constants.py:328
msgid "Soft + Skin III"
msgstr "Weich und Haut III"

#: constants.py:329
msgid "Soft On Blue"
msgstr "Weich auf blau"

#: constants.py:330
msgid "Soft"
msgstr "Weich"

#: constants.py:331
msgid "Standard"
msgstr "Standard"

#: constants.py:332
msgid "Vascular"
msgstr "Vasculär"

#: constants.py:333
msgid "Vascular II"
msgstr "Vasculär II"

#: constants.py:334
msgid "Vascular III"
msgstr "Vasculär III"

#: constants.py:335
msgid "Vascular IV"
msgstr "Vasculär IV"

#: constants.py:336
msgid "Yellow Bone"
msgstr "Gelber Knochen"

#: constants.py:358 constants.py:360
msgid " Off"
msgstr " Aus"

#: constants.py:361 volume.py:552
msgid "Cut plane"
msgstr "Schnittebene"

#: control.py:275
#, python-format
msgid "Loading file %d of %d"
msgstr "Lade Datei %d von %d"

#: control.py:367 dialogs.py:514 presets.py:44 presets.py:62 presets.py:117
#: presets.py:148 task_slice.py:406 task_slice.py:408 task_slice.py:420
#: task_slice.py:422 task_slice.py:458 task_slice.py:461
msgid "Custom"
msgstr "Spezifisch"

#: control.py:372
msgid "Untitled"
msgstr "Ubenannt"

#: control.py:446
msgid "Fix gantry tilt applying the degrees below"
msgstr "Ändere die Gantry-Neigung um untenstehende Gradzahl"

#: data_notebook.py:39 measures.py:14
msgid "Linear"
msgstr "Linearen"

#: data_notebook.py:40 measures.py:15
msgid "Angular"
msgstr "Schrägkugellager"

#: data_notebook.py:43 measures.py:18
msgid "3D"
msgstr "3D"

#: data_notebook.py:44 measures.py:19
msgid "Axial"
msgstr "Axialer"

#: data_notebook.py:45 measures.py:20
msgid "Coronal"
msgstr "Coronarer"

#: data_notebook.py:46 measures.py:21
msgid "Sagittal"
msgstr "Saggitaler"

#: data_notebook.py:62
msgid "Masks"
msgstr "Masken"

#: data_notebook.py:63
msgid "3D Surfaces"
msgstr "Oberflächen 2D"

#: data_notebook.py:64
msgid "Measures"
msgstr "Maßnahme"

#: data_notebook.py:182 frame.py:894
msgid "Measure distance"
msgstr "Messe Abstände"

#: data_notebook.py:185 frame.py:899
msgid "Measure angle"
msgstr "Messe Winkel"

#: data_notebook.py:433 data_notebook.py:774 data_notebook.py:1020
#: data_notebook.py:1209
msgid "Name"
msgstr "Name"

#: data_notebook.py:494
msgid "Mask"
msgstr "Maske"

#: data_notebook.py:775
msgid "Volume (mm³)"
msgstr "Volumen (mm³)"

#: data_notebook.py:776
msgid "Transparency"
msgstr "Transparenz"

#: data_notebook.py:1021
msgid "Location"
msgstr "Ort"

#: data_notebook.py:1022 data_notebook.py:1210
msgid "Type"
msgstr "Typ"

#: data_notebook.py:1023 data_notebook.py:1211
msgid "Value"
msgstr "Wert"

#: default_tasks.py:134
msgid "Data"
msgstr "Daten"

#: default_tasks.py:208 default_tasks.py:213
msgid "InVesalius start"
msgstr "Starte InVesalius"

#: default_tasks.py:209 default_tasks.py:214 default_tasks.py:242
msgid "Select region of interest"
msgstr "Wähle die gewünsche Region (ROI)"

#: default_tasks.py:210 default_tasks.py:215 default_tasks.py:244
msgid "Configure 3D surface"
msgstr "Konfiguriere die 3D-Oberfläche"

#: default_tasks.py:211
msgid "Export data"
msgstr "Datenexport"

#: default_tasks.py:216
msgid "Utilize navigation system"
msgstr ""

#: default_viewers.py:79 default_viewers.py:168 task_exporter.py:235
msgid "Axial slice"
msgstr "Axialer Schnitt"

