tan tock seng hospital
Sponsored Links
Sponsored Links
Secleted [ 0 ] software to compare
Results 1 - 15 of about 26
Transec 1.16
Transec is a Java taglib component that provides a secure PIN/TAN/password input via untrusted, insecure Web browsers. more>>
Transec is a Java taglib component that provides a secure PIN/TAN/password input via untrusted, insecure Web browsers.
Only images and coodinates are transferred to the browser.
TRANSEC is a virtual keyboard that can prevent spyware or troyan attacks. Transec is self-explanatory and can be easily used. PIN- and TAN-inputs are visible only for the user.
The user enters his/her data using a virtuall keyboard instead of the common keyboard.
Though Interception of input data is almost impossible.
If at all, only by intercepting all mouseclicks plus each single referred picture an agressor could be succesfull, because the virtual keybourd is randomly rotated after each entry.
This inputmodule can be easily integrated as JSP-taglib in each JSP-Software. It may need minimal adaption (colors etc.).
<<lessOnly images and coodinates are transferred to the browser.
TRANSEC is a virtual keyboard that can prevent spyware or troyan attacks. Transec is self-explanatory and can be easily used. PIN- and TAN-inputs are visible only for the user.
The user enters his/her data using a virtuall keyboard instead of the common keyboard.
Though Interception of input data is almost impossible.
If at all, only by intercepting all mouseclicks plus each single referred picture an agressor could be succesfull, because the virtual keybourd is randomly rotated after each entry.
This inputmodule can be easily integrated as JSP-taglib in each JSP-Software. It may need minimal adaption (colors etc.).
Download (0.14MB)
Added: 2006-11-08 License: GPL (GNU General Public License) Price:
1080 downloads
PatientOS 0.11
PatientOS is a free clinical information management system designed for hospitals and healthcare practitioners. more>>
PatientOS is a free clinical information management system designed for hospitals and healthcare practitioners.
PatientOS project is for physicians, nursing, pharmacy, the laboratory and eventually all hospital departments. An extensive sofware architecture has been designed to create the highest quality system.
<<lessPatientOS project is for physicians, nursing, pharmacy, the laboratory and eventually all hospital departments. An extensive sofware architecture has been designed to create the highest quality system.
Download (128MB)
Added: 2007-08-13 License: GPL v3 Price:
907 downloads
Mumps Compiler 9.22
Mumps is a general purpose programming language that supports a native hierarchical data base facility. more>>
Mumps is a general purpose programming language that supports a native hierarchical data base facility. It is supported by a large user community (mainly biomedical), and a diversified installed application software base. The language originated in the mid-60s at the Massachusetts General Hospital and it became widely used in both clinical and commercial settings. A dwindling number of implementations exist for the language. There are both ANSI, ISO (ISO/IEC 11756:1992) and DOD approved standards for Mumps.
As originally conceived, Mumps differed from other mini-computer based languages of the late 1960s by providing: 1) an easily manipulated hierarchical (multi-dimensional) data base that was well suited to representing medical records; 2) flexible string handling support; and (3) multiple concurrent tasks in limited memory on very small machines. Syntactically, Mumps is based on an earlier language named JOSS and has an appearance that is similar to early versions of Basic that were also based on JOSS.
This translator implements much of the most recent Mumps standard (see the manual). Mumps programs are translated to standard C++ programs and subsequently compiled to binary executables. This distribution contains the compiler source code, the manual, the run-time functions source code, all written in C/C++, and examples, written in Mumps. Also included is a stand-alone Mumps Interpreter for Windows XP and Linux. Click here for additional details.
The MDH (Multi-Dimensional and Hierarchical Data Base Toolkit) is a Linux-based, open sourced, toolkit of portable software that supports very fast, flexible, multi-dimensional and hierarchical storage, retrieval and manipulation of data bases ranging in size up to 256 terabytes. The package is written in C and C++ and is available under the GNU GPL/LGPL licenses in source code form. You must install the Mumps Compiler in order to use the MDH.
<<lessAs originally conceived, Mumps differed from other mini-computer based languages of the late 1960s by providing: 1) an easily manipulated hierarchical (multi-dimensional) data base that was well suited to representing medical records; 2) flexible string handling support; and (3) multiple concurrent tasks in limited memory on very small machines. Syntactically, Mumps is based on an earlier language named JOSS and has an appearance that is similar to early versions of Basic that were also based on JOSS.
This translator implements much of the most recent Mumps standard (see the manual). Mumps programs are translated to standard C++ programs and subsequently compiled to binary executables. This distribution contains the compiler source code, the manual, the run-time functions source code, all written in C/C++, and examples, written in Mumps. Also included is a stand-alone Mumps Interpreter for Windows XP and Linux. Click here for additional details.
The MDH (Multi-Dimensional and Hierarchical Data Base Toolkit) is a Linux-based, open sourced, toolkit of portable software that supports very fast, flexible, multi-dimensional and hierarchical storage, retrieval and manipulation of data bases ranging in size up to 256 terabytes. The package is written in C and C++ and is available under the GNU GPL/LGPL licenses in source code form. You must install the Mumps Compiler in order to use the MDH.
Download (3.6MB)
Added: 2007-03-21 License: LGPL (GNU Lesser General Public License) Price:
592 downloads
DrKnock 0.2.1
DrKnock is a port knocking solution based on sig2knock by Cappella and Tan Chew Keong. more>>
DrKnock project is a port knocking solution based on sig2knock by Cappella and Tan Chew Keong (http://www.security.org.sg/code/portknock1.html).
Right now, the only functional improvement over sig2knock is the ability to use the client under Windows XP SP2. The client and server work on both Unix and Windows.
Enhancements:
- A code cleanup was undertaken and bugs were fixed.
- The last occurrences of sig2knock were replaced by drknock, including the Windows service name and log file.
<<lessRight now, the only functional improvement over sig2knock is the ability to use the client under Windows XP SP2. The client and server work on both Unix and Windows.
Enhancements:
- A code cleanup was undertaken and bugs were fixed.
- The last occurrences of sig2knock were replaced by drknock, including the Windows service name and log file.
Download (0.21MB)
Added: 2006-11-24 License: GPL (GNU General Public License) Price:
1064 downloads
Abura Tan 0.A11
Abura Tan is a Rogue-like adventure game. more>>
Abura Tan project is a Rogue-like adventure game.
Abura Tan is a Rogue-like adventure game of cowboy knights and lurking horror.
AburaTanisan adventure game and a dungeon crawl. Your task is to buildupacharacterthroughadventureandto ultimately save the world.Its that simple.
Permanentdeath(permadeath) is an important feature of Abura Tan. Ifyour character dies during the course of your adventure you will not havetheoptiontoreload at an earlier point.
Because the gameplay balanceaccounts for permadeath,backing up saved games will spoil the game for you and is therefore not recommended.
