Beryl is now included in the Fedora Extras repository (which is available via a checkbox in the Fedora Core 6 installer)
You can install it with yum or pirut, just make sure you do it as root. The easiest way is to install a meta package, which will install all other needed files through dependencies.
You can install the meta packages with these commands in a terminal window:
yum install beryl-kde
or
yum install beryl-gnome
depending on if your desktop environment is GNOME or KDE.
Tuesday, July 17, 2007
Beryl the Desktop Effects For Fedora Core 6
Beryl is now included in the Fedora Extras repository (which is available via a checkbox in the Fedora Core 6 installer)
You can install it with yum or pirut, just make sure you do it as root. The easiest way is to install a meta package, which will install all other needed files through dependencies.
You can install the meta packages with these commands in a terminal window:
yum install beryl-kde
or
yum install beryl-gnome
depending on if your desktop environment is GNOME or KDE.
You can install it with yum or pirut, just make sure you do it as root. The easiest way is to install a meta package, which will install all other needed files through dependencies.
You can install the meta packages with these commands in a terminal window:
yum install beryl-kde
or
yum install beryl-gnome
depending on if your desktop environment is GNOME or KDE.
Beryl the Desktop Effects For Fedora Core 6
Beryl is now included in the Fedora Extras repository (which is available via a checkbox in the Fedora Core 6 installer)
You can install it with yum or pirut, just make sure you do it as root. The easiest way is to install a meta package, which will install all other needed files through dependencies.
You can install the meta packages with these commands in a terminal window:
yum install beryl-kde
or
yum install beryl-gnome
depending on if your desktop environment is GNOME or KDE.
You can install it with yum or pirut, just make sure you do it as root. The easiest way is to install a meta package, which will install all other needed files through dependencies.
You can install the meta packages with these commands in a terminal window:
yum install beryl-kde
or
yum install beryl-gnome
depending on if your desktop environment is GNOME or KDE.
Beryl the Desktop Effects For Fedora Core 6
Beryl is now included in the Fedora Extras repository (which is available via a checkbox in the Fedora Core 6 installer)
You can install it with yum or pirut, just make sure you do it as root. The easiest way is to install a meta package, which will install all other needed files through dependencies.
You can install the meta packages with these commands in a terminal window:
yum install beryl-kde
or
yum install beryl-gnome
depending on if your desktop environment is GNOME or KDE.
You can install it with yum or pirut, just make sure you do it as root. The easiest way is to install a meta package, which will install all other needed files through dependencies.
You can install the meta packages with these commands in a terminal window:
yum install beryl-kde
or
yum install beryl-gnome
depending on if your desktop environment is GNOME or KDE.
Beryl the Desktop Effects For Fedora Core 6
Beryl is now included in the Fedora Extras repository (which is available via a checkbox in the Fedora Core 6 installer)
You can install it with yum or pirut, just make sure you do it as root. The easiest way is to install a meta package, which will install all other needed files through dependencies.
You can install the meta packages with these commands in a terminal window:
yum install beryl-kde
or
yum install beryl-gnome
depending on if your desktop environment is GNOME or KDE.
You can install it with yum or pirut, just make sure you do it as root. The easiest way is to install a meta package, which will install all other needed files through dependencies.
You can install the meta packages with these commands in a terminal window:
yum install beryl-kde
or
yum install beryl-gnome
depending on if your desktop environment is GNOME or KDE.
Beryl the Desktop Effects For Fedora Core 6
Beryl is now included in the Fedora Extras repository (which is available via a checkbox in the Fedora Core 6 installer)
You can install it with yum or pirut, just make sure you do it as root. The easiest way is to install a meta package, which will install all other needed files through dependencies.
You can install the meta packages with these commands in a terminal window:
yum install beryl-kde
or
yum install beryl-gnome
depending on if your desktop environment is GNOME or KDE.
You can install it with yum or pirut, just make sure you do it as root. The easiest way is to install a meta package, which will install all other needed files through dependencies.
You can install the meta packages with these commands in a terminal window:
yum install beryl-kde
or
yum install beryl-gnome
depending on if your desktop environment is GNOME or KDE.
Beryl the Desktop Effects For Fedora Core 6
Beryl is now included in the Fedora Extras repository (which is available via a checkbox in the Fedora Core 6 installer)
You can install it with yum or pirut, just make sure you do it as root. The easiest way is to install a meta package, which will install all other needed files through dependencies.
You can install the meta packages with these commands in a terminal window:
yum install beryl-kde
or
yum install beryl-gnome
depending on if your desktop environment is GNOME or KDE.
You can install it with yum or pirut, just make sure you do it as root. The easiest way is to install a meta package, which will install all other needed files through dependencies.
You can install the meta packages with these commands in a terminal window:
yum install beryl-kde
or
yum install beryl-gnome
depending on if your desktop environment is GNOME or KDE.
