From 973fe4e950427880a025c230f119004b237cbb27 Mon Sep 17 00:00:00 2001 From: DouSam <28208639+DouSam@users.noreply.github.com> Date: Thu, 12 Mar 2026 17:08:44 +0000 Subject: [PATCH] Update translations from SlicerLanguageTranslations Processed tutorials: STC-GEN-101_WelcomeTutorial, STC-GEN-102_FourMinuteTutorial, STC-SEG-103_AIBasedSegmentationIn3DSlicer, STC-VIS-101_VisualizationTutorial Files: STC-GEN-101_en-US.ts,STC-GEN-101_es.ts,STC-GEN-101_fr.ts,STC-GEN-101_pt-BR.ts,STC-GEN-101_pt_PT.ts,STC-GEN-102_en-US.ts,STC-GEN-102_es.ts,STC-GEN-102_fr.ts,STC-GEN-102_pt-BR.ts,STC-GEN-102_pt_PT.ts,STC-SEG-103_ar-SA.ts,STC-SEG-103_en-US.ts,STC-SEG-103_es.ts,STC-SEG-103_fr.ts,STC-SEG-103_pt-BR.ts,STC-SEG-103_pt_PT.ts,STC-SEG-103_ta.ts,STC-SEG-103_th.ts,STC-SEG-103_uk.ts,STC-VIS-101_ar_SA.ts,STC-VIS-101_en-US.ts,STC-VIS-101_es.ts,STC-VIS-101_fr.ts,STC-VIS-101_pt-BR.ts,STC-VIS-101_pt_PT.ts --- .../Translations/text_dict_en-US.json | 81 +++++++------ .../Translations/text_dict_es.json | 96 +++++++-------- .../Translations/text_dict_fr.json | 92 ++++++--------- .../Translations/text_dict_pt-BR.json | 65 +++++------ .../Translations/text_dict_pt_PT.json | 85 +++++++------- .../Translations/text_dict_en-US.json | 20 ++-- .../Translations/text_dict_es.json | 34 ++---- .../Translations/text_dict_fr.json | 29 ++--- .../Translations/text_dict_pt-BR.json | 14 +-- .../Translations/text_dict_pt_PT.json | 18 +-- .../Translations/text_dict_ar_SA.json | 84 ++++++------- .../Translations/text_dict_en-US.json | 84 ++++++------- .../Translations/text_dict_es.json | 110 +++++++----------- .../Translations/text_dict_fr.json | 74 +++++------- .../Translations/text_dict_pt-BR.json | 58 ++++----- .../Translations/text_dict_pt_PT.json | 84 ++++++------- 16 files changed, 461 insertions(+), 567 deletions(-) diff --git a/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_en-US.json b/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_en-US.json index aed6f1de..64e44f75 100644 --- a/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_en-US.json +++ b/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_en-US.json @@ -1,52 +1,49 @@ { "0_TextBox_0": "Slicer Welcome", - "1_TextBox_0": "Slicer Welcome", "0_TextBox_1": "Sonia Pujol, Ph.D.", - "1_TextBox_1": "Sonia Pujol, Ph.D.", - "2_Goal_title": "Goal", - "6_WelcometoSlicer_title": "Welcome to Slicer", - "7_SlicerUserInterface_title": "Slicer User Interface", - "7_ArrowText_0": "Toolbar", - "7_TextBox_1": "3D viewer", - "7_ArrowText_6": "2D anatomical viewers", - "7_TextBox_5": "Data probe", - "0_TextBox_3": "Assistant Professor of Radiology\nBrigham and Women’s Hospital\nHarvard Medical School\n", - "1_TextBox_3": "Assistant Professor of Radiology\n\nBrigham and Women’s Hospital\n\nHarvard Medical School\n", - "2_Goal_body": "This tutorial is a short introduction to the Welcome module of the Slicer open-source software.", + "0_TextBox_3": "Assistant Professor of Radiology\n\nBrigham and Women’s Hospital\n\nHarvard Medical School\n", + "1_Goal_title": "Goal", + "1_Goal_body": "This tutorial is a short introduction to the Welcome module of the Slicer open-source software.", + "2_TextBox_0": "Slicer5 Basics", "3_TextBox_0": "Slicer5 Basics", - "4_TextBox_0": "Slicer5 Basics", - "3_TextBox_1": "*Slicer is an open-source software for segmentation, registration and visualization of medical imaging data.\n*The platform is developed through a multi-institution effort of several NIH funded large-scale consortia.\n*Slicer is for medical research only, and is not FDA approved. ", - "4_TextBox_1": "3D Slicer 5 version 5.10.0 includes over 100 modules and more than 190 extensions for image segmentation, registration and 3D visualization of medical imaging data.", - "5_TextBox_0": "Supported Platforms", - "5_TextBox_1": "*Slicer is a multi-platform software developed and maintained on Mac OSX, Linux and Windows.\n\n*Slicer requires a minimum of 2 GB of RAM and a dedicated graphic accelerator with 64 MB of on-board graphic memory. ", - "6_TextBox_1": "Each module of Slicer includes a series of tabs, which give access to different functionalities.\n\nClick on the arrow symbol to display the content of each tab. ", - "7_TextBox_3": "User Interface (UI) panel of the Slicer Welcome Module", + "2_TextBox_1": "*Slicer is an open-source software for segmentation, registration and visualization of medical imaging data.\n*The platform is developed through a multi-institution effort of several NIH funded large-scale consortia.\n*Slicer is for medical research only, and is not FDA approved. ", + "3_TextBox_1": "3D Slicer 5 version 5.10.0 includes over 100 modules and more than 190 extensions for image segmentation, registration and 3D visualization of medical imaging data.", + "4_TextBox_0": "Supported Platforms", + "4_TextBox_1": "*Slicer is a multi-platform software developed and maintained on Mac OSX, Linux and Windows.\n\n*Slicer requires a minimum of 2 GB of RAM and a dedicated graphic accelerator with 64 MB of on-board graphic memory. ", + "5_WelcometoSlicer_title": "Welcome to Slicer", + "5_TextBox_1": "Each module of Slicer includes a series of tabs, which give access to different functionalities.\n\nClick on the arrow symbol to display the content of each tab. ", + "6_SlicerUserInterface_title": "Slicer User Interface", + "6_ArrowText_0": "Toolbar", + "6_TextBox_1": "3D viewer", + "6_TextBox_3": "User Interface (UI) panel of the Slicer Welcome Module", + "6_TextBox_5": "Data probe", + "6_ArrowText_6": "2D anatomical viewers", + "7_WelcomeModule_title": "Welcome Module", "8_WelcomeModule_title": "Welcome Module", - "9_WelcomeModule_title": "Welcome Module", - "13_WelcomeModule_title": "Welcome Module", - "8_TextBox_1": "The Documentation & Tutorials tab contains links to the training compendium and documentation pages of 3D Slicer.", - "9_TextBox_0": "The Welcome module panel contains shortcuts for loading different types of data. A series of sample data are also available.\n\nClick on Download Sample Data to access the Sample Data Module", + "12_WelcomeModule_title": "Welcome Module", + "7_TextBox_1": "The Documentation & Tutorials tab contains links to the training compendium and documentation pages of 3D Slicer.", + "8_TextBox_0": "The Welcome module panel contains shortcuts for loading different types of data. A series of sample data are also available.\n\nClick on Download Sample Data to access the Sample Data Module", + "9_SampleData_title": "Sample Data", "10_SampleData_title": "Sample Data", "11_SampleData_title": "Sample Data", - "12_SampleData_title": "Sample Data", - "10_TextBox_1": "The Sample Data module contains links to different sample datasets that can be downloaded into Slicer.", - "11_TextBox_0": "Brain MR", - "11_TextBox_1": "Chest CT", - "11_TextBox_2": "Cardiac CT", - "11_TextBox_3": "Diffusion Tensor Imaging (DTI) Dataset", - "11_TextBox_4": "Brain MRI (tumor patient)", - "12_ArrowText_0": "Click on MRHead to download the\ndataset in Slicer.", - "13_TextBox_0": "The MR scan of the brain appears\nin the 2D viewers.", - "14_TextBox_0": "Position the mouse on the little pin icon in the top left corner of the red viewer to display the viewer menu", - "15_TextBox_1": "Click on the link icon to link all three 2D viewers, and on the eye icon next to it\nto display the slices in the 3D viewer", - "16_TextBox_0": "The axial, coronal and sagittal slices appear in the 3D viewer.\nGo back to the Welcome module using the green arrow in the toolbar", - "17_GoingFurther_title": "Going Further", - "18_TextBox_0": "Going Further", - "17_TextBox_0": "To learn more about Slicer and its different functionalities, visit the Slicer Compendium", - "18_TextBox_1": "https://training.slicer.org/", - "19_TextBox_1": "National Alliance for Medical Image\nComputing\nNIH U54EB005149\n\nNeuroimage Analysis Center\nNIH P41EB015902\n\nChan Zuckerberg Initiative (CZI)", + "9_TextBox_1": "The Sample Data module contains links to different sample datasets that can be downloaded into Slicer.", + "10_TextBox_0": "Brain MR", + "10_TextBox_1": "Chest CT", + "10_TextBox_2": "Cardiac CT", + "10_TextBox_3": "Diffusion Tensor Imaging (DTI) Dataset", + "10_TextBox_4": "Brain MRI (tumor patient)", + "11_ArrowText_0": "Click on MRHead to download the\ndataset in Slicer.", + "12_TextBox_0": "The MR scan of the brain appears\nin the 2D viewers.", + "13_MRBrainSampleDataset_title": "MR Brain Sample Dataset", "14_MRBrainSampleDataset_title": "MR Brain Sample Dataset", "15_MRBrainSampleDataset_title": "MR Brain Sample Dataset", - "16_MRBrainSampleDataset_title": "MR Brain Sample Dataset", - "19_TextBox_0": "Acknowledgements" + "13_TextBox_0": "Position the mouse on the little pin icon in the top left corner of the red viewer to display the viewer menu", + "14_TextBox_1": "Click on the link icon to link all three 2D viewers, and on the eye icon next to it\nto display the slices in the 3D viewer", + "15_TextBox_0": "The axial, coronal and sagittal slices appear in the 3D viewer.\nGo back to the Welcome module using the green arrow in the toolbar", + "16_GoingFurther_title": "Going Further", + "17_TextBox_0": "Going Further", + "16_TextBox_0": "To learn more about Slicer and its different functionalities, visit the Slicer Compendium", + "17_TextBox_1": "https://training.slicer.org/", + "18_TextBox_0": "Acknowledgements", + "18_TextBox_1": "National Alliance for Medical Image\nComputing\nNIH U54EB005149\n\nNeuroimage Analysis Center\nNIH P41EB015902\n\nChan Zuckerberg Initiative (CZI)" } \ No newline at end of file diff --git a/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_es.json b/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_es.json index e98f1583..a8b23cfb 100644 --- a/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_es.json +++ b/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_es.json @@ -1,65 +1,49 @@ { - "0_TextBox_0": "Bienvenido a Slicer", - "1_TextBox_0": "Bienvenido a Slicer", + "0_TextBox_0": "Slicer Welcome", "0_TextBox_1": "Sonia Pujol, Ph.D.", - "1_TextBox_1": "Sonia Pujol, Ph.D.", - "0_TextBox_2": "28/08/2024", - "0_TextBox_3": "Assistant Professor of Radiology\nBrigham and Women’s Hospital\nHarvard Medical School\n", - "2_Goal_title": "Meta", + "0_TextBox_3": "Assistant Professor of Radiology\n\nBrigham and Women’s Hospital\n\nHarvard Medical School\n", + "1_Goal_title": "Goal", "1_Goal_body": "Este tutorial es una breve introducción al módulo de bienvenida del software de código abierto Slicer. ", - "2_3DSlicerversion48_title": "3D Slicer versión 4.8", - "6_WelcometoSlicer_title": "Bienvenido a Slicer", + "2_TextBox_0": "Slicer5 Basics", "3_TextBox_0": "Slicer5 Basics", - "7_SlicerUserInterface_title": "Interfaz de Usuario Slicer", - "4_TextBox_1": "3D Slicer 5 version 5.10.0 includes over 100 modules and more than 190 extensions for image segmentation, registration and 3D visualization of medical imaging data.", - "7_ArrowText_0": "B. Herramientas", + "2_TextBox_1": "*Slicer is an open-source software for segmentation, registration and visualization of medical imaging data.\n*The platform is developed through a multi-institution effort of several NIH funded large-scale consortia.\n*Slicer is for medical research only, and is not FDA approved. ", + "3_TextBox_1": "3D Slicer 5 version 5.10.0 includes over 100 modules and more than 190 extensions for image segmentation, registration and 3D visualization of medical imaging data.", + "4_TextBox_0": "Supported Platforms", + "4_TextBox_1": "Panel de interfaz\nde usuario (IU) del\nmódulo de bienvenida\nde Slicer\t", + "5_WelcometoSlicer_title": "Welcome to Slicer", + "5_TextBox_1": "Each module of Slicer includes a series of tabs, which give access to different functionalities.\n\nClick on the arrow symbol to display the content of each tab. ", + "6_SlicerUserInterface_title": "Slicer User Interface", + "6_ArrowText_0": "Toolbar", + "6_TextBox_1": "3D viewer", + "6_TextBox_3": "User Interface (UI) panel of the Slicer Welcome Module", + "6_TextBox_5": "Data probe", + "6_ArrowText_6": "2D anatomical viewers", + "7_WelcomeModule_title": "Welcome Module", + "8_WelcomeModule_title": "Welcome Module", + "12_WelcomeModule_title": "Welcome Module", "7_TextBox_1": "Visor 3D", - "7_ArrowText_6": "Visores 2D anatómicos", - "7_TextBox_5": "Prueba de datos", - "1_TextBox_3": "Assistant Professor of Radiology\n\nBrigham and Women’s Hospital\n\nHarvard Medical School\n", - "2_Goal_body": "This tutorial is a short introduction to the Welcome module of the Slicer open-source software.", - "4_TextBox_0": "Slicer5 Basics", - "3_TextBox_1": "*Slicer is an open-source software for segmentation, registration and visualization of medical imaging data.\n*The platform is developed through a multi-institution effort of several NIH funded large-scale consortia.\n*Slicer is for medical research only, and is not FDA approved. ", - "5_TextBox_0": "La\tDocumentación y\tTutoriales\t\nlengüeta\tcontiene\tenlaces\tpara\tel\tentrenamiento\t\ncompendio\ty\tdocumentación páginas\tde\t3D\tSlicer\tversión\t4.8.\t", - "5_TextBox_1": "*Slicer is a multi-platform software developed and maintained on Mac OSX, Linux and Windows.\n\n*Slicer requires a minimum of 2 GB of RAM and a dedicated graphic accelerator with 64 MB of on-board graphic memory. ", - "6_TextBox_1": "Each module of Slicer includes a series of tabs, which give access to different functionalities.\n\nClick on the arrow symbol to display the content of each tab. ", - "7_TextBox_3": "User Interface (UI) panel of the Slicer Welcome Module", - "8_WelcomeModule_title": "Módulo Bienvenido", - "9_WelcomeModule_title": "Módulo Bienvenido", - "13_WelcomeModule_title": "Módulo Bienvenido", - "8_TextBox_1": "The Documentation & Tutorials tab contains links to the training compendium and documentation pages of 3D Slicer.", - "9_TextBox_0": "La resonancia magnética del cerebro aparece\nen los visores 2D.", + "8_TextBox_0": "The Welcome module panel contains shortcuts for loading different types of data. A series of sample data are also available.\n\nClick on Download Sample Data to access the Sample Data Module", + "9_SampleData_title": "Sample Data", "10_SampleData_title": "Sample Data", "11_SampleData_title": "Sample Data", - "12_SampleData_title": "Sample Data", - "10_TextBox_1": "The Sample Data module contains links to different sample datasets that can be downloaded into Slicer.", - "11_TextBox_0": "Pulse en el icono de enlace para vincular los tres\nvisores 2D y en el icono del ojo que se encuentra\njunto a él para mostrar los cortes en el visor 3D. );", - "11_TextBox_1": "Chest CT", - "11_TextBox_2": "Cardiac CT", - "11_TextBox_3": "Diffusion Tensor Imaging (DTI) Dataset", - "11_TextBox_4": "Brain MRI (tumor patient)", - "12_ArrowText_0": "Click on MRHead to download the\ndataset in Slicer.", + "9_TextBox_1": "The Sample Data module contains links to different sample datasets that can be downloaded into Slicer.", + "10_TextBox_0": "Brain MR", + "10_TextBox_1": "Chest CT", + "10_TextBox_2": "Cardiac CT", + "10_TextBox_3": "Diffusion Tensor Imaging (DTI) Dataset", + "10_TextBox_4": "Brain MRI (tumor patient)", + "11_ArrowText_0": "Click on MRHead to download the\ndataset in Slicer.", + "12_TextBox_0": "The MR scan of the brain appears\nin the 2D viewers.", + "13_MRBrainSampleDataset_title": "MR Brain Sample Dataset", + "14_MRBrainSampleDataset_title": "MR Brain Sample Dataset", + "15_MRBrainSampleDataset_title": "MR Brain Sample Dataset", "13_TextBox_0": "Para obtener más información sobre Slicer y\nsus diferentes funcionalidades, visite el compendio de Slicer4.8", - "14_TextBox_0": "Position the mouse on the little pin icon in the top left corner of the red viewer to display the viewer menu", - "15_TextBox_1": "Click on the link icon to link all three 2D viewers, and on the eye icon next to it\nto display the slices in the 3D viewer", - "16_TextBox_0": "The axial, coronal and sagittal slices appear in the 3D viewer.\nGo back to the Welcome module using the green arrow in the toolbar", - "17_GoingFurther_title": "Going Further", - "18_TextBox_0": "Going Further", - "17_TextBox_0": "To learn more about Slicer and its different functionalities, visit the Slicer Compendium", - "18_TextBox_1": "https://training.slicer.org/", - "19_TextBox_1": "National Alliance for Medical Image\nComputing\nNIH U54EB005149\n\nNeuroimage Analysis Center\nNIH P41EB015902\n\nChan Zuckerberg Initiative (CZI)", - "6_TextBox_0": "El panel del módulo de bienvenida\ncontiene accesos directos para\ncargar diferentes tipos de datos.\nTambién hay disponibles datos de muestra.\n\nPulse sobre \"Descargar datos de muestra\" para\nacceder al módulo de datos de muestra.\t", - "7_Sampledata_title": "Datos de muestra", - "8_Sampledata_title": "Datos de muestra", - "7_TextBox_0": "El módulo Datos de muestra contiene\nenlaces a diferentes conjuntos de datos\nde muestra que pueden descargarse\nen Slicer.\t", - "8_ArrowText_0": "Pulse\ten\tMRHead para\tdescargar\tel\t\ndataset\ten\tSlicer.\t", - "14_MRBrainSampleDataset_title": "Dataset de Muestra del Cerebro MR", - "15_MRBrainSampleDataset_title": "Dataset de Muestra del Cerebro MR", - "16_MRBrainSampleDataset_title": "Dataset de Muestra del Cerebro MR", - "10_ArrowText_0": "Posicionar el ratón en el pin pequeño\t\nicono\ten la cima izquierda de esquina del visor rojo para exhibir el menú del visor", - "12_MRBrainSampleDataset_title": "Pulse en el icono de enlace para vincular los tres\nvisores 2D y en el icono del ojo que se encuentra\njunto a él para mostrar los cortes en el visor 3D. );", - "12_TextBox_0": "Los cortes axial, coronal y sagital\naparecen en el visor 3D. Vuelva al\nmódulo de bienvenida usando la\nflecha verde de la barra de herramientas );", - "13_GoingFurther_title": "Los cortes axial, coronal y sagital\naparecen en el visor 3D. Vuelva al\nmódulo de bienvenida usando la\nflecha verde de la barra de herramientas );", - "19_TextBox_0": "Agradecimientos", - "14_TextBox_1": "Alianza Nacional para Cómputo de Imagen Médcia\nNIH U54EB005148\n\nCentro de Análisis Neuroimagen\nNIH P41EB015902" + "14_TextBox_1": "Alianza Nacional para Cómputo de Imagen Médcia\nNIH U54EB005148\n\nCentro de Análisis Neuroimagen\nNIH P41EB015902", + "15_TextBox_0": "The axial, coronal and sagittal slices appear in the 3D viewer.