Octavia:
How do you expect me to make an Echo Crystal without a score? Unless you a silent Echo Crystal!!
A fellow once told me that an excellent theme of solitude can be obtained from Musician Nanarin. He has quite a fondness for beards. Tra la la la la!


avahi-resolve(1) avahi-resolve(1) NAME avahi-resolve - Resolve one or more mDNS/DNS host name(s) to IP address(es) (and vice versa) using the Avahi daemon SYNOPSIS avahi-resolve --name host-name ... avahi-resolve-host-name host-name ... avahi-resolve --address address ... avahi-resolve-address address ... DESCRIPTION Resolve one or more mDNS/DNS host name(s) to IP address(es) (and vice versa) using the Avahi daemon. OPTIONS When passing -n, specify one or more fully qualified mDNS/DNS host name(s) (e.g. "foo.local") to resolve into IP addresses on the command line. When passing -a, specify one or more IP address to resolve into host names. avahi-resolve-host-name is equivalent to avahi-resolve --name. avahi-resolve-address is equivalent to avahi-resolve --address. -n | --name Translate one or more fully qualified host names into addresses. -a | --address Translate one or more addresses into fully qualified host names. -v | --verbose Enable verbose mode. -6 When resolving a host name, look for IPv6 addresses exclusively. -4 When resolving a host name, look for IPv4 addresses exclusively. -h | --help Show help. -V | --version Show version information. AUTHORS The Avahi Developers <avahi (at) lists (dot) freedesktop (dot) org>; Avahi is available from http://avahi.org/ SEE ALSO avahi-publish-address(1), avahi-daemon(8) COMMENTS This man page was written using xml2man(1) by Oliver Kurth. Manuals User avahi-resolve(1)


Variational AutoEncoders or VAE are a class of generative models based on latent variables. Suppose we have our multidimensional data and we want to build a model from which we can sample data at least similar to . We will make that with a multidimensional latent variable to create a map .
We need to model , where .
The ideia of VAE is to infer , but at first is unknown. To deal with that let us use a method called Variational Inference (VI). It is very popular together with Markov Chain Monte Carlo (MCMC) methods.
We treat this as an optimization problem, we model using some distribution and minimize the Kullback-Liebler (KL) divergence between our chosen distribution, let us call it , and . We have
and we use Bayes Theorem treating as a posterior: rewriting the KL divergence
Since the expectation is over the term is constant and can be factored out. Looking closely we see another KL divergence inside the expectation
. Rearranging the equation we have the VAE objective function.
Let us see the meaning of all these distributions:
It is common to say that encodes the information of as and do the opposite, decodes back to . In the ideal case we want the following diagram to commute
On summary, looking at we want to model setting an error , i.e., the VAE tries to find a lower bound to , which is intractable.
The model can be found maximizing and minimizing the difference between and ,
Remember that maximizing is an estimation by maximum likelihood.
There is only one question left. What kind of distribution should we use for ? We can try a something simple like a normal distribution with zero mean and variance one, . Given , we want to be as near as possible of . The good part of the choice is that we have a closed form for the KL divergence. Let us represent the mean by and the variance by . The KL divergence is (we computed this in the Information Theory post)
where is the Gaussian dimension. You will see that in practice it is stable if we use as and finally we have
Written on May 10th, 2020 by Junior A. Koch


Default content value if
data-content=[string|element|function]
attribute isn't
present.
If a function is given, it will be called with its
this
reference set to the element that the popover is
attached to.
data-animation="false"
Default title value if title
attribute isn't present.
If a function is given, it will be called with its
this
reference set to the element that the popover is
attached to.
container: 'body'
. This option is particularly useful in
that it allows you to position the popover in the flow of the document
near the triggering element - which will prevent the popover from
floating away from the triggering element during a window resize
Delay showing and hiding the popover (ms) - does not apply to manual trigger type
If a number is supplied, delay is applied to both hide/show
Object structure is: delay: "show": 500, "hide": 100
How to position the popover - auto | top | bottom | left | right.
When
auto
is specified, it will dynamically reorient the
popover.
When a function is used to determine the placement, it is called
with the popover DOM node as its first argument and the triggering
element DOM node as its second. The this
context is set
to the popover instance.
If a selector is provided, popover objects will be delegated to the specified targets. In practice, this is used to enable dynamic HTML content to have popovers added.
The selector
option essentially allows you to run
tooltips and popovers using jQuery's on
function, which
means that you can allow dynamically added HTML with the correct
selectors to trigger popups as if they were present in the
originally loaded DOM. Without the selector option, only elements
present in the initial DOM will trigger tooltips; any that are
dynamically added will not.
Toggle the checkbox below and click the 'add new popover' button to observe the behavioral differences between using the selector option, and not using it.
manual
cannot be combined with any other trigger.
'viewport'
, 'window'
,
'scrollParent'
, or an HTMLElement reference (JavaScript
only). For more information refer to Popper.js's
preventOverflow docs


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Addison Moore
Full Stack Developer | Product Designer
I'm a full stack developer and Bay Area Native. Before becoming
a developer I worked as a museum curator and exhibition designer
with a focus on interactive exhibition design. I worked to
create engaging exhibitions that used technology to bring the
museums where I worked into the 21st century.