Beryl the Desktop Effects For Fedora Core 6
Beryl is now included in the Fedora Extras repository (which is available via a checkbox in the Fedora Core 6 installer)
You can install it with yum or pirut, just make sure you do it as root. The easiest way is to install a meta package, which will install all other needed files through dependencies.
You can install the meta packages with these commands in a terminal window:
yum install beryl-kde
or
yum install beryl-gnome
depending on if your desktop environment is GNOME or KDE.
You can install it with yum or pirut, just make sure you do it as root. The easiest way is to install a meta package, which will install all other needed files through dependencies.
You can install the meta packages with these commands in a terminal window:
yum install beryl-kde
or
yum install beryl-gnome
depending on if your desktop environment is GNOME or KDE.
Beryl the Desktop Effects For Fedora Core 6
Beryl is now included in the Fedora Extras repository (which is available via a checkbox in the Fedora Core 6 installer)
You can install it with yum or pirut, just make sure you do it as root. The easiest way is to install a meta package, which will install all other needed files through dependencies.
You can install the meta packages with these commands in a terminal window:
yum install beryl-kde
or
yum install beryl-gnome
depending on if your desktop environment is GNOME or KDE.
You can install it with yum or pirut, just make sure you do it as root. The easiest way is to install a meta package, which will install all other needed files through dependencies.
You can install the meta packages with these commands in a terminal window:
yum install beryl-kde
or
yum install beryl-gnome
depending on if your desktop environment is GNOME or KDE.
Beryl the Desktop Effects For Fedora Core 6
Beryl is now included in the Fedora Extras repository (which is available via a checkbox in the Fedora Core 6 installer)
You can install it with yum or pirut, just make sure you do it as root. The easiest way is to install a meta package, which will install all other needed files through dependencies.
You can install the meta packages with these commands in a terminal window:
yum install beryl-kde
or
yum install beryl-gnome
depending on if your desktop environment is GNOME or KDE.
You can install it with yum or pirut, just make sure you do it as root. The easiest way is to install a meta package, which will install all other needed files through dependencies.
You can install the meta packages with these commands in a terminal window:
yum install beryl-kde
or
yum install beryl-gnome
depending on if your desktop environment is GNOME or KDE.
Monday, July 16, 2007
Linux MPX Answer To Microsoft Surface
Multi-Pointer X Server
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
Linux MPX Answer To Microsoft Surface
Multi-Pointer X Server
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
Linux MPX Answer To Microsoft Surface
Multi-Pointer X Server
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
Linux MPX Answer To Microsoft Surface
Multi-Pointer X Server
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
Linux MPX Answer To Microsoft Surface
Multi-Pointer X Server
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
Linux MPX Answer To Microsoft Surface
Multi-Pointer X Server
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
Linux MPX Answer To Microsoft Surface
Multi-Pointer X Server
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
Linux MPX Answer To Microsoft Surface
Multi-Pointer X Server
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
Linux MPX Answer To Microsoft Surface
Multi-Pointer X Server
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
Linux MPX Answer To Microsoft Surface
Multi-Pointer X Server
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
The Multi-Pointer X Server is a modification of the X server to support multiple mice and keyboards in X. It provides users with one cursor per device and one keyboard focus per keyboard. Each cursor can operate independently. MPX is the first multicursor windowing system and allows two-handed interaction with legacy applications, but also the creation of innovative applications and user interfaces.
A standard X Server only provides one mouse cursor (pointer) and one keyboard focus, regardless of the number of input devices connected. MPX provides the user with multiple mouse cursors and multiple keyboard foci. Multicursor applications have been developed in the past but MPX is the first implementation of a multicursor windowing system (or a multicursor X server).
MPX devices are independent. Each cursor is a true system cursor and different pointers can operate in multiple applications simultaneously. This allows for two-handed interaction and/or collaboration on a single display. MPX is compatible to legacy applications such as the GIMP, the Firefox web browser and numerous other applications. Keyboards provide multiple keyboard foci. So you can actually type into several applications at once. Both mice and keyboards can be hot-plugged.
MPX is significantly different to solutions like cpnmouse, SDGToolkit, MIDDesktop and other toolkits or applications. It is fairly easy under most operating systems to write an application or toolkit to support multiple input devices. It is trickier to support the same for legacy applications. Supporting new and legacy applications at the same time is hard.
MPX changes the windowing system, the environment for all graphical applications. This way, legacy applications are supported and provided with extra features. New applications can use the multi-pointer facilities and thus create novel interaction methods at the same time. That is why we think that the windowing system is the correct place to support multiple input devices.
Some screenshots and example videos are compiled on the screenshots page.
I have uploaded videos from dekhona.com video site.
Dekhona.com is the video sharing site. My friend sent me the link of this site.
I like video of dekhona.com of BOLLYWOOD, MOVIE, HOLLYWOOD, SONG, MUSIC, CRICKET, SPORT, SOFTWARE, HARDWARE and lots more.
Demo Of MPX
MPX Touch Support
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