\nGo back to the Welcome module using the green arrow in the toolbar", + "16_GoingFurther_title": "Going Further", + "17_TextBox_0": "Going Further", + "16_TextBox_0": "To learn more about Slicer and its different functionalities, visit the Slicer Compendium", + "17_TextBox_1": "https://training.slicer.org/", + "18_TextBox_0": "Acknowledgements", + "18_TextBox_1": "National Alliance for Medical Image\nComputing\nNIH U54EB005149\n\nNeuroimage Analysis Center\nNIH P41EB015902\n\nChan Zuckerberg Initiative (CZI)" } \ No newline at end of file diff --git a/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_fr.json b/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_fr.json index 3268c1c5..a04e5d4d 100644 --- a/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_fr.json +++ b/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_fr.json @@ -1,65 +1,49 @@ { - "0_TextBox_0": "Bienvenue dans Slicer", - "1_TextBox_0": "Bienvenue dans Slicer", + "0_TextBox_0": "Slicer Welcome", "0_TextBox_1": "Sonia Pujol, Ph.D.", - "1_TextBox_1": "Sonia Pujol, Ph.D.", - "0_TextBox_2": "28/08/2024", "0_TextBox_3": "Professeur adjoint en radiologie\nBrigham and Women’s Hospital\nHarvard Medical School\n", - "2_Goal_title": "Objectif", + "1_Goal_title": "Goal", "1_Goal_body": "Ce tutoriel est une brève introduction au module Welcome du logiciel open-source Slicer. ", - "2_3DSlicerversion48_title": "3D Slicer version 4.8", - "6_WelcometoSlicer_title": "Bienvenue dans Slicer", - "3_TextBox_0": "Notions de base Slicer5", - "7_SlicerUserInterface_title": "Interface utilisateur de Slicer", - "4_TextBox_1": "3D Slicer 5 version 5.10.0 comprend plus de 100 modules et plus de 190 extensions pour la segmentation d’images, le recalage et la visualisation 3D de données d’imagerie médicale.", - "7_ArrowText_0": "Barre d’outils", - "7_TextBox_1": "Visionneuse 3D", - "7_ArrowText_6": "Visionneuses anatomiques 2D", - "7_TextBox_5": "Sonde de données", - "1_TextBox_3": "Professeur adjoint en radiologie\n\nBrigham and Women’s Hospital\n\nHarvard Medical School\n", - "2_Goal_body": "Ce tutoriel est une courte introduction au module Bienvenue du logiciel open-source Slicer.", - "4_TextBox_0": "Notions de base Slicer5", + "2_TextBox_0": "Slicer5 Basics", + "3_TextBox_0": "Slicer5 Basics", + "2_TextBox_1": "*Slicer is an open-source software for segmentation, registration and visualization of medical imaging data.\n*The platform is developed through a multi-institution effort of several NIH funded large-scale consortia.\n*Slicer is for medical research only, and is not FDA approved. ", "3_TextBox_1": "*Slicer est un logiciel open-source dédié à la segmentation, au recalage et à la visualisation de données d’imagerie médicale.\n*La plateforme est développée grâce à un effort multi-institutionnel impliquant plusieurs grands consortiums financés par le NIH.\n*Slicer est destiné uniquement à la recherche médicale et n’est pas approuvé par la FDA. ", - "5_TextBox_0": "L’onglet Documentation & Tutoriels \ncontient des liens vers \nle compendium de formation et les pages de documentation de la version 4.8 de 3D Slicer.\t", + "4_TextBox_0": "Supported Platforms", + "4_TextBox_1": "3D Slicer 5 version 5.10.0 comprend plus de 100 modules et plus de 190 extensions pour la segmentation d’images, le recalage et la visualisation 3D de données d’imagerie médicale.", + "5_WelcometoSlicer_title": "Welcome to Slicer", "5_TextBox_1": "*Slicer est un logiciel multiplateforme développé et maintenu sur Mac OS X, Linux et Windows.\n\n*Slicer nécessite au minimum 2 Go de mémoire vive (RAM) ainsi qu’un accélérateur graphique dédié disposant de 64 Mo de mémoire vidéo embarquée.* ", + "6_SlicerUserInterface_title": "Slicer User Interface", + "6_ArrowText_0": "Toolbar", "6_TextBox_1": "Chaque module de Slicer comprend une série d’onglets qui donnent accès à différentes fonctionnalités.\n\nCliquez sur le symbole en forme de flèche pour afficher le contenu de chaque onglet. ", - "7_TextBox_3": "Panneau d’interface utilisateur (UI) du module Bienvenue de Slicer", - "8_WelcomeModule_title": "Module Bienvenue", - "9_WelcomeModule_title": "Module Bienvenue", - "13_WelcomeModule_title": "Module Bienvenue", - "8_TextBox_1": "L’onglet Documentation & Tutorials contient des liens vers le compendium de formation et les pages de documentation de 3D Slicer.", - "9_TextBox_0": "Le scan IRM du cerveau apparaît dans les visionneuses 2D.", - "10_SampleData_title": "Exemple de données", - "11_SampleData_title": "Exemple de données", - "12_SampleData_title": "Exemple de données", + "6_TextBox_3": "User Interface (UI) panel of the Slicer Welcome Module", + "6_TextBox_5": "Data probe", + "6_ArrowText_6": "2D anatomical viewers", + "7_WelcomeModule_title": "Welcome Module", + "8_WelcomeModule_title": "Welcome Module", + "12_WelcomeModule_title": "Welcome Module", + "7_TextBox_1": "Visionneuse 3D", + "8_TextBox_0": "The Welcome module panel contains shortcuts for loading different types of data. A series of sample data are also available.\n\nClick on Download Sample Data to access the Sample Data Module", + "9_SampleData_title": "Sample Data", + "10_SampleData_title": "Sample Data", + "11_SampleData_title": "Sample Data", + "9_TextBox_1": "The Sample Data module contains links to different sample datasets that can be downloaded into Slicer.", + "10_TextBox_0": "Brain MR", "10_TextBox_1": "Le module Sample Data contient des liens vers différents jeux de données exemples pouvant être téléchargés dans Slicer.", - "11_TextBox_0": "Cliquez sur l’icône de lien pour relier les trois visionneuses 2D, puis sur l’icône en forme d’œil à côté pour afficher les coupes dans la visionneuse 3D\t) ;", - "11_TextBox_1": "Scanner thoracique", - "11_TextBox_2": "Scanner cardiaque", - "11_TextBox_3": "Jeu de données d’imagerie par tenseur de diffusion (DTI)", - "11_TextBox_4": "IRM cérébrale (patient atteint d’une tumeur)", - "12_ArrowText_0": "Cliquez sur MRHead pour télécharger le jeu de données dans Slicer.", + "10_TextBox_2": "Cardiac CT", + "10_TextBox_3": "Diffusion Tensor Imaging (DTI) Dataset", + "10_TextBox_4": "Brain MRI (tumor patient)", + "11_ArrowText_0": "Click on MRHead to download the\ndataset in Slicer.", + "12_TextBox_0": "The MR scan of the brain appears\nin the 2D viewers.", + "13_MRBrainSampleDataset_title": "MR Brain Sample Dataset", + "14_MRBrainSampleDataset_title": "MR Brain Sample Dataset", + "15_MRBrainSampleDataset_title": "MR Brain Sample Dataset", "13_TextBox_0": "Pour en savoir plus sur Slicer et ses différentes fonctionnalités, consultez le compendium de Slicer 4.8.", - "14_TextBox_0": "Placez la souris sur la petite icône en forme d’épingle dans le coin supérieur gauche du visionneur rouge pour afficher le menu du visionneur", - "15_TextBox_1": "Cliquez sur l’icône de lien pour lier les trois visionneurs 2D, puis sur l’icône œil à côté pour afficher les coupes dans le visionneur 3D.", + "14_TextBox_1": "Alliance nationale pour l’informatique de l’imagerie médicale\nNIH U54EB005148\n\nCentre d’analyse neuroimagerie\nNIH P41EB015902", + "15_TextBox_0": "The axial, coronal and sagittal slices appear in the 3D viewer.\nGo back to the Welcome module using the green arrow in the toolbar", + "16_GoingFurther_title": "Going Further", + "17_TextBox_0": "Going Further", "16_TextBox_0": "Les coupes axiales, coronales et sagittales apparaissent dans le visualiseur 3D.\nRevenez au module Welcome en utilisant la flèche verte dans la barre d’outils.", - "17_GoingFurther_title": "Pour aller plus loin", - "18_TextBox_0": "Pour aller plus loin", - "17_TextBox_0": "Pour en savoir plus sur Slicer et ses différentes fonctionnalités, consultez le Slicer Compendium", - "18_TextBox_1": "https://training.slicer.org/", - "19_TextBox_1": "National Alliance for Medical Image\nComputing\nNIH U54EB005149\n\nNeuroimage Analysis Center\nNIH P41EB015902\n\nChan Zuckerberg Initiative (CZI)", - "6_TextBox_0": "Le panneau du module Welcome contient des raccourcis pour charger différents types de données. Une série de données d’exemple est également disponible.\n\nCliquez sur Download Sample Data pour accéder au module Sample Data.\t", - "7_Sampledata_title": "Données d’exemple", - "8_Sampledata_title": "Données d’exemple", - "7_TextBox_0": "Le module Sample Data contient des liens vers différents ensembles de données d’exemple pouvant être téléchargés dans Slicer\t", - "8_ArrowText_0": "Cliquez sur MRHead pour télécharger l’ensemble de données dans Slicer\t", - "14_MRBrainSampleDataset_title": "Jeu de données d’exemple IRM du cerveau", - "15_MRBrainSampleDataset_title": "Jeu de données d’exemple IRM du cerveau", - "16_MRBrainSampleDataset_title": "Jeu de données d’exemple IRM du cerveau", - "10_ArrowText_0": "Placez la souris sur la petite icône en forme d’épingle dans le coin supérieur gauche de la visionneuse rouge pour afficher le menu de la visionneuse", - "12_MRBrainSampleDataset_title": "Cliquez sur l’icône de lien pour relier les trois visionneuses 2D, puis sur l’icône en forme d’œil à côté pour afficher les coupes dans la visionneuse 3D\t) ;", - "12_TextBox_0": "Les coupes axiale, coronale et sagittale apparaissent dans la visionneuse 3D.\nRetournez au module Welcome en utilisant la flèche verte dans la barre d’outils\t) ;", - "13_GoingFurther_title": "Les coupes axiale, coronale et sagittale apparaissent dans la visionneuse 3D.\nRetournez au module Welcome en utilisant la flèche verte dans la barre d’outils\t) ;", - "19_TextBox_0": "Remerciements", - "14_TextBox_1": "Alliance nationale pour l’informatique de l’imagerie médicale\nNIH U54EB005148\n\nCentre d’analyse neuroimagerie\nNIH P41EB015902" + "17_TextBox_1": "https://training.slicer.org/", + "18_TextBox_0": "Acknowledgements", + "18_TextBox_1": "https://training.slicer.org/" } \ No newline at end of file diff --git a/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_pt-BR.json b/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_pt-BR.json index fe8c96fb..070654c1 100644 --- a/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_pt-BR.json +++ b/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_pt-BR.json @@ -2,51 +2,48 @@ "0_TextBox_0": "Bem-vindo ao Slicer", "0_TextBox_1": "Sonia Pujol, Ph.D.", "0_TextBox_3": "Professor Assistente de Radiologia\nHospital Brigham and Women's\nFaculdade de Medicina de Harvard\n", - "1_TextBox_0": "Slicer Welcome", - "1_TextBox_1": "Sonia Pujol, Ph.D.", - "1_TextBox_3": "Professor Assistente de Radiologia\nHospital Brigham and Women's\nFaculdade de Medicina de Harvard\n", - "2_Goal_title": "Objetivo", - "2_Goal_body": "Este tutorial é uma breve introdução ao módulo de boas-vindas do software de código aberto Slicer.", + "1_Goal_title": "Goal", + "1_Goal_body": "This tutorial is a short introduction to the Welcome module of the Slicer open-source software.", + "2_TextBox_0": "Slicer5 Basics", "3_TextBox_0": "Slicer5 Basics", + "2_TextBox_1": "*Slicer is an open-source software for segmentation, registration and visualization of medical imaging data.\n*The platform is developed through a multi-institution effort of several NIH funded large-scale consortia.\n*Slicer is for medical research only, and is not FDA approved. ", "3_TextBox_1": "*Slicer é um software de código aberto para segmentação, registro e visualização de dados de imagens médicas. \n*A plataforma foi desenvolvida por meio de um esforço multi-institucional, com vários consórcios de grande escala financiados pelo NIH.\n*O Slicer destina-se exclusivamente à pesquisa médica e não possui aprovação da FDA. ", "4_TextBox_0": "Básico do Slicer5", "4_TextBox_1": "O 3D Slicer 5 versão 5.10.0 inclui mais de 100 módulos e mais de 190 extensões para segmentação de imagens, registro e visualização 3D de dados de imagens médicas.", - "5_TextBox_0": "Plataformas Suportadas", + "5_WelcometoSlicer_title": "Welcome to Slicer", "5_TextBox_1": "*O Slicer é um software multiplataforma desenvolvido e mantido para Mac OSX, Linux e Windows.\n*O Slicer requer, no mínimo, 2 GB de RAM e uma placa de vídeo dedicada com 64 MB de memória gráfica integrada. ", - "6_WelcometoSlicer_title": "Bem-vindo ao Slicer", + "6_SlicerUserInterface_title": "Slicer User Interface", + "6_ArrowText_0": "Toolbar", "6_TextBox_1": "Cada módulo do Slicer inclui uma série de abas que dão acesso a diferentes funcionalidades. Clique no símbolo de seta para exibir o conteúdo de cada aba. ", - "7_SlicerUserInterface_title": "Interface do Usuário no Slicer", - "7_ArrowText_0": "Barra de ferramentas", - "7_TextBox_1": "Visualizador 3D", - "7_TextBox_3": "Painel da interface do usuário do módulo de boas-vindas do Slicer", - "7_TextBox_5": "Sonda de dados", - "7_ArrowText_6": "Visualizadores anatômicos 2D", + "6_TextBox_3": "User Interface (UI) panel of the Slicer Welcome Module", + "6_TextBox_5": "Data probe", + "6_ArrowText_6": "2D anatomical viewers", + "7_WelcomeModule_title": "Welcome Module", "8_WelcomeModule_title": "Welcome Module", - "8_TextBox_1": "A aba Documentação e Tutoriais contém links para o compêndio de treinamento e páginas de documentação do 3D Slicer.", - "9_WelcomeModule_title": "Welcome Module", - "9_TextBox_0": "O painel do módulo de boas-vindas contém atalhos para carregar diferentes tipos de dados.\nUma série de dados de exemplo também está disponível. \nClique em \"Baixar dados de exemplo\" para acessar o módulo de dados de exemplo.", + "12_WelcomeModule_title": "Welcome Module", + "7_TextBox_1": "Visualizador 3D", + "8_TextBox_0": "The Welcome module panel contains shortcuts for loading different types of data. A series of sample data are also available.\n\nClick on Download Sample Data to access the Sample Data Module", + "9_SampleData_title": "Sample Data", "10_SampleData_title": "Sample Data", - "10_TextBox_1": "O módulo Dados de Exemplo contém links para diferentes conjuntos de dados de exemplos que podem ser baixados no Slicer.", "11_SampleData_title": "Sample Data", - "11_TextBox_0": "RM Cerebral", - "11_TextBox_1": "TC Peito", - "11_TextBox_2": "TC Cardíaco", - "11_TextBox_3": "Conjunto de dados de imagem por tensor de difusão (DTI)", - "11_TextBox_4": "RM Cerebral (paciente com tumor)", - "12_SampleData_title": "Dados de Exemplo", - "12_ArrowText_0": "Clique em MRHead para baixar o conjunto\nde dados no Slicer.", - "13_WelcomeModule_title": "Modulo de Boas-vindas", - "13_TextBox_0": "A imagem de ressonância magnética\ndo cérebro aparece nos visualizadores 2D.", + "9_TextBox_1": "The Sample Data module contains links to different sample datasets that can be downloaded into Slicer.", + "10_TextBox_0": "Brain MR", + "10_TextBox_1": "O módulo Dados de Exemplo contém links para diferentes conjuntos de dados de exemplos que podem ser baixados no Slicer.", + "10_TextBox_2": "Cardiac CT", + "10_TextBox_3": "Diffusion Tensor Imaging (DTI) Dataset", + "10_TextBox_4": "Brain MRI (tumor patient)", + "11_ArrowText_0": "Click on MRHead to download the\ndataset in Slicer.", + "12_TextBox_0": "The MR scan of the brain appears\nin the 2D viewers.", + "13_MRBrainSampleDataset_title": "MR Brain Sample Dataset", "14_MRBrainSampleDataset_title": "MR Brain Sample Dataset", - "14_TextBox_0": "Posicione o cursor do mouse sobre o pequeno ícone de alfinete no canto superior esquerdo do visualizador vermelho para exibir o menu do visualizador.", "15_MRBrainSampleDataset_title": "MR Brain Sample Dataset", - "15_TextBox_1": "Clique no ícone de link para conectar os três visualizadores 2D e no ícone de olho ao lado\npara exibir as fatias no visualizador 3D.", - "16_MRBrainSampleDataset_title": "RM Cerebral conjunto de dados de exemplo", + "13_TextBox_0": "A imagem de ressonância magnética\ndo cérebro aparece nos visualizadores 2D.", + "14_TextBox_1": "Click on the link icon to link all three 2D viewers, and on the eye icon next to it\nto display the slices in the 3D viewer", + "15_TextBox_0": "The axial, coronal and sagittal slices appear in the 3D viewer.\nGo back to the Welcome module using the green arrow in the toolbar", + "16_GoingFurther_title": "Going Further", + "17_TextBox_0": "Going Further", "16_TextBox_0": "As imagens axiais, coronais e sagitais são exibidas no visualizador 3D. \nRetorne ao módulo de boas-vindas usando a seta verde na barra de ferramentas.", - "17_GoingFurther_title": "Going Further", - "17_TextBox_0": "Para saber mais sobre o Slicer e suas diferentes funcionalidades, visite o Compêndio do Slicer.", + "17_TextBox_1": "https://training.slicer.org/", "18_TextBox_0": "Indo Além", - "18_TextBox_1": "https://training.slicer.org/", - "19_TextBox_0": "Agradecimentos", - "19_TextBox_1": "Aliança Nacional para Computação de\nImagens Médicas\nNIH U54EB005149\n\nCentro de Análise de Neuroimagens\nNIH P41EB015902 \n\nIniciativa Chan Zuckerberg (CZI)" + "18_TextBox_1": "https://training.slicer.org/" } \ No newline at end of file diff --git a/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_pt_PT.json b/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_pt_PT.json index aaf48875..258f576a 100644 --- a/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_pt_PT.json +++ b/Tutorials/STC-GEN-101_WelcomeTutorial/Translations/text_dict_pt_PT.json @@ -1,52 +1,49 @@ { - "0_TextBox_0": "Bem-vindo ao Slicer", - "1_TextBox_0": "Bem-vindo ao Slicer", + "0_TextBox_0": "Slicer Welcome", "0_TextBox_1": "Sonia Pujol, Ph.D.", - "1_TextBox_1": "Sonia Pujol, Ph.D.", - "2_Goal_title": "Objetivo", - "6_WelcometoSlicer_title": "Bem-vindo ao Slicer", - "7_SlicerUserInterface_title": "Interface do Utilizador no Slicer", - "7_ArrowText_0": "Barra de ferramentas", - "7_TextBox_1": "Visualizador 3D", - "7_ArrowText_6": "Visualizadores anatômicos 2D", - "7_TextBox_5": "Sonda de dados", "0_TextBox_3": "Professor Assistente de Radiologia\nHospital Brigham and Women's\nFaculdade de Medicina de Harvard\n", - "1_TextBox_3": "Assistant Professor of Radiology\n\nBrigham and Women’s Hospital\n\nHarvard Medical School\n", - "2_Goal_body": "Este tutorial é uma breve introdução ao módulo de boas-vindas do software de código aberto Slicer.", - "3_TextBox_0": "Básico do Slicer5", - "4_TextBox_0": "Básico do Slicer5", + "1_Goal_title": "Goal", + "1_Goal_body": "This tutorial is a short introduction to the Welcome module of the Slicer open-source software.", + "2_TextBox_0": "Slicer5 Basics", + "3_TextBox_0": "Slicer5 Basics", + "2_TextBox_1": "*Slicer is an open-source software for segmentation, registration and visualization of medical imaging data.