I left the museum word in 2015 to become a product designer an
experiential marketing company, where I worked on The Bosco's
core products and designed digital experiences for brands such
as Warner Brothers, Nickelodeon, Tommy Hillfiger, Facebook,
Sephora and hundreds more.
After working with closely with the dev team at The Bosco and
taking online web development course, I decided to hone my
skills with the Web Develpement Immersive at General Assembly.


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App
More...
|
| static public void | Main () |
| | Application Entry Point. More...
|
| |
| static public void | Main () |
| | Application Entry Point. More...
|
| |
| static public void | Main () |
| | Application Entry Point. More...
|
| |
| static public void | Main () |
| | Application Entry Point. More...
|
| |
App
Interaction logic for App.xaml
◆ InitializeComponent() [1/4]
| public void Audiometry::View::App::InitializeComponent |
( |
| ) |
|
|
inlineprivate |
◆ InitializeComponent() [2/4]
| public void Audiometry::View::App::InitializeComponent |
( |
| ) |
|
|
inlineprivate |
◆ InitializeComponent() [3/4]
| public void Audiometry::View::App::InitializeComponent |
( |
| ) |
|
|
inlineprivate |
◆ InitializeComponent() [4/4]
| public void Audiometry::View::App::InitializeComponent |
( |
| ) |
|
|
inlineprivate |
◆ Main() [1/4]
| static public void Audiometry::View::App::Main |
( |
| ) |
|
|
inlinestaticprivate |
◆ Main() [2/4]
| static public void Audiometry::View::App::Main |
( |
| ) |
|
|
inlinestaticprivate |
◆ Main() [3/4]
| static public void Audiometry::View::App::Main |
( |
| ) |
|
|
inlinestaticprivate |
◆ Main() [4/4]
| static public void Audiometry::View::App::Main |
( |
| ) |
|
|
inlinestaticprivate |
◆ OnStartup()
| protected override void Audiometry::View::App::OnStartup |
( |
StartupEventArgs |
e | ) |
|
|
inlineprivate |
◆ _contentLoaded
| private bool Audiometry::View::App::_contentLoaded |
|
private |
The documentation for this class was generated from the following files:


const Option = require("./Option");
/* eslint-disable no-trailing-spaces */
/**
* @class Flag
*
* A flag is an option passed to a {@link Command}. Unlike arguments, flags are optional by
* nature, meaning that you can't require the user to pass a flag. Flags always have a full
* name, and may have aliases (i.e: `--debug` and `-d`). In the CLI sentence (See
* [App.isCliSentence]{@link App#isCliSentence}) `/testapp foo --bar`, `bar` would be the
* flag the user passed, and its value would be `true`.
*
* @param {object} options
*
* @param {string} options.name
*
* The Flag name. This options has two purposes: to document the command help, and to
* identify the option in the `argv.args` variable passed back to the command function.
*
* @param {string} options.desc
*
* A description about what the Flag is and what information the user is expected to
* supply. It is used to show the command help to the user.
*
* @param {string} options.type
*
* The Flag data type, either `string` or `number`, or `boolean`
*
* @param {string|number|boolean} options.default
*
* A default value that will be passed into the `argv.args` if the user does not supply a value.
*
* @param {string} [options.alias]
*
* A string of only one character containing the alias of the flag. If the alias of `limit` is
* `l`, then `--limit=15` will have the same effect as `-l 15`.
*
* @param {boolean} [options.caseSensitive=true]
*
* Whether or not the flag is case sensitive. This doesn't affect aliases, which are always case
* sensitive.
*
* @param {validation[]} [options.validations]
*
* An array with every validation check that you want to perform on the user provided value. See
* {@link validation}.
