If specified, the gradient will appear to be focused along the vector from center to focal. focal - The focal point of the gradient.For example, if a radial gradient is painted on a box that is 100.0 pixels wide and 200.0 pixels tall, then a radius of 1.0 will place the 1.0 stop at 100.0 pixels from the center. radius - The radius of the gradient, as a fraction of the shortest side of the paint box.For example, an alignment of (0.0, 0.0) will place the radial gradient in the center of the box. The center of the gradient, as an offset into the (-1.0, -1.0) x (1.0, 1.0) square describing the gradient which will be mapped onto the paint box. center - An instance of Alignment class.colors, stops, tile_mode, rotation - see Linear gradient for description of these properties.RadialGradient class has the following properties: Linear gradient in Flutter documentation.rotation - rotation for the gradient, in radians, around the center-point of its bounding box.The value is GradientTileMode enum with supported values: CLAMP (default), DECAL, MIRROR, REPEATED. tile_mode - How this gradient should tile the plane beyond in the region before begin and after end.If the last value is not 1.0, then a stop with position 1.0 and a color equal to the last color in colors is implied. If the first value is not 0.0, then a stop with position 0.0 and a color equal to the first color in colors is implied. If non-null, this list must have the same length as colors. stops - A list of values from 0.0 to 1.0 that denote fractions along the gradient.This list must have at least two colors in it (otherwise, it's not a gradient!). If stops is non-null, this list must have the same length as stops. colors - The colors the gradient should obtain at each of the stops.The offset at which stop 1.0 of the gradient is placed. The offset at which stop 0.0 of the gradient is placed. begin - An instance of Alignment class.LinearGradient class has the following properties: On_click=lambda e: print("Clickable transparent with Ink clicked!"), On_click=lambda e: print("Clickable with Ink clicked!"),Ĭontent=ft.Text("Clickable transparent with Ink"), On_click=lambda e: print("Clickable without Ink clicked!"), Page.horizontal_alignment = ft.CrossAxisAlignment.CENTERĬontent=ft.Text("Clickable without Ink"), Page.vertical_alignment = ft.MainAxisAlignment.CENTER If that sounds like something that might work well on one of your projects, then check out some examples of what it can do here: fullPage.js = "Containers - clickable and not" With fullPage you’d be able to integrate the different CSS background animations we’ve just looked over here, maybe putting a different one on each page. Don’t know yet what I’m talking about? Just check out these 20 examples of one-page websites and your doubts will disappear. You know the type – as you scroll, you move to the next page, rather than scrolling down just a little bit. Your browser does not support the video tag.įullPage helps you build full page sites – where you split your webpage into chunks, each taking up the full size of the user’s browser. One such library I recommend you check out is fullPage.js. That way, we don’t have to wait until we reach mastery to start making really cool stuff. It’s pretty amazing what you can come up with when you’ve mastered your craft! But one of the cool things about front-end web development is that we can use code snippets, libraries, and CSS frameworks made by people much more skilled than us. How they’ve done it, is to apply all their CSS to the html element. Here abxlfazl khxrshidi has gone a step further, and made this CSS animated background of a car (one that’s gonna get pulled over very soon by the looks of it!), with no div at all!Ĭheck for yourself, the HTML box is empty, apart from comments.
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