Asthegameisstillin mid-stages of development you may find it somewhat lacking a purpose. There is currently no way to win.
Here are some TIPS for "Abura Tan":
- Enter the sewers near your starting location and try to delve as deeply as possible.
- Try out each character class to see which one you like most.
- Locate a town, on the surface level of Texarkana.
- Chat with the locals, or start a fight to inherit some items.
- Try chatting with non-humans too. (Certain skills may help here.)
- Try to find a kaleidoscope and apply it!
Enhancements:
- Levels are no longer discrete.
- Melee and ranged combat has been rebalanced.
- New classes, monsters, and items have been added.
- Many tweaks were made to the user interface, and many minor bugs were fixed.
<<lessAbura Tan is a Rogue-like adventure game of cowboy knights and lurking horror.
AburaTanisan adventure game and a dungeon crawl. Your task is to buildupacharacterthroughadventureandto ultimately save the world.Its that simple.
Permanentdeath(permadeath) is an important feature of Abura Tan. Ifyour character dies during the course of your adventure you will not havetheoptiontoreload at an earlier point.
Because the gameplay balanceaccounts for permadeath,backing up saved games will spoil the game for you and is therefore not recommended.
Asthegameisstillin mid-stages of development you may find it somewhat lacking a purpose. There is currently no way to win.
Here are some TIPS for "Abura Tan":
- Enter the sewers near your starting location and try to delve as deeply as possible.
- Try out each character class to see which one you like most.
- Locate a town, on the surface level of Texarkana.
- Chat with the locals, or start a fight to inherit some items.
- Try chatting with non-humans too. (Certain skills may help here.)
- Try to find a kaleidoscope and apply it!
Enhancements:
- Levels are no longer discrete.
- Melee and ranged combat has been rebalanced.
- New classes, monsters, and items have been added.
- Many tweaks were made to the user interface, and many minor bugs were fixed.
Download (MB)
Added: 2007-01-08 License: GPL (GNU General Public License) Price:
1022 downloads
GIS::Distance::Vincenty 0.01001
GIS::Distance::Vincenty Perl module contains Thaddeus Vincenty distance calculations. more>>
GIS::Distance::Vincenty Perl module contains Thaddeus Vincenty distance calculations.
SYNOPSIS
my $calc = GIS::Distance::Vincenty->new();
my $distance = $calc->distance( $lon1, $lat1 => $lon2, $lat2 );
For the benefit of the terminally obsessive (as well as the genuinely needy), Thaddeus Vincenty devised formulae for calculating geodesic distances between a pair of latitude/longitude points on the earths surface, using an accurate ellipsoidal model of the earth.
Vincentys formula is accurate to within 0.5mm, or 0.000015", on the ellipsoid being used. Calculations based on a spherical model, such as the (much simpler) Haversine, are accurate to around 0.3% (which is still good enough for most purposes, of course).
Note: the accuracy quoted by Vincenty applies to the theoretical ellipsoid being used, which will differ (to varying degree) from the real earth geoid. If you happen to be located in Colorado, 2km above msl, distances will be 0.03% greater. In the UK, if you measure the distance from Lands End to John O Groats using WGS-84, it will be 28m - 0.003% - greater than using the Airy ellipsoid, which provides a better fit for the UK.
NOTE: This formula is still considered alpha quality in GIS::Distance. It has not been tested enough to be used in production.
FORMULA
a, b = major & minor semiaxes of the ellipsoid
f = flattening (a-b)/a
L = lon2 - lon1
u1 = atan((1-f) * tan(lat1))
u2 = atan((1-f) * tan(lat2))
sin_u1 = sin(u1)
cos_u1 = cos(u1)
sin_u2 = sin(u2)
cos_u2 = cos(u2)
lambda = L
lambda_pi = 2PI
while abs(lambda-lambda_pi) > 1e-12
sin_lambda = sin(lambda)
cos_lambda = cos(lambda)
sin_sigma = sqrt((cos_u2 * sin_lambda) * (cos_u2*sin_lambda) +
(cos_u1*sin_u2-sin_u1*cos_u2*cos_lambda) * (cos_u1*sin_u2-sin_u1*cos_u2*cos_lambda))
cos_sigma = sin_u1*sin_u2 + cos_u1*cos_u2*cos_lambda
sigma = atan2(sin_sigma, cos_sigma)
alpha = asin(cos_u1 * cos_u2 * sin_lambda / sin_sigma)
cos_sq_alpha = cos(alpha) * cos(alpha)
cos2sigma_m = cos_sigma - 2*sin_u1*sin_u2/cos_sq_alpha
cc = f/16*cos_sq_alpha*(4+f*(4-3*cos_sq_alpha))
lambda_pi = lambda
lambda = L + (1-cc) * f * sin(alpha) *
(sigma + cc*sin_sigma*(cos2sigma_m+cc*cos_sigma*(-1+2*cos2sigma_m*cos2sigma_m)))
}
usq = cos_sq_alpha*(a*a-b*b)/(b*b);
aa = 1 + usq/16384*(4096+usq*(-768+usq*(320-175*usq)))
bb = usq/1024 * (256+usq*(-128+usq*(74-47*usq)))
delta_sigma = bb*sin_sigma*(cos2sigma_m+bb/4*(cos_sigma*(-1+2*cos2sigma_m*cos2sigma_m)-
bb/6*cos2sigma_m*(-3+4*sin_sigma*sin_sigma)*(-3+4*cos2sigma_m*cos2sigma_m)))
c = b*aa*(sigma-delta_sigma)
<<lessSYNOPSIS
my $calc = GIS::Distance::Vincenty->new();
my $distance = $calc->distance( $lon1, $lat1 => $lon2, $lat2 );
For the benefit of the terminally obsessive (as well as the genuinely needy), Thaddeus Vincenty devised formulae for calculating geodesic distances between a pair of latitude/longitude points on the earths surface, using an accurate ellipsoidal model of the earth.
Vincentys formula is accurate to within 0.5mm, or 0.000015", on the ellipsoid being used. Calculations based on a spherical model, such as the (much simpler) Haversine, are accurate to around 0.3% (which is still good enough for most purposes, of course).
Note: the accuracy quoted by Vincenty applies to the theoretical ellipsoid being used, which will differ (to varying degree) from the real earth geoid. If you happen to be located in Colorado, 2km above msl, distances will be 0.03% greater. In the UK, if you measure the distance from Lands End to John O Groats using WGS-84, it will be 28m - 0.003% - greater than using the Airy ellipsoid, which provides a better fit for the UK.
NOTE: This formula is still considered alpha quality in GIS::Distance. It has not been tested enough to be used in production.
