Bring DirectX to Linux! This is a Open Source DirectX implementation for Linux, providing native support for DirectX-based applications and games, without relying on Wine's Windows compatibilit...
Nvidia ships their own opengl implementation with their drivers, because that’s what a driver is.
Including OpenGL does not a driver make… ie. Nvidia doesn’t have to ship their own implementation of OpenGL. They could do what AMD does on Linux and rely on the openGL upstream implementation from Mesa; however, they choose not to do so because of the reasons I outlined among others.
Microsoft doesn’t ship “opengl binaries”, they don’t have any hardware.
There was a time they did, yes, before Direct X existed
Maybe you mean they published their own fork of the ogl spec before giving up and making DX? That may be true.
No, they made their own contributions to the spec to improve Windows game performance, but didn’t publish their own spec; however they did implement the upstream spec with their contributions and ship them integrated into Windows. This was practically over with by 1995 when Direct X was introduced, so a very long time ago
Mantle predates DX12, both vulkan and dx12 took inspiration from it, not the other way around.
Yes and No… DirectX 3D was always low-level; its why DirectX (among being a one-stop shop) worked so well for XBox, etc. So, AMD got the idea for Mantle from MS Direct X and when AMD met with Khronos to spin off Vulkan, MS took notice that their implementation was not as low-level as Direct X 11 and they actually made Direct X 12 less low-level dependent.
Ex. Nvidia’s dx9 driver is equally “low level” as their DX12 driver
No its not, see above… Direct X 9 is actually much lower level than 12; however, Direct X 12 has many more requirements for certain tech that games today see as necessary that Direct X 9 didn’t
dx12 and vulkan give finer control over the hardware vs dx9 and ogl.
yes and no… depends on the particular portion of the spec you are talking about. For example, Direct X 9 had much more lower leve control of the CPU, but as time moved on and less CPU reliance became a thing, DirectX 12 has less control of the CPU but more control of the GPU.
So, here’s the thing, I don’t consider myself an expert in many things, but this subject is literally my day job, and it’s possibly the only thing I do consider myself an expert in. And I’m telling you, you are confused and I would gladly help clear it up if you’ll allow me.
They could do what AMD does on Linux and rely on the openGL upstream implementation from Mesa
Nvidia’s OGL driver is a driver. Mesa’s radv backend is a driver. Nouveau, the open source Nvidia meds backend is a driver. An opengl implementation does a driver make.
There was a time they did, yes
What GPU did Microsoft’s driver target? Or are you referring to a software implementation?
Yes and No… DirectX 3D was always low-level
You literally said that Mantle was inspired by DX12, which is false. You can try to pivot to regurgitating more Mantle history, but I’m just saying…
No its not, see above…
Yes, it is, see above my disambiguation of the term “low-level”. The entire programming community has always used the term to refer to how far “above the metal” you are, not how granular an API is. The first party DX9 and DX12 drivers are equally “low-level”, take it from someone who literally wrote them for a living. The APIs themselves function very differently to give finer control over the API, and many news outlets and forums full of confused information (like this one) like to infer that that means it’s “lower level”.
Your last statement doesn’t make sense, so I don’t know how to correct it.
Nvidia’s OGL driver is a driver. Mesa’s radv backend is a driver. Nouveau, the open source Nvidia meds backend is a driver. An opengl implementation does a driver make.
No, a driver is kernel code that interfaces with hardware; Mesa’s RADV implements Vulkan and RadeonSI implements OpenGL but both sit at the user level and get called by AMDGPU (the driver in the kernel). Above the kernel at user level is simply software…
Nouveau is a driver, yes… but it is in the kernel and calls into Mesa as well…
What GPU did Microsoft’s driver target? Or are you referring to a software implementation?
