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How To Create Stripe Effect In Svg Fill

Linear Pattern Of Diagonal Lines Stripe Effect, Texture, Abstract

Creating vivid and eye-catching graphics for websites and applications is an important part of modern web design. Scalable Vector Graphics (SVG) is the most common format for vector graphics, and it offers plenty of options for creating unique and interesting designs. One of the most interesting effects that can be created with SVG is the stripe effect. This effect is created by using linear gradients to create a repeating pattern along the edges of an object. In this tutorial, you will learn how to create a stripe effect in SVG fill.

What is SVG Fill?

An SVG fill is a property that is used to define the color and other graphical elements that are used to fill an object. SVG fills can be applied to any object, including shapes, text, and images. SVG fills can be used to create a variety of effects, including gradients, patterns, and textures. In this tutorial, we will focus on linear gradients, which can be used to create a stripe effect.

Creating a Stripe Effect

Creating a stripe effect in SVG fill involves using a linear gradient to create a repeating pattern along the edges of an object. To create the stripe effect, the linear gradient must be defined using the x1, y1, x2, y2, and spreadMethod attributes. The x1 and y1 attributes define the start point of the gradient, while the x2 and y2 attributes define the end point of the gradient. The spreadMethod attribute defines how the gradient is spread across the object. If the spreadMethod attribute is set to “repeat”, then the gradient will be repeated along the edges of the object.

Creating the Linear Gradient

To create the linear gradient, you must define the start and end points of the gradient using the x1, y1, x2, and y2 attributes. The x1 and y1 attributes define the start point of the gradient, while the x2 and y2 attributes define the end point of the gradient. The coordinates of the start and end points can be any valid SVG coordinate, including percentages, pixels, or relative units. For example, to create a vertical stripe effect, the x1 and x2 attributes can be set to “0%” and “50%” respectively. Likewise, to create a horizontal stripe effect, the y1 and y2 attributes can be set to “0%” and “50%”.

Defining the Colors

Once the start and end points of the gradient have been defined, you must define the colors of the gradient. This is done by using the stop elements. The stop elements are used to define the colors of the gradient and the position of each color. The position of each color is defined using the offset attribute. The offset attribute can be any valid SVG coordinate, including percentages, pixels, or relative units. For example, to create a two-color stripe effect, you can use two stop elements. The first stop element can have an offset of “0%” and a color of “#000000”, while the second stop element can have an offset of “50%” and a color of “#FFFFFF”.

Applying the Stripe Effect

Once the linear gradient has been defined, it can be applied to an object by using the fill property. The fill property is used to define the color and other graphical elements that are used to fill an object. To apply the linear gradient to an object, the fill property must be set to “url(#gradient_name)”. The linear gradient must be given a unique identifier, which is used to reference the gradient when applying it to an object.

Creating a Pattern Effect

The linear gradient can also be used to create a pattern effect, which is created by repeating the gradient along the edges of the object. To create the pattern effect, the spreadMethod attribute must be set to “repeat”. This will cause the gradient to be repeated along the edges of the object. The pattern effect can be used to create a variety of effects, including stripes, dots, lines, and other repeating patterns.

Conclusion

Creating a stripe effect in SVG fill is a great way to create unique and eye-catching graphics for websites and applications. The stripe effect is created by using a linear gradient and the spreadMethod attribute. The linear gradient defines the start and end points of the stripe, while the spreadMethod attribute defines how the gradient is spread across the object. Once the linear gradient has been defined, it can be applied to an object by using the fill property. The linear gradient can also be used to create a pattern effect by setting the spreadMethod attribute to “repeat”. With a little creativity, you can use the stripe effect to create a variety of interesting and unique designs.