*
* @example
* let flag = new Clapp.Flag({
* name: "limit",
* desc: "The number of items that will be shown. Can\'t be higher than 50",
* type: "number",
* alias: "l",
* default: 10
* });
*/
/* eslint-enable */
class Flag extends Option {
constructor(options) {
super(options);
if (
this.type !== "string" &&
this.type !== "number" &&
this.type !== "boolean"
) {
throw new Error(this._genErrStr("type is not string, number or boolean"));
}
this.required = false;
if (typeof options.alias === "string") {
if (options.alias.length !== 1) {
throw new Error(this._genErrStr("aliases can only be one character long"));
}
this.alias = options.alias;
}
if (typeof options.default === "undefined") {
throw new Error(this._genErrStr("it does not have a default value"));
}
this.default = options.default;
if (typeof this.default !== this.type) {
throw new Error(this._genErrStr("its default value doesn't match its data type"));
}
if (options.caseSensitive && typeof options.caseSensitive !== "boolean") {
throw new Error(this._genErrStr("the case sensitive option is not a boolean value"));
}
this.caseSensitive = typeof options.caseSensitive === "boolean"
? options.caseSensitive
: true;
}
}
module.exports = Flag;


dasynq namespace
#include "dasynq.h" namespace dasynq { // "null mutex", i.e. a no-op mutex "implementation" suitable for use in a single-threaded application class null_mutex; // generic event loop template <typename T_Mutex> class event_loop; typedef event_loop<null_mutex> event_loop_n; typedef event_loop<std::mutex> event_loop_th; // event loop delay initialisation tag class delayed_init; // rearm codes enum class rearm { /** Re-arm the event watcher so that it receives further events */ REARM, /** Disarm the event watcher so that it receives no further events, until it is re-armed explicitly */ DISARM, /** Leave in current armed/disarmed state */ NOOP, /** Remove the event watcher (and call "removed" callback) */ REMOVE, /** The watcher has been removed explicitly */ REMOVED, /** RE-queue the watcher to have its notification called again */ REQUEUE }; // clock types enum class clock_type { SYSTEM, // wall-time clock, time may jump if set by user MONOTONIC // monotonically increasing clock without jumps }; // clock time class time_val; // time_val operators time_val operator-(const time_val &t1, const time_val &t2) noexcept; time_val operator+(const time_val &t1, const time_val &t2) noexcept; time_val &operator+=(time_val &t1, const time_val &t2) noexcept; time_val &operator-=(time_val &t1, const time_val &t2) noexcept; int operator/(const time_val &t1, const time_val &t2) noexcept; bool operator<(const time_val &t1, const time_val &t2) noexcept; bool operator==(const time_val &t1, const time_val &t2) noexcept; bool operator<=(const time_val &t1, const time_val &t2) noexcept; bool operator!=(const time_val &t1, const time_val &t2) noexcept; bool operator>(const time_val &t1, const time_val &t2) noexcept; bool operator>=(const time_val &t1, const time_val &t2) noexcept; time_val &operator<<=(time_val &t, int n) noexcept; time_val &operator>>=(time_val &t, int n) noexcept; time_val operator<<(time_val &t, int n) noexcept; time_val operator>>(time_val &t, int n) noexcept; // event watch flags constexpr unsigned int IN_EVENTS; constexpr unsigned int OUT_EVENTS; }
clock_type
#include "dasynq.h" namespace dasynq { enum class clock_type { SYSTEM, // wall-time clock, time may jump if set by user MONOTONIC // monotonically increasing clock without jumps }; }
Brief: The clock_type enumeration is used to differentiate between two different types of clock: the system clock, which represents an adjustable "wall clock" time, or the monotonic clock, a non-adjustable clock tracking time elapsed since some fixed (but arbitrary) point in time.
Details
Not all systems support the monotonic clock. In Dasynq, using the MONOTONIC clock on such systems will instead refer to the SYSTEM clock.
time_val
#include "dasynq.h" namespace dasynq { class time_val; }
Brief: The time_val class represents high-precision clock times, and supports arithmetic operations on them. It acts as a wrapper to a struct timespec object, so that times are represented as a combination of seconds and nanoseconds. In addition to the public members listed below, a number of arithmetic and comparison operators are defined as non-member functions. Noe that time_val cannot be used to represent negative time intervals.
Public members
- time_val() - default constructor; time is unintialised
- time_val(const struct timespec &t) - construct using specified time from POSIX timespec
- time_val(second_t s, nsecond_t ns) - construct using specified time
- second_t [type] - type used to hold seconds component
- nsecond_t [type] - type used to hold nanoseconds component
- second_t seconds() const
second_t & seconds() - access the seconds value - nsecond_t nseconds() const
nsecond_t & nseconds() - access the nanoseconds value - operator timespec() const - conversion to struct timespec
- timespec & get_timespec() noexcept - access to wrapped struct timespec object.
- const timespec & get_timespec() const noexcept - access to wrapped struct timespec object.
rearm — dasynq::rearm
#include "dasynq.h" namespace dasynq { enum class rearm { /** Re-arm the event watcher so that it receives further events */ REARM, /** Disarm the event watcher so that it receives no further events, until it is re-armed explicitly */ DISARM, /** Leave in current armed/disarmed state */ NOOP, /** Remove the event watcher (and call "removed" callback) */ REMOVE, /** The watcher has been removed explicitly */ REMOVED, /** Re-queue the watcher to have its callback called again */ REQUEUE }; }
Brief: The rearm enumeration specifies various watcher actions that can be applied automatically on return from the callback function.
Details
A watcher that has been added to an event loop can be enabled or disabled. If enabled, the watcher may be
queued for processing by the event loop; at the processing stage, the callback function of a queued
watcher will be called. See the event_loop
documentation for a detailed discussion. A watcher is disabled when it is queued and must be re-enabled
after processing in order to receive further events; an easy way to accomplish this is to return the
rearm::REARM value from the callback.
Note: a multi-threaded event loop has the limitation that the watcher should
normally not be re-enabled while the callback is being executed. Returning
rearm::REARM from the callback is a convenient way to get around this
limitation.
In the case of a single-threaded event loop where a watcher has been re-enabled explicitly while the callback function is executing, the rearm::DISARM code can be returned in order to disable it again (this has no effect if the watcher is already disabled).
Other return codes are largely self-explanatory. Note that rearm::REMOVED code must be returned if the watcher has been scheduled for removal from the loop (de-registered) via the watcher's deregister function.