FORMULA
a, b = major & minor semiaxes of the ellipsoid
f = flattening (a-b)/a
L = lon2 - lon1
u1 = atan((1-f) * tan(lat1))
u2 = atan((1-f) * tan(lat2))
sin_u1 = sin(u1)
cos_u1 = cos(u1)
sin_u2 = sin(u2)
cos_u2 = cos(u2)
lambda = L
lambda_pi = 2PI
while abs(lambda-lambda_pi) > 1e-12
sin_lambda = sin(lambda)
cos_lambda = cos(lambda)
sin_sigma = sqrt((cos_u2 * sin_lambda) * (cos_u2*sin_lambda) +
(cos_u1*sin_u2-sin_u1*cos_u2*cos_lambda) * (cos_u1*sin_u2-sin_u1*cos_u2*cos_lambda))
cos_sigma = sin_u1*sin_u2 + cos_u1*cos_u2*cos_lambda
sigma = atan2(sin_sigma, cos_sigma)
alpha = asin(cos_u1 * cos_u2 * sin_lambda / sin_sigma)
cos_sq_alpha = cos(alpha) * cos(alpha)
cos2sigma_m = cos_sigma - 2*sin_u1*sin_u2/cos_sq_alpha
cc = f/16*cos_sq_alpha*(4+f*(4-3*cos_sq_alpha))
lambda_pi = lambda
lambda = L + (1-cc) * f * sin(alpha) *
(sigma + cc*sin_sigma*(cos2sigma_m+cc*cos_sigma*(-1+2*cos2sigma_m*cos2sigma_m)))
}
usq = cos_sq_alpha*(a*a-b*b)/(b*b);
aa = 1 + usq/16384*(4096+usq*(-768+usq*(320-175*usq)))
bb = usq/1024 * (256+usq*(-128+usq*(74-47*usq)))
delta_sigma = bb*sin_sigma*(cos2sigma_m+bb/4*(cos_sigma*(-1+2*cos2sigma_m*cos2sigma_m)-
bb/6*cos2sigma_m*(-3+4*sin_sigma*sin_sigma)*(-3+4*cos2sigma_m*cos2sigma_m)))
c = b*aa*(sigma-delta_sigma)
Download (0.008MB)
Added: 2007-07-25 License: Perl Artistic License Price:
834 downloads
ClearHealth 1.0 RC2
ClearHealth is a new generation of medical software designed by clinics and hospitals. more>>
ClearHealth is a new generation of medical software designed by clinics and hospitals and powered by Open Source software.
For years doctors and clinics have been subject to mediocre software, sometimes unscrupulous vendors, high pressure sales tactics and lackluster customer service. ClearHealth changes all that.
Industry leading software engineers here at Uversa sat down and listened to your needs and and developed a suite of software that serves the medical community like never before. ClearHealth covers the five major areas of practice operations including scheduling, billing, EMR, HIPAA Security and accounts receivable.
Each set of capabilities has been painstakingly researched and devised with useability experts to make it quick to learn and powerful to use.
Great functionality is around every corner. ClearHealth includes additional modules for document storage, customizable reporting/forms, lab results and prescription management. The choice is simple, improve your operations, work with a vendor that puts customer service first, and choose ClearHealth now.
Open Source Software gives you ownership of your system and the right to control when and how you upgrade. It also gives you the ability to cost effectively customize the software for your practices individual needs and specialties.
There are no obligatory recurring license fees, no forced upgrades and no vendor lock-in. Uversa guarantees a life cycle of 3-7 years and offers all levels of support with its ClearHealth Advantage Edition.
Compare your options, ask your existing vendor for ownership of your system and find that ClearHealth offers what no one else can.
Innovative Technologies bring major improvements to scheduling and billing. ClearHealth is web-based and uses your internet browser to connect to the system. Historically many people have found webbased interfaces to be clunky and slow. By leveraging Uversas unique real time interface technologies you can forget about click and wait.
Get the information you need from patient searches, demographic updates and claim edits instantly, no waiting. See for yourself, call us today to get access to a live demonstration you can try firsthand.
Enhancements:
- Hundreds of bug and issue fixes, FreeB2 CA Medicare testing certification, HCFA improvements, reporting system improvements, and a graphical installer.
- Multi-language support including initial translations in Portuguese, Finnish, and German.
- Document storage fixes and enhancements.
- Many performance improvements, especially in the calendar and auto-complete boxes.
<<lessFor years doctors and clinics have been subject to mediocre software, sometimes unscrupulous vendors, high pressure sales tactics and lackluster customer service. ClearHealth changes all that.
Industry leading software engineers here at Uversa sat down and listened to your needs and and developed a suite of software that serves the medical community like never before. ClearHealth covers the five major areas of practice operations including scheduling, billing, EMR, HIPAA Security and accounts receivable.
Each set of capabilities has been painstakingly researched and devised with useability experts to make it quick to learn and powerful to use.
Great functionality is around every corner. ClearHealth includes additional modules for document storage, customizable reporting/forms, lab results and prescription management. The choice is simple, improve your operations, work with a vendor that puts customer service first, and choose ClearHealth now.
Open Source Software gives you ownership of your system and the right to control when and how you upgrade. It also gives you the ability to cost effectively customize the software for your practices individual needs and specialties.
There are no obligatory recurring license fees, no forced upgrades and no vendor lock-in. Uversa guarantees a life cycle of 3-7 years and offers all levels of support with its ClearHealth Advantage Edition.
Compare your options, ask your existing vendor for ownership of your system and find that ClearHealth offers what no one else can.
Innovative Technologies bring major improvements to scheduling and billing. ClearHealth is web-based and uses your internet browser to connect to the system. Historically many people have found webbased interfaces to be clunky and slow. By leveraging Uversas unique real time interface technologies you can forget about click and wait.
Get the information you need from patient searches, demographic updates and claim edits instantly, no waiting. See for yourself, call us today to get access to a live demonstration you can try firsthand.
Enhancements:
- Hundreds of bug and issue fixes, FreeB2 CA Medicare testing certification, HCFA improvements, reporting system improvements, and a graphical installer.
- Multi-language support including initial translations in Portuguese, Finnish, and German.
- Document storage fixes and enhancements.
- Many performance improvements, especially in the calendar and auto-complete boxes.
Download (7.0MB)
Added: 2005-11-08 License: GPL (GNU General Public License) Price:
815 downloads
City info search 0.9
City info search enables you to get all the information about any city in the USA with a mouse click. more>>
City info search enables you to get all the information about any city in the USA with a mouse click.
Get all the information about any city in the USA with a mouse click. This includes geography, population, ethnic composition, housing, climate, hospitals, airports, etc.
Usage: highlight the name on any US city on a page. Right click the mouse. Choose Get City Info.
No annoing toolbars.
<<lessGet all the information about any city in the USA with a mouse click. This includes geography, population, ethnic composition, housing, climate, hospitals, airports, etc.