You seem to be confused that Microsoft needed to develop a GPU before implementing a version of their own OpenGL… this is flawed for a couple reasons that I’ve already outlined:
when OpenGL was designed, GPUs didn’t exist. Video cards existed, but a video card != GPU
OpenGLs original purpose was to be a 3D CAD (Computer Aided Design) graphics API …
If you’ve ever used MS Windows before Windows 95 or even Windows 95 before Direct X was released, you’d know… MS shipped their own opengl32.dll with Windows
You literally said that Mantle was inspired by DX12, which is false. You can try to pivot to regurgitating more Mantle history, but I’m just saying…
AMD Mantle was inspired by Direct X 12… it was inspired by all of Direct X and the current next gen in development at the time which was Direct X 12.
take it from someone who literally wrote them for a living
For someone of your calibre, I’d expect a better understanding of what a driver is then. “above the metal” or more commonly “bare metal” should give that first clue. implementation of OpenGL a graphics library != driver…
I will refrain from posting any further… this is going no where…
This is confusing. There are kernel and user space drivers. For example, amdgpu is the kernel driver (inclusive of KMD, DAL & several other functions like powerplay), RadeonSI / RADV / AMDVLK / OGLP (amdgpu-pro) are UMDs for 3D GFX API implementations.
Mantle was not inspired by DX at its time. It was designed as an alternative to OGL and d3d11.
Including OpenGL does not a driver make… ie. Nvidia doesn’t have to ship their own implementation of OpenGL. They could do what AMD does on Linux and rely on the openGL upstream implementation from Mesa; however, they choose not to do so because of the reasons I outlined among others.
There was a time they did, yes, before Direct X existed
No, they made their own contributions to the spec to improve Windows game performance, but didn’t publish their own spec; however they did implement the upstream spec with their contributions and ship them integrated into Windows. This was practically over with by 1995 when Direct X was introduced, so a very long time ago
Yes and No… DirectX 3D was always low-level; its why DirectX (among being a one-stop shop) worked so well for XBox, etc. So, AMD got the idea for Mantle from MS Direct X and when AMD met with Khronos to spin off Vulkan, MS took notice that their implementation was not as low-level as Direct X 11 and they actually made Direct X 12 less low-level dependent.
No its not, see above… Direct X 9 is actually much lower level than 12; however, Direct X 12 has many more requirements for certain tech that games today see as necessary that Direct X 9 didn’t
yes and no… depends on the particular portion of the spec you are talking about. For example, Direct X 9 had much more lower leve control of the CPU, but as time moved on and less CPU reliance became a thing, DirectX 12 has less control of the CPU but more control of the GPU.
So, here’s the thing, I don’t consider myself an expert in many things, but this subject is literally my day job, and it’s possibly the only thing I do consider myself an expert in. And I’m telling you, you are confused and I would gladly help clear it up if you’ll allow me.
Nvidia’s OGL driver is a driver. Mesa’s radv backend is a driver. Nouveau, the open source Nvidia meds backend is a driver. An opengl implementation does a driver make.
What GPU did Microsoft’s driver target? Or are you referring to a software implementation?
You literally said that Mantle was inspired by DX12, which is false. You can try to pivot to regurgitating more Mantle history, but I’m just saying…
Yes, it is, see above my disambiguation of the term “low-level”. The entire programming community has always used the term to refer to how far “above the metal” you are, not how granular an API is. The first party DX9 and DX12 drivers are equally “low-level”, take it from someone who literally wrote them for a living. The APIs themselves function very differently to give finer control over the API, and many news outlets and forums full of confused information (like this one) like to infer that that means it’s “lower level”.
Your last statement doesn’t make sense, so I don’t know how to correct it.
No, a driver is kernel code that interfaces with hardware; Mesa’s RADV implements Vulkan and RadeonSI implements OpenGL but both sit at the user level and get called by AMDGPU (the driver in the kernel). Above the kernel at user level is simply software…
Nouveau is a driver, yes… but it is in the kernel and calls into Mesa as well…
You seem to be confused that Microsoft needed to develop a GPU before implementing a version of their own OpenGL… this is flawed for a couple reasons that I’ve already outlined:
AMD Mantle was inspired by Direct X 12… it was inspired by all of Direct X and the current next gen in development at the time which was Direct X 12.
For someone of your calibre, I’d expect a better understanding of what a driver is then. “above the metal” or more commonly “bare metal” should give that first clue. implementation of OpenGL a graphics library != driver…
I will refrain from posting any further… this is going no where…
This is confusing. There are kernel and user space drivers. For example, amdgpu is the kernel driver (inclusive of KMD, DAL & several other functions like powerplay), RadeonSI / RADV / AMDVLK / OGLP (amdgpu-pro) are UMDs for 3D GFX API implementations.
Mantle was not inspired by DX at its time. It was designed as an alternative to OGL and d3d11.