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- If your computer is already connected to the internet, Windows will automatically connect to the Windows Update website and install any suitable driver it finds for the device. Figure 1 shows the automatic driver installation taking place. After driver has installed, Device Manager can be found as shown in Figure 2. Manual Installation.
The IDirect3DDevice9 interface supports vertex processing in both software and hardware. In general, the device capabilities for software and hardware vertex processing are not identical. Hardware capabilities are variable, depending on the display adapter and driver, while software capabilities are fixed.
In general, the device capabilities for software and hardware vertex processing are not identical. Hardware capabilities are variable, depending on the display adapter and driver, while software capabilities are fixed. The following flags control vertex processing behavior for the hardware abstraction layer (HAL) and reference devices.
The following flags control vertex processing behavior for the hardware abstraction layer (HAL) and reference devices.
- D3DCREATE_SOFTWARE_VERTEXPROCESSING
- D3DCREATE_HARDWARE_VERTEXPROCESSING
- D3DCREATE_MIXED_VERTEXPROCESSING
Specify one of the vertex processing behavior flags when calling IDirect3D9::CreateDevice. The mixed-mode flag enables the device to perform both software and hardware vertex processing. Drivers trio motion definition. Only one vertex processing flag may be set for a device at any one time. Note that the D3DCREATE_HARDWARE_VERTEXPROCESSING flag is required to be set when creating a pure device (D3DCREATE_PUREDEVICE).
To avoid dual vertex processing capabilities on a single device, only the hardware vertex processing capabilities can be queried at run time. Software vertex processing capabilities are fixed and cannot be queried at run time.
The VertexProcessingCaps member of the D3DCAPS9 structure determines the hardware vertex processing capabilities of the device.
For software vertex processing the following capabilities are supported.
- the D3DVTXPCAPS_DIRECTIONALLIGHTS member of D3DVTXPCAPS
- the D3DVTXPCAPS_LOCALVIEWER member of D3DVTXPCAPS
- the D3DVTXPCAPS_MATERIALSOURCE7 member of D3DVTXPCAPS
- the D3DVTXPCAPS_POSITIONALLIGHTS member of D3DVTXPCAPS
- the D3DVTXPCAPS_TEXGEN member of D3DVTXPCAPS
- the D3DVTXPCAPS_TWEENING member of D3DVTXPCAPS
In addition, the following table lists the values that are set for members of the D3DCAPS9 structure for a device in software vertex processing mode.
| Member | Software vertex processing capabilities |
|---|---|
| MaxActiveLights | Unlimited |
| MaxUserClipPlanes | 6 |
| MaxVertexBlendMatrices | 4 |
| MaxStreams | 16 |
| MaxVertexIndex | 0xFFFFFFFF |
In general, any application that is vertex processing bound should use a HAL device. Software vertex processing provides a guaranteed set of vertex processing capabilities, including an unbounded number of lights and full support for programmable vertex shaders. You can toggle between software and hardware vertex processing at any time when using the HAL device (which is the only device type that supports both hardware and software vertex processing). The only requirement is that vertex buffers used for software vertex processing must be allocated in system memory.
For most devices, the Ports device setup class and the Serial function driver provide the functionality required to operate serial ports and COM ports. To install serial ports and COM ports using these system-supplied components, do the following. Get your product drivers, manuals, and warranty information. Search for your product below to get started, or just go here to download the latest driver. Pen input device for a computer. Paper notepads that digitize handwriting. Digital pens for iPad, Android, or Windows tablets. 
Virtual Serial Port. Virtual Serial Port drivers allows RS232 POS applications to communicate with the USB MSR, USB line display, USB cash drawer and USB iButton on supported POS system units. It also supports the USB 6145 TCx printers. Note that this does NOT allow access to any USB I/O device, only specific devices on select POS terminals.
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I am now the owner of a Vertex/Yaesu FTL-7011. This is an old UHF radio capable of operating on the GMRS frequencies and can transmit at 25 watts. I lucked out and got a great deal on it on ebay for $25(!) including the microphone and mounting bracket. Hopefully this is a really good score. While I have been able to program it, my antenna hasn't been delivered yet so I haven't been able to fully test it.No pics yet, but here is a page about the radio: http://www.qsl.net/yo4hfu/Yaesu.html It's very simple. Which I like.