Note that a watcher that continuously requeues itself by returning REQUEUE potentially starves other, lower-priority, watchers from processing.


Utility functions and 'RStudio' addins to ease the life of people using
'testthat', 'devtools' and 'usethis' in their package development workflow.
Hotkeyable addins are provided for such common tasks as switching between a
source file and an associated test file, or running unit tests in a single
file. 'testthis' also provides utility function to manage and run tests in
subdirectories of the test/testthat directory.
| Version: |
1.0.4 |
| Imports: |
assertthat, devtools, usethis (≥ 0.1.0), testthat, stringi, magrittr, utils, stats, tools, pkgload |
| Suggests: |
rprojroot, knitr, rmarkdown, rstudioapi, roxygen2 (≥ 5.0.0) |
| Published: |
2018-08-11 |
| Author: |
Stefan Fleck [aut, cre] |
| Maintainer: |
Stefan Fleck <stefan.b.fleck at gmail.com> |
| BugReports: |
https://github.com/s-fleck/testthis/issues |
| License: |
MIT + file LICENSE |
| URL: |
https://github.com/s-fleck/testthis |
| NeedsCompilation: |
no |
| Materials: |
README NEWS |
| CRAN checks: |
testthis results |


Ploror688.github.io
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Weekly Meeting: 2015-04-23
23rd Apr 2015: Release of 2.4.0, Irmin updates, TLS and Jitsu
Agenda
- Mirage 2.4.0 released
- Irmin updates
- TLS status
- Quality and Test
- Jitsu/NSDI
- Mirage.io
- 3.0 Planning
Attendees: Amir Chaudhry (chair), Thomas Gazagnaire, David Kaloper, Thomas Leonard, Jon Ludlum, Anil Madhavapeddy, Hannes Mehnert, Richard Mortier, Dave Scott, Magnus Skjegstad and Jeremy Yallop
Notes
Mirage 2.4.0 released
ThomasG released mirage.2.4.0
, along with conduit.0.8.0
,
mirage-conduit.2.1.0
, tcpip.2.4.0
and mirage-http.2.2.0
. These releases
improve the TLS support, fix ARP issues, make the mirage HTTP server signature
only depend on V1.FLOW and fix some usability issues with the mirage
command-line tool. 2.4.0 is an intermediate release to help unblock some of
the interface changes required, but is not the ‘supported’ SSL release yet.
We can prepare a release properly when DavidK finishes the entropy support
See the thread on the mailing list: “Release of Mirage 2.4.0”
Anil is planning to do a blog post on 2.4.0 and is cherry picking some things to unblock something else.
Irmin updates
Watch API - Is done but the tests are not done and they’re not working. It’s a matter of fixing the tests not bugs in this case.
CueKeeper is now using the new API. Sync support can sync between two branches but not sever sync. Next step is to achieve remote sync. Should be ok but cannot use git-format yet. Transcoding may be possible but not just yet. Cannot quite use git-format everywhere as there are other things we need to think about (zlib etc). Basically ocaml-git needs to work from JavaScript.
TLS status
Entropy - There’s an issue that is tracking all the remaining pieces for Entropy support (mirleft/ocaml-nocrypto#55).
DavidK wrote up the current state of things on the issue and it’s almost there. He just needs to finish the discussions with ThomasL about ARM support. Anil has been reviewing the code for nocrypto and it looks good. AsyncSSL is hard to use correctly - certificate validation was working only a month ago.
First user of the TLS (outside those who developed it) is https://realworldocaml.org. There’s not been a single crash or issue and it’s not on a loop so if it did go down, we would know about it fairly quickly. We currently have an ‘A’ from the SSL tests but we’d really like to get an A+. It seems that may have more to do with browsers at this stage than anything to do with TLS.
In terms of releases, we first need ASN1 to go out and then nocrypto after it’s been cleaned up, then some modifications to TLS to remove some deprecated code. At that point, we should have out of the box support for MirageOS!
There are also things that need to be fixed in xentropyd
. DavidK will remove
the entropy signature from nocrypto and at some point will also work on a
Piñata summary post.
Quality and test
There are now bulk build results available at http://opam.ocaml.org/builds. These is are lists of what works, is just broken and highlights where something may have changed. This is a very experimental script (it’s a bit messy at the moment). We can make a MirageOS specific version which should be quicker to run — this one takes a day and a half to run.
We should also be keeping an eye on is-mirage-broken, as we need to keep that fixed. ThomasL is in town and is thinking of doing some UI and Irmin-based stuff which could be cool.
We’re also looking at adding Scaleway’s ARM cloud as a place to run tests and services. If people want access to ARM machines there we can likely arrange for that — however we don’t want them to go unused. It would be neat to use them as build bots (i.e. doing the build in the cloud but deploying to Cubieboards). They’re currently trying to get Xen booted (scaleway/kernel-tools#14). In the meantime, if anyone wants to try them out, they have a one month free trial.
Jitsu/NSDI
Working on getting the release of Jitsu into the mirage-dev repo. ThomasG is working on TCP/IP code and may be able to merge that into main stack soon. Is also cleaning up the Jitsu code-base and adding ARP support too. Anil has an ancient patch but is not confident about merging it yet.