#: default_viewers.py:84 default_viewers.py:174 task_exporter.py:236
msgid "Coronal slice"
msgstr "Coronarer Schnitt"

#: default_viewers.py:89 default_viewers.py:180 task_exporter.py:237
msgid "Sagittal slice"
msgstr "Saggitaler Schnitt"

#: default_viewers.py:95 default_viewers.py:186 task_exporter.py:238
msgid "Volume"
msgstr "Volumen"

#: default_viewers.py:416
msgid "Preset name"
msgstr "Voreinstellungsname"

#: default_viewers.py:419
msgid "Save raycasting preset"
msgstr "Speichern der Voreinstellung"

#: default_viewers.py:449
msgid "Tools"
msgstr "Werkzeuge"

#: dialogs.py:56
msgid "Value will be applied."
msgstr "Wert wird angewendet"

#: dialogs.py:60
msgid "Value will not be applied."
msgstr "Wert wird nicht angewendet"

#: dialogs.py:98
msgid "Loading DICOM files"
msgstr "Lade DICOM-Dateien"

#: dialogs.py:140
msgid "Open InVesalius 3 project..."
msgstr "Öffnen eines InVesalius 3 Projekts"

#: dialogs.py:177
msgid "Choose a DICOM folder:"
msgstr "Wähle einen DICOM Ordner:"

#: dialogs.py:208
msgid "Save project as..."
msgstr "Speichern des Projekts unter..."

#: dialogs.py:211
msgid "InVesalius project (*.inv3)|*.inv3"
msgstr "InVesalius Projekt (*.inv3)|*.inv3"

#: dialogs.py:274 dialogs.py:552 dialogs.py:577
#, python-format
msgid ""
"The project %s has been modified.\n"
"Save changes?"
msgstr ""
"Das Projekt %s wurde geändert.\n"
"Änderungen speichern ?"

#: dialogs.py:288
#, python-format
msgid "%s is an empty directory."
msgstr "%s ist ein leeres Verzeichnis"

#: dialogs.py:301
msgid "There are no DICOM files in the selected directory."
msgstr "Es gibt keine DICOM-Dateien im ausgewählten Verzeichnis"

#: dialogs.py:312
msgid "There is no mask of reference to create a surface."
msgstr ""

#: dialogs.py:323
msgid "No masks were selected for removal."
msgstr ""

#: dialogs.py:334
msgid "No surfaces were selected for removal."
msgstr ""

#: dialogs.py:346
msgid "No measures were selected for removal."
msgstr ""

#: dialogs.py:357
msgid "No masks were selected for duplication."
msgstr ""

#: dialogs.py:370
msgid "No surfaces were selected for duplication."
msgstr ""

#: dialogs.py:416
#, fuzzy
msgid "New mask name:"
msgstr "Neuer Oberflächename"

#: dialogs.py:420
#, fuzzy
msgid "Name the mask to be created"
msgstr "Name der zu erstellenden Oberfläche"

#: dialogs.py:427
#, fuzzy
msgid "Threshold preset:"
msgstr "Grenzwert"

#: dialogs.py:529
#, python-format
msgid "%s does not exist."
msgstr "%s existiert nicht."

#: dialogs.py:540
msgid "Please, provide more than one DICOM file for 3D reconstruction"
msgstr ""

#: dialogs.py:601
msgid "(c) 2007-2010 Renato Archer Information Technology Centre"
msgstr "(c) 2007-2010 Center for Information Technology Renato Archer"

#: dialogs.py:602
msgid ""
"InVesalius is a medical imaging program for 3D reconstruction. It uses a "
"sequence of 2D DICOM image files acquired with CT or MRI scanners. "
"InVesalius allows for the export of 3D volumes or surfaces as STL files for "
"creating physical models of a patient's anatomy using rapid prototyping "
"technologies."
msgstr ""
"InVesalius ist eine Software für die 3D-Rekonstruktion medizinischer Bilder "
"Es wird eine Sequenz von 2D-DICOM CT- oder MR-Bildern verarbeitet.\n"
" Es wird eine Sequenz von 2D-DICOM CT- oder MR-Bildern verarbeitet.\n"
"\n"
" Die Software kann auch die korrespondierenden STL-Dateien generieren, "
"sodass der Nutzer physikalische 3D-Modelle der Patientenanatmie drucken kann "
"durch die Nutzung von Rapid Prototyping."

