Vskills certification for SVG Professional assesses the candidate as per the company’s need for scalable vector graphics development. The certification tests the candidates on various areas in Coordinates, Document Structure, Shapes, Paths, Coordinate System, Patterns, Gradients, Clipping, Masking, Animating and Scripting SVG.
Why should one take this certification?
This certification is intended for professionals and graduates wanting to excel in their chosen areas. It is also well suited for those who are already working and would like to take certification for further career progression.
Earning Vskills SVG Professional Certification can help candidate differentiate in today's competitive job market, broaden their employment opportunities by displaying their advanced skills, and result in higher earning potential.
Who will benefit from taking this certification?
Job seekers looking to find employment in graphics, multimedia or web development departments of various companies, students generally wanting to improve their skill set and make their CV stronger and existing employees looking for a better role can prove their employers the value of their skills through this certification.
SVG Professional Table of Content
https://www.vskills.in/certification/SVG-Table-of-Contents
SVG Professional Sample Questions
https://www.vskills.in/certification/SVG-Sample-Questions
SVG Professional Mock Test
https://www.vskills.in/test/SVG
SVG Interview Questions
https://www.vskills.in/interview-questions/web-development-interview-questions/svg-interview-questions
Companies that hire Vskills SVG Professional
SVG Professionals are in great demand. Companies specializing in web development, multimedia or graphics are constantly hiring skilled SVG Professional. Various public and private companies also need SVG Professional for their graphics, multimedia or web development departments.
Apply for SVG Professional Certification
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TABLE OF CONTENT
Introduction
- Graphics Systems
- Scalability
- SVG's Role
- Creating an SVG Graphic
Coordinates
- The Viewport
- Using Default User Coordinates
- Specifying User Coordinates for a Viewport
- Preserving Aspect Ratio
- Nested Systems of Coordinates
Basic Shapes
- Lines
- Stroke Characteristics
- Rectangles
- Circles and Ellipses
- The polygon Element
- The polyline Element
- Basic Shapes Reference Summary
Document Structure
- Structure and Presentation
- Using Styles with SVG
- Document Structure -- Grouping and Referencing Objects
Transforming the Coordinate System
- The translate Transformation
- The scale Transformation
- Sequences of Transformations
- Technique: Converting from Cartesian Coordinates
- The rotate Transformation
- Technique: Scaling Around a Center Point
- The skewX and skewY Transformations
- Transformation Reference Summary
Paths
- moveto, lineto, and closepath
- Relative moveto and lineto
- Path Shortcuts
- Elliptical Arc
- Technique: Converting from Other Arc Formats
- Bézier Curves
- Path Reference Summary
- Paths and Filling
- The marker element
- Marker Miscellanea
Patterns and Gradients
- Patterns
- Gradients
- radialGradient
- Gradient Reference Summary
- Transforming Gradients and Patterns
Text
- Text Terminology
- Simple Attributes and Properties of the text Element
- Text Alignment
- The tspan element
- Setting textLength
- Vertical Text
- Internationalization and Text
- Text on a Path
- Whitespace and Text
- Case Study -- Adding Text to a Graphic
Clipping and Masking
- How Filters Work
- Creating a Drop Shadow
- Creating a Glowing Shadow
- The feImage Filter
- The feComponentTransfer Filter
- The feComposite Filter
- The feBlend Filter
- The feFlood and feTile Filters
- Lighting Effects
- Accessing the Background
- The feMorphology Element
- The feConvolveMatrix Element
- The feDisplacementMap Element
- The feTurbulence Element
- Filter Reference Summary
Animating and Scripting SVG
- Animation Basics
- How Time Is Measured
- Repeated Action
- The set Element
- The animateColor Element
- The animateTransform Element
- The animateMotion Element
- Using Links in SVG
- Scripting SVG
Generating SVG
- Using Perl to Convert Custom Data to SVG
- Using Java to Convert XML to SVG
- Using XSLT to Convert XML Data to SVG
Serving SVG Files
- Serving Web Files -- The Task at Hand
- Partitioning the Task
- Setting up the Server
Apply for Certification
http://www.vskills.in/certification/SVG-Certification
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