Magnus is also working on a blog post about Jitsu, which will hopefully be ready soon.
We want to get Jitsu running on one of our machines and Anil will set that up soon (without the synjitsu component for now). Once Dave has set up XenServer on the relevant machine and we’ll take it from there.
Mirage.io
Getting this up and running depends on the state of the Monk machine. We’ll have to come back to this when it’s ready.
3.0 planning
Only had a brief amount of time to discuss this but the feeling is tha quality and test will be key. We need to improve our workflows to have better processes such that things break less often. When things are reported as broken, we need to move to fix them.
–
AoB
-
Handling constraints in the mirage tool - Discussed last week but nothing further to add this time around.
-
Tests for
js_of_ocaml
? This would be cool but we also need to be careful with stack overflows (cf. tail recursion). -
The next call is scheduled for Wednesday, 6th May. Please add any agenda items you wish to discuss in advance and refer to the mailing list for actual details a day or so in advance.


{% extends "base.html" %} {% block content %} Alarme state has changed to {{ app.state.id }} {% endblock %}


I am an avid learner and I appreciate new technology and tech stacks and always try to keep up with the fast paced tech world. I have a very peppy personality and I am very optimistic about life.
Know MoreMar 2019 - Nov 2019
Jan 2020 - Present
2018-Present
Sri Venkateshwara College of Engineering
2018
Kendriya Vidyalaya
2016
Kendriya Vidyalaya
I provide all sorts of innovative designs, just send me the requirements and it will done.
I provide with highly functional and intutive applications for both Android and iOS, starting from frontend to backend.
Want a quick overhaul for your logo or want a new one which is aesthetically pleasing.
I provide with picture editing services as well.I provide color accurate and aesthetically pleaseing edits of pictures that are provided to me.
Want some reel realistic clips for your company or yourself look no more. I am a visionary cinematographer with a lot of amazing work till date.
Want some creative shots for yourself or comapny. Trust me you are at the right place.Click to see some Samples


CarShop Example
This project can be self-instantiated (i.e., instantiation into the project, without driving a new project)
or can be instantiated into a derived project (default usage scenario for product lines).
This project demonstrates several modelling and instantiation concepts:
IVML Modelling Capabilities
- Custom Data Type Definition: Definition of a positive Integer and an enumeration.
- Abstract Compounds: Comparable with abstract classes.
- Refined Compounds: Comparable with inherited classes.
- Default Values: May be overwritten.
VIL Instantiation Capabilities
- Advices: VIL script imports structure and data types defined in IVML model.
- Dynamic Dispatch: Different instantiation functions are defined for the refined compounds.
Correct function is automatically selected without need of instance checks and cast operations.
- Syntax-based Modifications of Java-Code: Changes constant values via AST-operations.
- Syntax-based Operations on XML-files: Selection of appropriate XML-files based on their content.
Scenario
The user may configure an engine specification and a window (title and dimensions).
EASy-Producer will select car descriptions that match the selected criteria and configure
an demonstrator that displays the selected cars.


What's New in Gmaj
- 2006-Jun-17
-
- Gmaj can now be deployed as a web-based applet, as an alternative to
the regular stand-alone mode.
Demo
- New parameters
bundle
, initzoom
, and
urlpause
facilitate applet use, but also work in
stand-alone mode.
- Clicking on hyperlinked annotations (colored bars) visits the
referenced site (or in stand-alone mode, displays the url).
- A new "Help - Manual" menu item visits a help page (or in
stand-alone mode, displays the file location).
- The "File - Export" feature does not work yet for applets.
- Better conformance with the official UCSC specs for
.maf
format.
- A new
refseq
field in the parameters file can be used
to prevent selection of an inappropriate reference sequence when the
alignments are not sequence-symmetric (e.g. from multiz).
- Maximum zoom bounds are now the stated sequence length from the
.maf
file (not just the extent of the blocks), but the
default initial view zooms to the aligned portion.
- Search rules for relative filenames have been simplified, and Windows
names starting with "
\
" are now handled better.
- The panel for hyperlinked annotations is now labeled, and it displays
the bars listed earliest in the file toward the top.
- Colors for underlays and other annotations have been adjusted slightly.
- The "Help - About" message now shows your current Java version and
vendor.
- Improved error reporting.
- Message dialogs have better line wrapping, and their contents can
be copied to the system clipboard (except in applets, due to a bug
in Java).
- Several minor bug fixes, tweaks, and internal improvements.
- Documentation has been reorganized.
- 2006-Feb-08
-
- New arrow buttons slide the zoom region left or right by half a
screenful.
- The schematic diagrams for exons and repeats are now displayed in
separate, labeled panels.
- A new Show dialog on the Options menu allows individual panels
to be displayed or hidden.
- Users who have a one-button mouse can get crosshairs by using the
Shift
key.
- Minor aesthetic tweaks.
- 2005-Nov-20
-
- New export feature: Gmaj can now save the selected block (or all
blocks in the current zoom region) to files in FastA sequence format
for further processing by other programs. Options include clipping
the sequences to the current zoom region, and restoring those that
align in reverse complement to their original orientation.