Usage: highlight the name on any US city on a page. Right click the mouse. Choose Get City Info.
No annoing toolbars.
Download (0.080MB)
Added: 2007-04-27 License: MPL (Mozilla Public License) Price:
942 downloads
Genezzo::Havok::SQLScalar 0.69
Genezzo::Havok::SQLScalar is a Perl module with scalar SQL functions. more>>
Genezzo::Havok::SQLScalar is a Perl module with scalar SQL functions.
SYNOPSIS
HavokUse("Genezzo::Havok::SQLScalar")
FUNCTIONS
perl functions
See perlfunc(1) for descriptions.
chomp
chop
chr
crypt
index
lc
lcfirst
length
ord
pack
reverse
rindex
sprintf
substr
uc
ucfirst
abs
atan2
cos
exp
hex
int
oct
rand
sin
sqrt
srand
perl_join
The perl string join, renamed to avoid conflict with the SQL relational join
SQL string functions
concat(char1, char2)
Concatenate strings
greatest(item1, item2...)
Find the greatest element in a list
initcap(char)
Return the string with the initial letter of each word capitalized, where words are defined as contiguous groups of alphanumeric chars separated by non-word chars.
least(item1, item2...)
Find the smallest element in a list
lower(char)
Return the string with all letters lowercase
lpad(char1, n [, char2])
Returns the string char1 padded out on the left to length n with copies of char2. If char2 is not specified blanks are used. If char1 is larger than length n it is truncated to fit.
ltrim(char [, set])
Returns the string which is trimmed on the left up to the first character which is not in the specified set. If set is unspecified, blanks are trimmed.
soundex
Knuths soundex from Text::Soundex.
replace(char, search_str [, replace_str])
Returns char with all occurrences of the search_str replaced by replace_str. If the replace_str is unspecified or null, it removes all occurrences of the search_str.
rpad(char1, n [, char2])
Returns the string char1 padded out on the right to length n with copies of char2. If char2 is not specified blanks are used. If char1 is larger than length n it is truncated to fit.
rtrim(char [, set])
Returns the string which is trimmed on the rightt up to the first character which is not in the specified set. If set is unspecified, blanks are trimmed.
translate(char, search_str, replace_str)
Similar to perl transliteration tr/ (see perlop(1) ), returns a string where all occurrences of a character in the search string are replaced with the corresponding character in the replace string.
upper(char)
Returns the string with all characters uppercase.
SQL math functions
cosh(n)
Hyperbolic cosine
ceil(n)
Returns the smallest integer greater than or equal to n
floor
Returns the largest integers less than or equal to n
ln
Natural log.
log10
Log base 10.
logN(base_N, num)
Returns the Log base base_N on num.
mod(m,n)
Returns the remainder of m divided by n.
power(m,n)
Returns m**n
round(num [, m])
Return num rounded to m places to the right of the decimal point. M=0 if not specified. If m is negative num is rounded to the left of the decimal point.
sign(n)
Similar to "spaceship", returns -1 for N < 0, 0 for N==0, and 1 for N > 0.
sinh
Hyperbolic sine.
tan
tangent
tanh
Hyperbolic tangent.
trunc(num [, m])
Return num truncated to m places to the right of the decimal point. M=0 if not specified. If m is negative num is truncated to the left of the decimal point.
SQL conversion functions
These functions return a value of a different type than their operands.
ascii(char)
Return the ascii value of the first char of the string.
instr(char, substring [, position [, occurrence]])
Returns the index (1 based, not zero based) of the substring in the char, starting at position. If occurrence and position are not specified they default to one: instr returns the index of the first occurrence of the substring. If occurrence is specified instr returns the index of the Nth occurrence. If position is negative instr begins the search from the tail end of char.
nvl(char1, char2)
Returns char2 if char1 is NULL, else returns char1
Genezzo functions
quurl
"Quote URL" - Replace all non-alphanumeric chars in a string with %hex values, similar to the standard URL-style quoting.
quurl2
"Quote URL" - Replace most non-alphanumeric chars in a string with %hex values, leaving spaces and most punctuation (with the exception of %) untouched.
unquurl
Convert a "quoted url" string back.
<<lessSYNOPSIS
HavokUse("Genezzo::Havok::SQLScalar")
FUNCTIONS
perl functions
See perlfunc(1) for descriptions.
chomp
chop
chr
crypt
index
lc
lcfirst
length
ord
pack
reverse
rindex
sprintf
substr
uc
ucfirst
abs
atan2
cos
exp
hex
int
oct
rand
sin
sqrt
srand
perl_join
The perl string join, renamed to avoid conflict with the SQL relational join
SQL string functions
concat(char1, char2)
Concatenate strings
greatest(item1, item2...)
Find the greatest element in a list
initcap(char)
Return the string with the initial letter of each word capitalized, where words are defined as contiguous groups of alphanumeric chars separated by non-word chars.
least(item1, item2...)
Find the smallest element in a list
lower(char)
Return the string with all letters lowercase
lpad(char1, n [, char2])
Returns the string char1 padded out on the left to length n with copies of char2. If char2 is not specified blanks are used. If char1 is larger than length n it is truncated to fit.
ltrim(char [, set])
Returns the string which is trimmed on the left up to the first character which is not in the specified set. If set is unspecified, blanks are trimmed.
soundex
Knuths soundex from Text::Soundex.
replace(char, search_str [, replace_str])
Returns char with all occurrences of the search_str replaced by replace_str. If the replace_str is unspecified or null, it removes all occurrences of the search_str.
rpad(char1, n [, char2])
Returns the string char1 padded out on the right to length n with copies of char2. If char2 is not specified blanks are used. If char1 is larger than length n it is truncated to fit.
rtrim(char [, set])
Returns the string which is trimmed on the rightt up to the first character which is not in the specified set. If set is unspecified, blanks are trimmed.
translate(char, search_str, replace_str)
Similar to perl transliteration tr/ (see perlop(1) ), returns a string where all occurrences of a character in the search string are replaced with the corresponding character in the replace string.
upper(char)
Returns the string with all characters uppercase.
SQL math functions
cosh(n)
Hyperbolic cosine
ceil(n)
Returns the smallest integer greater than or equal to n
floor
Returns the largest integers less than or equal to n
ln
Natural log.
log10
Log base 10.
logN(base_N, num)
Returns the Log base base_N on num.
mod(m,n)
Returns the remainder of m divided by n.
power(m,n)
Returns m**n
round(num [, m])
Return num rounded to m places to the right of the decimal point. M=0 if not specified. If m is negative num is rounded to the left of the decimal point.
sign(n)
Similar to "spaceship", returns -1 for N < 0, 0 for N==0, and 1 for N > 0.
sinh
Hyperbolic sine.
tan
tangent
tanh
Hyperbolic tangent.
trunc(num [, m])
Return num truncated to m places to the right of the decimal point. M=0 if not specified. If m is negative num is truncated to the left of the decimal point.