\n*The platform is developed through a multi-institution effort of several NIH funded large-scale consortia.\n*Slicer is for medical research only, and is not FDA approved. ", "3_TextBox_1": "*Slicer é um software de código aberto para segmentação, registo e visualização de dados de imagens médicas. \n*A plataforma foi desenvolvida por meio de um esforço multi-institucional, com vários consórcios de grande escala financiados pelo NIH.\n*O Slicer destina-se exclusivamente à pesquisa médica e não possui aprovação da FDA. ", + "4_TextBox_0": "Supported Platforms", "4_TextBox_1": "O 3D Slicer 5 versão 5.10.0 inclui mais que 100 módulos e mais que 190 extensões para segmentação de imagens, registo e visualização 3D de dados de imagens médicas.", - "5_TextBox_0": "Plataformas Suportadas", - "5_TextBox_1": "*Slicer is a multi-platform software developed and maintained on Mac OSX, Linux and Windows.\n\n*Slicer requires a minimum of 2 GB of RAM and a dedicated graphic accelerator with 64 MB of on-board graphic memory. ", - "6_TextBox_1": "Each module of Slicer includes a series of tabs, which give access to different functionalities.\n\nClick on the arrow symbol to display the content of each tab. ", - "7_TextBox_3": "Painel da interface do utilizador do módulo de boas-vindas do Slicer", - "8_WelcomeModule_title": "Modulo de Boas-vindas", - "9_WelcomeModule_title": "Modulo de Boas-vindas", - "13_WelcomeModule_title": "Modulo de Boas-vindas", - "8_TextBox_1": "A guia Documentação e Tutoriais contém ligações para o compêndio de treino e páginas de documentação do 3D Slicer.", - "9_TextBox_0": "The Welcome module panel contains shortcuts for loading different types of data. A series of sample data are also available.\n\nClick on Download Sample Data to access the Sample Data Module", - "10_SampleData_title": "Dados de Exemplo", - "11_SampleData_title": "Dados de Exemplo", - "12_SampleData_title": "Dados de Exemplo", + "5_WelcometoSlicer_title": "Welcome to Slicer", + "5_TextBox_1": "Each module of Slicer includes a series of tabs, which give access to different functionalities.\n\nClick on the arrow symbol to display the content of each tab. ", + "6_SlicerUserInterface_title": "Slicer User Interface", + "6_ArrowText_0": "Toolbar", + "6_TextBox_1": "3D viewer", + "6_TextBox_3": "User Interface (UI) panel of the Slicer Welcome Module", + "6_TextBox_5": "Data probe", + "6_ArrowText_6": "2D anatomical viewers", + "7_WelcomeModule_title": "Welcome Module", + "8_WelcomeModule_title": "Welcome Module", + "12_WelcomeModule_title": "Welcome Module", + "7_TextBox_1": "Visualizador 3D", + "8_TextBox_0": "The Welcome module panel contains shortcuts for loading different types of data. A series of sample data are also available.\n\nClick on Download Sample Data to access the Sample Data Module", + "9_SampleData_title": "Sample Data", + "10_SampleData_title": "Sample Data", + "11_SampleData_title": "Sample Data", + "9_TextBox_1": "The Sample Data module contains links to different sample datasets that can be downloaded into Slicer.", + "10_TextBox_0": "Brain MR", "10_TextBox_1": "O módulo Dados de Exemplo contém ligações para conjuntos de dados de exemplos diferentes que podem ser descarregados no Slicer.", - "11_TextBox_0": "RM Cerebral", - "11_TextBox_1": "TC Peito", - "11_TextBox_2": "TC Cardíaco", - "11_TextBox_3": "Conjunto de dados de imagem por tensor de difusão (DTI)", - "11_TextBox_4": "RM Cerebral (utente com tumor)", - "12_ArrowText_0": "Clique em MRHead para descarregar o conjunto\nde dados no Slicer.", + "10_TextBox_2": "Cardiac CT", + "10_TextBox_3": "Diffusion Tensor Imaging (DTI) Dataset", + "10_TextBox_4": "Brain MRI (tumor patient)", + "11_ArrowText_0": "Click on MRHead to download the\ndataset in Slicer.", + "12_TextBox_0": "The MR scan of the brain appears\nin the 2D viewers.", + "13_MRBrainSampleDataset_title": "MR Brain Sample Dataset", + "14_MRBrainSampleDataset_title": "MR Brain Sample Dataset", + "15_MRBrainSampleDataset_title": "MR Brain Sample Dataset", "13_TextBox_0": "A imagem de ressonância magnética\ndo cérebro aparece nos visualizadores 2D.", - "14_TextBox_0": "Position the mouse on the little pin icon in the top left corner of the red viewer to display the viewer menu", - "15_TextBox_1": "Click on the link icon to link all three 2D viewers, and on the eye icon next to it\nto display the slices in the 3D viewer", - "16_TextBox_0": "The axial, coronal and sagittal slices appear in the 3D viewer.\nGo back to the Welcome module using the green arrow in the toolbar", - "17_GoingFurther_title": "Indo Além", - "18_TextBox_0": "Indo Além", - "17_TextBox_0": "To learn more about Slicer and its different functionalities, visit the Slicer Compendium", - "18_TextBox_1": "https://training.slicer.org/", - "19_TextBox_1": "Aliança Nacional para Computação de\nImagens Médicas\nNIH U54EB005149\n\nCentro de Análise de Neuroimagens\nNIH P41EB015902 \n\nIniciativa Chan Zuckerberg (CZI)", - "14_MRBrainSampleDataset_title": "RM Cerebral conjunto de dados de exemplo", - "15_MRBrainSampleDataset_title": "RM Cerebral conjunto de dados de exemplo", - "16_MRBrainSampleDataset_title": "RM Cerebral conjunto de dados de exemplo", - "19_TextBox_0": "Agradecimentos" + "14_TextBox_1": "Click on the link icon to link all three 2D viewers, and on the eye icon next to it\nto display the slices in the 3D viewer", + "15_TextBox_0": "The axial, coronal and sagittal slices appear in the 3D viewer.\nGo back to the Welcome module using the green arrow in the toolbar", + "16_GoingFurther_title": "Going Further", + "17_TextBox_0": "Going Further", + "16_TextBox_0": "To learn more about Slicer and its different functionalities, visit the Slicer Compendium", + "17_TextBox_1": "https://training.slicer.org/", + "18_TextBox_0": "Acknowledgements", + "18_TextBox_1": "https://training.slicer.org/" } \ No newline at end of file diff --git a/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_en-US.json b/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_en-US.json index 42c07552..188912a0 100644 --- a/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_en-US.json +++ b/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_en-US.json @@ -14,9 +14,16 @@ "5_TextBox_1": "Drag and drop the slicer4minute.mrb to load the scene in Slicer", "6_Slicer4minuteScene_title": "Slicer4minute Scene", "6_TextBox_1": "Slicer displays the elements of the slicer4minute scene. The scene contains and MRI scan and 3D surface models of the brain.", + "7_3DVisualization_title": "3D Visualization", + "9_3DVisualization_title": "3D Visualization", + "10_3DVisualization_title": "3D Visualization", + "11_3DVisualization_title": "3D Visualization", + "13_3DVisualization_title": "3D Visualization", + "14_3DVisualization_title": "3D Visualization", + "15_3DVisualization_title": "3D Visualization", "7_TextBox_0": "Select the module Models", "8_3Dvisualization_title": "3D visualization", - "8_TextBox_0": "Click on the pin icon on the top left corner of the red slice to display the slice viewer menu.\nClick on the eye icon to display the axial slice in the 3D viewer", + "8_TextBox_0": "Click on the pin icon on the top left corner of the red slice to display the slice Viewer menu.\nClick on the eye to display the axial slice in the 3D viewer", "9_TextBox_1": "Use the slider of the red viewer to browse through the axial MR slices. \n\nSlicer simultaneously displays the axial slice in the 3D viewer", "10_TextBox_0": "Select the Skin model and lower its opacity using the Opacity slider in the 3D Display tab", "10_TextBox_1": "The skull_bone.vtk model appears through the skin.", @@ -27,13 +34,6 @@ "14_TextBox_0": "The white matter surface, as well as the left and right optic nerves, appear in the viewer", "15_TextBox_0": "Select the hemispheric_white_matter.vtk model\n\nCheck Clipping in the 3D Display tab\n\nIn the Clipping Planes tab, select the option 'Green Slice Clipping' and check 'Negative'", "16_TextBox_1": "*This tutorial was a short introduction on interactive 3D visualization of MRI data and 3D models in Slicer.\n\n*The Slicer5 training compendium contains a series of tutorials and pre-computed datasets to learn how to use the software.", - "17_TextBox_1": "National Alliance for Medical Image\nComputing\nNIH U54EB005149\n\nNeuroimage Analysis Center\nNIH P41EB015902\n", - "7_3DVisualization_title": "3D Visualization", - "9_3DVisualization_title": "3D Visualization", - "10_3DVisualization_title": "3D Visualization", - "11_3DVisualization_title": "3D Visualization", - "13_3DVisualization_title": "3D Visualization", - "14_3DVisualization_title": "3D Visualization", - "15_3DVisualization_title": "3D Visualization", - "17_TextBox_0": "Acknowledgements" + "17_TextBox_0": "Acknowledgements", + "17_TextBox_1": "National Alliance for Medical Image\nComputing\nNIH U54EB005149\n\nNeuroimage Analysis Center\nNIH P41EB015902\n" } \ No newline at end of file diff --git a/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_es.json b/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_es.json index e2a70141..cec5f389 100644 --- a/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_es.json +++ b/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_es.json @@ -1,12 +1,6 @@ { - "0_TextBox_0": "Slicer4 Minute\n", - "0_TextBox_1": "Sonia Pujol, Ph.D.", - "0_TextBox_2": "Profesor\tAdjunto\tde\tRadiología\nHospital\tBrigham\tand\tWomen's\nFacultad\tde\tMedicina\tde\tHarvard\t", - "1_Slicer4minutetutorial_title": "Tutorial de Slicer4 minutos\t);", - "1_Slicer4minutetutorial_body": "Tutorial de Slicer4 minutos\t);", - "2_3DSlicerversion48_title": "3D Slicer versión 4.8\t", - "3_3DSlicerversion48_title": "3D Slicer versión 4.8", - "3_TextBox_0": "Arrastre y suelte el archivo\nslicer4minute.mrb para\ncargar la escena en Slicer", + "0_TextBox_0": "Rebanadora de 4 minutos", + "0_TextBox_1": "Sonia Pujol, Ph.D", "0_TextBox_3": "Assistant Professor of Radiology\nBrigham and Women’s Hospital\nHarvard Medical School", "1_TextBox_0": "Slicer4 minute tutorial", "16_TextBox_0": "Slicer4 minute tutorial", @@ -20,9 +14,16 @@ "5_TextBox_1": "Drag and drop the slicer4minute.mrb to load the scene in Slicer", "6_Slicer4minuteScene_title": "Escena Slicer4minute", "6_TextBox_1": "Pulse en el icono del alfiler en la esquina superior izquierda del corte rojo\npara abrir el menú del visor de cortes.\nPulse en el icono del ojo para ver el corte axial en el visor 3D", + "7_3DVisualization_title": "Visualización 3D", + "9_3DVisualization_title": "Visualización 3D", + "10_3DVisualization_title": "Visualización 3D", + "11_3DVisualization_title": "Visualización 3D", + "13_3DVisualization_title": "Visualización 3D", + "14_3DVisualization_title": "Visualización 3D", + "15_3DVisualization_title": "Visualización 3D", "7_TextBox_0": "Select the module Models", "8_3Dvisualization_title": "3D visualization", - "8_TextBox_0": "Click on the pin icon on the top left corner of the red slice to display the slice viewer menu.\nClick on the eye icon to display the axial slice in the 3D viewer", + "8_TextBox_0": "Click on the pin icon on the top left corner of the red slice to display the slice Viewer menu.\nClick on the eye to display the axial slice in the 3D viewer", "9_TextBox_1": "Use the slider of the red viewer to browse through the axial MR slices. \n\nSlicer simultaneously displays the axial slice in the 3D viewer", "10_TextBox_0": "Pulse en los iconos de alfiler en\nla esquina superior izquierda del\nvisor rojo y verde para abrir el\nmenú del visor de cortes.\n\nPulse en el icono del ojo para mostrar los\ncortes axial y coronal en el visor 3D", "10_TextBox_1": "The skull_bone.vtk model appears through the skin.", @@ -33,19 +34,6 @@ "14_TextBox_0": "The white matter surface, as well as the left and right optic nerves, appear in the viewer", "15_TextBox_0": "Select the hemispheric_white_matter.vtk model\n\nCheck Clipping in the 3D Display tab\n\nIn the Clipping Planes tab, select the option 'Green Slice Clipping' and check 'Negative'", "16_TextBox_1": "*This tutorial was a short introduction on interactive 3D visualization of MRI data and 3D models in Slicer.\n\n*The Slicer5 training compendium contains a series of tutorials and pre-computed datasets to learn how to use the software.", - "17_TextBox_1": "National Alliance for Medical Image\nComputing\nNIH U54EB005149\n\nNeuroimage Analysis Center\nNIH P41EB015902\n", - "7_3DVisualization_title": "Visualización 3D", - "9_3DVisualization_title": "Visualización 3D", - "10_3DVisualization_title": "Visualización 3D", - "11_3DVisualization_title": "Visualización 3D", - "13_3DVisualization_title": "Visualización 3D", - "14_3DVisualization_title": "Visualización 3D", - "15_3DVisualization_title": "Visualización 3D", - "5_TextBox_0": "Selecciona el módulo Modelos\t", - "6_ArrowText_0": "Conmutar la visibilidad de los cortes en la vista 3D", - "9_TextBox_0": "Coloque el ratón en el visor 3D y pulse con el botón izquierdo para arrastrar y rotar el modelo.\nPulse con el botón derecho para acercar o alejar la imagen", - "10_Anatomicalviews_title": "Vistas anatómicas", - "12_TextBox_3": "Seleccione\tel\tmodelo\themispheric_white\tmatter.vtk\n\nMarque\tla\topción\tRecorte\ten\tla\tpestaña\tVisualización\t3D.\n\nEn\tla\tpestaña\tPlanos\tde\tRecorte,\tseleccione\tla\topción\t\"Recorte\tde\tCorte\tVerde\"\ty\tmarque\t\"Negativo\"", "17_TextBox_0": "Agradecimientos", - "13_TextBox_1": "Alianza Nacional para la Computación de Imágenes Médicas\nNIH U54EB005149\n\nCentro de Análisis de Neuroimágenes\nNIH P41EB015902\n\nIniciativa Chan Zuckerberg\nSubvención de Código Abierto Esencial para la Ciencia n.° 2022-252572 (5022)" + "17_TextBox_1": "National Alliance for Medical Image\nComputing\nNIH U54EB005149\n\nNeuroimage Analysis Center\nNIH P41EB015902\n" } \ No newline at end of file diff --git a/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_fr.json b/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_fr.json index 5411777f..a7998508 100644 --- a/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_fr.json +++ b/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_fr.json @@ -1,12 +1,6 @@ { "0_TextBox_0": "Slicer4 Minute\n", "0_TextBox_1": "Sonia Pujol, Ph.D.", - "0_TextBox_2": "Professeure adjointe de radiologie\nBrigham and Women’s Hospital\nHarvard Medical School\t", - "1_Slicer4minutetutorial_title": "Tutoriel Slicer4 minute \t);", - "1_Slicer4minutetutorial_body": "Tutoriel Slicer4 minute \t);", - "2_3DSlicerversion48_title": "3D Slicer version 4.8\t", - "3_3DSlicerversion48_title": "3D Slicer version 4.8", - "3_TextBox_0": "Glissez-déposez le fichier slicer4minute.mrb pour charger la scène dans Slicer.", "0_TextBox_3": "Professeur adjoint en radiologie\nBrigham and Women’s Hospital\nHarvard Medical School", "1_TextBox_0": "Tutoriel Slicer4 minute", "16_TextBox_0": "Tutoriel Slicer4 minute", @@ -20,6 +14,13 @@ "5_TextBox_1": "Glissez et déposez le fichier slicer4minute.mrb pour charger la scène dans Slicer", "6_Slicer4minuteScene_title": "Scène Slicer4minute", "6_TextBox_1": "Cliquez sur l’icône en forme d’épingle dans le coin supérieur gauche de la coupe rouge pour afficher le menu de la visionneuse de coupes\nCliquez sur l’icône en forme d’œil pour afficher la coupe axiale dans la Visionneuse 3D", + "7_3DVisualization_title": "Visualisation 3D", + "9_3DVisualization_title": "Visualisation 3D", + "10_3DVisualization_title": "Visualisation 3D", + "11_3DVisualization_title": "Visualisation 3D", + "13_3DVisualization_title": "Visualisation 3D", + "14_3DVisualization_title": "Visualisation 3D", + "15_3DVisualization_title": "Visualisation 3D", "7_TextBox_0": "Utilisez le curseur de la visionneuse rouge pour parcourir les coupes axiales de l’IRM\nSlicer affiche simultanément la coupe axiale dans la visionneuse 3D\t", "8_3Dvisualization_title": "Visualisation 3D", "8_TextBox_0": "Sélectionnez le modèle Skin et réduisez son opacité en utilisant le curseur Opacity dans l’onglet 3D Display\t", @@ -33,20 +34,6 @@ "14_TextBox_0": "La surface de la matière blanche, ainsi que les nerfs optiques gauche et droit, apparaissent dans le visionneur", "15_TextBox_0": "Sélectionnez le modèle hemispheric_white_matter.vtk\n\nCochez Découpage dans l’onglet 3D Display\n\nDans l’onglet Plan de découpage, sélectionnez l’option 'Découpage selon la tranche verte' et cochez 'Negatif'", "16_TextBox_1": "*Ce tutoriel était une courte introduction à la visualisation 3D interactive des données IRM et des modèles 3D dans Slicer.