- The zoom resolution limit has been reduced to 4 bp (or pixels),
instead of 10.
- When setting the zoom by dragging out a rectangle, Gmaj will display
an error message if the rectangle is too small (instead of beeping).
- 2005-Sep-30
-
- Improved handling of
X
, N
, and
unrecognized characters:
- Bug fix: the percent identity computation now ignores these
characters (in both numerator and denominator).
- Bug fix: the text panel never shows dots for these characters.
- One warning is issued for each unrecognized character.
- New zoom features:
- Gmaj keeps track of your zoom history for each window, so you can
move back and forward through your previous zoom regions. A fresh
selection discards the history from the current point forward,
similar to a web browser.
- The Unzoom facility does not go back, it just puts the maximum
range into the history as a fresh selection.
- A new indicator box below the menu bar shows the current zoom
endpoints.
- A Set Zoom dialog allows you to enter zoom endpoints explicitly.
- When setting the zoom by dragging out a rectangle, a rectangle that
is too small will no longer be treated as a click; instead Gmaj
will beep (if possible).
- Improved display of pip and text panels:
- The divider between the pips and the text panel is now moveable, so
you can drag it to adjust the relative space they occupy.
- The text panel starts with an initial message to explain why it is
empty.
- After loading a file with many sequences, the pips will be scrolled
to start at the top.
- If the current mark can be transferred when selecting a new
reference sequence, the pip panel will scroll to it (though the red
circle may not be visible if the percent identity at that point is
below 50%).
- Vertical blue bars at the edges of the pips represent the
boundaries of the current zoom region.
- Improved display of block buttons:
- If there are too many block buttons to fit in their panel, a
scrollbar will appear so all of them can be accessed.
- The divider between the mark indicator and the block buttons is now
moveable, so you can drag it to adjust the relative space they
occupy (this will reset when a new block is selected, since the
number of block buttons will likely be different).
- Miscellaneous:
- The menus have been rearranged slightly, and Settings has been
renamed to Options.
- The keyboard shortcut for "Next Block" has been changed to
"
n
", so "b
" can invoke "Zoom - Back".
- The cascade of RefSequence window positions wraps around the screen
(in both width and height) so they are never placed completely
offscreen.
- When opening a new RefSequence window, Gmaj will use the size of
the current window in case you have changed it.
- Window sizing no longer requires Java 1.4 (accidentally introduced
in the 2005-May-16 release).
- Bug fix: radio buttons for mark color now take effect immediately
in all windows.
- Improved behavior of dialog boxes: pressing Enter invokes "Ok",
Escape invokes "Cancel", and the cursor begins in the first text
box.
- 2005-Sep-13
-
- IMPORTANT BUG FIX: Percent identities for the pip plots
were being computed in a case-sensitive fashion, which lowered the
scores when comparing soft-masked vs. unmasked sequences. (This bug
did not affect the text view, just the pips. Nor did it affect
Laj, which uses
pre-computed percent identity scores from the
lav
file.)
Note that hard masking and ambiguous nucleotides (X
,
N
, W
, R
, etc.) are still treated
literally.
- 2005-Aug-26
-
- Improved support for working with overlapping blocks (e.g. those due to
genomic duplications):
- A list of block numbers in the position indicator line shows the
blocks covering the mouse pointer's location.
- A row of buttons next to the mark indicator line shows the blocks
covering the marked location, and allows convenient selection of
a different block at the same position.
- The pip segments for the currently selected block are painted last,
so the red segments are not hidden by other blocks.
- It is no longer required to list every sequence in the parameters file.
Any sequences that appear in the alignment but are not mentioned in the
parameters file will be displayed in the order they are encountered
(filling in around any sequence numbers explicitly assigned in the
parameters file).
- A new parameter
underlays
(plain, without a number) can be
used to specify a default underlay file for each reference sequence, so
it is no longer necessary to list underlays for each pip separately when
they are the same. The old underlays.N
parameters are
still supported as well, and override these new ones.
- The
seqfile
parameter has been renamed to
seqname
, in order to reflect .maf
semantics
(but seqfile
is still supported for backward compatibility).
- Sequence label widths are now computed dynamically, based on the longest
name and the current font.
- When the font size is changed, pip heights are also adjusted.
- A new option on the Settings menu makes the mark circle and selected
block's pip segments always red, instead of changing with the background.
- A new color
Clear
is provided, which is colorless and
transparent. It is intended for gene introns, so the same file can be
used for pip underlays (white background) and text highlights (gray
background).
- New colors
Brown
and LightBrown
have also been
added, and LightRed
and Green
were tweaked.
- When a gap in the text view is clicked, the nearest gap-free position
is selected (up or down, instead of always down).
- Work-arounds for a few display problems in JRE 1.5 have been added.
- The RefSeq menu has been renamed to "RefSequence" in order to avoid
confusion with the NCBI database.
- The jar manifest and About information have been updated.
- Support for alignment files in
.bb
format (from the old
blockbuilder program) has been discontinued. The only alignment
format currently supported is .maf
.
