1. Open the file in your stand alone QuickTime player, not in your browser
2. Do a ctrl-click on the first or last frame of the movie (you might lose that frame)
3. Close the window
4. Confirm that you want to save the changes you’ve made
5. Specify where to save the file

I couldn’t believe it would be that simple, but it is! No need to buy Pro, you can now save any QuickTime movie through the regular player! Thanks, Electric Monk!

Original post:
http://www.macosxhints.com/article.php?story=20050430173712176

First of all, it is wise to create a subclass of fl.controls.ComboBox to represent your custom comboBox. In this class you can then set some styles in the constructor as follows:

package com.rockabit.utils.as3
{
import fl.controls.ComboBox;
import fl.controls.List;

import flash.text.TextFormat;

/**
* Customized ComboBox component. Graphic changes have been made inside the component itself,
* in the library, changes in textual display are made here.
*/
public class CustomComboBox extends ComboBox
{
private var textFormat:TextFormat;

public function CustomComboBox()
{
super();

textFormat = new TextFormat(”Arial”, 10, 0xffffff);

//textField is the top text, in the closed combobox
textField.setStyle(”embedFonts”, true);
textField.setStyle(”textFormat”, textFormat);

//dropdown is the list that shows when you open the combobox
dropdown.setStyle(”cellRenderer”, CustomCellRenderer);
}

override protected function drawLayout():void
{
super.drawLayout();
textField.y = 0;
}
}
}

So in the constructor, I create a TextFormat instance and assign that to the textField variable. I then set the cellRenderer style of the dropdown list, which is a class that describes how each item in the list is formatted. For that I use another custom class, which extends fl.controls.listClasses.CellRenderer:

package com.rockabit.utils.as3
{
import fl.controls.listClasses.CellRenderer;

import flash.text.TextFormat;

/**
* Custom cellRenderer for comboBox list items.
*/
public class CustomCellRenderer extends CellRenderer
{

public function CustomCellRenderer()
{
super();
this.setStyle(”embedFonts”, true);
this.setStyle(”textFormat”, new TextFormat(”Arial”, 10, 0×000000));
}

}

}

All this class does is extend the default CellRenderer class and set some styles in the constructor.

Using these two simple classes, you can easily make sure that all your fonts are embedded in the comboBox component, and give them custom text formatting.

I’ve made a small example .fla file. You’ll notice that I added the Tahoma font to the library with a linkage class, which I instantiate in the TextFormat constructor parameter to get the correct fontName. Because I set the library font to bitmap text andset embedFonts to true in code, you get a nice crisp font display in your combobox.

Edit: I have now also added functionality to the CustomComboBox class to set vertical positioning of the main textfield. Right now this is hardcoded, but that could be changed to listen to a custom style.

Download source:
http://www.rockabit.com/downloads/as3/combobox_example.zip

The Japan Times describes Happyard very much to the point as a game that “(…) integrates real world parameters with a virtual garden environment and sets the player about hunting animals for their collection.” This concepts enthused the Japanese jury so much that they decided on us as the fourth competitor where a selection of just three was allowed (!) So on to the demo creation phase and perhaps this fall we’ll be representing dutch design in Tokyo!

Read more at:

http://search.japantimes.co.jp/cgi-bin/nc20080319a1.html
http://www.nieuwsbank.nl/inp/2008/03/18/G016.htm
http://www.florusvanbeek.nl/blog
http://blog.thingsdesigner.com

Download it here

EDIT: the clone() method didn’t work correctly for some reason. I’ve removed it for now.
EDIT: added an equals() method which compares this list to another list. You  must specify the  name of a unique property which can be used to check if two items are the same.

You can register objects and specify a size to maintain relative to the stage size, alignment, padding and set a function that is called when the screen is resized.

This is a first version and it may (and most likely will) change in the future.

Download: LayoutManager.as and LayoutTarget.as

Abstract

It is well known that our emotional response is related to our bodily state, and more specifically that our bodily state can directly influence particular emotions we feel. It appears, however, that this fact has so far not had a significant influence in the entertainment industry. We first review existing work on physical emotion induction. Based on this work we present several techniques to influence emotional responses through physical means in a non-cognitive manner. The basis for the different techniques is a two-factor model of emotion: Pleasure and Arousal. We selected 4 sets of movie clips that correspond to the 4 possible quadrants existing in the 2 factor model. We have implemented some of the emotion induction techniques in a physical device (interactive chair) and tested the effects on the immersiveness of the movie clips and the emotional experience of the participants.

The full research paper (16 pages) can be downloaded here, as well as a shortened 8 page version:
full paper (pdf)
short paper (pdf)

Find more info on http://www.zombielovethemovie.com/ and please support Yfkes artistry by ordering a copy!