\n\n*Le compendium de formation Slicer5 contient une série de tutoriels et de jeux de données pré-calculés pour apprendre à utiliser le logiciel.", - "17_TextBox_1": "National Alliance for Medical Image\nComputing\nNIH U54EB005149\n\nNeuroimage Analysis Center\nNIH P41EB015902\n", - "7_3DVisualization_title": "Visualisation 3D", - "9_3DVisualization_title": "Visualisation 3D", - "10_3DVisualization_title": "Visualisation 3D", - "11_3DVisualization_title": "Visualisation 3D", - "13_3DVisualization_title": "Visualisation 3D", - "14_3DVisualization_title": "Visualisation 3D", - "15_3DVisualization_title": "Visualisation 3D", - "5_TextBox_0": "Sélectionnez le module Models\t", - "6_ArrowText_0": "Basculer la visibilité des coupes dans la vue 3D", - "8_TextBox_1": "Le modèle skull_bone.vtk apparaît à travers la peau\t", - "9_TextBox_0": "Placez la souris dans la visionneuse 3D, cliquez sur le bouton gauche de la souris pour déplacer et faire pivoter le modèle\nCliquez sur le bouton droit de la souris pour zoomer avant et arrière", - "10_Anatomicalviews_title": "Vues anatomiques", - "12_TextBox_3": "Sélectionnez le modèle hemispheric_white matter.vtk\n\nCochez Clipping dans l’onglet 3D Display\n\nDans l’onglet Clipping Planes, sélectionnez l’option Green Slice Clipping et cochez Negative", "17_TextBox_0": "Remerciements", - "13_TextBox_1": "National Alliance for Medical Imaging Computing\nNIH U54EB005149\n\nNeuroimage Analysis Center\nNIH P41EB015902\n\nChan Zuckerberg Initiative\nEssential Open Source for Science Grant #2022-252572 (5022)" + "17_TextBox_1": "National Alliance for Medical Image\nComputing\nNIH U54EB005149\n\nNeuroimage Analysis Center\nNIH P41EB015902\n" } \ No newline at end of file diff --git a/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_pt-BR.json b/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_pt-BR.json index 40db33b1..42660a8b 100644 --- a/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_pt-BR.json +++ b/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_pt-BR.json @@ -3,6 +3,7 @@ "0_TextBox_1": "Sonia Pujol, Ph.D.", "0_TextBox_3": "Professor Assistente de Radiologia\nHospital Brigham and Women's\nFaculdade de Medicina de Harvard", "1_TextBox_0": "Slicer4 minute tutorial", + "16_TextBox_0": "Slicer4 minute tutorial", "1_TextBox_1": "Este tutorial é uma introdução de 4 minutos às capacidades de visualização 3D do software Slicer5 para análise de imagem médica. ", "2_TextBox_0": "Software Slicer5 e conjunto de dados", "2_TextBox_1": "*Baixe o software Slicer5 disponível em http://download.slicer.org\n\n*Baixe o conjunto de dados Slicer4minute disponível em https://www.slicer.org/wiki/Documentation/4.10/Training", @@ -14,25 +15,24 @@ "6_Slicer4minuteScene_title": "Cena Slicer em 4 minutos", "6_TextBox_1": "Slicer exibe os elementos da cena slicer4minute. A cena contém e ressonância magnética e modelos de superfície 3D do cérebro.", "7_3DVisualization_title": "3D Visualization", + "9_3DVisualization_title": "3D Visualization", + "10_3DVisualization_title": "3D Visualization", + "11_3DVisualization_title": "3D Visualization", + "13_3DVisualization_title": "3D Visualization", + "14_3DVisualization_title": "3D Visualization", + "15_3DVisualization_title": "3D Visualization", "7_TextBox_0": "Selecione o módulo Modelos", "8_3Dvisualization_title": "Visualização 3D", "8_TextBox_0": "Clique no ícone de alfinete no canto superior esquerdo da fatia vermelha para exibir o menu do visualizador de fatias.\nClique no ícone de olho para exibir a fatia axial no visualizador 3D", - "9_3DVisualization_title": "3D Visualization", "9_TextBox_1": "Use o controle deslizante do visualizador vermelho para navegar pelos cortes de RM axial.\n\nSlicer exibe simultaneamente a fatia axial no espectador 3D", - "10_3DVisualization_title": "3D Visualization", "10_TextBox_0": "Selecione o modelo de pele e baixe sua opacidade usando o controle deslizante de opacidade na guia Display 3D", "10_TextBox_1": "O modelo skull_bone.vtk aparece através da pele.", - "11_3DVisualization_title": "3D Visualization", "11_TextBox_0": "Posicione o mouse no visualizador 3D, clique no botão esquerdo para arrastar e girar o modelo.\nClique no botão direito do mouse para ampliar e sair", "12_AnatomicalViews_title": "Visões anatômicas", "12_TextBox_0": "Clique nos ícones de alfinete no canto superior esquerdo do visor vermelho e verde para exibir o menu do espectador de cortes\n\nClique no ícone do olho para exibir o corte axial e coronal no visualizador 3D", - "13_3DVisualization_title": "3D Visualization", "13_TextBox_0": "Desligue a visibilidade do crânio para exibir o modelo de matéria branca do cérebro", - "14_3DVisualization_title": "3D Visualization", "14_TextBox_0": "A superfície da matéria branca, bem como os nervos ópticos esquerdo e direito, aparecem no visualizador", - "15_3DVisualization_title": "Visualização 3D", "15_TextBox_0": "Selecione o modelo hemispheric_white_matter.vtk\n\nVerificar Clipping na guia Display 3D\n\nNa guia Clipping Planes, selecione a opção 'Green Slice Clipping' e verifique 'Negativo'", - "16_TextBox_0": "Tutorial de 4 minutos do Slicer", "16_TextBox_1": "*Este tutorial foi uma breve introdução na visualização 3D interativa de dados de RM e modelos 3D em Slicer.\n\n*O Compêndio de treinamento Slicer5 contém uma série de tutoriais e conjuntos de dados pré-computados para aprender a usar o software.", "17_TextBox_0": "Agradecimentos", "17_TextBox_1": "Aliança Nacional para Computação de\nImagem Médica\nNIH U54EB005149\n\nCentro de Análise de Neuroimagem\nNIH P41EB015902\n" diff --git a/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_pt_PT.json b/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_pt_PT.json index 8660761d..da38c164 100644 --- a/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_pt_PT.json +++ b/Tutorials/STC-GEN-102_FourMinuteTutorial/Translations/text_dict_pt_PT.json @@ -14,6 +14,13 @@ "5_TextBox_1": "Arraste e solte o slicer4minute.mrb para carregar a cena no Slicer", "6_Slicer4minuteScene_title": "Cena Slicer em 4 minutos", "6_TextBox_1": "Slicer exibe os elementos da cena slicer4minute. A cena contém e ressonância magnética e modelos de superfície 3D do cérebro.", + "7_3DVisualization_title": "Visualização 3D", + "9_3DVisualization_title": "Visualização 3D", + "10_3DVisualization_title": "Visualização 3D", + "11_3DVisualization_title": "Visualização 3D", + "13_3DVisualization_title": "Visualização 3D", + "14_3DVisualization_title": "Visualização 3D", + "15_3DVisualization_title": "Visualização 3D", "7_TextBox_0": "Selecione o módulo Modelos", "8_3Dvisualization_title": "Visualização 3D", "8_TextBox_0": "Clique no ícone de alfinete no canto superior esquerdo da fatia vermelha para exibir o menu do visualizador de fatias.\nClique no ícone de olho para exibir a fatia axial no visualizador 3D", @@ -27,13 +34,6 @@ "14_TextBox_0": "A superfície da matéria branca, bem como os nervos óticos esquerdo e direito, aparecem no visualizador", "15_TextBox_0": "Selecione o modelo hemispheric_white_matter.vtk\n\nVerificar Clipping na guia Display 3D\n\nNa guia Clipping Planes, selecione a opção 'Green Slice Clipping' e verifique 'Negativo'", "16_TextBox_1": "*Este tutorial foi uma breve introdução na visualização 3D interativa de dados de RM e modelos 3D em Slicer.\n\n*O Compêndio de treino Slicer5 contém uma série de tutoriais e conjuntos de dados pré-computados para aprender a usar o software.", - "17_TextBox_1": "Aliança Nacional para Computação de\nImagem Médica\nNIH U54EB005149\n\nCentro de Análise de Neuroimagem\nNIH P41EB015902\n", - "7_3DVisualization_title": "Visualização 3D", - "9_3DVisualization_title": "Visualização 3D", - "10_3DVisualization_title": "Visualização 3D", - "11_3DVisualization_title": "Visualização 3D", - "13_3DVisualization_title": "Visualização 3D", - "14_3DVisualization_title": "Visualização 3D", - "15_3DVisualization_title": "Visualização 3D", - "17_TextBox_0": "Agradecimentos" + "17_TextBox_0": "Agradecimentos", + "17_TextBox_1": "Aliança Nacional para Computação de\nImagem Médica\nNIH U54EB005149\n\nCentro de Análise de Neuroimagem\nNIH P41EB015902\n" } \ No newline at end of file diff --git a/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_ar_SA.json b/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_ar_SA.json index fafa50dc..86fd007d 100644 --- a/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_ar_SA.json +++ b/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_ar_SA.json @@ -1,14 +1,27 @@ { + "0_TextBox_0": "Basics of Data Loading and 3D Visualization in 3D Slicer", + "0_TextBox_1": "Author: Sonia Pujol, Ph.D.", + "0_TextBox_2": "24/11/2024", + "0_TextBox_3": "Assistant Professor of Radiology Brigham and Women’s Hospital Harvard Medical School", + "1_TextBox_0": "Overall Goal", "1_TextBox_1": "This tutorial is an introduction to the basics of loading and viewing DICOM images and 3D models in 3D Slicer.", + "2_TextBox_0": "Learning Objectives", + "2_TextBox_1": " • Following this tutorial, you will be able\n\n• to load and visualize DICOM images in Slicer\n\n• to perform volume rendering of CT data\n\n• to load and visualize 3D models reconstructed from MRI data", "3_TextBox_0": "Tutorial materials", + "3_TextBox_1": "• 3D Slicer version 5.10\n\n• 3D VisualizationDataSet.zip", "4_TextBox_0": "Tutorial dataset", "33_TextBox_0": "Tutorial dataset", + "4_TextBox_1": "The file 3DVisualizationDataset.zip contains two directories:\n\n- dataset1_Thorax_Abdomen \n- dataset2_Head\n\nUnzip the file 3DVisualizationDataset.zip on your computer to access the datasets", "5_TextBox_0": "Disclaimer", + "5_TextBox_1": "• 3D Slicer is a free open source software application distributed under a BSD style license. \n\n\n• The software is not FDA approved or CE-Marked, and is for research use only.\n", "6_TextBox_0": "Tutorial Outline", + "6_TextBox_1": "• Part 1: Loading and Viewing DICOM data\n\n• Part 2: Volume Rendering\n\n\n• Part 3: Loading and Viewing 3D models", + "7_TextBox_0": "Part 1: DICOM Data Loading", "8_LoadingaDICOMvolume_title": "Loading a DICOM volume", "9_LoadingaDICOMvolume_title": "Loading a DICOM volume", + "8_TextBox_0": "Slicer displays the user interface of the DICOM module", "8_TextBox_1": "The patient1 study contains a CT Thorax Abdomen dataset", - "11_ArrowText_2": "Select the module \nVolumes", + "9_ArrowText_1": "Select patient1 and click on Load \nto load the dataset in Slicer", "10_VisualizingDICOMimages_title": "Visualizing DICOM images", "11_VisualizingDICOMimages_title": "Visualizing DICOM images", "12_VisualizingDICOMimages_title": "Visualizing DICOM images", @@ -18,10 +31,21 @@ "16_VisualizingDICOMimages_title": "Visualizing DICOM images", "17_VisualizingDICOMimages_title": "Visualizing DICOM images", "18_VisualizingDICOMimages_title": "Visualizing DICOM images", + "10_TextBox_0": "Slicer displays the axial, coronal \nand sagittal images of the CT \nThorax Abdomen dataset ", + "11_ArrowText_1": "Left click on DICOM to display \nthe list of modules of Slicer", + "11_ArrowText_2": "Select the module \nVolumes", + "12_ArrowText_0": "Click on the CT-abdomen \npreset to automatically adjust \nthe window/level display of the \nCT dataset", + "13_TextBox_1": "Position the mouse cursor \nover the red banner in the \nRed Viewer to display the slice \nmenu.\n\n\nClick on the Links icon to link \nthe slice controls across all \nSlice Viewers. \n\n\nClick on the Eye icon to\ndisplay the three anatomical \nslices in the 3D Viewer", + "14_TextBox_0": "The three anatomical slices \nappear in the 3D viewer.", + "15_ArrowText_0": "Click on the Slicer layout menu \nicon, and select the \nConventional Widescreen layout", "16_TextBox_0": "Slicer switches the layout \nto Conventional \nWidescreen layout", "17_TextBox_0": "Use the right mouse button in the \n3D Viewer to zoom in and out", + "18_TextBox_0": "Use the left mouse button in the \n3D Viewer to rotate the images", "19_3DViewerController_title": "3D Viewer Controller", "20_3DViewerController_title": "3D Viewer Controller", + "19_TextBox_1": "Position the mouse cursor over \nthe pin icon in the blue banner \nof the 3D viewer window to \ndisplay the 3DView controller\n\nClick on the second icon on the \ntop row of the 3DView \ncontroller to center the 3D view \non the scene", + "20_ArrowText_1": "Select the Volume Rendering \nmodule in the list of modules ", + "21_TextBox_0": "Part 2: Volume Rendering", "22_TextBox_0": "Volume Rendering", "23_VolumeRendering_title": "Volume Rendering", "24_VolumeRendering_title": "Volume Rendering", @@ -32,12 +56,20 @@ "29_VolumeRendering_title": "Volume Rendering", "30_VolumeRendering_title": "Volume Rendering", "31_VolumeRendering_title": "Volume Rendering", + "22_TextBox_1": "• Volume rendering \ntechniques enable 3D \nvisualization of 3D \ndatasets\n\n• The Volume Rendering \nmodule in Slicer enables \ninteractive 3D visualization \nof DICOM images", + "23_ArrowText_0": "Click on Preset in the Display tab \nand select the preset CT-Cardiac3 ", "24_TextBox_2": "Select VTK GPU Ray Casting Rendering\nClick on the eye icon in the Volume tab to display \nthe volume rendered image in the 3D viewer", + "25_ArrowText_0": "Use the shift slider to \nchange the transfer \nfunction and display the\naorta", "26_ArrowText_0": "Click on Display ROI to \ndisplay a region of interest \n(ROI) in the 3D viewer and \ncheck the option Enable", + "27_TextBox_0": "Turn off the visibility of the \naxial, sagittal and coronal \nslices in the 2D viewer \n\n\nPosition the ROI around the \nleft kidney using the color \nhandles", "28_ArrowText_0": "Click on the eye icon to \ndisplay the volume rendered \nimage", "29_TextBox_0": "Slicer displays the \nvolume rendered \nimage of the left kidney ", "30_TextBox_0": "Extend the ROI to generate \na volume rendered image of \nthe right kidney", + "31_ArrowText_1": "Click on File, then Close Scene\nin the main menu", + "32_TextBox_0": "Part 3: Loading and \nviewing 3D models\n", + "33_TextBox_1": "• The directory dataset2_Head contains the Slicer scene called Head_scene.mrb\n\n• The scene contains 3D models from the SPL brain atlas developed by the department of Radiology at Brigham and Women’s Hospital, Harvard Medical School (NIH P41 RR013218, NIH R01 MH05074)", "34_TextBox_0": "Slicer Scene", + "34_TextBox_1": "Slicer stores all loaded data in a repository called a scene\n\n\nEach data set, such as an image volume, surface model, or point set, is represented as a node in a Slicer scene.\n\n\nAll Slicer modules operate on the data stored in a Slicer scene.", "35_LoadingaScene_title": "Loading a Scene", "35_TextBox_0": "Slicer displays a 3D \nsurface model of the \nhead and 2D MRI slices", "36_Viewing3Dmodels_title": "Viewing 3D models", @@ -46,54 +78,22 @@ "39_Viewing3Dmodels_title": "Viewing 3D models", "40_Viewing3Dmodels_title": "Viewing 3D models", "36_ArrowText_0": "Position the cursor over \nthe pin icon to reveal the \nslice menu and click on \nthe eye icon to display the \naxial slice in the 3D viewer", + "37_ArrowText_1": "Select the Models module \nin the list of models", + "38_ArrowText_0": "Slicer displays the list of \n3D models loaded in the \nscene\n\nSelect the model Skin.vtk", + "39_ArrowText_0": "Lower the opacity of \nthe Skin model using \nthe visibility slider", + "39_TextBox_1": "The skull bone and \neyeballs models appear \nthrough the skin", + "40_ArrowText_1": "Select the skull bone \nmodel and click on the \neye icon to turn off its \nvisibility", + "40_TextBox_2": "The white matter and \noptic nerve models \nappear through the skin", "41_Interactingwith3Dmodels_title": "Interacting with 3D models", "42_Interactingwith3Dmodels_title": "Interacting with 3D models", "43_Interactingwith3Dmodels_title": "Interacting with 3D models", "44_Interactingwith3Dmodels_title": "Interacting with 3D models", - "38_ArrowText_0": "Lower the opacity of \nthe Skin model using \nthe visibility slider", - "38_TextBox_1": "The skull bone and \neyeballs models appear \nthrough the skin", - "40_TextBox_2": "The white matter and \noptic nerve models \nappear through the skin", - "40_ArrowText_1": "Select the skull bone \nmodel and click on the \neye icon to turn off its \nvisibility", - "0_TextBox_0": "Basics of Data Loading and 3D Visualization in 3D Slicer", - "0_TextBox_1": "Author: Sonia Pujol, Ph.D.", - "0_TextBox_2": "24/11/2024", - "0_TextBox_3": "Assistant Professor of Radiology Brigham and Women’s Hospital Harvard Medical School", - "1_TextBox_0": "Overall Goal", - "2_TextBox_0": "Learning Objectives", - "2_TextBox_1": " • Following this tutorial, you will be able\n\n• to load and visualize DICOM images in Slicer\n\n• to perform volume rendering of CT data\n\n• to load and visualize 3D models reconstructed from MRI data", - "3_TextBox_1": "• 3D Slicer version 5.10\n\n• 3D VisualizationDataSet.zip", - "4_TextBox_1": "The file 3DVisualizationDataset.zip contains two directories:\n\n- dataset1_Thorax_Abdomen \n- dataset2_Head\n\nUnzip the file 3DVisualizationDataset.zip on your computer to access the datasets", - "5_TextBox_1": "• 3D Slicer is a free open source software application distributed under a BSD style license. \n\n\n• The software is not FDA approved or CE-Marked, and is for research use only.\nTutorial Outline", - "6_TextBox_1": "• Part 1: Loading and Viewing DICOM data\n\n• Part 2: Volume Rendering\n\n\n• Part 3: Loading and Viewing 3D models", - "7_TextBox_0": "Part 1: DICOM Data Loading", - "8_TextBox_0": "Slicer displays the user interface of the DICOM module", - "9_ArrowText_1": "Select patient1 and click on Load \nto load the dataset in Slicer", - "10_TextBox_0": "Slicer displays the axial, coronal \nand sagittal images of the CT \nThorax Abdomen dataset ", - "11_ArrowText_1": "Left click on DICOM to display \nthe list of modules of Slicer", - "12_ArrowText_0": "Click on the CT-abdomen \npreset to automatically adjust \nthe window/level display of the \nCT dataset", - "13_TextBox_1": "Position the mouse cursor \nover the red banner in the \nRed Viewer to display the slice \nmenu.\n\n\nClick on the Links icon to link \nthe slice controls across all \nSlice Viewers. \n\n\nClick on the Eye icon to\ndisplay the three anatomical \nslices in the 3D Viewer", - "14_TextBox_0": "The three anatomical slices \nappear in the 3D viewer.", - "15_ArrowText_0": "Click on the Slicer layout menu \nicon, and select the \nConventional Widescreen layout", - "18_TextBox_0": "Use the left mouse button in the \n3D Viewer to rotate the images", - "19_TextBox_1": "Position the mouse cursor over \nthe pin icon in the blue banner \nof the 3D viewer window to \ndisplay the 3DView controller\n\nClick on the second icon on the \ntop row of the 3DView \ncontroller to center the 3D view \non the scene", - "20_ArrowText_1": "Select the Volume Rendering \nmodule in the list of modules ", - "21_TextBox_0": "Part 2: Volume Rendering", - "22_TextBox_1": "• Volume rendering \ntechniques enable 3D \nvisualization of 3D \ndatasets\n\n• The Volume Rendering \nmodule in Slicer enables \ninteractive 3D visualization \nof DICOM images", - "23_ArrowText_0": "Click on Preset in the Display tab \nand select the preset CT-Cardiac3 ", - "25_ArrowText_0": "Use the shift slider to \nchange the transfer \nfunction and display the\naorta", - "27_TextBox_0": "Turn off the visibility of the \naxial, sagittal and coronal \nslices in the 2D viewer \n\n\nPosition the ROI around the \nleft kidney using the color \nhandles", - "31_ArrowText_1": "Click on File, then Close Scene\nin the main menu", - "32_TextBox_0": "Part 3: Loading and \nviewing 3D models\n", - "33_TextBox_1": "• The directory dataset2_Head contains the Slicer scene called Head_scene.mrb\n\n• The scene contains 3D models from the SPL brain atlas developed by the department of Radiology at Brigham and Women’s Hospital, Harvard Medical School (NIH P41 RR013218, NIH R01 MH05074)", - "34_TextBox_1": "Slicer stores all loaded data in a repository called a scene\n\n\nEach data set, such as an image volume, surface model, or point set, is represented as a node in a Slicer scene.