- Due to a new mechanism for registering keyboard shortcuts, Gmaj now
requires Java 1.3 or higher.
- This version should still be considered beta quality; please
report any bugs to
.
- 2005-May-16
-
- Gmaj can now handle a wider variety of
.maf
files, including
those containing reverse-complement alignments.
- The "proper threading" requirement has been eliminated.
- Dynamic memory management for plot and underlay data allows larger files
to be viewed.
- The pip section is now scrollable when there are many sequences.
- Rows in the text alignment are sorted to match the order of pips.
- This release should be considered beta quality. In particular,
the numbering for reverse-complement alignments has not been thoroughly
tested.
- 2004-Mar-12
-
- A new Settings menu allows the user to choose between two sizes of fonts
and associated settings.
- Initial window positions are cascaded according to reference sequence.
- The usage message has been adjusted to show the full command syntax,
instead of our local wrapper script shortcut.
- Empty alignment files are handled more gracefully.
- Minor aesthetic tweaks.
- 2004-Jan-14
-
- Gmaj normally expects that the alignment data will be properly
chained, i.e., that for each sequence it is possible to order
the blocks so that every nucleotide from that sequence in the interval
[1,length]
appears exactly once, and in the same order as
the original sequence. (Note that .maf
files are 0-based,
so +1
is added to all .maf
coordinates to
convert them to Gmaj's 1-based system.)
However, sometimes you may want to use Gmaj to display a subset of such
data (e.g., output from the slice_maf program). Gmaj can now
handle input data where the chain starts after position 1
and/or ends before position length
, as long as it is still
contiguous. In this case Gmaj will issue a warning message, but will
proceed to use the actual interval it found in your file for threading
the blocks, instead of the usual [1,length]
.
- 2003-Sep-16
-
- Gmaj can now handle alignment files in the
.maf
format
produced by the tba program, in addition to the .bb
format produced by blockbuilder.
- When using a
.maf
alignment, the semantics of the parameters
file are a bit different, and its rules are stricter. (See
sample.gmaj
for details.)
- Gmaj still doesn't support reverse complement alignments, or multiple
contigs per sequence.
- 2003-Jul-14
-
- The "phantom repeats" phenomenon that was occurring with Java 1.4.x
has been greatly reduced, but not completely eliminated. It appears
to be due to a clipping problem involving integer overflow, so that
items which should be off-screen are drawn anyway. This (or a related
bug) may also manifest as the disappearance of items for certain zoom
windows. These problems can also occur with items other than repeats,
such as underlays and even pip segments, though this is less common.
Manual clipping seems to solve the problem, and this release of Gmaj
should always display pip segments, underlays, and annotation bars
correctly. Items in the "features" panel (exons, repeats, CpG islands,
etc.) are more difficult to clip manually, but a first approximation
has helped quite a bit. It is still possible to experience these
problems if you zoom in very closely on a long feature.
- If underlay labels are not provided but "kinds" (color meanings) are,
then Gmaj will use the kind as a default label, but only for the
underlay bands that are on top (i.e., not obscured by another band).
- 2003-Apr-10
-
- Fixed keyboard shortcuts, and failure to exit upon closing last
window.
- New Help - Keys menu item lists keyboard shortcuts.
- Tweak appearance of the Unzoom button.
- Minor clarifications in documentation.
- 2003-Apr-07
-
- Fixed several bugs in the text panel, including scrolling
behavior and cursor display.
- Added a comment in the
sample.gmaj
file regarding
the #:gmaj
tag.
- 2003-Mar-31
-
- Preliminary beta-quality release. Still has a few display
and behavior anomalies, and possibly other minor bugs.
Cathy Riemer, June 2006


-   Prise:  $62
-   In Stock:  by request
30 Amp Current Sensor AC/DC
Product Features
Measure up to 30 amps DC or ±30 amps AC with this current sensor. Separate outputs for AC and DC components connect to an analog input.
Product Description
The sensor measures AC current up to 30 Amps and DC Current from -30Amps to +30Amps. Dual outputs allow the user to measure both the AC and DC components of complex current waveforms separately.
-   Prise:  $80
-   In Stock:  by request
AC Current Sensor 10Amp
Product Features
The sensor measures up to 10 amps AC on a wire that passes through its window. Connects to an analog input.
Product Description
The i-Snail-VC is a self powered AC current transducer that provides a 0-5V dc analog signal proportional to the AC current flowing through the device wire window (sine wave RMS calibrated).
The i-Snail-VC is ideal for load monitoring without the need for an external power supply. Factory calibrated, fixed ranges ensure superior accuracy and eliminate configuration and adjustments in the field, saving time and avoiding confusion. Color coded labels allow for easy identification of full scale range.
The 13.7mm (0.54") wire window accommodates a conductor up to AWG #2. Multiple turns of the primary wire may be used to alter the input range. Output voltage is clamped at 6.5V, and the unit delivers a linear output up to 120% overload (6V).
-   Prise:  $80
-   In Stock:  by request
AC Current Sensor 25Amp
Product Features
The i-Snail VC-25 measures up to 25 amps AC on a wire that passes through its window. Connects to an analog input.
