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This video will teach you how to use the dummy device method of getting the EndScene function address. Then we will use our Trampoline function from out previous tutorial to detour it. Our detour we will draw a simple box and a crosshair.
EndScene() is the function called when the game is finished drawing the next frame to be displayed on the screen, meaning all the drawing by the game is completed, so any drawing we do, will render on top of the finished scene. After our EndScene detour returns it will call the real EndScene and the image will be rendered on the screen.
When hacking games with DirectX you need to detour certain member functions of the D3DDevice and know it's address. Many people will use pattern scans to get the address of the functions or the device. This is not a universal method.
The preferred, recommended and best method is to create a dummy devices, and copy the vtable entries, so you can detour the functions. You create a device object, which gets you the vTable address which you can then copy. This is the vTable that is shared by all the device objects. You can now do regular detours or vTable detours and they will affect the game's device. You can also get the device's address by detouring these functions and grabbing the "this pointer" out of the eax register.
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0:00 - Introduction
0:23 - Setting up the Project
1:46 - Including Necessary Files
2:06 - Process Attach Function
4:08 - Hack Thread Function
5:49 - Hooking the Dummy Device
7:06 - Getting the D3D9 Device
9:13 - Getting the Process Window
11:00 - Enumerating Windows
14:02 - Creating BYTES to Store Original Function
15:04 - Creating a Typedef for Hooking
15:44 - Hooking the DirectX Function
17:36 - Hooking Helper Functions
CSGO D3D9 ESP Tutorial 1 - EndScene Hook Tutorial - esp1z1
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The intricacies of Direct3D or D3D9 have always been an intriguing subject in the realm of game development and modding. Today, we delve into the technicality of endscene and its potential applications in enhancing gameplay experiences, along with an overview of tutorials that guide through the process. To truly appreciate the details of endscene, it is vital to understand the role of D3D9 endscene, the culmination of scene rendering in a D3D9 environment.
Lets start with a fundamental guide: the endscene tutorial. This tutorial imparts essential knowledge on how to effectively control the rendering of game scenes using the endscene hooking technique. Endscene hooking, as it is commonly referred to, presents a method to modify the games output right before it is rendered to the screen, providing an avenue for customization and enhanced user experiences.
A popular application of such techniques can be observed in competitive games like Counter-Strike: Global Offensive (CS:GO). CSGO ESP or Extra Sensory Perception, for instance, is a controversial tool that provides players with information otherwise hidden in the game. The CSGO ESP tutorial guides interested individuals on the principles of implementing such a tool.
Similarly, other games have seen the integration of such mechanisms. One example is ESP1Z1, another competitive game where the technique of Endscene hook is used to provide additional game information. To delve into the details of implementing these modifications, D3D9 hook or Direct3D hook techniques come into play. These hooks allow for the alteration of the Direct3D interface, thus enabling these modifications.
The D3D9 hook tutorial serves as a roadmap for those interested in learning the ins and outs of hooking in a D3D9 environment. Furthermore, a more specific CSGO endscene hook tutorial provides in-depth knowledge about incorporating these hooks in CS:GO.
D3D9 end scene handling is the cornerstone of any such modification, and learning it effectively can dramatically increase the degree of customization possible in a game. For programmers who prefer to work directly with code, understanding D3D9 hook C++ is essential.
For those who are just getting started with ESP development, an ESP tutorial may serve as the perfect jumping-off point. Moreover, there are tutorials available on how to make ESP. Guided hacking ESP and CSGO ESP hack tutorials provide comprehensive knowledge on creating and implementing these modifications.
Understanding the core of CS GO ESP can enable one to create a personalized ESP CS GO experience. With some practice and further knowledge in C++, an ESP CSGO hack can be developed. However, bear in mind the ethical and legal implications associated with such practices.
Guided hacking CSGO serves as an excellent source for programmers and enthusiasts looking to understand and potentially create these modifications, with detailed guidelines on how to make an ESP hack.