SQL conversion functions
These functions return a value of a different type than their operands.
ascii(char)
Return the ascii value of the first char of the string.
instr(char, substring [, position [, occurrence]])
Returns the index (1 based, not zero based) of the substring in the char, starting at position. If occurrence and position are not specified they default to one: instr returns the index of the first occurrence of the substring. If occurrence is specified instr returns the index of the Nth occurrence. If position is negative instr begins the search from the tail end of char.
nvl(char1, char2)
Returns char2 if char1 is NULL, else returns char1
Genezzo functions
quurl
"Quote URL" - Replace all non-alphanumeric chars in a string with %hex values, similar to the standard URL-style quoting.
quurl2
"Quote URL" - Replace most non-alphanumeric chars in a string with %hex values, leaving spaces and most punctuation (with the exception of %) untouched.
unquurl
Convert a "quoted url" string back.
Download (0.47MB)
Added: 2007-03-13 License: Perl Artistic License Price:
957 downloads
Lien Mp3 Player 0.6.2b
Lien Mp3 Player is an MP3/Audio CD player with high quality sound output. more>>
Lien Mp3 Player is a mp3 and audio cd player for GNU Linux console.
All you need is a Pentium 90 or faster computer (you can do mono output if you have slower computer), GNU Library 2.0 or above and ncurses 5.
The project was improved many many times by recommendation of users. Now it is even better than the one I have plan to do in the first place.
Main features:
- Fast Mp3 Decoding
- Excellent quality sound playback
- File Menu for easier file selection
- Playlist support
- Playlist Randomizing
- Fast Forward, Back To Beginning, Previous Song and Next Song key
- Endless Looping
- Play Audio CD Track
Enhancements:
- Makefile enhancements.
<<lessAll you need is a Pentium 90 or faster computer (you can do mono output if you have slower computer), GNU Library 2.0 or above and ncurses 5.
The project was improved many many times by recommendation of users. Now it is even better than the one I have plan to do in the first place.
Main features:
- Fast Mp3 Decoding
- Excellent quality sound playback
- File Menu for easier file selection
- Playlist support
- Playlist Randomizing
- Fast Forward, Back To Beginning, Previous Song and Next Song key
- Endless Looping
- Play Audio CD Track
Enhancements:
- Makefile enhancements.
Download (0.11MB)
Added: 2007-07-24 License: GPL (GNU General Public License) Price:
831 downloads
Kde media converter 2.1
Kde media converter is a Kommander script that can convert any type of media into any other type. more>>
Well... i apreciated the good job done by almusaihij http://www.kde-apps.org/content/show.php?content=53457
And ive read comment about too many buttons... Ive searched along in kde-apps and i found this app http://www.kde-apps.org/content/show.php?content=41272
So ive decided to take the best from those kommander script to realize a more "feeling" and clean gui.. I would like to thanx all this guys and the script code..hope i can help to contribuite in adding-code for future kommander interfaces..
It could be more improved... like multiple files converted... and a clean "map-format" ...because now is in a little bit of a mess...
If u like this prog check also:
-SoundKonverter
-Kvideoencoder
A big tnx to the Ubuntu italian community for support..;)
A special tan to almusaihij for makeing a Kubuntu .deb package and for sharing code and idea.
Enhancements:
- More improved code
- Added subtiles misc with avi file
- Added experimental controls
<<lessAnd ive read comment about too many buttons... Ive searched along in kde-apps and i found this app http://www.kde-apps.org/content/show.php?content=41272
So ive decided to take the best from those kommander script to realize a more "feeling" and clean gui.. I would like to thanx all this guys and the script code..hope i can help to contribuite in adding-code for future kommander interfaces..
It could be more improved... like multiple files converted... and a clean "map-format" ...because now is in a little bit of a mess...
If u like this prog check also:
-SoundKonverter
-Kvideoencoder
A big tnx to the Ubuntu italian community for support..;)
A special tan to almusaihij for makeing a Kubuntu .deb package and for sharing code and idea.
Enhancements:
- More improved code
- Added subtiles misc with avi file
- Added experimental controls
Download (0.030MB)
Added: 2007-05-21 License: GPL (GNU General Public License) Price:
537 downloads
Math::Cephes 0.44
Math::Cephes is a Perl interface to the cephes math library. more>>
Math::Cephes is a Perl interface to the cephes math library.
SYNOPSIS
use Math::Cephes qw(:all);
This module provides an interface to over 150 functions of the
cephes math library of Stephen Moshier. No functions are exported
by default, but rather must be imported explicitly, as in
use Math::Cephes qw(sin cos);
There are a number of export tags defined which allow
importing groups of functions:
use Math::Cephes qw(:constants);
imports the variables
$PI : 3.14159265358979323846 # pi
$PIO2 : 1.57079632679489661923 # pi/2
$PIO4 : 0.785398163397448309616 # pi/4
$SQRT2 : 1.41421356237309504880 # sqrt(2)
$SQRTH : 0.707106781186547524401 # sqrt(2)/2
$LOG2E : 1.4426950408889634073599 # 1/log(2)
$SQ2OPI : 0.79788456080286535587989 # sqrt( 2/pi )
$LOGE2 : 0.693147180559945309417 # log(2)
$LOGSQ2 : 0.346573590279972654709 # log(2)/2
$THPIO4 : 2.35619449019234492885 # 3*pi/4
$TWOOPI : 0.636619772367581343075535 # 2/pi
As well, there are 4 machine-specific numbers available:
$MACHEP : machine roundoff error
$MAXLOG : maximum log on the machine
$MINLOG : minimum log on the machine
$MAXNUM : largest number represented
use Math::Cephes qw(:trigs);
imports
acos: Inverse circular cosine
asin: Inverse circular sine
atan: Inverse circular tangent (arctangent)
atan2: Quadrant correct inverse circular tangent
cos: Circular cosine
cosdg: Circular cosine of angle in degrees
cot: Circular cotangent
cotdg: Circular cotangent of argument in degrees
hypot: hypotenuse associated with the sides of a right triangle
radian: Degrees, minutes, seconds to radians
sin: Circular sine
sindg: Circular sine of angle in degrees
tan: Circular tangent
tandg: Circular tangent of argument in degrees
cosm1: Relative error approximations for function arguments near unity
use Math::Cephes qw(:hypers);
imports
acosh: Inverse hyperbolic cosine
asinh: Inverse hyperbolic sine
atanh: Inverse hyperbolic tangent
cosh: Hyperbolic cosine
sinh: Hyperbolic sine
tanh: Hyperbolic tangent
use Math::Cephes qw(:explog);
imports
exp: Exponential function
expxx: exp(x*x)
exp10: Base 10 exponential function (Common antilogarithm)
exp2: Base 2 exponential function
log: Natural logarithm
log10: Common logarithm
log2: Base 2 logarithm
log1p,expm1: Relative error approximations for function arguments near unity.
