How To Zoom Text In Dev C++
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Im running vista but getting problems.
Jan 07, 2010 You probably know that Visual Studio has an option to change your text size, but did you know you can also zoom the editor in VS 2010? Ctrl+mouse wheel zooming has been available since the first Visual Studio 2010 CTP, but we’ve finished it by adding a zoom control and key bindings in Beta 2. Oct 31, 2018 How does one perform this magic? After upgrading to Win10 Insider build #18272 or later, open any Console window (E.g. Launch Cmd, PowerShell, WSL, etc.) and then hit and hold CTRL while scrolling your mouse wheel / trackpad. The observant will also notice that Console now honors your Light/Dark Theme settings: If you are using the Dark Theme, your Console’s scroll-bar is also dark. Feb 07, 2012 ImgOnScroll: This is used to refresh the zoom image with the rectangle. It fires when the zoom or coordinates change It fires when the zoom or coordinates change The code to declare and use the events is in CLIJPGViewerControl. May 21, 2019 Smooth edges of images and text: Makes the edges of magnified images and text appear smooth when you zoom in. Invert colors: Reverses the colors on the screen, which sometimes makes text easier to read. Choose Magnifier view: Selects the default view (Docked, Full screen, or Lens) that Magnifier uses when you turn it on. If you select Lens view. First off, please update to 5.4.0. Second, the expected result of using Control+Scroll would be that the font size changes. What does it do in your case?
847 C:UsersChazz & BillDocumentsprogexercises.tictactoemain.cpp `HANDLE' undeclared (first use this function) |
- To set a zoom percentage, click on% at the bottom right corner of the Zoom control. After clicking%, pick a zoom percentage, and then check the box marked Remember my preference. When you compose, reply, or forward an email there is also a new option for setting the zoom preference. Compose a New Email.
- DEV-C is a fully-featured integrated development environment (IDE) for creating, debugging and creating applications written in a popular C programming language. Even though tools for the development of C software have undergone countless upgrades over the years, a large number of developers located all around the world have expressed a wish to continue using DEV-C.
848 C:UsersChazz & BillDocumentsprogexercises.tictactoemain.cpp `CONSOLE_FONT_INFOEX' undeclared (first use this function) |
849 C:UsersChazz & BillDocumentsprogexercises.tictactoemain.cpp `GetCurrentConsoleFontEx' undeclared (first use this function) |
852 C:UsersChazz & BillDocumentsprogexercises.tictactoemain.cpp `SetCurrentConsoleFontEx' undeclared (first use this function) |
853 C:UsersChazz & BillDocumentsprogexercises.tictactoemain.cpp `SetConsoleTextAttribute' undeclared (first use this function) |
possible header file not included?
EDIT: upon including the <Wincon.h> header file (as suggested by google), i get LOADS if errors similar to:
60 C:Dev-CppincludeWincon.h `WCHAR' does not name a type 186 C:Dev-CppincludeWincon.h `WINAPI' does not name a type |
any ideas?
All SFML classes (sprites, text, shapes) use the same interface for transformations: sf::Transformable. This base class provides a simple API to move, rotate and scale your entities. It doesn't provide maximum flexibility, but instead defines an interface which is easy to understand and to use, and which covers 99% of all use cases -- for the remaining 1%, see the last chapters.
sf::Transformable (and all its derived classes) defines four properties: position, rotation, scale and origin. They all have their respective getters and setters. These transformation components are all independent of one another: If you want to change the orientation of the entity, you just have to set its rotation property, you don't have to care about the current position and scale.
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Position
The position is the.. position of the entity in the 2D world. I don't think it needs more explanation :).
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By default, entities are positioned relative to their top-left corner. We'll see how to change that with the 'origin' property later.
Rotation
The rotation is the orientation of the entity in the 2D world. It is defined in degrees, in clockwise order (because the Y axis is pointing down in SFML).
Note that SFML always returns an angle in range [0, 360) when you call getRotation.
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As with the position, the rotation is performed around the top-left corner by default, but this can be changed by setting the origin.
Scale
The scale factor allows the entity to be resized. The default scale is 1. Setting it to a value less than 1 makes the entity smaller, greater than 1 makes it bigger. Negative scale values are also allowed, so that you can mirror the entity.
Origin
The origin is the center point of the three other transformations. The entity's position is the position of its origin, its rotation is performed around the origin, and the scale is applied relative to the origin as well. By default, it is the top-left corner of the entity (point (0, 0)), but you can set it to the center of the entity, or any other corner of the entity for example.
To keep things simple, there's only a single origin for all three transformation components. This means that you can't position an entity relative to its top-left corner while rotating it around its center for example. If you need to do such things, have a look at the next chapters.
Note that changing the origin also changes where the entity is drawn on screen, even though its position property hasn't changed. If you don't understand why, read this tutorial one more time!
sf::Transformable is not only made for SFML classes, it can also be a base (or member) of your own classes.
To retrieve the final transform of the entity (commonly needed when drawing it), call the getTransform function. This function returns a sf::Transform object. See below for an explanation about it, and how to use it to transform an SFML entity.
If you don't need/want the complete set of functions provided by the sf::Transformable interface, don't hesitate to simply use it as a member instead and provide your own functions on top of it. It is not abstract, so it is possible to instantiate it instead of only being able to use it as a base class.
The sf::Transformable class is easy to use, but it is also limited. Some users might need more flexibility. They might need to specify a final transformation as a custom combination of individual transformations. For these users, a lower-level class is available: sf::Transform. It is nothing more than a 3x3 matrix, so it can represent any transformation in 2D space.
There are many ways to construct a sf::Transform:
- by using the predefined functions for the most common transformations (translation, rotation, scale)
- by combining two transforms
- by specifying its 9 elements directly
Here are a few examples:
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You can apply several predefined transformations to the same transform as well. They will all be combined sequentially:
Back to the point: How can a custom transform be applied to a graphical entity? Simple: Pass it to the draw function.
.. which is in fact a short-cut for:
If your entity is a sf::Transformable (sprite, text, shape), which contains its own internal transform, both the internal and the passed transform are combined to produce the final transform.
After transforming entities and drawing them, you might want to perform some computations using them e.g. checking for collisions.
SFML entities can give you their bounding box. The bounding box is the minimal rectangle that contains all points belonging to the entity, with sides aligned to the X and Y axes.
The bounding box is very useful when implementing collision detection: Checks against a point or another axis-aligned rectangle can be done very quickly, and its area is close enough to that of the real entity to provide a good approximation.
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The function is named getGlobalBounds because it returns the bounding box of the entity in the global coordinate system, i.e. after all of its transformations (position, rotation, scale) have been applied.
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There's another function that returns the bounding box of the entity in its local coordinate system (before its transformations are applied): getLocalBounds. This function can be used to get the initial size of an entity, for example, or to perform more specific calculations.
With the custom transforms seen previously, it becomes easy to implement a hierarchy of objects in which children are transformed relative to their parent. All you have to do is pass the combined transform from parent to children when you draw them, all the way until you reach the final drawable entities (sprites, text, shapes, vertex arrays or your own drawables).