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i815 linux tweak 0.1
i815 linux tweak project is i815-family chipset tweaker and optimizer for improve performance. more>>
i815 linux tweak project is i815-family chipset tweaker and optimizer for improve performance. Remember that some settings can crash your system.
USE AT YOUR OWN RISK
Installation:
From root user tpye "./install.sh".
If success, module will compile and plased into modules directory.
Usage:
modprobe i815tweak
Without any parameters nothing changes. In /proc/i815info you can see actual chipset settings.
Or see "dmesg" for error info..
For list all module parameters check "modinfo i815tweak".
cas=[2,3]
CAS# Latency (CL)
ras2cas=[2,3]
SDRAM RAS# to CAS# Delay (SRCD)
ras=[2,3]
SDRAM RAS# Precharge (SRP)
refX=[0-7]
SDRAM Mode Select (SMS). These bits select the operational mode of the MCH DRAM interface. The special modes are intended for initialization at power up.
0 = DRAM in Self-Refresh Mode, Refresh Disabled
1 = Normal Operation, 100 MHz System memory – Refresh interval 15.6 uSec
133 MHz System memory – Refresh interval 11.7 uSec
2 = Normal Operation, 100 MHz System memory – Refresh interval 7.8
133 MHz System memory – Refresh interval 5.85 uSec
3 = Normal Operation, 100 MHz System memory – Refresh interval 1.28 uSec
133 MHz System memory – Refresh interval 0.96 uSec
4 = NOP Command Enable. In this mode all processor cycles to SDRAM result in a NOP Command on the SDRAM interface.
5 = All Banks Precharge Enable. In this mode all processor cycles to SDRAM result in an All Banks Precharge Command on the SDRAM interface.
6 = Mode Register Set Enable. In this mode all processor cycles to SDRAM result in a mode register set command on the SDRAM interface.
7 = CBR Enable. In this mode all processor cycles to SDRAM result in a CBR cycle on the SDRAM interface.
dct57=[0, 1]
DRAM Cycle Time (DCT). This bit controls the number of SCLKs for an access cycle.
0 = Tras = 7 SCLKs and Trc = 9 SCLKs.
1 = Tras = 5 SCLKs and Trc = 7 SCLKs (Default)
bnr=[0,1]
Block New Request Lookahead
agp=[0,1]
AGP4X Override
sba=[0,1]
Sideband Address Enable (SBA)
1 = Enable. The sideband addressing mechanism is enabled.
0 = Disable
fw=[0,1]
Fast Writes Enable (FW). This bit must always be programmed to 0. The chipset will behave
unpredictably if this bit is programmed with 1.
cpc=[0,1]
Command per cycle
sm=[0,1]
SM Always Bypass
hacqs=[0,1]
Host Aperture Cycle Queue Slot
0 = Default value. No dedicated queue
1 = A dedicated queue slot is reserved
clt=[0,1]
CPU Latency Timer
0 = Deferrable processor cycle will be Deferred immediately after receiving another ADS#
1 = Deferrable processor cycle will only be Deferred after in has been held in a “Snoop Stall” for 31
clocks and another ADS# has arrived (default).
dpcp=[0,1]
DRAM Page Closing Policy (DPCP)
0 = Precharge All during the service of any “Page Miss” access.
1 = Precharge All during the service of any “Page Miss” access.
magwe=[0,1]
Memory Arbiter Grant Window Enable (MAGWE).
0 = Disabled. Enforce fixed priority.
1 = 24 clocks limiting host, 24 clocks guaranteed to low priority graphics stream.
EXAMPLE:
modprobe i815tweak cas=2 ras2cas=2 ras=2 bnr=1 dct57=1
For more info about i815 chipset settings see Intel Document Reference Number 290688-001, 290693-001 and 290693-002
<<lessUSE AT YOUR OWN RISK
Installation:
From root user tpye "./install.sh".
If success, module will compile and plased into modules directory.
Usage:
modprobe i815tweak
Without any parameters nothing changes. In /proc/i815info you can see actual chipset settings.
Or see "dmesg" for error info..
For list all module parameters check "modinfo i815tweak".
cas=[2,3]
CAS# Latency (CL)
ras2cas=[2,3]
SDRAM RAS# to CAS# Delay (SRCD)
ras=[2,3]
SDRAM RAS# Precharge (SRP)
refX=[0-7]
SDRAM Mode Select (SMS). These bits select the operational mode of the MCH DRAM interface. The special modes are intended for initialization at power up.
0 = DRAM in Self-Refresh Mode, Refresh Disabled
1 = Normal Operation, 100 MHz System memory – Refresh interval 15.6 uSec
133 MHz System memory – Refresh interval 11.7 uSec
2 = Normal Operation, 100 MHz System memory – Refresh interval 7.8
133 MHz System memory – Refresh interval 5.85 uSec
3 = Normal Operation, 100 MHz System memory – Refresh interval 1.28 uSec
133 MHz System memory – Refresh interval 0.96 uSec
4 = NOP Command Enable. In this mode all processor cycles to SDRAM result in a NOP Command on the SDRAM interface.
5 = All Banks Precharge Enable. In this mode all processor cycles to SDRAM result in an All Banks Precharge Command on the SDRAM interface.
6 = Mode Register Set Enable. In this mode all processor cycles to SDRAM result in a mode register set command on the SDRAM interface.