use Math::Cephes qw(:cmplx);
imports
new_cmplx: create a new complex number object
cabs: Complex absolute value
cacos: Complex circular arc cosine
cacosh: Complex inverse hyperbolic cosine
casin: Complex circular arc sine
casinh: Complex inverse hyperbolic sine
catan: Complex circular arc tangent
catanh: Complex inverse hyperbolic tangent
ccos: Complex circular cosine
ccosh: Complex hyperbolic cosine
ccot: Complex circular cotangent
cexp: Complex exponential function
clog: Complex natural logarithm
cadd: add two complex numbers
csub: subtract two complex numbers
cmul: multiply two complex numbers
cdiv: divide two complex numbers
cmov: copy one complex number to another
cneg: negate a complex number
cpow: Complex power function
csin: Complex circular sine
csinh: Complex hyperbolic sine
csqrt: Complex square root
ctan: Complex circular tangent
ctanh: Complex hyperbolic tangent
use Math::Cephes qw(:utils);
imports
cbrt: Cube root
ceil: ceil
drand: Pseudorandom number generator
fabs: Absolute value
fac: Factorial function
floor: floor
frexp: frexp
ldexp: multiplies x by 2**n.
lrand: Pseudorandom number generator
lsqrt: Integer square root
pow: Power function
powi: Real raised to integer power
round: Round double to nearest or even integer valued double
sqrt: Square root
use Math::Cephes qw(:bessels);
imports
i0: Modified Bessel function of order zero
i0e: Modified Bessel function of order zero, exponentially scaled
i1: Modified Bessel function of order one
i1e: Modified Bessel function of order one, exponentially scaled
iv: Modified Bessel function of noninteger order
j0: Bessel function of order zero
j1: Bessel function of order one
jn: Bessel function of integer order
jv: Bessel function of noninteger order
k0: Modified Bessel function, third kind, order zero
k0e: Modified Bessel function, third kind, order zero, exponentially scaled
k1: Modified Bessel function, third kind, order one
k1e: Modified Bessel function, third kind, order one, exponentially scaled
kn: Modified Bessel function, third kind, integer order
y0: Bessel function of the second kind, order zero
y1: Bessel function of second kind of order one
yn: Bessel function of second kind of integer order
yv: Bessel function Yv with noninteger v
use Math::Cephes qw(:dists);
imports
bdtr: Binomial distribution
bdtrc: Complemented binomial distribution
bdtri: Inverse binomial distribution
btdtr: Beta distribution
chdtr: Chi-square distribution
chdtrc: Complemented Chi-square distribution
chdtri: Inverse of complemented Chi-square distribution
fdtr: F distribution
fdtrc: Complemented F distribution
fdtri: Inverse of complemented F distribution
gdtr: Gamma distribution function
gdtrc: Complemented gamma distribution function
nbdtr: Negative binomial distribution
nbdtrc: Complemented negative binomial distribution
nbdtri: Functional inverse of negative binomial distribution
ndtr: Normal distribution function
ndtri: Inverse of Normal distribution function
pdtr: Poisson distribution
pdtrc: Complemented poisson distribution
pdtri: Inverse Poisson distribution
stdtr: Students t distribution
stdtri: Functional inverse of Students t distribution
use Math::Cephes qw(:gammas);
imports
fac: Factorial function
gamma: Gamma function
igam: Incomplete gamma integral
igamc: Complemented incomplete gamma integral
igami: Inverse of complemented imcomplete gamma integral
psi: Psi (digamma) function
rgamma: Reciprocal gamma function
use Math::Cephes qw(:betas);
imports
beta: Beta function
incbet: Incomplete beta integral
incbi: Inverse of imcomplete beta integral
lbeta: Natural logarithm of |beta|
use Math::Cephes qw(:elliptics);
imports
ellie: Incomplete elliptic integral of the second kind
ellik: Incomplete elliptic integral of the first kind
ellpe: Complete elliptic integral of the second kind
ellpj: Jacobian Elliptic Functions
ellpk: Complete elliptic integral of the first kind
use Math::Cephes qw(:hypergeometrics);
imports
hyp2f0: Gauss hypergeometric function F
hyp2f1: Gauss hypergeometric function F
hyperg: Confluent hypergeometric function
onef2: Hypergeometric function 1F2
threef0: Hypergeometric function 3F0
use Math::Cephes qw(:misc);
imports
airy: Airy function
bernum: Bernoulli numbers
dawsn: Dawsons Integral
ei: Exponential integral
erf: Error function
erfc: Complementary error function
expn: Exponential integral En
fresnl: Fresnel integral
plancki: Integral of Plancks black body radiation formula
polylog: Polylogarithm function
shichi: Hyperbolic sine and cosine integrals
sici: Sine and cosine integrals
simpson: Simpsons rule to find an integral
spence: Dilogarithm
struve: Struve function
vecang: angle between two vectors
zeta: Riemann zeta function of two arguments
zetac: Riemann zeta function
use Math::Cephes qw(:fract);
imports
new_fract: create a new fraction object
radd: add two fractions
rmul: multiply two fractions
rsub: subtracttwo fractions
rdiv: divide two fractions
euclid: finds the greatest common divisor
<<lessSYNOPSIS
use Math::Cephes qw(:all);
This module provides an interface to over 150 functions of the
cephes math library of Stephen Moshier. No functions are exported
by default, but rather must be imported explicitly, as in
use Math::Cephes qw(sin cos);
There are a number of export tags defined which allow
importing groups of functions:
use Math::Cephes qw(:constants);
imports the variables
$PI : 3.14159265358979323846 # pi
$PIO2 : 1.57079632679489661923 # pi/2
$PIO4 : 0.785398163397448309616 # pi/4
$SQRT2 : 1.41421356237309504880 # sqrt(2)
$SQRTH : 0.707106781186547524401 # sqrt(2)/2
$LOG2E : 1.4426950408889634073599 # 1/log(2)
$SQ2OPI : 0.79788456080286535587989 # sqrt( 2/pi )
$LOGE2 : 0.693147180559945309417 # log(2)
$LOGSQ2 : 0.346573590279972654709 # log(2)/2
$THPIO4 : 2.35619449019234492885 # 3*pi/4
$TWOOPI : 0.636619772367581343075535 # 2/pi
As well, there are 4 machine-specific numbers available:
$MACHEP : machine roundoff error
$MAXLOG : maximum log on the machine
$MINLOG : minimum log on the machine
$MAXNUM : largest number represented
use Math::Cephes qw(:trigs);
imports
acos: Inverse circular cosine
asin: Inverse circular sine
atan: Inverse circular tangent (arctangent)
atan2: Quadrant correct inverse circular tangent
cos: Circular cosine
cosdg: Circular cosine of angle in degrees
cot: Circular cotangent
cotdg: Circular cotangent of argument in degrees
hypot: hypotenuse associated with the sides of a right triangle
radian: Degrees, minutes, seconds to radians
sin: Circular sine
sindg: Circular sine of angle in degrees
tan: Circular tangent
tandg: Circular tangent of argument in degrees
cosm1: Relative error approximations for function arguments near unity
use Math::Cephes qw(:hypers);
imports
acosh: Inverse hyperbolic cosine
asinh: Inverse hyperbolic sine
atanh: Inverse hyperbolic tangent
cosh: Hyperbolic cosine
sinh: Hyperbolic sine
tanh: Hyperbolic tangent
use Math::Cephes qw(:explog);
imports
exp: Exponential function
expxx: exp(x*x)
exp10: Base 10 exponential function (Common antilogarithm)
exp2: Base 2 exponential function
log: Natural logarithm
log10: Common logarithm
log2: Base 2 logarithm
log1p,expm1: Relative error approximations for function arguments near unity.
