FrameDummy For Windows
A software maker provided us with a trial version of FrameDummy.
File converter in use
A file converter, such as BitDefender, Avira, Check Point, ESET, F-Secure, Kaspersky, Lookout, Norton, Panda Internet Security, Sophos, Symantec, 360TotalSecurity or Trend Micro is in use.
Steps to reproduce
Our tests focus on displaying a photo as the content in the window that FrameDummy creates. This ensures that the tool is always able to display a specific image on screen without problems. The complete set of issues you see depends on your configuration.
Basic use of FrameDummy
The window contains a frame that has no border and that's empty when not doing anything. It shows a control box with a close button on the right side.
The window is active and allows you to click with the mouse on it.
Click the Ctrl+S hotkey, which makes a small, diamond-shaped window appear with a red cross in the center.
Make a snapshot and use it as content.
Opacity of the frame's content
The frame's contents are transparent, i.e. you can see the windows underneath.
The frame and its content can be totally darkened.
If you click on the full screen icon at the bottom right, the frame and its content become totally opaque.
This lets you see the desktop underneath. You may show or hide the window by pressing Alt+F10 on the keyboard, or access its properties by right-clicking on the icon on the taskbar.
Opaque background
The frame and its content become fully opaque.
The frame and its content become partially transparent.
A background image displayed in the frame.
A background image displayed in the frame.
Left-click on the icon on the taskbar
The icons go into the taskbar.
The icons go into the taskbar.
You can minimize the window by left-clicking on its icon on the taskbar or by pressing Alt+F10 on the keyboard.
You can minimize the window by left-clicking on its icon on the taskbar or by pressing Alt+F10 on the keyboard.
You can maximize the window by right-clicking on its icon on the taskbar or by pressing Alt+F10 on the keyboard.
FrameDummy Crack
FrameDummy is a simple-to-use software application that enables you to simulate the window of a program, in order to pull pranks on your friends by making them open programs and websites without knowing. It offers simple customization options when it comes to its frame and contents.
The installation procedure is a fast and easy job that shouldn't give you any trouble. By default, the utility shows an empty, see-through frame that stays on top of other windows.
Customize the window's borders and content
It's possible to edit its title, adjust the frame's opacity level, show or hide a control box, minimization and maximization buttons, disable topmost mode, as well as to show an icon and make the window accessible from the taskbar. An icon image cam be loaded from ICO, BMP, JPEG, GIF, TIFF or PNG file.
When it comes to the window content, you can load a photo from file (same supported formats), enable auto-size or set it to normal, stretch, center or zoom, as well as personalize the background color and make it random or transparent.
In order to switch to prank mode, you can enter the path of a program to launch or URL to visit on window click. The settings can be visible or hidden on right-click or when triggering the Ctrl+S hotkey. Plus, you can restrict the user from exiting the window on close.
Evaluation and conclusion
As we expected, the tool didn't put a strain on the overall performance of the computer in our tests, running on low CPU and RAM. No error dialogs were displayed, and it didn't hang or crash.
All in all, FrameDummy may not be the most advanced application out there, but it offers a fun way to mimic a real window for pulling pranks on your friends by making them launch programs or visit websites.
FrameDummy Screenshots:Nearly identical d(10) element spectra obtained by 3 MeV and 4.8 MeV electrons.
We report the results of electron-induced nuclear reaction spectra obtained by 3 MeV and 4.8 MeV electron beams in a homogeneous Ca target in order to elucidate the charge-exchange cross sections and shell-model occupancies of the nuclei populated. The experimental results are compared with shell-model calculations using effective interaction parameters appropriate to the isobaric analog state model. The target nucleus is the 734 keV level of which the 1
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