#: dialogs.py:610
msgid "GNU GPL (General Public License) version 2"
msgstr "GNU GPL (General Public License) Version 2"

#: dialogs.py:636
msgid "Save raycasting preset as:"
msgstr "Speichere die Raycasting-Voreinstellung als:"

#: dialogs.py:679
msgid "New surface name:"
msgstr "Neuer Oberflächename"

#: dialogs.py:683
msgid "Name the surface to be created"
msgstr "Name der zu erstellenden Oberfläche"

#: dialogs.py:690
msgid "Mask of reference:"
msgstr "Referenzmaske"

#: dialogs.py:708
msgid "Surface quality:"
msgstr "Oberflächenqualität"

#: dialogs.py:737
msgid "Fill holes"
msgstr "Fülle Löcher"

#: dialogs.py:740
msgid "Keep largest region"
msgstr "Behalte die größte Region"

#: dialogs.py:774
msgid "BMP image"
msgstr "BMP-Bild"

#: dialogs.py:775
msgid "JPG image"
msgstr "JPG-Bild"

#: dialogs.py:776
msgid "PNG image"
msgstr "PNG-Bild"

#: dialogs.py:777
msgid "PostScript document"
msgstr "Postskriptdokument"

#: dialogs.py:778
msgid "POV-Ray file"
msgstr "POV-Ray-Datei"

#: dialogs.py:779
msgid "TIFF image"
msgstr "TIFF-Bild"

#: dicom.py:1424 dicom.py:1427
msgid "unnamed"
msgstr "unbenannt"

#: dicom_preview_panel.py:45
#, python-format
msgid "Image size: %d x %d"
msgstr "Bildformat: %d x %d"

#: dicom_preview_panel.py:46
#, python-format
msgid "Spacing: %.2f"
msgstr "Rastermaß: %.2f"

#: dicom_preview_panel.py:47
#, python-format
msgid "Location: %.2f"
msgstr "Ort: %.2f"

#: dicom_preview_panel.py:49
#, python-format
msgid ""
"%s %s\n"
"Made in InVesalius"
msgstr ""
"%s %s\n"
"Erstellt mit InVesalius"

#: dicom_preview_panel.py:187 dicom_preview_panel.py:188
msgid "Image"
msgstr "Bild"

#: dicom_preview_panel.py:395
#, python-format
msgid "%d Images"
msgstr "%d Bilder"

#: dicom_preview_panel.py:519 dicom_preview_panel.py:540
#, python-format
msgid "Image %d"
msgstr "Bild %d"

#: dicom_preview_panel.py:691
msgid "Auto-play"
msgstr "Auto-play"

#: frame.py:126
msgid "Data panel"
msgstr "Datenpanel"

#: frame.py:133
msgid "Preview medical data to be reconstructed"
msgstr "Vorschau der zu rekonstruierenden medizinischen Daten"

#: frame.py:403
msgid "Import DICOM...\tCtrl+I"
msgstr "Import DICOM...\tStrg+I"

#: frame.py:405
msgid "Open Project...\tCtrl+O"
msgstr "Öffne Projekt...\tStrg+O"

#: frame.py:406
msgid "Save Project\tCtrl+S"
msgstr "Speicher Projekt\tStrg+S"

#: frame.py:407
msgid "Save Project As..."
msgstr "Speichere Projekt unter..."

#: frame.py:408
msgid "Close Project"
msgstr "Schliesse Projekt"

#: frame.py:417
msgid "Exit"
msgstr "Beenden"

#: frame.py:460
msgid "Getting Started..."
msgstr "Erste Schritte"

#: frame.py:463
msgid "About..."
msgstr "Über"

#: frame.py:479
msgid "File"
msgstr "Datei"

#: frame.py:484
msgid "Help"
msgstr "Hilfe"

#: frame.py:566 surface.py:358 surface.py:539
msgid "Ready"
msgstr "Fertig"

#: frame.py:716
msgid "Import DICOM files..."
msgstr "Import DICOM..."