\n\n\nAll Slicer modules operate on the data stored in a Slicer scene.", - "37_ArrowText_1": "Select the Models module \nin the list of models", - "39_ArrowText_0": "Slicer displays the list of \n3D models loaded in the \nscene\n\nSelect the model Skin.vtk", "41_ArrowText_0": "Click on the eye icon to \ndisplay the coronal slice \nin the 3D viewer", "42_ArrowText_2": "Select the hemispheric \nwhite matter model and \nselect the option Clipping", "43_TextBox_0": "Move the coronal slice \nposteriorily to display the \noptic chiasm", "44_TextBox_0": "Slicer displays a 3D view of \nthe optic chiasm", - "45_TextBox_1": "• 3D Slicer provides advanced functionalities for loading and viewing 3D medical imaging data\n\n• The tutorial demonstrates how to use volume \nrendering and 3D surface modeling for \ninteractive visualization of CT and MRI data\n\n\nContact: spujol@bwh.harvard.edu", + "45_TextBox_0": "Conclusion", + "45_TextBox_1": "• 3D Slicer provides advanced functionalities for loading and viewing 3D medical imaging data\n\n• The tutorial demonstrates how to use volume rendering and 3D surface modeling for interactive visualization of CT and MRI data\n\n\nContact: spujol@bwh.harvard.edu", "46_TextBox_0": "Acknowledgements", - "46_TextBox_1": "Neuroimage Analysis Center (NIBIB P41 EB015902)", - "45_TextBox_0": "Conclusion" + "46_TextBox_1": "Neuroimage Analysis Center (NIBIB P41 EB015902)" } \ No newline at end of file diff --git a/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_en-US.json b/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_en-US.json index fafa50dc..86fd007d 100644 --- a/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_en-US.json +++ b/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_en-US.json @@ -1,14 +1,27 @@ { + "0_TextBox_0": "Basics of Data Loading and 3D Visualization in 3D Slicer", + "0_TextBox_1": "Author: Sonia Pujol, Ph.D.", + "0_TextBox_2": "24/11/2024", + "0_TextBox_3": "Assistant Professor of Radiology Brigham and Women’s Hospital Harvard Medical School", + "1_TextBox_0": "Overall Goal", "1_TextBox_1": "This tutorial is an introduction to the basics of loading and viewing DICOM images and 3D models in 3D Slicer.", + "2_TextBox_0": "Learning Objectives", + "2_TextBox_1": " • Following this tutorial, you will be able\n\n• to load and visualize DICOM images in Slicer\n\n• to perform volume rendering of CT data\n\n• to load and visualize 3D models reconstructed from MRI data", "3_TextBox_0": "Tutorial materials", + "3_TextBox_1": "• 3D Slicer version 5.10\n\n• 3D VisualizationDataSet.zip", "4_TextBox_0": "Tutorial dataset", "33_TextBox_0": "Tutorial dataset", + "4_TextBox_1": "The file 3DVisualizationDataset.zip contains two directories:\n\n- dataset1_Thorax_Abdomen \n- dataset2_Head\n\nUnzip the file 3DVisualizationDataset.zip on your computer to access the datasets", "5_TextBox_0": "Disclaimer", + "5_TextBox_1": "• 3D Slicer is a free open source software application distributed under a BSD style license. \n\n\n• The software is not FDA approved or CE-Marked, and is for research use only.\n", "6_TextBox_0": "Tutorial Outline", + "6_TextBox_1": "• Part 1: Loading and Viewing DICOM data\n\n• Part 2: Volume Rendering\n\n\n• Part 3: Loading and Viewing 3D models", + "7_TextBox_0": "Part 1: DICOM Data Loading", "8_LoadingaDICOMvolume_title": "Loading a DICOM volume", "9_LoadingaDICOMvolume_title": "Loading a DICOM volume", + "8_TextBox_0": "Slicer displays the user interface of the DICOM module", "8_TextBox_1": "The patient1 study contains a CT Thorax Abdomen dataset", - "11_ArrowText_2": "Select the module \nVolumes", + "9_ArrowText_1": "Select patient1 and click on Load \nto load the dataset in Slicer", "10_VisualizingDICOMimages_title": "Visualizing DICOM images", "11_VisualizingDICOMimages_title": "Visualizing DICOM images", "12_VisualizingDICOMimages_title": "Visualizing DICOM images", @@ -18,10 +31,21 @@ "16_VisualizingDICOMimages_title": "Visualizing DICOM images", "17_VisualizingDICOMimages_title": "Visualizing DICOM images", "18_VisualizingDICOMimages_title": "Visualizing DICOM images", + "10_TextBox_0": "Slicer displays the axial, coronal \nand sagittal images of the CT \nThorax Abdomen dataset ", + "11_ArrowText_1": "Left click on DICOM to display \nthe list of modules of Slicer", + "11_ArrowText_2": "Select the module \nVolumes", + "12_ArrowText_0": "Click on the CT-abdomen \npreset to automatically adjust \nthe window/level display of the \nCT dataset", + "13_TextBox_1": "Position the mouse cursor \nover the red banner in the \nRed Viewer to display the slice \nmenu.\n\n\nClick on the Links icon to link \nthe slice controls across all \nSlice Viewers. \n\n\nClick on the Eye icon to\ndisplay the three anatomical \nslices in the 3D Viewer", + "14_TextBox_0": "The three anatomical slices \nappear in the 3D viewer.", + "15_ArrowText_0": "Click on the Slicer layout menu \nicon, and select the \nConventional Widescreen layout", "16_TextBox_0": "Slicer switches the layout \nto Conventional \nWidescreen layout", "17_TextBox_0": "Use the right mouse button in the \n3D Viewer to zoom in and out", + "18_TextBox_0": "Use the left mouse button in the \n3D Viewer to rotate the images", "19_3DViewerController_title": "3D Viewer Controller", "20_3DViewerController_title": "3D Viewer Controller", + "19_TextBox_1": "Position the mouse cursor over \nthe pin icon in the blue banner \nof the 3D viewer window to \ndisplay the 3DView controller\n\nClick on the second icon on the \ntop row of the 3DView \ncontroller to center the 3D view \non the scene", + "20_ArrowText_1": "Select the Volume Rendering \nmodule in the list of modules ", + "21_TextBox_0": "Part 2: Volume Rendering", "22_TextBox_0": "Volume Rendering", "23_VolumeRendering_title": "Volume Rendering", "24_VolumeRendering_title": "Volume Rendering", @@ -32,12 +56,20 @@ "29_VolumeRendering_title": "Volume Rendering", "30_VolumeRendering_title": "Volume Rendering", "31_VolumeRendering_title": "Volume Rendering", + "22_TextBox_1": "• Volume rendering \ntechniques enable 3D \nvisualization of 3D \ndatasets\n\n• The Volume Rendering \nmodule in Slicer enables \ninteractive 3D visualization \nof DICOM images", + "23_ArrowText_0": "Click on Preset in the Display tab \nand select the preset CT-Cardiac3 ", "24_TextBox_2": "Select VTK GPU Ray Casting Rendering\nClick on the eye icon in the Volume tab to display \nthe volume rendered image in the 3D viewer", + "25_ArrowText_0": "Use the shift slider to \nchange the transfer \nfunction and display the\naorta", "26_ArrowText_0": "Click on Display ROI to \ndisplay a region of interest \n(ROI) in the 3D viewer and \ncheck the option Enable", + "27_TextBox_0": "Turn off the visibility of the \naxial, sagittal and coronal \nslices in the 2D viewer \n\n\nPosition the ROI around the \nleft kidney using the color \nhandles", "28_ArrowText_0": "Click on the eye icon to \ndisplay the volume rendered \nimage", "29_TextBox_0": "Slicer displays the \nvolume rendered \nimage of the left kidney ", "30_TextBox_0": "Extend the ROI to generate \na volume rendered image of \nthe right kidney", + "31_ArrowText_1": "Click on File, then Close Scene\nin the main menu", + "32_TextBox_0": "Part 3: Loading and \nviewing 3D models\n", + "33_TextBox_1": "• The directory dataset2_Head contains the Slicer scene called Head_scene.mrb\n\n• The scene contains 3D models from the SPL brain atlas developed by the department of Radiology at Brigham and Women’s Hospital, Harvard Medical School (NIH P41 RR013218, NIH R01 MH05074)", "34_TextBox_0": "Slicer Scene", + "34_TextBox_1": "Slicer stores all loaded data in a repository called a scene\n\n\nEach data set, such as an image volume, surface model, or point set, is represented as a node in a Slicer scene.\n\n\nAll Slicer modules operate on the data stored in a Slicer scene.", "35_LoadingaScene_title": "Loading a Scene", "35_TextBox_0": "Slicer displays a 3D \nsurface model of the \nhead and 2D MRI slices", "36_Viewing3Dmodels_title": "Viewing 3D models", @@ -46,54 +78,22 @@ "39_Viewing3Dmodels_title": "Viewing 3D models", "40_Viewing3Dmodels_title": "Viewing 3D models", "36_ArrowText_0": "Position the cursor over \nthe pin icon to reveal the \nslice menu and click on \nthe eye icon to display the \naxial slice in the 3D viewer", + "37_ArrowText_1": "Select the Models module \nin the list of models", + "38_ArrowText_0": "Slicer displays the list of \n3D models loaded in the \nscene\n\nSelect the model Skin.vtk", + "39_ArrowText_0": "Lower the opacity of \nthe Skin model using \nthe visibility slider", + "39_TextBox_1": "The skull bone and \neyeballs models appear \nthrough the skin", + "40_ArrowText_1": "Select the skull bone \nmodel and click on the \neye icon to turn off its \nvisibility", + "40_TextBox_2": "The white matter and \noptic nerve models \nappear through the skin", "41_Interactingwith3Dmodels_title": "Interacting with 3D models", "42_Interactingwith3Dmodels_title": "Interacting with 3D models", "43_Interactingwith3Dmodels_title": "Interacting with 3D models", "44_Interactingwith3Dmodels_title": "Interacting with 3D models", - "38_ArrowText_0": "Lower the opacity of \nthe Skin model using \nthe visibility slider", - "38_TextBox_1": "The skull bone and \neyeballs models appear \nthrough the skin", - "40_TextBox_2": "The white matter and \noptic nerve models \nappear through the skin", - "40_ArrowText_1": "Select the skull bone \nmodel and click on the \neye icon to turn off its \nvisibility", - "0_TextBox_0": "Basics of Data Loading and 3D Visualization in 3D Slicer", - "0_TextBox_1": "Author: Sonia Pujol, Ph.D.", - "0_TextBox_2": "24/11/2024", - "0_TextBox_3": "Assistant Professor of Radiology Brigham and Women’s Hospital Harvard Medical School", - "1_TextBox_0": "Overall Goal", - "2_TextBox_0": "Learning Objectives", - "2_TextBox_1": " • Following this tutorial, you will be able\n\n• to load and visualize DICOM images in Slicer\n\n• to perform volume rendering of CT data\n\n• to load and visualize 3D models reconstructed from MRI data", - "3_TextBox_1": "• 3D Slicer version 5.10\n\n• 3D VisualizationDataSet.zip", - "4_TextBox_1": "The file 3DVisualizationDataset.zip contains two directories:\n\n- dataset1_Thorax_Abdomen \n- dataset2_Head\n\nUnzip the file 3DVisualizationDataset.zip on your computer to access the datasets", - "5_TextBox_1": "• 3D Slicer is a free open source software application distributed under a BSD style license. \n\n\n• The software is not FDA approved or CE-Marked, and is for research use only.\nTutorial Outline", - "6_TextBox_1": "• Part 1: Loading and Viewing DICOM data\n\n• Part 2: Volume Rendering\n\n\n• Part 3: Loading and Viewing 3D models", - "7_TextBox_0": "Part 1: DICOM Data Loading", - "8_TextBox_0": "Slicer displays the user interface of the DICOM module", - "9_ArrowText_1": "Select patient1 and click on Load \nto load the dataset in Slicer", - "10_TextBox_0": "Slicer displays the axial, coronal \nand sagittal images of the CT \nThorax Abdomen dataset ", - "11_ArrowText_1": "Left click on DICOM to display \nthe list of modules of Slicer", - "12_ArrowText_0": "Click on the CT-abdomen \npreset to automatically adjust \nthe window/level display of the \nCT dataset", - "13_TextBox_1": "Position the mouse cursor \nover the red banner in the \nRed Viewer to display the slice \nmenu.\n\n\nClick on the Links icon to link \nthe slice controls across all \nSlice Viewers. \n\n\nClick on the Eye icon to\ndisplay the three anatomical \nslices in the 3D Viewer", - "14_TextBox_0": "The three anatomical slices \nappear in the 3D viewer.", - "15_ArrowText_0": "Click on the Slicer layout menu \nicon, and select the \nConventional Widescreen layout", - "18_TextBox_0": "Use the left mouse button in the \n3D Viewer to rotate the images", - "19_TextBox_1": "Position the mouse cursor over \nthe pin icon in the blue banner \nof the 3D viewer window to \ndisplay the 3DView controller\n\nClick on the second icon on the \ntop row of the 3DView \ncontroller to center the 3D view \non the scene", - "20_ArrowText_1": "Select the Volume Rendering \nmodule in the list of modules ", - "21_TextBox_0": "Part 2: Volume Rendering", - "22_TextBox_1": "• Volume rendering \ntechniques enable 3D \nvisualization of 3D \ndatasets\n\n• The Volume Rendering \nmodule in Slicer enables \ninteractive 3D visualization \nof DICOM images", - "23_ArrowText_0": "Click on Preset in the Display tab \nand select the preset CT-Cardiac3 ", - "25_ArrowText_0": "Use the shift slider to \nchange the transfer \nfunction and display the\naorta", - "27_TextBox_0": "Turn off the visibility of the \naxial, sagittal and coronal \nslices in the 2D viewer \n\n\nPosition the ROI around the \nleft kidney using the color \nhandles", - "31_ArrowText_1": "Click on File, then Close Scene\nin the main menu", - "32_TextBox_0": "Part 3: Loading and \nviewing 3D models\n", - "33_TextBox_1": "• The directory dataset2_Head contains the Slicer scene called Head_scene.mrb\n\n• The scene contains 3D models from the SPL brain atlas developed by the department of Radiology at Brigham and Women’s Hospital, Harvard Medical School (NIH P41 RR013218, NIH R01 MH05074)", - "34_TextBox_1": "Slicer stores all loaded data in a repository called a scene\n\n\nEach data set, such as an image volume, surface model, or point set, is represented as a node in a Slicer scene.\n\n\nAll Slicer modules operate on the data stored in a Slicer scene.", - "37_ArrowText_1": "Select the Models module \nin the list of models", - "39_ArrowText_0": "Slicer displays the list of \n3D models loaded in the \nscene\n\nSelect the model Skin.vtk", "41_ArrowText_0": "Click on the eye icon to \ndisplay the coronal slice \nin the 3D viewer", "42_ArrowText_2": "Select the hemispheric \nwhite matter model and \nselect the option Clipping", "43_TextBox_0": "Move the coronal slice \nposteriorily to display the \noptic chiasm", "44_TextBox_0": "Slicer displays a 3D view of \nthe optic chiasm", - "45_TextBox_1": "• 3D Slicer provides advanced functionalities for loading and viewing 3D medical imaging data\n\n• The tutorial demonstrates how to use volume \nrendering and 3D surface modeling for \ninteractive visualization of CT and MRI data\n\n\nContact: spujol@bwh.harvard.edu", + "45_TextBox_0": "Conclusion", + "45_TextBox_1": "• 3D Slicer provides advanced functionalities for loading and viewing 3D medical imaging data\n\n• The tutorial demonstrates how to use volume rendering and 3D surface modeling for interactive visualization of CT and MRI data\n\n\nContact: spujol@bwh.harvard.edu", "46_TextBox_0": "Acknowledgements", - "46_TextBox_1": "Neuroimage Analysis Center (NIBIB P41 EB015902)", - "45_TextBox_0": "Conclusion" + "46_TextBox_1": "Neuroimage Analysis Center (NIBIB P41 EB015902)" } \ No newline at end of file diff --git a/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_es.json b/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_es.json index 8019fbb8..e02de6f8 100644 --- a/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_es.json +++ b/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_es.json @@ -1,37 +1,27 @@ { - "0_TextBox_0": "Basics of Data Loading and 3D Visualization in 3D Slicer", - "0_TextBox_1": "Author: Sonia Pujol, Ph.D.", - "0_TextBox_2": "24/11/2024", - "0_TextBox_3": "Assistant Professor of Radiology Brigham and Women’s Hospital Harvard Medical School", + "0_TextBox_0": "Conceptos básicos de carga de datos y visualización 3D en 3D Slicer ", + "0_TextBox_1": "Sonia Pujol, Ph.D.", + "0_TextBox_2": "Director de Formación y Educación de 3D Slicer", + "0_TextBox_3": "Profesor Adjunto de Radiología\nHospital Brigham and Women's\nFacultad de Medicina de Harvard", "1_TextBox_0": "Overall Goal", - "2_TextBox_0": "Learning Objectives", "1_TextBox_1": "Este tutorial es una introducción a los conceptos básicos de carga y visualización de imágenes DICOM y modelos 3D en 3D Slicer.", - "2_TextBox_1": " • Following this tutorial, you will be able\n\n• to load and visualize DICOM images in Slicer\n\n• to perform volume rendering of CT data\n\n• to load and visualize 3D models reconstructed from MRI data", + "2_TextBox_0": "Learning Objectives", + "2_TextBox_1": "Siguiendo este tutorial, podrá:\n• cargar y visualizar imágenes DICOM en Slicer\n• realizar representación volumétrico de datos de TC\n• cargar y visualizar modelos 3D reconstruidos a partir\nde datos de MRI", "3_TextBox_0": "Materiales tutoriales", - "3_TextBox_1": "• 3D Slicer version 5.10\n\n• 3D VisualizationDataSet.zip", + "3_TextBox_1": "3D Slicer versión 4.11.0\n3DVisualizationDataset.zip", "4_TextBox_0": "Conjunto de datos del tutorial", - "33_TextBox_0": "Pulse en el Archivo ", - "4_TextBox_1": "The file 3DVisualizationDataset.zip contains two directories:\n\n- dataset1_Thorax_Abdomen \n- dataset2_Head\n\nUnzip the file 3DVisualizationDataset.zip on your computer to access the datasets", + "33_TextBox_0": "Conjunto de datos del tutorial", + "4_TextBox_1": "El archivo 3DVisualizationDataset.zip contiene\ndos directorios: \n– dataset1_Thorax_Abdomen\n– dataset2_Head\nDescomprima el archivo 3DVisualizationDataset.zip\nen su computadora para acceder a los conjuntos de datos", "5_TextBox_0": "Descargo de responsabilidad", - "5_TextBox_1": "• 3D Slicer is a free open source software application distributed under a BSD style license. \n\n\n• The software is not FDA approved or CE-Marked, and is for research use only.