Visualization of data with tools #TC1017 #Mastery30
I found this Tableau Software for the visualization 
Tableau is one of the leading tools in the world of visualization. This is one of the quickest and easiest ways exist to create visualizations of data and information. Its operation is very intuitive, allowing the creation of high-level views, reports and dashboards with drag data so you can see changes in real time as they are incurred.
Tableau is useful for viewing because it allows us to show different representations of data in a single dashboard. It also gives us the ability to add extra information, either for example through the insertion of documents or web pages, that will broaden the understanding of the data.
The program is very easy to handle, making it accessible to everyone without programming domain. Highly visual.
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El sistema de datos por herramientas es un software libre, libremente disponible para la realización de gráficos 3D por computadora, procesamiento de imagen y visualización. VTK consiste en una biblioteca de clases de C++ y varias capas de interfaz interpretadas como Tcl/Tk, Java, y Python.
"The Visualization Toolkit (VTK) is an open-source, cross-platform, software system for 3D computer graphics, image processing, and visualization. Originally written as companion software to the textbook The Visualization Toolkit: An Object-Oriented Approach to 3D Graphics by Will Schroeder, Ken Martin, and Bill Lorensen, VTK provided the motivation to found Kitware.
From initial development in 1993, VTK has grown to be the premier visualization system today through the support and dedication of a global community. Much of this work has stemmed from Kitware, recently including a transition to using Git and Gerrit for distributed version control; the addition of pointer classes to facilitate pointer management; enhancement of the VTK pipeline to suit AMR; improvements to the plotting and charting capabilities in VTK; and general toolkit maintenance."(http://www.kitware.com/opensource/vtk.html)
#TC1017
Continue reading ]]>#Mastery30
El sistema de datos por herramientas es un software libre, libremente disponible para la realización de gráficos 3D por computadora, procesamiento de imagen y visualización. VTK consiste en una biblioteca de clases de C++ y varias capas de interfaz interpretadas como Tcl/Tk, Java, y Python.
“The Visualization Toolkit (VTK) is an open-source, cross-platform, software system for 3D computer graphics, image processing, and visualization. Originally written as companion software to the textbook The Visualization Toolkit: An Object-Oriented Approach to 3D Graphics by Will Schroeder, Ken Martin, and Bill Lorensen, VTK provided the motivation to found Kitware.
From initial development in 1993, VTK has grown to be the premier visualization system today through the support and dedication of a global community. Much of this work has stemmed from Kitware, recently including a transition to using Git and Gerrit for distributed version control; the addition of pointer classes to facilitate pointer management; enhancement of the VTK pipeline to suit AMR; improvements to the plotting and charting capabilities in VTK; and general toolkit maintenance.”(http:/
#TC1017
]]>this is my video http://youtu.be/hCEabM-isMY ]]>
this is my video http://youtu.be/hCEabM-isMY ]]>
this is my video http://youtu.be/hCEabM-isMY ]]>
Continue reading ]]>
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Lectura de notas de texto en Python:
Python posee otra funcionalidad que es la de la lectura de notas de texto: abrirlas, leerlas o hacer utilidad de su contenido para otros porgramas como se puede ver en la imagen del WSQ 16
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mi viedo:
]]>Reading and writing of files in Python
Para este Mastery, utilizré el código del WSQ16 (:
Link: https://github.com/LizethAcosta/Tareas/blob/master/WSQ16
Es muy sencillo abrir un archivo, los primero es ubicar el archivo .txt en la misma carpeta donde tendremos guardado nuestro programa. Lo abriremos con "Open" y le daremos el atributo "r" que es de lectura. Ya que tenemos nuestro archivo abierto, podremos hacer lo que se nos pida: contar líneas, mostrar datos, etc. Es muy importante que cerremos nuestro archivo al finalizar el programa, lo cual lo haremos con a.close()
#Mastery30
Continue reading ]]>Reading and writing of files in Python
Para este Mastery, utilizré el código del WSQ16 (:
Link: https:/
Es muy sencillo abrir un archivo, los primero es ubicar el archivo .txt en la misma carpeta donde tendremos guardado nuestro programa. Lo abriremos con “Open” y le daremos el atributo “r” que es de lectura. Ya que tenemos nuestro archivo abierto, podremos hacer lo que se nos pida: contar líneas, mostrar datos, etc. Es muy importante que cerremos nuestro archivo al finalizar el programa, lo cual lo haremos con a.close()
#Mastery30
]]>Visualization of data with tools: Views Portable, high-performance C++ graphical user interface (GUI) components, for Windows, Unix and Linux Cross-platform graphical user interface (GUI) C++ components for mission-critical applications. Quickly create powerful GUIs targeting a large variety of platforms, including Windows, Unix and Linux. Views dramatically reduces user interface development time and risk through dedicated components and tools.