#: frame.py:723
msgid "Open a InVesalius project..."
msgstr "Öffnen eines InVesalius 3 Projekts"

#: frame.py:727
msgid "Save InVesalius project"
msgstr "Speichere InVesalius-Projekt"

#: frame.py:869
msgid "Zoom"
msgstr "Vergrößern"

#: frame.py:874
msgid "Zoom based on selection"
msgstr "Auswahl vergrößern"

#: frame.py:879
msgid "Rotate"
msgstr "Rotieren"

#: frame.py:884
msgid "Move"
msgstr "Bewegen"

#: frame.py:889
msgid "Constrast"
msgstr "Kontrast"

#: frame.py:1042
#, fuzzy
msgid "Scroll slices"
msgstr "Coronarer Schnitt"

#: frame.py:1046
msgid "Slices' cross intersection"
msgstr ""

#: frame.py:1203 frame.py:1272
msgid "Hide task panel"
msgstr "Arbeitsleiste verstecken"

#: frame.py:1207 frame.py:1294
msgid "Hide text"
msgstr "Verstecke Text"

#: frame.py:1278
msgid "Show task panel"
msgstr "Zeige Arbeitsleiste"

#: frame.py:1288
msgid "Show text"
msgstr "Zeige Text"

#: imagedata_utils.py:87 imagedata_utils.py:260 imagedata_utils.py:365
msgid "Generating multiplanar visualization..."
msgstr "Generieren multiplanare Visualisierung"

#: import_panel.py:214
msgid "Patient name"
msgstr "Patientenname"

#: import_panel.py:215
msgid "Patient ID"
msgstr "Patienten-ID"

#: import_panel.py:216
msgid "Age"
msgstr "Alter"

#: import_panel.py:217
msgid "Gender"
msgstr "Geschlecht"

#: import_panel.py:218
msgid "Study description"
msgstr "Studienbeschreibung"

#: import_panel.py:219
msgid "Modality"
msgstr "Modalität"

#: import_panel.py:220
msgid "Date acquired"
msgstr "Erfassungsdatum"

#: import_panel.py:221
msgid "# Images"
msgstr "# Bilder"

#: import_panel.py:222
msgid "Institution"
msgstr "Einrichtung"

#: import_panel.py:223
msgid "Date of birth"
msgstr "Geburtsdatum"

#: import_panel.py:224
msgid "Accession Number"
msgstr "Zugriffsnummer"

#: import_panel.py:225
msgid "Referring physician"
msgstr "Zuweisender Arzt"

#: import_panel.py:241
msgid "InVesalius Database"
msgstr "InVesalius-Datenbank"

#: language_dialog.py:36
msgid "Language selection"
msgstr "Sprachauswahl"

#: language_dialog.py:79
msgid "Choose user interface language"
msgstr "Wähle die Sprache der Oberfläche"

#: polydata_utils.py:132
#, fuzzy
msgid "Getting selected parts"
msgstr "Erste Schritte"

#: polydata_utils.py:191
#, fuzzy
msgid "Splitting disconected parts"
msgstr "Trenne alle nicht zusammenhängende Oberflächen"

#: presets.py:31 presets.py:49 presets.py:104 presets.py:135
msgid "Soft Tissue"
msgstr "Weichteile"

#: presets.py:32 presets.py:50 presets.py:105 presets.py:136
msgid "Enamel (Adult)"
msgstr "Glasur (Erwachsener)"

#: presets.py:33 presets.py:51 presets.py:106 presets.py:137
msgid "Enamel (Child)"
msgstr "Glasur (Kind)"

#: presets.py:34 presets.py:52 presets.py:107 presets.py:138
msgid "Compact Bone (Adult)"
msgstr "Kompakter Knochen (Erwachsener)"

#: presets.py:35 presets.py:53 presets.py:108 presets.py:139
msgid "Compact Bone (Child)"
msgstr "Kompakter Knochen (Kind)"

#: presets.py:36 presets.py:54 presets.py:109 presets.py:140
msgid "Spongial Bone (Adult)"
msgstr "Spongiöser Knochen (Erwachsener)"

#: presets.py:37 presets.py:55 presets.py:110 presets.py:141
msgid "Spongial Bone (Child)"
msgstr "Spongiöser Knochen (Kind)"

#: presets.py:38 presets.py:56 presets.py:111 presets.py:142
msgid "Muscle Tissue (Adult)"
msgstr "Muskelgewebe (Erwachsener)"

#: presets.py:39 presets.py:57 presets.py:112 presets.py:143
msgid "Muscle Tissue (Child)"
msgstr "Muskelgewebe (Kind)"