\nTutorial Outline", + "5_TextBox_1": "3D Slicer es una aplicación gratuita de código abierto\ndistribuida bajo una licencia tipo BSD. El software no\ncuenta con la aprobación de la FDA ni el marcado CE, y\nsu uso es exclusivo para investigación.", "6_TextBox_0": "Esquema del tutorial", - "6_TextBox_1": "• Part 1: Loading and Viewing DICOM data\n\n• Part 2: Volume Rendering\n\n\n• Part 3: Loading and Viewing 3D models", - "7_TextBox_0": "Part 1: DICOM Data Loading", + "6_TextBox_1": "Parte 1: Carga y visualización de datos DICOM\n\nParte 2: Renderizado de volumen\n\nParte 3: Carga y visualización de modelos 3D", + "7_TextBox_0": "Parte 1 Carga de datos DICOM", "8_LoadingaDICOMvolume_title": "Cargar un volumen DICOM", "9_LoadingaDICOMvolume_title": "Cargar un volumen DICOM", - "8_ArrowText_0": "Arrastre y suelte el directorio\ndataset1_Thorax_Abdomen\nen Slicer", - "9_TextBox_0": "Haga clic en Aceptar para\ncargar el directorio en la\nbase de datos DICOM", - "10_TextBox_0": "Slicer displays the axial, coronal \nand sagittal images of the CT \nThorax Abdomen dataset ", + "8_TextBox_0": "Slicer displays the user interface of the DICOM module", "8_TextBox_1": "El estudio patient1 contiene un conjunto de datos de TC de Tórax y Abdomen", - "11_ArrowText_1": "Left click on DICOM to display \nthe list of modules of Slicer", - "12_TextBox_0": "Slicer muestra las imágenes axiales,\ncoronales y sagitales del conjunto de\ndatos de TC de tórax y abdomen \n", - "11_ArrowText_2": "Seleccione el módulo\nVolúmenes", - "13_TextBox_2": "Pulse al izquierdo en DICOM para\nmostrar la lista de módulos de Slicer. ", - "14_ArrowText_0": "Pulse en el CT-abdomen\npreseleccione a ajuste automático\nla ventana/nivel exhibido del\nconjunto de datos CT ", - "15_ArrowText_0": "Click on the Slicer layout menu \nicon, and select the \nConventional Widescreen layout", - "15_ArrowText_1": "Pulsa en el icono de Enlaces \npara vincular los controles de \ncorte en todos los Visores de Cortes. ", - "15_ArrowText_2": "Pulse en el icono del ojo para\nvisualizar los tres cortes anatómicos\nen el visor 3D", - "16_TextBox_0": "Slicer cambia el distribución a\nPantalla Ancha Convencional", + "9_ArrowText_1": "Select patient1 and click on Load \nto load the dataset in Slicer", "10_VisualizingDICOMimages_title": "Visualizar imágenes DICOM", "11_VisualizingDICOMimages_title": "Visualizar imágenes DICOM", "12_VisualizingDICOMimages_title": "Visualizar imágenes DICOM", @@ -41,16 +31,22 @@ "16_VisualizingDICOMimages_title": "Visualizar imágenes DICOM", "17_VisualizingDICOMimages_title": "Visualizar imágenes DICOM", "18_VisualizingDICOMimages_title": "Visualizar imágenes DICOM", - "17_ArrowText_1": "Pulse en el icono del menú de diseño\nde la segmentación de datos y seleccione\nel diseño de pantalla ancha convencional ", - "19_VisualizingDICOMimage_title": "Visualizando imagen DICOM", - "20_VisualizingDICOMimage_title": "Visualizando imagen DICOM", + "10_TextBox_0": "Slicer muestra la interfaz\nde usuario del módulo\n DICOM", + "11_ArrowText_1": "Seleccione el paciente 1 y pulse en Cargar\npara cargar el conjunto de datos en Slicer", + "11_ArrowText_2": "Seleccione el módulo\nVolúmenes", + "12_ArrowText_0": "Click on the CT-abdomen \npreset to automatically adjust \nthe window/level display of the \nCT dataset", + "13_TextBox_1": "Position the mouse cursor \nover the red banner in the \nRed Viewer to display the slice \nmenu.\n\n\nClick on the Links icon to link \nthe slice controls across all \nSlice Viewers. \n\n\nClick on the Eye icon to\ndisplay the three anatomical \nslices in the 3D Viewer", + "14_TextBox_0": "The three anatomical slices \nappear in the 3D viewer.", + "15_ArrowText_0": "Posición del cursor de ratón\nsobre la pancarta roja en el\nVisor Rojo para exhibir el\nmenú de la rebanada.", + "16_TextBox_0": "Slicer cambia el distribución a\nPantalla Ancha Convencional", "17_TextBox_0": "Utilice el botón rojo del ratón en\nel Visor 3D para ampliar y reducir", - "20_TextBox_0": "Utilice al botón izquierdo del ratón\nen el Visor 3D para rotar las imágenes ", + "18_TextBox_0": "Use the left mouse button in the \n3D Viewer to rotate the images", "19_3DViewerController_title": "Controlador del Visor 3D", "20_3DViewerController_title": "Controlador del Visor 3D", - "21_TextBox_0": "Part 2: Volume Rendering", + "19_TextBox_1": "Position the mouse cursor over \nthe pin icon in the blue banner \nof the 3D viewer window to \ndisplay the 3DView controller\n\nClick on the second icon on the \ntop row of the 3DView \ncontroller to center the 3D view \non the scene", + "20_ArrowText_1": "Select the Volume Rendering \nmodule in the list of modules ", + "21_TextBox_0": "Coloque el cursor del ratón sobre\nel icono de chincheta en la pancarta\nazul de la ventana del visor 3D para\nmostrar el controlador de vista 3D.\nPulse en el segundo icono de la fila\nsuperior del controlador de vista 3D\npara centrar la vista 3D en la escena", "22_TextBox_0": "Representación de Volumen", - "23_TextBox_0": "Parte 2\nRepresentar Volumen", "23_VolumeRendering_title": "Representación de Volumen", "24_VolumeRendering_title": "Representación de Volumen", "25_VolumeRendering_title": "Representación de Volumen", @@ -60,20 +56,21 @@ "29_VolumeRendering_title": "Representación de Volumen", "30_VolumeRendering_title": "Representación de Volumen", "31_VolumeRendering_title": "Representación de Volumen", - "24_TextBox_1": "-Técnicas de representar\nel volumen habilita \nvisualización en 3D del\nconjunto de datos\n-El módulo de \nRepresentación de Volumen\nen Slice habilita la visualización\ninteractiva de visualización en 3D\nde imágenes DICOM ", - "25_TextBox_0": "Pulse en Preajuste en la pestaña Pantalla y\nseleccione el preajuste CT-Cardiac3", + "22_TextBox_1": "• Volume rendering \ntechniques enable 3D \nvisualization of 3D \ndatasets\n\n• The Volume Rendering \nmodule in Slicer enables \ninteractive 3D visualization \nof DICOM images", + "23_ArrowText_0": "Click on Preset in the Display tab \nand select the preset CT-Cardiac3 ", "24_TextBox_2": "Seleccione Representación de Ray Casting por GPU VTK.\nPulse en el icono del ojo en la pestaña Volumen para exhibir\nla imagen representada del volumen en el visor 3D", - "27_ArrowText_0": "Utilice el control deslizante de\ndesplazamiento para cambiar la\nfunción de transferencia y exhibir\nla aorta", + "25_ArrowText_0": "Use the shift slider to \nchange the transfer \nfunction and display the\naorta", "26_ArrowText_0": "Pulse en Mostrar ROI para\nmostrar una región de interés\n(ROI) en el visor 3D y marque\nla opción Habilitar", - "29_ArrowText_0": "Apaga la visibilidad de los\ncortes axial, sagital y coronal\nen el visor 2D. Coloque la ROI\nalrededor del riñón izquierdo\nusando los controles de color", + "27_TextBox_0": "Turn off the visibility of the \naxial, sagittal and coronal \nslices in the 2D viewer \n\n\nPosition the ROI around the \nleft kidney using the color \nhandles", "28_ArrowText_0": "Pulse en el icono del ojo\npara mostrar la imagen del\nvolumen representado", "29_TextBox_0": "Slicer exhibe la imagen\nrepresentada por volumen\ndel riñón izquierdo ", "30_TextBox_0": "Ampliar la ROI para generar\nuna imagen representada en\nvolumen del riñón derecho", + "31_ArrowText_1": "Click on File, then Close Scene\nin the main menu", + "32_TextBox_0": "Part 3: Loading and \nviewing 3D models\n", + "33_TextBox_1": "• The directory dataset2_Head contains the Slicer scene called Head_scene.mrb\n\n• The scene contains 3D models from the SPL brain atlas developed by the department of Radiology at Brigham and Women’s Hospital, Harvard Medical School (NIH P41 RR013218, NIH R01 MH05074)", "34_TextBox_0": "Escena Slicer", - "35_TextBox_1": "*Slicer almacena todos los datos cargados en un repositorio llamado escena\n\n*Cada conjunto de datos, como un volumen de imagen, un modelo de superficie o un conjunto de puntos, se representa como un nodo en una escena de Slicer.\n\n*Todos los módulos de Slicer operan con los datos almacenados en una escena de Slicer", - "36_TextBox_1": "*El directorio dataset2_Head contiene\nla escena de Slicer llamada\nHead_scene.mrb\n\n*Esta escena contiene modelos 3D\ndel atlas cerebral SPL desarrollado\npor el Departamento de Radiología\ndel Hospital Brigham and Women’s\nde la Facultad de Medicina de Harvard\n(NIH P41 RR013218, NIH R01 MH05074)", + "34_TextBox_1": "Slicer stores all loaded data in a repository called a scene\n\n\nEach data set, such as an image volume, surface model, or point set, is represented as a node in a Slicer scene.\n\n\nAll Slicer modules operate on the data stored in a Slicer scene.", "35_LoadingaScene_title": "Cargando una Escena", - "37_ArrowText_0": "Arrastre y suelte el archivo\nHead_Scene.mrb, ubicado en\nel directorio dataset2_Head,\nen Slicer", "35_TextBox_0": "Slicer exhibe un modelo de\nsuperficie 3D de la cabeza y cortes\nde resonancia magnética 2D", "36_Viewing3Dmodels_title": "Viendo modelos 3D", "37_Viewing3Dmodels_title": "Viendo modelos 3D", @@ -81,41 +78,22 @@ "39_Viewing3Dmodels_title": "Viendo modelos 3D", "40_Viewing3Dmodels_title": "Viendo modelos 3D", "36_ArrowText_0": "Coloque el cursor sobre el\nicono del alfiler para abrir el\nmenú de cortes y pulse sobre\nel icono del ojo para ver el\ncorte axial en el visor 3D", - "40_ArrowText_0": "Selecciona los Modelos del \nmódulo en el listado de modelos ", - "41_ArrowText_0": "Pulse en el icono del ojo\npara visualizar el corte\ncoronal en el visor 3D", + "37_ArrowText_1": "Select the Models module \nin the list of models", + "38_ArrowText_0": "Disminuya la opacidad\ndel modelo de piel con\nel control deslizante de\nvisibilidad", + "39_ArrowText_0": "Lower the opacity of \nthe Skin model using \nthe visibility slider", + "39_TextBox_1": "The skull bone and \neyeballs models appear \nthrough the skin", + "40_ArrowText_1": "Seleccione el modelo del\nhueso del cráneo y pulse\nen el icono del ojo para\ndesactivar su visibilidad", + "40_TextBox_2": "Los modelos de sustancia\nblanca y nervio óptico\naparecen a través de la piel", "41_Interactingwith3Dmodels_title": "Interactuar con modelos 3D", "42_Interactingwith3Dmodels_title": "Interactuar con modelos 3D", "43_Interactingwith3Dmodels_title": "Interactuar con modelos 3D", "44_Interactingwith3Dmodels_title": "Interactuar con modelos 3D", - "38_ArrowText_0": "Disminuya la opacidad\ndel modelo de piel con\nel control deslizante de\nvisibilidad", - "38_TextBox_1": "Los modelos de huesos\ndel cráneo y globos oculares\naparecen a través de la piel", - "40_TextBox_2": "Los modelos de sustancia\nblanca y nervio óptico\naparecen a través de la piel", - "40_ArrowText_1": "Seleccione el modelo del\nhueso del cráneo y pulse\nen el icono del ojo para\ndesactivar su visibilidad", - "8_TextBox_0": "Slicer displays the user interface of the DICOM module", - "9_ArrowText_1": "Select patient1 and click on Load \nto load the dataset in Slicer", - "12_ArrowText_0": "Click on the CT-abdomen \npreset to automatically adjust \nthe window/level display of the \nCT dataset", - "13_TextBox_1": "Position the mouse cursor \nover the red banner in the \nRed Viewer to display the slice \nmenu.\n\n\nClick on the Links icon to link \nthe slice controls across all \nSlice Viewers. \n\n\nClick on the Eye icon to\ndisplay the three anatomical \nslices in the 3D Viewer", - "14_TextBox_0": "The three anatomical slices \nappear in the 3D viewer.", - "18_TextBox_0": "Use the left mouse button in the \n3D Viewer to rotate the images", - "19_TextBox_1": "Position the mouse cursor over \nthe pin icon in the blue banner \nof the 3D viewer window to \ndisplay the 3DView controller\n\nClick on the second icon on the \ntop row of the 3DView \ncontroller to center the 3D view \non the scene", - "20_ArrowText_1": "Select the Volume Rendering \nmodule in the list of modules ", - "22_TextBox_1": "• Volume rendering \ntechniques enable 3D \nvisualization of 3D \ndatasets\n\n• The Volume Rendering \nmodule in Slicer enables \ninteractive 3D visualization \nof DICOM images", - "23_ArrowText_0": "Click on Preset in the Display tab \nand select the preset CT-Cardiac3 ", - "25_ArrowText_0": "Use the shift slider to \nchange the transfer \nfunction and display the\naorta", - "27_TextBox_0": "Turn off the visibility of the \naxial, sagittal and coronal \nslices in the 2D viewer \n\n\nPosition the ROI around the \nleft kidney using the color \nhandles", - "31_ArrowText_1": "Click on File, then Close Scene\nin the main menu", - "32_TextBox_0": "Part 3: Loading and \nviewing 3D models\n", - "33_TextBox_1": "• The directory dataset2_Head contains the Slicer scene called Head_scene.mrb\n\n• The scene contains 3D models from the SPL brain atlas developed by the department of Radiology at Brigham and Women’s Hospital, Harvard Medical School (NIH P41 RR013218, NIH R01 MH05074)", - "34_TextBox_1": "Slicer stores all loaded data in a repository called a scene\n\n\nEach data set, such as an image volume, surface model, or point set, is represented as a node in a Slicer scene.\n\n\nAll Slicer modules operate on the data stored in a Slicer scene.", - "37_ArrowText_1": "Select the Models module \nin the list of models", - "39_ArrowText_0": "Slicer displays the list of \n3D models loaded in the \nscene\n\nSelect the model Skin.vtk", + "41_ArrowText_0": "Pulse en el icono del ojo\npara visualizar el corte\ncoronal en el visor 3D", "42_ArrowText_2": "Seleccione el modelo de\nmateria blanca hemisférico y\nseleccione la opción Recorte", "43_TextBox_0": "Mueva el corte coronal\nposteriormente para visualizar\nel quiasma óptico", "44_TextBox_0": "Slicer exhibe una vista 3D\ndel quiasma óptico", - "45_TextBox_1": "• 3D Slicer provides advanced functionalities for loading and viewing 3D medical imaging data\n\n• The tutorial demonstrates how to use volume \nrendering and 3D surface modeling for \ninteractive visualization of CT and MRI data\n\n\nContact: spujol@bwh.harvard.edu", - "46_TextBox_0": "Agradecimientos", - "46_TextBox_1": "Neuroimage Analysis Center (NIBIB P41 EB015902)", - "48_TextBox_1": "Dentro de Análisis\nNeuroimage \n(NIBIB P41 EB015902)", "45_TextBox_0": "Conclusión", - "49_TextBox_1": "*3D Slicer ofrece funciones avanzadas para cargar y\nvisualizar datos de imágenes médicas en 3D.\n\n*El tutorial muestra cómo usar la representación\nvolumétrica y el modelado de superficies en 3D\npara la visualización interactiva de datos de TC y RM.\n\nContacto: spujol@bwh.harvard.edu" + "45_TextBox_1": "• 3D Slicer provides advanced functionalities for loading and viewing 3D medical imaging data\n\n• The tutorial demonstrates how to use volume rendering and 3D surface modeling for interactive visualization of CT and MRI data\n\n\nContact: spujol@bwh.harvard.edu", + "46_TextBox_0": "Agradecimientos", + "46_TextBox_1": "Neuroimage Analysis Center (NIBIB P41 EB015902)" } \ No newline at end of file diff --git a/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_fr.json b/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_fr.json index 50cc9fbe..1ba1ce77 100644 --- a/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_fr.json +++ b/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_fr.json @@ -4,13 +4,13 @@ "0_TextBox_2": "24/11/2024", "0_TextBox_3": "Professeur adjoint en radiologie\nBrigham and Women’s Hospital\nHarvard Medical School", "1_TextBox_0": "Objectif global", - "2_TextBox_0": "Objectifs d’apprentissage", "1_TextBox_1": "Ce tutoriel est une introduction aux notions de base du chargement et de l’affichage des images DICOM et des modèles 3D dans 3D Slicer.", + "2_TextBox_0": "Objectifs d’apprentissage", "2_TextBox_1": " • À la suite de ce tutoriel, vous serez capable :\n\n• de charger et visualiser des images DICOM dans Slicer\n\n• de réaliser un rendu volumique des données CT\n\n• de charger et visualiser des modèles 3D reconstruits à partir de données IRM", "3_TextBox_0": "Matériels du tutoriel", "3_TextBox_1": "• 3D Slicer version 5.10\n\n• 3D VisualizationDataSet.zip", "4_TextBox_0": "Jeu de données du tutoriel", - "33_TextBox_0": "Cliquez sur File ", + "33_TextBox_0": "Jeu de données du tutoriel", "4_TextBox_1": "Le fichier 3DVisualizationDataset.zip contient deux répertoires :\n\n- dataset1_Thorax_Abdomen\n- dataset2_Head\n\nDécompressez le fichier 3DVisualizationDataset.zip sur votre ordinateur pour accéder aux jeux de données", "5_TextBox_0": "Avertissement", "5_TextBox_1": "• 3D Slicer est un logiciel libre et open source, distribué sous une licence de type BSD.\n\n\n• Le logiciel n’est pas approuvé par la FDA ni marqué CE, et est destiné uniquement à un usage de recherche.\nPlan du tutoriel", @@ -19,19 +19,9 @@ "7_TextBox_0": "Partie 1 : Chargement des données DICOM", "8_LoadingaDICOMvolume_title": "Chargement d’un volume DICOM", "9_LoadingaDICOMvolume_title": "Chargement d’un volume DICOM", - "8_ArrowText_0": "Glissez-déposez le répertoire \ndataset1_Thorax_Abdomen \ndans Slicer", - "9_TextBox_0": "Cliquez sur OK pour charger \nle répertoire dans \nla base de données DICOM", "8_TextBox_0": "Slicer affiche l’interface utilisateur du module DICOM", "8_TextBox_1": "L’étude patient1 contient un jeu de données CT Thorax Abdomen", - "11_ArrowText_1": "Cliquez avec le bouton gauche sur DICOM pour afficher la liste des modules de Slicer", - "12_TextBox_0": "Slicer affiche les images axiale, coronale \net sagittale du jeu de données \nCT Thorax Abdomen. \n", - "11_ArrowText_2": "Sélectionnez le module Volumes", - "13_TextBox_2": "Clic gauche sur DICOM pour afficher la liste des modules de Slicer. ", - "12_ArrowText_0": "Cliquez sur le preset CT-abdomen pour ajuster automatiquement la fenêtre et le niveau d’affichage du jeu de données CT", - "15_ArrowText_0": "Cliquez sur l’icône du menu de disposition de Slicer, puis sélectionnez la disposition Conventional Widescreen", - "15_ArrowText_1": "Cliquez sur l’icône Links pour relier les contrôles des coupes entre toutes les Visionneuses de Coupes. ", - "15_ArrowText_2": "Cliquez sur l’icône Eye pour afficher les trois coupes anatomiques dans la Visionneuse 3D", - "14_TextBox_0": "Les trois coupes anatomiques apparaissent dans le visionneur 3D.", + "9_ArrowText_1": "Sélectionnez patient1 et cliquez sur Chargez pour charger le jeu de données dans Slicer", "10_VisualizingDICOMimages_title": "Visualisation d'images DICOM", "11_VisualizingDICOMimages_title": "Visualisation d'images DICOM", "12_VisualizingDICOMimages_title": "Visualisation d'images DICOM", @@ -41,17 +31,22 @@ "16_VisualizingDICOMimages_title": "Visualisation d'images DICOM", "17_VisualizingDICOMimages_title": "Visualisation d'images DICOM", "18_VisualizingDICOMimages_title": "Visualisation d'images DICOM", - "17_ArrowText_1": "Cliquez sur l’icône du menu de mise en page de Slicer et sélectionnez la mise en page Conventional Widescreen. ", + "10_TextBox_0": "Slicer affiche les images axiale, coronale et sagittale du jeu de données CT Thorax Abdomen. ", + "11_ArrowText_1": "Cliquez avec le bouton gauche sur DICOM pour afficher la liste des modules de Slicer", + "11_ArrowText_2": "Sélectionnez le module Volumes", + "12_ArrowText_0": "Cliquez sur le preset CT-abdomen pour ajuster automatiquement la fenêtre et le niveau d’affichage du jeu de données CT", + "13_TextBox_1": "Placez le curseur de la souris sur la bande rouge du visionneur rouge pour afficher le menu des coupes.