Views Charts Portable, high-performance C++ chart components, for Windows, Unix and Linux
Quickly and easily add a wide variety of chart displays to Views-based user interfaces.
Views Graph Layout High-performance algorithms to automatically organize complex diagram views
Intelligently rearrange diagram displays for better readability with these purpose-built algorithms. Ensure your users can understand the data in your network topology displays, workflows, organization charts, and other diagrams. Organize the data. Show the relationships. Reveal the patterns.
Views Maps Create sophisticated high-performance map displays
Map display components for mission-critical applications, ideal for real-time tracking and monitoring applications. C++ developers can add high-performance custom map displays to Views user interfaces.
Views Data Access Out-of-the-box data connectivity for Views user interface controls
Enhance underlying Views controls, connecting them to data sources for bi-directional data updates. Objects on the map overlay layers components to database, XML, and other data sources. Remove the need to write difficult connectivity code, and get your code completed faster.
DB Link Portable C++ database components, for Windows, Unix and Linux
“Develop once, port anywhere” database connectivity for Views C++ applications. C++ developers have database access code that is portable across platforms and databases. Saves tedious coding without sacrificing performance with easy to learn and apply components.
Server Highly scalable modeling framework
Represent the elements and topology of a supervised system as shared in-memory services with Rogue Wave Server. Modeling abstractions match those offered by object-oriented design notation like UML, and Server bridges the gap between business model design and implementation. Because objects stored in the Server-based mediation server are active, all business events, such as object modifications and structural changes, are registered and buffered for forwarding to subscribing clients.
THE LINK: http://www.roguewave.com/products-services/visualization/views
TC1017 #Mastery30
Continue reading ]]>Visualization of data with tools:
Views
Portable, high-performance C++ graphical user interface (GUI) components, for Windows, Unix and Linux
Cross-platform graphical user interface (GUI) C++ components for mission-critical applications. Quickly create powerful GUIs targeting a large variety of platforms, including Windows, Unix and Linux. Views dramatically reduces user interface development time and risk through dedicated components and tools.
Views Charts
Portable, high-performance C++ chart components, for Windows, Unix and Linux
Quickly and easily add a wide variety of chart displays to Views-based user interfaces.
Views Graph Layout
High-performance algorithms to automatically organize complex diagram views
Intelligently rearrange diagram displays for better readability with these purpose-built algorithms. Ensure your users can understand the data in your network topology displays, workflows, organization charts, and other diagrams. Organize the data. Show the relationships. Reveal the patterns.
Views Maps
Create sophisticated high-performance map displays
Map display components for mission-critical applications, ideal for real-time tracking and monitoring applications. C++ developers can add high-performance custom map displays to Views user interfaces.
Views Data Access
Out-of-the-box data connectivity for Views user interface controls
Enhance underlying Views controls, connecting them to data sources for bi-directional data updates. Objects on the map overlay layers components to database, XML, and other data sources. Remove the need to write difficult connectivity code, and get your code completed faster.
DB Link
Portable C++ database components, for Windows, Unix and Linux
“Develop once, port anywhere” database connectivity for Views C++ applications. C++ developers have database access code that is portable across platforms and databases. Saves tedious coding without sacrificing performance with easy to learn and apply components.
Server
Highly scalable modeling framework
Represent the elements and topology of a supervised system as shared in-memory services with Rogue Wave Server. Modeling abstractions match those offered by object-oriented design notation like UML, and Server bridges the gap between business model design and implementation. Because objects stored in the Server-based mediation server are active, all business events, such as object modifications and structural changes, are registered and buffered for forwarding to subscribing clients.
THE LINK:
http:/