#: presets.py:40 presets.py:58 presets.py:113 presets.py:144
msgid "Fat Tissue (Adult)"
msgstr "Fettgewebe (Erwachsener)"

#: presets.py:41 presets.py:59 presets.py:114 presets.py:145
msgid "Fat Tissue (Child)"
msgstr "Fettgewebe (Kind)"

#: presets.py:42 presets.py:60 presets.py:115 presets.py:146
msgid "Skin Tissue (Adult)"
msgstr "Hautgewebe (Erwachsener)"

#: presets.py:43 presets.py:61 presets.py:116 presets.py:147
msgid "Skin Tissue (Child)"
msgstr "Hautgewebe (Kind)"

#: slice_menu.py:104
msgid "Window Width and Level"
msgstr "Fensterbreite- und Level"

#: slice_menu.py:105
msgid "Pseudo Colour"
msgstr "Pseudofarben"

#: slice_menu.py:106
msgid "Image Tiling"
msgstr "Bilderteilung"

#: surface.py:422 surface.py:456 surface.py:464 surface.py:521
#: surface_process.py:55 surface_process.py:67 surface_process.py:76
#: surface_process.py:89 surface_process.py:98 surface_process.py:109
msgid "Generating 3D surface..."
msgstr "Generiere 3D-Oberfläche"

#: task_exporter.py:105
msgid "Export InVesalius screen to an image file"
msgstr "Exportiere InVesalius-Bildschirm in eine Bilddatei"

#: task_exporter.py:107
msgid "Export picture..."
msgstr "Exportiere Bild..."

#: task_exporter.py:116
msgid "Export 3D surface"
msgstr "Export der 3D-Oberfläche"

#: task_exporter.py:117
msgid "Export 3D surface..."
msgstr "Export der 3D-Oberfläche..."

#: task_exporter.py:308
msgid "Save 3D surface as..."
msgstr "Speichern der 3D-Oberfläche"

#: task_exporter.py:327
msgid "You need to create a surface and make "
msgstr "Sie müssen eine Oberfläche erstellen diese"

#: task_exporter.py:328
msgid "visible before exporting it."
msgstr "vor dem Export sichtbar machen."

#: task_generic.py:65 task_navigator.py:65
msgid "Testing..."
msgstr ""

#: task_importer.py:64
msgid "Select DICOM or Analyze files to be reconstructed"
msgstr "Wähle zu rekonstruierende DICOM- oder Analyze-Dateien"

#: task_importer.py:65
msgid "Import medical images..."
msgstr "Importieren medizinische Bilder..."

#: task_importer.py:82
msgid "Open an existing InVesalius project..."
msgstr "Öffne ein existierendes InVesalius-Projekt..."

#: task_importer.py:83
msgid "Open an existing project..."
msgstr "Öffne ein existierendes Projekt..."

#: task_slice.py:82
msgid "Create mask for slice segmentation and editing"
msgstr "Erstelle eine Maske für die Schnittsegmentierung und -bearbeitung"

#: task_slice.py:83
msgid "Create new mask"
msgstr "Erstelle eine neue Maske"

#: task_slice.py:111
msgid "Save surface"
msgstr "Speichere Oberfläche"

#: task_slice.py:112
msgid "Overwrite last surface"
msgstr "Überschreibe letzte Oberfläche"

#: task_slice.py:217
msgid "Mask properties"
msgstr "Maskeneigenschaften"

#: task_slice.py:225
msgid "Advanced editing tools"
msgstr "Erweiterte Bearbeitungswerkzeuge"

#: task_slice.py:309
msgid "Set predefined or manual threshold:"
msgstr "Setze voreingestellten oder manuellen Schwellenwert:"

#: task_slice.py:503
msgid "Choose brush type, size or operation:"
msgstr "Wähle Pinseltyp, -größe oder -funktion"

#: task_slice.py:509
msgid "Circle"
msgstr "Kreis"

#: task_slice.py:513
msgid "Square"
msgstr "Quadrat"

#: task_slice.py:549
msgid "Brush threshold range:"
msgstr "Pinselschwellenwert:"

#: task_surface.py:85
msgid "Create 3D surface based on a mask"
msgstr "Erstelle 3D-Oberfläche basierend auf einer Maske"

#: task_surface.py:104
msgid "Next step"
msgstr "Nächster Schritt"