7 = CBR Enable. In this mode all processor cycles to SDRAM result in a CBR cycle on the SDRAM interface.
dct57=[0, 1]
DRAM Cycle Time (DCT). This bit controls the number of SCLKs for an access cycle.
0 = Tras = 7 SCLKs and Trc = 9 SCLKs.
1 = Tras = 5 SCLKs and Trc = 7 SCLKs (Default)
bnr=[0,1]
Block New Request Lookahead
agp=[0,1]
AGP4X Override
sba=[0,1]
Sideband Address Enable (SBA)
1 = Enable. The sideband addressing mechanism is enabled.
0 = Disable
fw=[0,1]
Fast Writes Enable (FW). This bit must always be programmed to 0. The chipset will behave
unpredictably if this bit is programmed with 1.
cpc=[0,1]
Command per cycle
sm=[0,1]
SM Always Bypass
hacqs=[0,1]
Host Aperture Cycle Queue Slot
0 = Default value. No dedicated queue
1 = A dedicated queue slot is reserved
clt=[0,1]
CPU Latency Timer
0 = Deferrable processor cycle will be Deferred immediately after receiving another ADS#
1 = Deferrable processor cycle will only be Deferred after in has been held in a “Snoop Stall” for 31
clocks and another ADS# has arrived (default).
dpcp=[0,1]
DRAM Page Closing Policy (DPCP)
0 = Precharge All during the service of any “Page Miss” access.
1 = Precharge All during the service of any “Page Miss” access.
magwe=[0,1]
Memory Arbiter Grant Window Enable (MAGWE).
0 = Disabled. Enforce fixed priority.
1 = 24 clocks limiting host, 24 clocks guaranteed to low priority graphics stream.
EXAMPLE:
modprobe i815tweak cas=2 ras2cas=2 ras=2 bnr=1 dct57=1
For more info about i815 chipset settings see Intel Document Reference Number 290688-001, 290693-001 and 290693-002
Download (0.005MB)
Added: 2007-06-06 License: GPL (GNU General Public License) Price:
875 downloads
Sub::Exporter 0.970
Sub::Exporter is a sophisticated exporter for custom-built routines. more>>
Sub::Exporter is a sophisticated exporter for custom-built routines.
SYNOPSIS
Sub::Exporter must be used in two places. First, in an exporting module:
# in the exporting module:
package Text::Tweaker;
use Sub::Exporter -setup => {
exports => [
qw(squish titlecase) # always works the same way
reformat => &build_reformatter, # generator to build exported function
trim => &build_trimmer,
indent => &build_indenter,
],
collectors => [ defaults ],
};
Then, in an importing module:
# in the importing module:
use Text::Tweaker
squish,
indent => { margin => 5 },
reformat => { width => 79, justify => full, -as => prettify_text },
defaults => { eol => CRLF };
With this setup, the importing module ends up with three routines: squish, indent, and prettify_text. The latter two have been built to the specifications of the importer -- they are not just copies of the code in the exporting package.
<<lessSYNOPSIS
Sub::Exporter must be used in two places. First, in an exporting module:
# in the exporting module:
package Text::Tweaker;
use Sub::Exporter -setup => {
exports => [
qw(squish titlecase) # always works the same way
reformat => &build_reformatter, # generator to build exported function
trim => &build_trimmer,
indent => &build_indenter,
],
collectors => [ defaults ],
};
Then, in an importing module:
# in the importing module:
use Text::Tweaker
squish,
indent => { margin => 5 },
reformat => { width => 79, justify => full, -as => prettify_text },
defaults => { eol => CRLF };
With this setup, the importing module ends up with three routines: squish, indent, and prettify_text. The latter two have been built to the specifications of the importer -- they are not just copies of the code in the exporting package.
Download (0.034MB)
Added: 2006-10-20 License: Perl Artistic License Price:
1100 downloads

flow 0.5.3
particle animation software with with RenderMan output and shader support. more>> flow allows one to interactively construct sophisticated particle systems and render the results either in real-time via OpenGL or off-line by a RenderMan compliant renderer. f l o w can also render a particle system to code. Using a project template, f l o w fills in the required code to automatically produce demos or screensavers.
flow is not intended to be a typical modeling/animation package. Although it does have limited polygonal object import capability, its main purpose is to fiddle around with particle systems and shaders.
flow will be perpetually under development, so some functionality may be incomplete and there are many features that have not yet been implemented. However, it is reasonably stable and quite usable in its current form. I started flow somewhere around October 98, and worked on it solid for about a year. Development has been slower recently, but there are still a lot of things I want to add.
flow runs on Linux and IRIX. It should port easily to other UNIXes supported by Qt and BMRT.
features:
* real-time animation - OpenGL previews of the particle systems. Particles can be drawn as points, lines, or textured quads.
* off-line rendering - outputs RIB and calls an external RenderMan compliant renderer to handle the scene. Particles can be rendered as spheres, capped tubes, or camera-facing disks.
* scene building - simple scenes can be constructed with polygons, quadrics, planes and boxes. All surfaces can use surface and displacement shaders to add visual richness.
* shader editor - integrated shader tweaker allows full access to all surface and displacement shader parameters.
* code generation - render a particle animation to code. crank out cool screensavers with ease.
* multiple orthographic views - lights, particle actions, and geometry can be manipulated in orthographic viewports.
* interactive camera recording - intuitive mouse driven camera controls can be recorded during particle simulations<<less
Download (912KB)
Added: 2009-04-29 License: Freeware Price:
254 downloads
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