Free viewpoint bank software for linux

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

Mesh Viewer is an easy to use lightweight application to display triangular meshes from a variety of file formats (see 3D formats).
Mesh Viewer uses the OpenGL API to render the models. The program was born under the need for quickly displaying reconstructed triangulated meshes. The Mesh Viewer based on an idea and an early elementary implementation from Craig Robertson.
The current version was developed by Helmut Cantzler. Triangular meshes can be displayed texture mapped (optional with bilinear filtering), solid or as a skeleton (full or just the front lines).
The surface normals of the triangles can be displayed optionally. Features (from a different data file) like edges and points can be displayed into the mesh. Loaded models can be rotated, translated and scaled (all done with the mouse). The model is lighted by multiple light sources.
Viewpoints can be saved. Screenshots of the model can be taken (as BMP, JPEG, PNG and so on). The program is able to calculate the texture map for the 3D model (experimental!).
It can read:
- PMesh files (used at the Vision group of the University of Edinburgh)
- GTS files (from the Gnu Triangulation Library)
- Geomview files (only format "OFF")
- PLY files (only ASCII format)
- VRML 1 files (no texture mapping)
- VRML 2 files
- Feature file
- List file
File format descriptions:
The PMesh format begins optional with a header. The first header line consists of "#pmesh". The header ends with the first line not starting with a "#". The data starts with nv lines of the format "v float float float" for the vertices. Follows nf lines of the format "p 3 int int int" for the triangles. Each line contains the three indices of the vertices. The index of the vertices starts at one.
The GTS format is describe shortly. The first line contains three unsigned integers separated by spaces. The first integer is the number of vertices, nv, the second is the number of edges, ne and the third is the number of faces, nf. Follows nv lines containing the x, y and z coordinates of the vertices. Follows ne lines containing the two indices (starting from one) of the vertices of each edge. Follows nf lines containing the three ordered indices (also starting from one) of the edges of each face.
The Geomview formal starts with a header consisting of the format line "OFF" and a second line with three integer numbers. The first integer is the number of vertices, nv, the second is the number of polygons, np, and the third number is typically "0". Following are the nv lines of vertices (each consists of three floats). The other part of the file are np lines of polygons. The first number of each line stands for the size of the polygon. Mesh Viewer just reads polygons consisting of 2 or 3 vertices. Following are a number of indices of the vertices depending on the size of the polygon. The index of the vertices starts at zero.
VRML is only supported partly. The Mesh Viewer extracts only vertices and triangles from VRML files and ignores all other shapes. Shapes in VRML 2.0 are rotated, scaled and translated if necessary. The file name for JPEG texture and texture coordinates are read from VRML 2.0 files if existent.
The Feature file is used to store vertices and edges. A feature file can be loaded beside the mesh to display vertices or edges into the mesh. The first header line consists of "#list". The header ends with the first line not starting with a "#". The lines consists of either vertices or edges. A vertex line consists of the format "fv float float float". A edge line starts with "fe" followed by the x, y and z coordinates for the start and the end vertex.
The List file is only a text file listing n mesh files, which a loaded subsequently as different shapes into one mesh. Lists are useful for displaying a segmentation of a mesh. The first header line consists of "#list". The header ends with the first line not starting with a "#". The following n lines consists of the names for the mesh files (one per line).

Finance::Bank::HDFC project provides an interface to the HDFC netbanking service.

madlibs engine project is a MadLibs clone.

The madlibs engine is a tiny engine for MadLibs-like interactive stories. Basically, you enter different words of a certain part of speech.

The program pastes them into a story text, creating weird, funny, or stupid results.

It runs on anything from a line printer to an xterm.

Grace project is a system of the Daniel Project that handles the tracking of contributions and donors for a non-profit. As contributions come in for particular funds, the contributions are recorded along with the donors information.
The system also handles the printing of receipts and reports, and facilitates common administrative operations like bank deposits and exporting of data to an accounting package.
Main features:
- Create a deposit and enter contributions into that deposit.
- Multiple line items (recipients) possible for each contribution.
- Streamlined data entry and finalizing of a deposit.
- Create multiple funds to receive contributions.
- Print receipts for donors.
- Print reports for fund owners (or output to PDF).
- Export to external accounting system.
- Notify fund owners by email of contributions.
- Multiple, concurrent users with extensive logging.
- Copy deposits for easy re-entry of repeated sets of contributions.
- Rapid, extensive search for deposits, contributions, and donors.
- GPL-licensed open source software for infinite flexibility to meet your needs.
Enhancements:
- Grace has been renamed to the Grace Contribution Manager (formerly Grace Receipting System).
- A splash screen is displayed on startup.
- New menu icons and a toolbar with shortcuts for frequently used operations.
- Two donors can now be merged into one using Other->Merge Donors...
- Two new reports: Major Donor Report and Donor Name Report.
- Receipts have been overhauled.
- This release runs on Windows.

Gestshin is a personnal accounting application running on a web server and released under the GPL licence. Gestshin project is coded in PHP with a MySql Database.
The interface is written in XHTML 1.0 strict to be conform to W3C. Gestshin can manage multiple accounts, currencies and users. Currently, he is writting in English and French since the release 0.2.
The developpement of Gestshin is in progress. Currently, the last release is the 0.2. Gestshin is created since 03 August 2005.
Enhancements:
- Update Smarty to 2.6.11
- Bug session_start() fix with help of Mauricio Araya

Finance::Bank::NetBranch is a Perl module that can manage your NetBranch accounts with Perl.

SYNOPSIS

use Finance::Bank::NetBranch;
my $nb = Finance::Bank::NetBranch->new(
url => https://nbp1.cunetbranch.com/valley/,
account => 12345,
password => abcdef,
);

my @accounts = $nb->accounts;

foreach (@accounts) {
printf "%20s : %8s : USD %9.2f of %9.2fn",
$_->name, $_->account_no, $_->available, $_->balance;
my $days = 20;
for ($_->transactions(from => time - (86400 * $days), to => time)) {
printf "%10s | %20s | %80s : %9.2f, %9.2fn",
$_->date->ymd, $_->type, $_->description, $_->amount, $_->balance;
}
}

This module provides a rudimentary interface to NetBranch online banking. This module was originally implemented to interface with Valley Communities Credit Unions page at https://nbp1.cunetbranch.com/valley/, but the behavior of the module is theoretically generalized to "NetBranch" type online access.

However, I do not have access to another NetBranch account with another bank, and so any feedback on the actual behavior of this module would be greatly appreciated.

You will need either Crypt::SSLeay or IO::Socket::SSL installed for HTTPS support to work.