#: task_surface.py:134
msgid "InVesalius 3 - New surface"
msgstr "InVesalius 3 - Neue Oberfläche"

#: task_surface.py:207
msgid "Surface properties"
msgstr "Oberflächeneingenschaften"

#: task_surface.py:214
msgid "Advanced options"
msgstr "Erweiterte Optionen"

#: task_surface.py:246
msgid "Automatically select largest disconnected region and create new surface"
msgstr ""
"Wähle automatisch den größten nicht zusammenhängenden Bereich aus und "
"erstelle eine neue Oberfläche"

#: task_surface.py:247
msgid "Select largest part"
msgstr "Wähle den größten Teil"

#: task_surface.py:255
msgid ""
"Automatically select disconnected regions and create one new surface per "
"region"
msgstr ""
"Wähle automatisch nicht zusammenhängende Bereiche und erstelle eine neue "
"Oberfläche pro Region"

#: task_surface.py:256
msgid "Split all disconnected surfaces"
msgstr "Trenne alle nicht zusammenhängende Oberflächen"

#: task_surface.py:264
msgid "Manually insert seeds of regions of interest and create one new surface"
msgstr ""
"Füge manuell Kondensationskerne in interessanten Bereiche (ROI) ein und "
"erstelle eine neue Oberfläche"

#: task_surface.py:265
msgid "Select regions of interest..."
msgstr "Wähle einen interessante Bereich aus (ROI)"

#: task_surface.py:396
msgid "Transparency:"
msgstr "Transparenz:"

#: task_surface.py:532
msgid "Decimate resolution:"
msgstr "Dezimale Auflösung"

#: task_surface.py:542
msgid "Smooth iterations:"
msgstr "Weiche Iterationen"

#: task_tools.py:60
msgid "Measure distances"
msgstr "Messe Abstände"

#: task_tools.py:61
msgid "Measure"
msgstr "Messen"

#: task_tools.py:64 task_tools.py:65
msgid "Add text annotations"
msgstr "Füge Textkommentare hinzu"

#: viewer_slice.py:449 viewer_slice.py:453
msgid "R"
msgstr "R"

#: viewer_slice.py:449 viewer_slice.py:453
msgid "L"
msgstr "L"

#: viewer_slice.py:449 viewer_slice.py:451
msgid "A"
msgstr "A"

#: viewer_slice.py:449 viewer_slice.py:451
msgid "P"
msgstr "P"

#: viewer_slice.py:451 viewer_slice.py:453
msgid "T"
msgstr "T"

#: viewer_slice.py:451 viewer_slice.py:453
msgid "B"
msgstr "B"

#, fuzzy
#~ msgid "Measure %d"
#~ msgstr "Messen"

#, fuzzy
#~ msgid "Annotations"
#~ msgstr "Füge Textkommentare hinzu"

#~ msgid "Name of new mask:"
#~ msgstr "Name der neuen Maske:"

#~ msgid "InVesalius 3 - New mask"
#~ msgstr "InVesalius 3 - Neue Maske"

#~ msgid "InVesalius is a software for medical imaging 3D reconstruction. "
#~ msgstr ""
#~ "InVesalius ist eine Software für die 3D-Rekonstruktion medizinischer "
#~ "Bilder"

#~ msgid ""
#~ "Its input is a sequency of DICOM 2D image files acquired with CT or MR.\n"
#~ "\n"
#~ msgstr ""
#~ "Es wird eine Sequenz von 2D-DICOM CT- oder MR-Bildern verarbeitet.\n"
#~ "\n"

#~ msgid "The software also allows generating correspondent STL files,"
#~ msgstr ""
#~ "Die Software kann auch die korrespondierenden STL-Dateien generieren,"

#~ msgid "so the user can print 3D physical models of the patient's anatomy "
#~ msgstr ""
#~ "sodass der Nutzer physikalische 3D-Modelle der Patientenanatmie drucken "
#~ "kann "

#~ msgid "using Rapid Prototyping."
#~ msgstr "durch die Nutzung von Rapid Prototyping."

#, fuzzy
#~ msgid "Add annotation"
#~ msgstr "Füge Textkommentare hinzu"

#~ msgid "Import medical image..."
#~ msgstr "Medizinisches Bild importieren"

#~ msgid "Window and Level"
#~ msgstr "Fenster und Level"