\n\n\nCliquez sur l’icône Liens pour lier les commandes des coupes dans tous les visionneurs de coupes.\n\n\nCliquez sur l’icône Yeux pour afficher les trois coupes anatomiques dans le visionneur 3D", + "14_TextBox_0": "Les trois coupes anatomiques apparaissent dans le visionneur 3D.", + "15_ArrowText_0": "Cliquez sur l’icône du menu de disposition de Slicer, puis sélectionnez la disposition Conventional Widescreen", "16_TextBox_0": "Slicer passe à la mise en page Conventional Widescreen", - "19_VisualizingDICOMimage_title": "Visualisation d’une image DICOM", - "20_VisualizingDICOMimage_title": "Visualisation d’une image DICOM", "17_TextBox_0": "Utilisez le bouton droit de la souris dans la Visionneuse 3D pour zoomer avant et arrière", "18_TextBox_0": "Utilisez le bouton gauche de la souris dans le visionneur 3D pour faire pivoter les images", "19_3DViewerController_title": "Contrôleur de la Visionneuse 3D", "20_3DViewerController_title": "Contrôleur de la Visionneuse 3D", - "19_TextBox_0": "Placez le curseur de la souris sur l’icône en forme d’épingle dans la bande bleue de la fenêtre de la visionneuse 3D pour afficher le contrôleur 3DView.\nCliquez sur la deuxième icône de la première rangée du contrôleur 3DView pour centrer la vue 3D sur la scène.", + "19_TextBox_1": "Placez le curseur de la souris sur l’icône en forme d’épingle dans la bande bleue de la fenêtre du visionneur 3D pour afficher le contrôleur 3DView\n\nCliquez sur la deuxième icône de la première ligne du contrôleur 3DView pour centrer la vue 3D sur la scène", + "20_ArrowText_1": "Sélectionnez le module Rendu volumique dans la liste des modules. ", + "21_TextBox_0": "Partie 2 : Rendu volumique", "22_TextBox_0": "Rendu Volumique", - "23_TextBox_0": "Partie 2 Rendu Volumique", "23_VolumeRendering_title": "Rendu Volumique", "24_VolumeRendering_title": "Rendu Volumique", "25_VolumeRendering_title": "Rendu Volumique", @@ -61,20 +56,21 @@ "29_VolumeRendering_title": "Rendu Volumique", "30_VolumeRendering_title": "Rendu Volumique", "31_VolumeRendering_title": "Rendu Volumique", - "24_TextBox_1": "- Les techniques de rendu volumique permettent la visualisation 3D des jeux de données 3D\n- Le module Volume Rendering de Slicer permet la visualisation 3D interactive des images DICOM. ", - "25_TextBox_0": "Cliquez sur Preset dans l’onglet Display et sélectionnez le préréglage CT-Cardiac3", + "22_TextBox_1": "• Les techniques de rendu volumique permettent la visualisation 3D de jeux de données tridimensionnels\n\n• Le module Rendu volumique de Slicer permet la visualisation 3D interactive des images DICOM", + "23_ArrowText_0": "Cliquez sur Préréglage dans l’onglet Display et sélectionnez le préréglage CT-Cardiac3 ", "24_TextBox_2": "Sélectionnez VTK GPU Ray Casting Rendering\nCliquez sur l’icône Eye dans l’onglet Volume pour afficher l’image en rendu volumique dans la visionneuse 3D", "25_ArrowText_0": "Utilisez le curseur **Shift** pour modifier la fonction de transfert et afficher l’aorte", "26_ArrowText_0": "Cliquez sur Display ROI pour afficher une région d’intérêt (ROI) dans la visionneuse 3D et cochez l’option Enable", - "27_ArrowText_0": "Désactivez la visibilité des coupes axiale, sagittale et coronale dans la visionneuse 2D.\nPositionnez la ROI autour du rein gauche en utilisant les poignées colorées.", + "27_TextBox_0": "Désactivez la visibilité des coupes axiale, sagittale et coronale dans le visionneur 2D\n\n\nPositionnez le ROI autour du rein gauche en utilisant les poignées de couleur", "28_ArrowText_0": "Cliquez sur l’icône Eye pour afficher l’image en rendu volumique", "29_TextBox_0": "Slicer affiche l’image en rendu volumique du rein gauche. ", "30_TextBox_0": "Étendez la ROI pour générer une image en rendu volumique du rein droit", + "31_ArrowText_1": "Cliquez sur Fichier, puis sur Fermez la scène dans le menu principal", + "32_TextBox_0": "Partie 3 : Chargement et visualisation des modèles 3D\n", + "33_TextBox_1": "• Le répertoire dataset2_Head contient la scène Slicer appelée Head_scene.mrb\n\n• La scène contient des modèles 3D issus de l’atlas cérébral SPL développé par le département de radiologie du Brigham and Women’s Hospital, Harvard Medical School (NIH P41 RR013218, NIH R01 MH05074)", "34_TextBox_0": "Scène Slicer", - "35_TextBox_1": "*Slicer stocke toutes les données chargées dans un dépôt appelé scène\n\n*Chaque jeu de données, comme un volume d’image, un modèle de surface ou un ensemble de points, est représenté par un nœud dans une scène Slicer\n\n*Tous les modules de Slicer opèrent sur les données stockées dans une scène Slicer", - "36_TextBox_1": "*Le répertoire dataset2_Head contient la scène Slicer appelée Head_scene.mrb\n\n*La scène contient des modèles 3D de l’atlas cérébral SPL développé par le département de radiologie du Brigham and Women’s Hospital, Harvard Medical School (NIH P41 RR013218, NIH R01 MH05074)", + "34_TextBox_1": "Slicer stocke toutes les données chargées dans un dépôt appelé scène.\n\n\nChaque jeu de données, comme un volume d’image, un modèle de surface ou un ensemble de points, est représenté par un nœud dans une scène Slicer.\n\n\nTous les modules de Slicer fonctionnent sur les données stockées dans une scène Slicer.", "35_LoadingaScene_title": "Chargement d’une scène", - "37_ArrowText_0": "Sélectionnez le module Models dans la liste des modules. ", "35_TextBox_0": "Slicer affiche un modèle de surface 3D de la tête ainsi que des coupes IRM 2D", "36_Viewing3Dmodels_title": "Visualisation des modèles 3D", "37_Viewing3Dmodels_title": "Visualisation des modèles 3D", @@ -82,36 +78,22 @@ "39_Viewing3Dmodels_title": "Visualisation des modèles 3D", "40_Viewing3Dmodels_title": "Visualisation des modèles 3D", "36_ArrowText_0": "Placez le curseur sur l’icône en forme d’épingle pour afficher le menu des coupes, puis cliquez sur l’icône en forme d’œil pour afficher la coupe axiale dans la visionneuse 3D", + "37_ArrowText_1": "Sélectionnez le module Modèles dans la liste des modèles", "38_ArrowText_0": "Réduisez l’opacité du modèle Skin en utilisant le curseur de visibilité", + "39_ArrowText_0": "Slicer affiche la liste des modèles 3D chargés dans la scène.\n\nSélectionnez le modèle Skin.vtk", + "39_TextBox_1": "The skull bone and \neyeballs models appear \nthrough the skin", + "40_ArrowText_1": "Sélectionnez le modèle skull bone et cliquez sur l’icône Eye pour désactiver sa visibilité", + "40_TextBox_2": "Les modèles de la matière blanche et du nerf optique apparaissent à travers la peau", "41_Interactingwith3Dmodels_title": "Interaction avec les modèles 3D", "42_Interactingwith3Dmodels_title": "Interaction avec les modèles 3D", "43_Interactingwith3Dmodels_title": "Interaction avec les modèles 3D", "44_Interactingwith3Dmodels_title": "Interaction avec les modèles 3D", - "13_TextBox_1": "Placez le curseur de la souris sur la bande rouge du visionneur rouge pour afficher le menu des coupes.\n\n\nCliquez sur l’icône Liens pour lier les commandes des coupes dans tous les visionneurs de coupes.\n\n\nCliquez sur l’icône Yeux pour afficher les trois coupes anatomiques dans le visionneur 3D", - "19_TextBox_1": "Placez le curseur de la souris sur l’icône en forme d’épingle dans la bande bleue de la fenêtre du visionneur 3D pour afficher le contrôleur 3DView\n\nCliquez sur la deuxième icône de la première ligne du contrôleur 3DView pour centrer la vue 3D sur la scène", - "21_TextBox_0": "Partie 2 : Rendu volumique", - "22_TextBox_1": "• Les techniques de rendu volumique permettent la visualisation 3D de jeux de données tridimensionnels\n\n• Le module Rendu volumique de Slicer permet la visualisation 3D interactive des images DICOM", - "27_TextBox_0": "Désactivez la visibilité des coupes axiale, sagittale et coronale dans le visionneur 2D\n\n\nPositionnez le ROI autour du rein gauche en utilisant les poignées de couleur", - "31_ArrowText_1": "Cliquez sur Fichier, puis sur Fermez la scène dans le menu principal", - "32_TextBox_0": "Partie 3 : Chargement et visualisation des modèles 3D\n", - "33_TextBox_1": "• Le répertoire dataset2_Head contient la scène Slicer appelée Head_scene.mrb\n\n• La scène contient des modèles 3D issus de l’atlas cérébral SPL développé par le département de radiologie du Brigham and Women’s Hospital, Harvard Medical School (NIH P41 RR013218, NIH R01 MH05074)", - "34_TextBox_1": "Slicer stocke toutes les données chargées dans un dépôt appelé scène.\n\n\nChaque jeu de données, comme un volume d’image, un modèle de surface ou un ensemble de points, est représenté par un nœud dans une scène Slicer.\n\n\nTous les modules de Slicer fonctionnent sur les données stockées dans une scène Slicer.", - "37_ArrowText_1": "Sélectionnez le module Modèles dans la liste des modèles", - "38_TextBox_1": "Les modèles du crâne et des yeux apparaissent à travers la peau", - "39_ArrowText_0": "Slicer affiche la liste des modèles 3D chargés dans la scène.\n\nSélectionnez le modèle Skin.vtk", - "40_TextBox_2": "Les modèles de la matière blanche et du nerf optique apparaissent à travers la peau", - "45_TextBox_1": "• 3D Slicer offre des fonctionnalités avancées pour le chargement et la visualisation de données d’imagerie médicale 3D.\n\n• Le tutoriel montre comment utiliser le rendu volumique et la modélisation de surface 3D pour la visualisation interactive des données CT et IRM.\n\n\nContact : spujol@bwh.harvard.edu", - "46_TextBox_1": "Neuroimage Analysis \nCenter \n(NIBIB P41 EB015902)", - "40_ArrowText_1": "Sélectionnez le modèle skull bone et cliquez sur l’icône Eye pour désactiver sa visibilité", - "9_ArrowText_1": "Sélectionnez patient1 et cliquez sur Chargez pour charger le jeu de données dans Slicer", - "10_TextBox_0": "Slicer affiche les images axiale, coronale et sagittale du jeu de données CT Thorax Abdomen. ", - "20_ArrowText_1": "Sélectionnez le module Rendu volumique dans la liste des modules. ", - "23_ArrowText_0": "Cliquez sur Préréglage dans l’onglet Display et sélectionnez le préréglage CT-Cardiac3 ", "41_ArrowText_0": "Cliquez sur l’icône Eye pour afficher la coupe coronale dans la visionneuse 3D", "42_ArrowText_2": "Sélectionnez le modèle hemispheric white matter et activez l’option Clipping", "43_TextBox_0": "Déplacez la coupe coronale vers l’arrière pour afficher le chiasma optique", "44_TextBox_0": "Slicer affiche une vue 3D du chiasma optique", - "46_TextBox_0": "Remerciements", "45_TextBox_0": "Conclusion", - "49_TextBox_1": "*3D Slicer offre des fonctionnalités avancées pour le chargement et la visualisation des données d’imagerie médicale 3D\n\n*Le tutoriel montre comment utiliser le rendu volumique et la modélisation de surfaces 3D pour la visualisation interactive des données CT et IRM\n\nContact : spujol@bwh.harvard.edu" + "45_TextBox_1": "• 3D Slicer offre des fonctionnalités avancées pour le chargement et la visualisation de données d’imagerie médicale 3D.\n\n• Le tutoriel montre comment utiliser le rendu volumique et la modélisation de surface 3D pour la visualisation interactive des données CT et IRM.\n\n\nContact : spujol@bwh.harvard.edu", + "46_TextBox_0": "Remerciements", + "46_TextBox_1": "Neuroimage Analysis \nCenter \n(NIBIB P41 EB015902)" } \ No newline at end of file diff --git a/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_pt-BR.json b/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_pt-BR.json index d17023df..0be9bf9e 100644 --- a/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_pt-BR.json +++ b/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_pt-BR.json @@ -10,6 +10,7 @@ "3_TextBox_0": "Materiais do tutorial", "3_TextBox_1": "-3D Slicer versão 5.10\n\n-3D VisualizationDataSet.zip", "4_TextBox_0": "Tutorial dataset", + "33_TextBox_0": "Tutorial dataset", "4_TextBox_1": "O arquivo 3DVisualizationDataset.zip contém\ndois diretórios:\n-dataset1_Thorax_Abdomen\n-dataset2_Head\n\nDescompactar o arquivo 3DVisualizationDataset.zip em\nseu computador para acessar os conjuntos de dados", "5_TextBox_0": "Isenção de responsabilidade", "5_TextBox_1": "• O 3D Slicer é um software de código aberto gratuito distribuído sob uma licença no estilo BSD.\n• O software não possui aprovação da FDA nem marcação CE, e é apenas para uso em pesquisa.", @@ -17,83 +18,82 @@ "6_TextBox_1": "Parte 1: Carregando e visualizando dados DICOM\n\nParte 2: Renderização de volume\n\nParte 3: Carregando e visualizando modelos 3D", "7_TextBox_0": "Parte 1: Carregamento de Dados DICOM", "8_LoadingaDICOMvolume_title": "Loading a DICOM volume", + "9_LoadingaDICOMvolume_title": "Loading a DICOM volume", "8_TextBox_0": "Slicer displays the user interface of the DICOM module", "8_TextBox_1": "O estudo do paciente 1 contém um conjunto de dados de tomografia computadorizada de tórax e abdome", - "9_LoadingaDICOMvolume_title": "Loading a DICOM volume", "9_ArrowText_1": "Select patient1 and click on Load \nto load the dataset in Slicer", "10_VisualizingDICOMimages_title": "Visualizing DICOM images", - "10_TextBox_0": "Slicer exibe o axial, coronal\ne imagens sagitais da TC\nConjunto de dados Thorax Abdomen ", "11_VisualizingDICOMimages_title": "Visualizing DICOM images", + "12_VisualizingDICOMimages_title": "Visualizing DICOM images", + "13_VisualizingDICOMimages_title": "Visualizing DICOM images", + "14_VisualizingDICOMimages_title": "Visualizing DICOM images", + "15_VisualizingDICOMimages_title": "Visualizing DICOM images", + "16_VisualizingDICOMimages_title": "Visualizing DICOM images", + "17_VisualizingDICOMimages_title": "Visualizing DICOM images", + "18_VisualizingDICOMimages_title": "Visualizing DICOM images", + "10_TextBox_0": "Slicer exibe o axial, coronal\ne imagens sagitais da TC\nConjunto de dados Thorax Abdomen ", "11_ArrowText_1": "Left click on DICOM to display \nthe list of modules of Slicer", "11_ArrowText_2": "Select the module \nVolumes", - "12_VisualizingDICOMimages_title": "Visualizing DICOM images", "12_ArrowText_0": "Click on the CT-abdomen \npreset to automatically adjust \nthe window/level display of the \nCT dataset", - "13_VisualizingDICOMimages_title": "Visualizing DICOM images", "13_TextBox_1": "Position the mouse cursor \nover the red banner in the \nRed Viewer to display the slice \nmenu.\n\n\nClick on the Links icon to link \nthe slice controls across all \nSlice Viewers. \n\n\nClick on the Eye icon to\ndisplay the three anatomical \nslices in the 3D Viewer", - "14_VisualizingDICOMimages_title": "Visualizing DICOM images", "14_TextBox_0": "The three anatomical slices \nappear in the 3D viewer.", - "15_VisualizingDICOMimages_title": "Visualizing DICOM images", "15_ArrowText_0": "Click on the Slicer layout menu \nicon, and select the \nConventional Widescreen layout", - "16_VisualizingDICOMimages_title": "Visualizing DICOM images", "16_TextBox_0": "O fatiador alterna o layout\npara Convencional\nLayout de tela ampla", - "17_VisualizingDICOMimages_title": "Visualizing DICOM images", "17_TextBox_0": "Use o botão direito do mouse no\nVisualizador 3D para aumentar e diminuir o zoom", - "18_VisualizingDICOMimages_title": "Visualizing DICOM images", "18_TextBox_0": "Use the left mouse button in the \n3D Viewer to rotate the images", "19_3DViewerController_title": "3D Viewer Controller", - "19_TextBox_1": "Position the mouse cursor over \nthe pin icon in the blue banner \nof the 3D viewer window to \ndisplay the 3DView controller\n\nClick on the second icon on the \ntop row of the 3DView \ncontroller to center the 3D view \non the scene", "20_3DViewerController_title": "3D Viewer Controller", + "19_TextBox_1": "Position the mouse cursor over \nthe pin icon in the blue banner \nof the 3D viewer window to \ndisplay the 3DView controller\n\nClick on the second icon on the \ntop row of the 3DView \ncontroller to center the 3D view \non the scene", "20_ArrowText_1": "Select the Volume Rendering \nmodule in the list of modules ", "21_TextBox_0": "Part 2: Volume Rendering", "22_TextBox_0": "Volume Rendering", - "22_TextBox_1": "• Volume rendering \ntechniques enable 3D \nvisualization of 3D \ndatasets\n\n• The Volume Rendering \nmodule in Slicer enables \ninteractive 3D visualization \nof DICOM images", "23_VolumeRendering_title": "Volume Rendering", - "23_ArrowText_0": "Clique em Predefinição na guia Exibir\ne selecione a predefinição CT-Cardiac3 ", "24_VolumeRendering_title": "Volume Rendering", - "24_TextBox_2": "Select VTK GPU Ray Casting Rendering\nClick on the eye icon in the Volume tab to display \nthe volume rendered image in the 3D viewer", "25_VolumeRendering_title": "Volume Rendering", - "25_ArrowText_0": "Use the shift slider to \nchange the transfer \nfunction and display the\naorta", "26_VolumeRendering_title": "Volume Rendering", - "26_ArrowText_0": "Clique em Exibir ROI para\nmostrar uma região de interesse\n(ROI) no visualizador 3D e\nverificar a opção Habilitar", "27_VolumeRendering_title": "Volume Rendering", - "27_TextBox_0": "Turn off the visibility of the \naxial, sagittal and coronal \nslices in the 2D viewer \n\n\nPosition the ROI around the \nleft kidney using the color \nhandles", "28_VolumeRendering_title": "Volume Rendering", - "28_ArrowText_0": "Clique no ícone do olho para\nexibir o volume renderizado\nimagem", "29_VolumeRendering_title": "Volume Rendering", - "29_TextBox_0": "Slicer displays the \nvolume rendered \nimage of the left kidney ", "30_VolumeRendering_title": "Volume Rendering", - "30_TextBox_0": "Amplie a ROI para gerar\numa imagem renderizada em volume do\nrim direito", "31_VolumeRendering_title": "Volume Rendering", + "22_TextBox_1": "• Volume rendering \ntechniques enable 3D \nvisualization of 3D \ndatasets\n\n• The Volume Rendering \nmodule in Slicer enables \ninteractive 3D visualization \nof DICOM images", + "23_ArrowText_0": "Clique em Predefinição na guia Exibir\ne selecione a predefinição CT-Cardiac3 ", + "24_TextBox_2": "Select VTK GPU Ray Casting Rendering\nClick on the eye icon in the Volume tab to display \nthe volume rendered image in the 3D viewer", + "25_ArrowText_0": "Use the shift slider to \nchange the transfer \nfunction and display the\naorta", + "26_ArrowText_0": "Clique em Exibir ROI para\nmostrar uma região de interesse\n(ROI) no visualizador 3D e\nverificar a opção Habilitar", + "27_TextBox_0": "Turn off the visibility of the \naxial, sagittal and coronal \nslices in the 2D viewer \n\n\nPosition the ROI around the \nleft kidney using the color \nhandles", + "28_ArrowText_0": "Clique no ícone do olho para\nexibir o volume renderizado\nimagem", + "29_TextBox_0": "Slicer displays the \nvolume rendered \nimage of the left kidney ", + "30_TextBox_0": "Amplie a ROI para gerar\numa imagem renderizada em volume do\nrim direito", "31_ArrowText_1": "Click on File, then Close Scene\nin the main menu", "32_TextBox_0": "Part 3: Loading and \nviewing 3D models\n", - "33_TextBox_0": "Conjunto de dados do tutorial", "33_TextBox_1": "• The directory dataset2_Head contains the Slicer scene called Head_scene.mrb\n\n• The scene contains 3D models from the SPL brain atlas developed by the department of Radiology at Brigham and Women’s Hospital, Harvard Medical School (NIH P41 RR013218, NIH R01 MH05074)", "34_TextBox_0": "Cena do Slicer", "34_TextBox_1": "Slicer stores all loaded data in a repository called a scene\n\n\nEach data set, such as an image volume, surface model, or point set, is represented as a node in a Slicer scene.