use Math::Cephes qw(:cmplx);
imports
new_cmplx: create a new complex number object
cabs: Complex absolute value
cacos: Complex circular arc cosine
cacosh: Complex inverse hyperbolic cosine
casin: Complex circular arc sine
casinh: Complex inverse hyperbolic sine
catan: Complex circular arc tangent
catanh: Complex inverse hyperbolic tangent
ccos: Complex circular cosine
ccosh: Complex hyperbolic cosine
ccot: Complex circular cotangent
cexp: Complex exponential function
clog: Complex natural logarithm
cadd: add two complex numbers
csub: subtract two complex numbers
cmul: multiply two complex numbers
cdiv: divide two complex numbers
cmov: copy one complex number to another
cneg: negate a complex number
cpow: Complex power function
csin: Complex circular sine
csinh: Complex hyperbolic sine
csqrt: Complex square root
ctan: Complex circular tangent
ctanh: Complex hyperbolic tangent
use Math::Cephes qw(:utils);
imports
cbrt: Cube root
ceil: ceil
drand: Pseudorandom number generator
fabs: Absolute value
fac: Factorial function
floor: floor
frexp: frexp
ldexp: multiplies x by 2**n.
lrand: Pseudorandom number generator
lsqrt: Integer square root
pow: Power function
powi: Real raised to integer power
round: Round double to nearest or even integer valued double
sqrt: Square root
use Math::Cephes qw(:bessels);
imports
i0: Modified Bessel function of order zero
i0e: Modified Bessel function of order zero, exponentially scaled
i1: Modified Bessel function of order one
i1e: Modified Bessel function of order one, exponentially scaled
iv: Modified Bessel function of noninteger order
j0: Bessel function of order zero
j1: Bessel function of order one
jn: Bessel function of integer order
jv: Bessel function of noninteger order
k0: Modified Bessel function, third kind, order zero
k0e: Modified Bessel function, third kind, order zero, exponentially scaled
k1: Modified Bessel function, third kind, order one
k1e: Modified Bessel function, third kind, order one, exponentially scaled
kn: Modified Bessel function, third kind, integer order
y0: Bessel function of the second kind, order zero
y1: Bessel function of second kind of order one
yn: Bessel function of second kind of integer order
yv: Bessel function Yv with noninteger v
use Math::Cephes qw(:dists);
imports
bdtr: Binomial distribution
bdtrc: Complemented binomial distribution
bdtri: Inverse binomial distribution
btdtr: Beta distribution
chdtr: Chi-square distribution
chdtrc: Complemented Chi-square distribution
chdtri: Inverse of complemented Chi-square distribution
fdtr: F distribution
fdtrc: Complemented F distribution
fdtri: Inverse of complemented F distribution
gdtr: Gamma distribution function
gdtrc: Complemented gamma distribution function
nbdtr: Negative binomial distribution
nbdtrc: Complemented negative binomial distribution
nbdtri: Functional inverse of negative binomial distribution
ndtr: Normal distribution function
ndtri: Inverse of Normal distribution function
pdtr: Poisson distribution
pdtrc: Complemented poisson distribution
pdtri: Inverse Poisson distribution
stdtr: Students t distribution
stdtri: Functional inverse of Students t distribution
use Math::Cephes qw(:gammas);
imports
fac: Factorial function
gamma: Gamma function
igam: Incomplete gamma integral
igamc: Complemented incomplete gamma integral
igami: Inverse of complemented imcomplete gamma integral
psi: Psi (digamma) function
rgamma: Reciprocal gamma function
use Math::Cephes qw(:betas);
imports
beta: Beta function
incbet: Incomplete beta integral
incbi: Inverse of imcomplete beta integral
lbeta: Natural logarithm of |beta|
use Math::Cephes qw(:elliptics);
imports
ellie: Incomplete elliptic integral of the second kind
ellik: Incomplete elliptic integral of the first kind
ellpe: Complete elliptic integral of the second kind
ellpj: Jacobian Elliptic Functions
ellpk: Complete elliptic integral of the first kind
use Math::Cephes qw(:hypergeometrics);
imports
hyp2f0: Gauss hypergeometric function F
hyp2f1: Gauss hypergeometric function F
hyperg: Confluent hypergeometric function
onef2: Hypergeometric function 1F2
threef0: Hypergeometric function 3F0
use Math::Cephes qw(:misc);
imports
airy: Airy function
bernum: Bernoulli numbers
dawsn: Dawsons Integral
ei: Exponential integral
erf: Error function
erfc: Complementary error function
expn: Exponential integral En
fresnl: Fresnel integral
plancki: Integral of Plancks black body radiation formula
polylog: Polylogarithm function
shichi: Hyperbolic sine and cosine integrals
sici: Sine and cosine integrals
simpson: Simpsons rule to find an integral
spence: Dilogarithm
struve: Struve function
vecang: angle between two vectors
zeta: Riemann zeta function of two arguments
zetac: Riemann zeta function
use Math::Cephes qw(:fract);
imports
new_fract: create a new fraction object
radd: add two fractions
rmul: multiply two fractions
rsub: subtracttwo fractions
rdiv: divide two fractions
euclid: finds the greatest common divisor
Download (0.29MB)
Added: 2007-06-27 License: Perl Artistic License Price:
850 downloads
FOX Calculator 2.1.0
FOX Calculator is a desktop calculator written in FOX. more>>
FOX Calculator is a desktop calculator written in FOX.
The FOX Calculator is a simple desktop calculator geared toward the programmer.
