#ADOBE FLASH PROFESSIONAL CS5 TOOLS SOFTWARE DOWNLOAD#
Selecting a region changes the language and/or content on software download dmg”, which is usually located in the “Downloads” folder. These commands can help in reducing the overall file size. Whenever you're bringing in graphics from a print-based application, it can be useful to examine each curve and use Flash's Smoothing and Optimize commands. The original shape could be overly complex, and the original Quadratic Bezier conversion could have more points than required. If you're importing a shape from a PostScript file then there can be a different problem. The extra nodes and handles seen with the Subselection Tool and the Bezier Pen Tool are not included in the final file. When you Publish to SWF file and inspect the size report, you see that the final symbols are about the same size.Īll that matters in the final SWF file is the number of underlying three-point Quadratic Bezier curves. These two symbols describe the same overall curve, but one uses more four-point Cubic Bezier curves to do so. Duplicate the symbol, and move some of the points with the Subselection Tool and Undo until you see the multiple simpler curves. You can confirm this statement for yourself by making a symbol containing a simple Cubic Bezier curve using the Bezier Pen Tool. All that matters is the overall smooth appearance of the curve. All that matters is the overall complexity of the regular Quadratic Bezier curve. The Cubic Bezier representation is not included in the final SWF file. This effect is because of the way the transform is currently handled.įor total file size, it doesn't matter how many four-point Cubic Bezier points there are in a curve. Moving a shape with the regular Arrow Tool can also give the appearance of many more Bezier Pen Tool control points. Many simpler curves sometimes represent a complex curve. In this case, you can see more points than were originally there. If you are drawing with the Bezier Pen Tool or editing with the Subselection Tool, then performing an Undo command can often cause regeneration. There are additional subtle regeneration cases. All of these nonPostScript drawing methods can force Flash to render a new PostScript style Cubic Bezier representation. The same holds true for Flash's Vector Brushes, or the ability to directly grab and twist and sculpt the edges of a shape, or the way that Flash has built-in Boolean operations on shapes. The new Bezier Pen points are different from the old points. If you then swipe the Eraser across this vector shape, then a new PostScript representation is created. If you draw a circle and select it with the Subselection Tool, you can see that the shape has few Bezier control handles. However, this nonPostScript style of vector drawing requires a new PostScript style curve.Īnother example is Flash's Vector Eraser. It's easy to grab and delete parts of curves in Flash. But if you use Flash's Lasso Tool to select part of this curve and delete it, then an entirely new Cubic Bezier curve is created.
The Cubic Bezier points remain for later PostScriptstyle editing.
It's then converted to Flash's internal Quadratic Bezier curves. The next time you use a Bezier Pen, you could see that the points have changed.įor example, if you import some vector art in the Adobe Illustrator AI format, it starts with a Cubic Bezier representation. In such a case, the application creates a new Cubic Bezier curve. Some of these operations aren't handled well by PostScript style curves.
The Flash authoring application combines painterly and vector drawing techniques, and you can do things that are impossible in other vector programs.
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