I really took a gamble because you can't directly enter frequencies into these radios and they MUST be programmed with special software. To make things worse, a google search told me 3 things:
1) they require an old, slow computer running MS Dos, and the software won't work in a Dos Window on newer computers,
2) they require an old fashioned serial port, which new computers don't have and
3) there are absolutely no tutorials online about how to program them! I aim to fix that last item. Because I was able to do it, on a laptop with no RS232 serial ports, running Windows 10.
Things you need to program this radio with a modern computer:
1) A USB programming cable designed to program THIS radio, with drivers. I found one on ebay for $18. The cable has a USB plug on one end (NOT an RS232 serial port!), and an RJ45 plug on the other end (to plug into the microphone jack) What this cable does is trick Windows into thinking a USB port is now a regular old fashioned Com port.
2) DosBox, a free DOS emulator. People use it for playing old Dos games in newer computers: https://www.dosbox.com/ You can run this on Windows, Linux, or Mac
3) The original programming software. Fortunately it's really old and I was able to find it free on the internet. I found 2 versions. The one I used that worked, I found here: http://www.mediafire.com/?3mn0mbz01aa The software you need is called 'CE5'. There are other versions, like CE6 and CE11, but you need CE5.
First, plug the USB programming cable into your computer. Then insert the driver disk, go to the folder that has your operating system (mine is Windows 10) and install the drivers. (On my driver CD, most of the text in the file names and folder names was in Chinese.) Next, (in Windows) go to Device Manager and find what Com port the USB cable is set up on. In my case it was port 3. Remember this number, and also remember that if you move the cable to a different USB port the com port may change and you'll need the new number.
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Download the programming software and put all the files in a new directory on your C drive. I made a folder called 'CE5'.Download and install DosBox. Fiddle around with it and learn how to mount the CE5 folder so you can access it. Then find your Dosbox configuration file, which is a text file. Mine was located here: 'C:Users[my-name]AppDataLocalDOSBox' The name of the file is 'dosbox-0.74.conf'. Open the file in a text editor (I use Notepad++ for things like this but you can use Notepad) and add these lines to the bottom:
mount c c:ce5
c:
The second and third lines aren't necessary, but they will get things ready for running the program. The 2nd line mounts your CE5 folder (Linux users will know what I'm talking about) and the 3rd line moves you to that directory. If you don't have those 2 lines in the config file, you will have to type them in every time you open Dosbox.
Then, run DosBox from the regular Windows start menu. You will be in your new CE5 folder (but it will appear that you are in the root drive of C.) Then type 'CE5' to run the software. You can mess around in the software and see what's what, and see the different options. It will say 'Com 1' somewhere, but you've redirected Com 3 (or whatever Com port you're using) to Com 1.
I messed around for awhile trying to read from the radio and write to the radio, and honestly, sometimes it worked and sometimes it didn't. But I kept at it and made it work. Here is what seemed to (mostly) work.
First, see if you can read from the radio. Do this by pressing F5 and follow the directions. When it works, your channels currently in the radio will be shown in the program. Mine only had 2 channels programmed and they were commercial channels I couldn't use, in the 430 MHZ range.
Then, change the channels to whatever you want, and add more if necessary. It MAY be very important to not create a brand new channel file, but to MODIFY the file that you got from the radio.
Here are the GMRS channels I put in:
462.55
462.575
462.6
462.625
462.65
462.675
462.7
462.725
I turned off all the options for CTCSS, DCS, etc. For simple 2 way comms you don't really need those and I don't like them. On the other hand, I'm not sure. Do I need these for this radio? There is no squelch knob.
Then press F4 to save the file. Give it a name, like GMRS8. (Because, 8 channels).Driver Download Nvidia
Then press F6 and see if you can write the new channels to the radio. I wasn't able to do it this way. I had to:
Close Dosbox
Turn off the radio and unplug the cable from the radio, turn the radio back on
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Restart Dosbox and press F3 to load the file I had saved
Press F6 to write the file to the radio
I did have to try it a few times, but in the end I got it working. The radio now has 8 channels. So if it doesn't work at first, If you get the 'unable to communicate' error, just keep trying, and try different things.
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