It supports not only a full complement scientific functions, but also common operations that programmers need, such as bitwise operations, bitwise shifting, and base-2 logarithm and exponents, and numeric conversion between hexadecimal, octal, binary, and decimal.
It implements correct operator precedences, and features a constant memory which permanently stores its value even if you exit the calculator and restart it later.
Main features:
- + Addition
- - Substraction
- * Multiplication
- / Floating point division
- AND Bit-wise logical and
- OR Bit-wise logical or
- XOR Bit-wise logical exclusive or
- NOT Bit-wise logical not
- SHL Bit-wise shift left
- SHR Bit-wise shift right
- SAR Bit-wise signed shift right (hit the "inv" button first)
- mod Integer modulo
- div Integer division (hit the "inv" button first
- sin Sine
- cos Cosine
- tan Tangent
- asin Inverse sine or arc sine (hit the "inv" button first)
- acos Inverse cosine
- atan Inverse tangent
- sinh Hyperbolic sine (hit the "hyp" button first)
- cosh Hyperbolic cosine
- tanh Hyperbolic tangent
- asinh Inverse hyperbolic sine (hit the "hyp" and "inv"buttons first)
- acosh Inverse hyperbolic cosine
- atanh Inverse hyperbolic tangent
- log Base 10 logarithm
- ln Natural logarithm
- 2log Base 2 logarithm
- x! Factorial
- nPr Permutations
- nCr Combinations
- sqrt Square root
- x^y X raised to the power y
- 1/x Reciprocal
- 10^x Base 10 exponentiation (hit the "inv" button first)
- e^x Exponentiation
- 2^x Base 2 exponentiation
- x^1/y X raised to the power 1/y
- x^2 X squared
<<lessThe FOX Calculator is a simple desktop calculator geared toward the programmer.
It supports not only a full complement scientific functions, but also common operations that programmers need, such as bitwise operations, bitwise shifting, and base-2 logarithm and exponents, and numeric conversion between hexadecimal, octal, binary, and decimal.
It implements correct operator precedences, and features a constant memory which permanently stores its value even if you exit the calculator and restart it later.
Main features:
- + Addition
- - Substraction
- * Multiplication
- / Floating point division
- AND Bit-wise logical and
- OR Bit-wise logical or
- XOR Bit-wise logical exclusive or
- NOT Bit-wise logical not
- SHL Bit-wise shift left
- SHR Bit-wise shift right
- SAR Bit-wise signed shift right (hit the "inv" button first)
- mod Integer modulo
- div Integer division (hit the "inv" button first
- sin Sine
- cos Cosine
- tan Tangent
- asin Inverse sine or arc sine (hit the "inv" button first)
- acos Inverse cosine
- atan Inverse tangent
- sinh Hyperbolic sine (hit the "hyp" button first)
- cosh Hyperbolic cosine
- tanh Hyperbolic tangent
- asinh Inverse hyperbolic sine (hit the "hyp" and "inv"buttons first)
- acosh Inverse hyperbolic cosine
- atanh Inverse hyperbolic tangent
- log Base 10 logarithm
- ln Natural logarithm
- 2log Base 2 logarithm
- x! Factorial
- nPr Permutations
- nCr Combinations
- sqrt Square root
- x^y X raised to the power y
- 1/x Reciprocal
- 10^x Base 10 exponentiation (hit the "inv" button first)
- e^x Exponentiation
- 2^x Base 2 exponentiation
- x^1/y X raised to the power 1/y
- x^2 X squared
Download (1.1MB)
Added: 2006-09-27 License: GPL (GNU General Public License) Price:
1132 downloads
ECalc 0.3.0
ECalc is a calculator plug-in for Eclipse that provides the ability to evaluate mathematical expressions. more>>
ECalc application is a calculator plug-in for Eclipse that provides the ability to evaluate mathematical expressions.
To install, just put the jar from the zip-files in your plugin-directory and restart eclipse. To uninstall, remove the jar-file and the directory .metadata/.plugin/se.fnord.ecalc from your workspace directory/directories.
Main features:
- Command-history.
- Functions (sin, cos, tan, asin, acos, atan, min, max, hypot, random, round, ceil, floor).
- Ability to switch between radians and degrees.
- The basic operators (+, -, *, /, % (modulus), ^ (power)).
- Bitwise operators (>>,<<less
To install, just put the jar from the zip-files in your plugin-directory and restart eclipse. To uninstall, remove the jar-file and the directory .metadata/.plugin/se.fnord.ecalc from your workspace directory/directories.
Main features:
- Command-history.
- Functions (sin, cos, tan, asin, acos, atan, min, max, hypot, random, round, ceil, floor).
- Ability to switch between radians and degrees.
- The basic operators (+, -, *, /, % (modulus), ^ (power)).
- Bitwise operators (>>,<<less
Download (0.064MB)
Added: 2006-06-04 License: MIT/X Consortium License Price:
1279 downloads
Salux 0.3.5
Salux is an opensource operative system, based on linux kernel with GNU tools, and developed specially for hospitals. more>>
Salux is an opensource operative system, based on linux kernel with GNU tools, and developed specially for hospitals.
SaluX is developed by the team of Salud Libre. Salux is the oficial GNU/Linux distribution of the BioLinux Group.
What is the Salud Libre Community?
It is an main idea of BioLinux Group and the Teleinformatics Center of Argentina Federation of Cardiology, sited in Bioengineering School at National University of Entre. Rios, for give a frame to all Spanish free and opensource develoments in health care environments in Ibero and Latin America and all limited rersources countries.
How Salud Libre could help me? Give you a reference web for your development, meet developers and programmers contatcs, scientific support, testers, documentation, news on FLOSS developments in the world, tools for your work and a reference frame for you to get help, and much more..
<<lessSaluX is developed by the team of Salud Libre. Salux is the oficial GNU/Linux distribution of the BioLinux Group.
What is the Salud Libre Community?
It is an main idea of BioLinux Group and the Teleinformatics Center of Argentina Federation of Cardiology, sited in Bioengineering School at National University of Entre. Rios, for give a frame to all Spanish free and opensource develoments in health care environments in Ibero and Latin America and all limited rersources countries.
How Salud Libre could help me? Give you a reference web for your development, meet developers and programmers contatcs, scientific support, testers, documentation, news on FLOSS developments in the world, tools for your work and a reference frame for you to get help, and much more..
Download (461MB)
Added: 2006-06-10 License: GPL (GNU General Public License) Price:
1251 downloads
Secleted [ 0 ] software to compare
- Page: 1 of 2
- 1
- 2
Copyright Notice:
Software piracy is theft, Using crack, password, serial numbers, registration codes, key generators is illegal and prevent future software development. The above tan tock seng hospital search only lists software in full, demo and trial versions for free download. Download links are directly from our mirror sites or publisher sites, torrent files or links from rapidshare.com, yousendit.com or megaupload.com are not allowed