\n\n\nAll Slicer modules operate on the data stored in a Slicer scene.", "35_LoadingaScene_title": "Carregando uma cena", "35_TextBox_0": "O Slicer exibe um modelo de \nsuperfície 3D da cabeça e cortes \nde ressonância magnética 2D", "36_Viewing3Dmodels_title": "Viewing 3D models", - "36_ArrowText_0": "Posicione o cursor sobre\no ícone do pino para revelar o\nmenu de fatias e clique em\no ícone do olho para exibir\nfatia axial no espectador 3D", "37_Viewing3Dmodels_title": "Viewing 3D models", - "37_ArrowText_1": "Select the Models module \nin the list of models", "38_Viewing3Dmodels_title": "Viewing 3D models", - "38_ArrowText_0": "Lower the opacity of \nthe Skin model using \nthe visibility slider", - "38_TextBox_1": "The skull bone and \neyeballs models appear \nthrough the skin", "39_Viewing3Dmodels_title": "Viewing 3D models", - "39_ArrowText_0": "Slicer displays the list of \n3D models loaded in the \nscene\n\nSelect the model Skin.vtk", "40_Viewing3Dmodels_title": "Viewing 3D models", + "36_ArrowText_0": "Posicione o cursor sobre\no ícone do pino para revelar o\nmenu de fatias e clique em\no ícone do olho para exibir\nfatia axial no espectador 3D", + "37_ArrowText_1": "Select the Models module \nin the list of models", + "38_ArrowText_0": "Slicer displays the list of \n3D models loaded in the \nscene\n\nSelect the model Skin.vtk", + "39_ArrowText_0": "Lower the opacity of \nthe Skin model using \nthe visibility slider", + "39_TextBox_1": "The skull bone and \neyeballs models appear \nthrough the skin", "40_ArrowText_1": "Select the skull bone \nmodel and click on the \neye icon to turn off its \nvisibility", "40_TextBox_2": "The white matter and \noptic nerve models \nappear through the skin", "41_Interactingwith3Dmodels_title": "Interacting with 3D models", - "41_ArrowText_0": "Clique no ícone do olho para\nexibir o corte coronal\nno visualizador 3D", "42_Interactingwith3Dmodels_title": "Interacting with 3D models", - "42_ArrowText_2": "Select the hemispheric \nwhite matter model and \nselect the option Clipping", "43_Interactingwith3Dmodels_title": "Interacting with 3D models", - "43_TextBox_0": "Mova a fatia coronal\nposteriormente para exibir o\nquiasma óptico", "44_Interactingwith3Dmodels_title": "Interacting with 3D models", + "41_ArrowText_0": "Clique no ícone do olho para\nexibir o corte coronal\nno visualizador 3D", + "42_ArrowText_2": "Select the hemispheric \nwhite matter model and \nselect the option Clipping", + "43_TextBox_0": "Mova a fatia coronal\nposteriormente para exibir o\nquiasma óptico", "44_TextBox_0": "O Slicer exibe uma visualização 3D do\nquiasma óptico", "45_TextBox_0": "Conclusão", - "45_TextBox_1": "• 3D Slicer provides advanced functionalities for loading and viewing 3D medical imaging data\n\n• The tutorial demonstrates how to use volume \nrendering and 3D surface modeling for \ninteractive visualization of CT and MRI data\n\n\nContact: spujol@bwh.harvard.edu", + "45_TextBox_1": "• 3D Slicer provides advanced functionalities for loading and viewing 3D medical imaging data\n\n• The tutorial demonstrates how to use volume rendering and 3D surface modeling for interactive visualization of CT and MRI data\n\n\nContact: spujol@bwh.harvard.edu", "46_TextBox_0": "Agradecimentos", "46_TextBox_1": "Neuroimage Analysis Center (NIBIB P41 EB015902)" } \ No newline at end of file diff --git a/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_pt_PT.json b/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_pt_PT.json index 0cf90953..a40ff6ee 100644 --- a/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_pt_PT.json +++ b/Tutorials/STC-VIS-101_VisualizationTutorial/Translations/text_dict_pt_PT.json @@ -1,14 +1,27 @@ { + "0_TextBox_0": "Noções básicas de carregamento de dados e visualização 3D no 3D Slicer", + "0_TextBox_1": "Autor: Sonia Pujol, Ph.D.", + "0_TextBox_2": "24/11/2024", + "0_TextBox_3": "Professora Assistente de Radiologia Brigham e Escola Médica de Harvard do Hospital das Mulheres", + "1_TextBox_0": "Objetivo geral", "1_TextBox_1": "Este tutorial é uma introdução aos conceitos básicos de carregamento e visualização de imagens DICOM e modelos 3D no 3D Slicer.", + "2_TextBox_0": "Objetivos de aprendizagem", + "2_TextBox_1": " • Following this tutorial, you will be able\n\n• to load and visualize DICOM images in Slicer\n\n• to perform volume rendering of CT data\n\n• to load and visualize 3D models reconstructed from MRI data", "3_TextBox_0": "Materiais do tutorial", + "3_TextBox_1": "-3D Slicer versão 5.10\n\n-3D VisualizationDataSet.zip", "4_TextBox_0": "Conjunto de dados do tutorial", "33_TextBox_0": "Conjunto de dados do tutorial", + "4_TextBox_1": "The file 3DVisualizationDataset.zip contains two directories:\n\n- dataset1_Thorax_Abdomen \n- dataset2_Head\n\nUnzip the file 3DVisualizationDataset.zip on your computer to access the datasets", "5_TextBox_0": "Isenção de responsabilidade", + "5_TextBox_1": "• 3D Slicer is a free open source software application distributed under a BSD style license. \n\n\n• The software is not FDA approved or CE-Marked, and is for research use only.\n", "6_TextBox_0": "Resumo do tutorial", + "6_TextBox_1": "• Part 1: Loading and Viewing DICOM data\n\n• Part 2: Volume Rendering\n\n\n• Part 3: Loading and Viewing 3D models", + "7_TextBox_0": "Parte 1: Carregar Dados DICOM", "8_LoadingaDICOMvolume_title": "A carregar um volume DICOM", "9_LoadingaDICOMvolume_title": "A carregar um volume DICOM", + "8_TextBox_0": "Slicer displays the user interface of the DICOM module", "8_TextBox_1": "O estudo do utente 1 contém um conjunto de dados de tomografia computadorizada de tórax e abdome", - "11_ArrowText_2": "Selecione o módulo\nVolumes", + "9_ArrowText_1": "Select patient1 and click on Load \nto load the dataset in Slicer", "10_VisualizingDICOMimages_title": "A visualizar imagens DICOM", "11_VisualizingDICOMimages_title": "A visualizar imagens DICOM", "12_VisualizingDICOMimages_title": "A visualizar imagens DICOM", @@ -18,10 +31,21 @@ "16_VisualizingDICOMimages_title": "A visualizar imagens DICOM", "17_VisualizingDICOMimages_title": "A visualizar imagens DICOM", "18_VisualizingDICOMimages_title": "A visualizar imagens DICOM", + "10_TextBox_0": "Slicer exibe o axial, coronal\ne imagens sagitais da TC\nConjunto de dados Thorax Abdomen ", + "11_ArrowText_1": "Left click on DICOM to display \nthe list of modules of Slicer", + "11_ArrowText_2": "Selecione o módulo\nVolumes", + "12_ArrowText_0": "Click on the CT-abdomen \npreset to automatically adjust \nthe window/level display of the \nCT dataset", + "13_TextBox_1": "Position the mouse cursor \nover the red banner in the \nRed Viewer to display the slice \nmenu.\n\n\nClick on the Links icon to link \nthe slice controls across all \nSlice Viewers. \n\n\nClick on the Eye icon to\ndisplay the three anatomical \nslices in the 3D Viewer", + "14_TextBox_0": "The three anatomical slices \nappear in the 3D viewer.", + "15_ArrowText_0": "Click on the Slicer layout menu \nicon, and select the \nConventional Widescreen layout", "16_TextBox_0": "O fatiador alterna o layout\npara Convencional\nLayout de ecrã amplo", "17_TextBox_0": "Use o botão direito do rato no\nVisualizador 3D para aumentar e diminuir o zoom", + "18_TextBox_0": "Use the left mouse button in the \n3D Viewer to rotate the images", "19_3DViewerController_title": "Controlador de visualização 3D", "20_3DViewerController_title": "Controlador de visualização 3D", + "19_TextBox_1": "Position the mouse cursor over \nthe pin icon in the blue banner \nof the 3D viewer window to \ndisplay the 3DView controller\n\nClick on the second icon on the \ntop row of the 3DView \ncontroller to center the 3D view \non the scene", + "20_ArrowText_1": "Select the Volume Rendering \nmodule in the list of modules ", + "21_TextBox_0": "Part 2: Volume Rendering", "22_TextBox_0": "Renderização de volume", "23_VolumeRendering_title": "Renderização de volume", "24_VolumeRendering_title": "Renderização de volume", @@ -32,12 +56,20 @@ "29_VolumeRendering_title": "Renderização de volume", "30_VolumeRendering_title": "Renderização de volume", "31_VolumeRendering_title": "Renderização de volume", + "22_TextBox_1": "• Volume rendering \ntechniques enable 3D \nvisualization of 3D \ndatasets\n\n• The Volume Rendering \nmodule in Slicer enables \ninteractive 3D visualization \nof DICOM images", + "23_ArrowText_0": "Clique em Predefinição na guia Exibir\ne selecione a predefinição CT-Cardiac3 ", "24_TextBox_2": "Select VTK GPU Ray Casting Rendering\nClick on the eye icon in the Volume tab to display \nthe volume rendered image in the 3D viewer", + "25_ArrowText_0": "Use the shift slider to \nchange the transfer \nfunction and display the\naorta", "26_ArrowText_0": "Clique em Exibir ROI para\nmostrar uma região de interesse\n(ROI) no visualizador 3D e\nverificar a opção Ativar", + "27_TextBox_0": "Turn off the visibility of the \naxial, sagittal and coronal \nslices in the 2D viewer \n\n\nPosition the ROI around the \nleft kidney using the color \nhandles", "28_ArrowText_0": "Clique no ícone do olho para\nexibir o volume renderizado\nimagem", "29_TextBox_0": "Slicer displays the \nvolume rendered \nimage of the left kidney ", "30_TextBox_0": "Amplie a ROI para gerar\numa imagem renderizada em volume do\nrim direito", + "31_ArrowText_1": "Click on File, then Close Scene\nin the main menu", + "32_TextBox_0": "Part 3: Loading and \nviewing 3D models\n", + "33_TextBox_1": "• The directory dataset2_Head contains the Slicer scene called Head_scene.mrb\n\n• The scene contains 3D models from the SPL brain atlas developed by the department of Radiology at Brigham and Women’s Hospital, Harvard Medical School (NIH P41 RR013218, NIH R01 MH05074)", "34_TextBox_0": "Cena do Slicer", + "34_TextBox_1": "Slicer stores all loaded data in a repository called a scene\n\n\nEach data set, such as an image volume, surface model, or point set, is represented as a node in a Slicer scene.\n\n\nAll Slicer modules operate on the data stored in a Slicer scene.", "35_LoadingaScene_title": "A carregar uma cena", "35_TextBox_0": "O Slicer exibe um modelo de \nsuperfície 3D da cabeça e cortes \nde ressonância magnética 2D", "36_Viewing3Dmodels_title": "A visualizar modelos 3D", @@ -46,54 +78,22 @@ "39_Viewing3Dmodels_title": "A visualizar modelos 3D", "40_Viewing3Dmodels_title": "A visualizar modelos 3D", "36_ArrowText_0": "Posicione o cursor sobre\no ícone do pino para revelar o\nmenu de fatias e clique em\no ícone do olho para exibir\nfatia axial no espectador 3D", + "37_ArrowText_1": "Select the Models module \nin the list of models", + "38_ArrowText_0": "Slicer displays the list of \n3D models loaded in the \nscene\n\nSelect the model Skin.vtk", + "39_ArrowText_0": "Lower the opacity of \nthe Skin model using \nthe visibility slider", + "39_TextBox_1": "The skull bone and \neyeballs models appear \nthrough the skin", + "40_ArrowText_1": "Select the skull bone \nmodel and click on the \neye icon to turn off its \nvisibility", + "40_TextBox_2": "The white matter and \noptic nerve models \nappear through the skin", "41_Interactingwith3Dmodels_title": "Interagir com modelos 3D", "42_Interactingwith3Dmodels_title": "Interagir com modelos 3D", "43_Interactingwith3Dmodels_title": "Interagir com modelos 3D", "44_Interactingwith3Dmodels_title": "Interagir com modelos 3D", - "38_ArrowText_0": "Lower the opacity of \nthe Skin model using \nthe visibility slider", - "38_TextBox_1": "The skull bone and \neyeballs models appear \nthrough the skin", - "40_TextBox_2": "The white matter and \noptic nerve models \nappear through the skin", - "40_ArrowText_1": "Select the skull bone \nmodel and click on the \neye icon to turn off its \nvisibility", - "0_TextBox_0": "Noções básicas de carregamento de dados e visualização 3D no 3D Slicer", - "0_TextBox_1": "Autor: Sonia Pujol, Ph.D.", - "0_TextBox_2": "24/11/2024", - "0_TextBox_3": "Professora Assistente de Radiologia Brigham e Escola Médica de Harvard do Hospital das Mulheres", - "1_TextBox_0": "Objetivo geral", - "2_TextBox_0": "Objetivos de aprendizagem", - "2_TextBox_1": " • Following this tutorial, you will be able\n\n• to load and visualize DICOM images in Slicer\n\n• to perform volume rendering of CT data\n\n• to load and visualize 3D models reconstructed from MRI data", - "3_TextBox_1": "-3D Slicer versão 5.10\n\n-3D VisualizationDataSet.zip", - "4_TextBox_1": "The file 3DVisualizationDataset.zip contains two directories:\n\n- dataset1_Thorax_Abdomen \n- dataset2_Head\n\nUnzip the file 3DVisualizationDataset.zip on your computer to access the datasets", - "5_TextBox_1": "• 3D Slicer is a free open source software application distributed under a BSD style license. \n\n\n• The software is not FDA approved or CE-Marked, and is for research use only.\nTutorial Outline", - "6_TextBox_1": "• Part 1: Loading and Viewing DICOM data\n\n• Part 2: Volume Rendering\n\n\n• Part 3: Loading and Viewing 3D models", - "7_TextBox_0": "Parte 1: Carregar Dados DICOM", - "8_TextBox_0": "Slicer displays the user interface of the DICOM module", - "9_ArrowText_1": "Select patient1 and click on Load \nto load the dataset in Slicer", - "10_TextBox_0": "Slicer exibe o axial, coronal\ne imagens sagitais da TC\nConjunto de dados Thorax Abdomen ", - "11_ArrowText_1": "Left click on DICOM to display \nthe list of modules of Slicer", - "12_ArrowText_0": "Click on the CT-abdomen \npreset to automatically adjust \nthe window/level display of the \nCT dataset", - "13_TextBox_1": "Position the mouse cursor \nover the red banner in the \nRed Viewer to display the slice \nmenu.\n\n\nClick on the Links icon to link \nthe slice controls across all \nSlice Viewers. \n\n\nClick on the Eye icon to\ndisplay the three anatomical \nslices in the 3D Viewer", - "14_TextBox_0": "The three anatomical slices \nappear in the 3D viewer.", - "15_ArrowText_0": "Click on the Slicer layout menu \nicon, and select the \nConventional Widescreen layout", - "18_TextBox_0": "Use the left mouse button in the \n3D Viewer to rotate the images", - "19_TextBox_1": "Position the mouse cursor over \nthe pin icon in the blue banner \nof the 3D viewer window to \ndisplay the 3DView controller\n\nClick on the second icon on the \ntop row of the 3DView \ncontroller to center the 3D view \non the scene", - "20_ArrowText_1": "Select the Volume Rendering \nmodule in the list of modules ", - "21_TextBox_0": "Part 2: Volume Rendering", - "22_TextBox_1": "• Volume rendering \ntechniques enable 3D \nvisualization of 3D \ndatasets\n\n• The Volume Rendering \nmodule in Slicer enables \ninteractive 3D visualization \nof DICOM images", - "23_ArrowText_0": "Clique em Predefinição na guia Exibir\ne selecione a predefinição CT-Cardiac3 ", - "25_ArrowText_0": "Use the shift slider to \nchange the transfer \nfunction and display the\naorta", - "27_TextBox_0": "Turn off the visibility of the \naxial, sagittal and coronal \nslices in the 2D viewer \n\n\nPosition the ROI around the \nleft kidney using the color \nhandles", - "31_ArrowText_1": "Click on File, then Close Scene\nin the main menu", - "32_TextBox_0": "Part 3: Loading and \nviewing 3D models\n", - "33_TextBox_1": "• The directory dataset2_Head contains the Slicer scene called Head_scene.mrb\n\n• The scene contains 3D models from the SPL brain atlas developed by the department of Radiology at Brigham and Women’s Hospital, Harvard Medical School (NIH P41 RR013218, NIH R01 MH05074)", - "34_TextBox_1": "Slicer stores all loaded data in a repository called a scene\n\n\nEach data set, such as an image volume, surface model, or point set, is represented as a node in a Slicer scene.\n\n\nAll Slicer modules operate on the data stored in a Slicer scene.", - "37_ArrowText_1": "Select the Models module \nin the list of models", - "39_ArrowText_0": "Slicer displays the list of \n3D models loaded in the \nscene\n\nSelect the model Skin.vtk", "41_ArrowText_0": "Clique no ícone do olho para\nexibir o corte coronal\nno visualizador 3D", "42_ArrowText_2": "Select the hemispheric \nwhite matter model and \nselect the option Clipping", "43_TextBox_0": "Mova a fatia coronal\nposteriormente para exibir o\nquiasma ótico", "44_TextBox_0": "O Slicer exibe uma visualização 3D do\nquiasma ótico", - "45_TextBox_1": "• 3D Slicer provides advanced functionalities for loading and viewing 3D medical imaging data\n\n• The tutorial demonstrates how to use volume \nrendering and 3D surface modeling for \ninteractive visualization of CT and MRI data\n\n\nContact: spujol@bwh.harvard.edu", + "45_TextBox_0": "Conclusão", + "45_TextBox_1": "• 3D Slicer provides advanced functionalities for loading and viewing 3D medical imaging data\n\n• The tutorial demonstrates how to use volume rendering and 3D surface modeling for interactive visualization of CT and MRI data\n\n\nContact: spujol@bwh.harvard.edu", "46_TextBox_0": "Agradecimentos", - "46_TextBox_1": "Neuroimage Analysis Center (NIBIB P41 EB015902)", - "45_TextBox_0": "Conclusão" + "46_TextBox_1": "Neuroimage Analysis Center (NIBIB P41 EB015902)" } \ No newline at end of file