Product Description
The i-Snail-VC is a self powered AC current transducer that provides a 0-5V dc analog signal proportional to the AC current flowing through the device wire window (sine wave RMS calibrated).
The i-Snail-VC is ideal for load monitoring without the need for an external power supply. Factory calibrated, fixed ranges ensure superior accuracy and eliminate configuration and adjustments in the field, saving time and avoiding confusion. Color coded labels allow for easy identification of full scale range.
The 13.7mm (0.54") wire window accommodates a conductor up to AWG #2. Multiple turns of the primary wire may be used to alter the input range. Output voltage is clamped at 6.5V, and the unit delivers a linear output up to 120% overload (6V).
Note: The i-Snail current transducer measures the current in a single AC wire (either the positive or the negative). If you put the whole cable through the window the + and - wires will cancel each other out and the sensor will read a null current value.
The formula for converting SensorValue into AC Amps (RMS) is:
AC Amps (RMS) = SensorValue/40
-   Prise:  $80
-   In Stock:  by request
AC Current Sensor 50Amp
Product Features
The i-Snail VC-50 measures up to 50 amps AC on a wire that passes through its window. Connects to an analog input.
Product Description
The i-Snail-VC is a self powered AC current transducer that provides a 0-5V dc analog signal proportional to the AC current flowing through the device wire window (sine wave RMS calibrated).
The i-Snail-VC is ideal for load monitoring without the need for an external power supply. Factory calibrated, fixed ranges ensure superior accuracy and eliminate configuration and adjustments in the field, saving time and avoiding confusion. Color coded labels allow for easy identification of full scale range.
The 13.7mm (0.54") wire window accommodates a conductor up to AWG #2. Multiple turns of the primary wire may be used to alter the input range. Output voltage is clamped at 6.5V, and the unit delivers a linear output up to 120% overload (6V).
Note: The i-Snail current transducer measures the current in a single AC wire (either the positive or the negative). If you put the whole cable through the window the + and - wires will cancel each other out and the sensor will read a null current value.
The formula for converting SensorValue into AC Amps (RMS) is:
AC Amps (RMS) = SensorValue/20
-   Prise:  $80
-   In Stock:  by request
AC Current Sensor 100Amp
Product Features
The i-Snail VC-100 measures up to 100 amps AC on a wire that passes through its window. Connects to an analog input.
Product Description
The i-Snail-VC is a self powered AC current transducer that provides a 0-5V dc analog signal proportional to the AC current flowing through the device wire window (sine wave RMS calibrated).
The i-Snail-VC is ideal for load monitoring without the need for an external power supply. Factory calibrated, fixed ranges ensure superior accuracy and eliminate configuration and adjustments in the field, saving time and avoiding confusion. Color coded labels allow for easy identification of full scale range.
The 13.7mm (0.54") wire window accommodates a conductor up to AWG #2. Multiple turns of the primary wire may be used to alter the input range. Output voltage is clamped at 6.5V, and the unit delivers a linear output up to 120% overload (6V).
Note: The i-Snail current transducer measures the current in a single AC wire (either the positive or the negative). If you put the whole cable through the window the + and - wires will cancel each other out and the sensor will read a null current value.
The formula for converting SensorValue into AC Amps (RMS) is:
AC Amps (RMS) = SensorValue/10
-   Prise:  $60
-   In Stock:  by request
Current Status Switch
Product Features
The i-Snail-S closes an electrical switch when currents greater than 0.15A are detected in the wire that passes through its window.
Product Description
The i-Snail-S switch provides an accurate and cost effective method of monitoring the on/off status of electric loads including fans, pumps, motors, heaters and virtually any AC powered device.
The i-Snail-S serves as an ultra sensitive Go/No-Go load sensor. The dry contact relay (N.O.) closes when a minimum amount (150mA) of AC current is flowing through its monitored line. The device is ideal for monitoring the running state of fans, motors, pumps, heaters or any device that is AC powered, including large and small loads.
The output is a bi-directional solid state relay with a low turn on resistance of less than 4 ohms. The output may be interfaced to PLCs, DDC panels or other relays. The advanced hysteresis and transient detection circuitry prevent chattering and false switching due to line spikes and transients.
The i-Snail-S features a rugged enclosure with integrated barrier strip terminal block for easy wiring in the field.
Note: The i-Snail Current Status Switch measures the current in a single AC wire (either the positive or the negative). If you put the whole cable through the window the + and - wires will cancel each other out and the sensor will read a null current value.
-   Prise:  $60
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DC Current Sensor 0-10mA
Product Features
This sensor measures up to 10mA DC and connects to an analog input.
Product Description
This DC Current sensor measures DC current, up to 10mA. Powered by an external 12VDC power supply, the DC Current Sensor provides a 0 to 5VDC analog signal that is linearly proportional to the current measured at the terminal blocks.
The DC Current Sensor can easily be mounted using the screw holes, or on a 35mm wide DIN rail for quick installation. The terminal blocks accommodate conductors of up to AWG #16.
In order to measure the current, the sensor has an internal 50 Ohm resistor. This will result in a slight voltage drop before the voltage gets to the device requiring the power. Consequently, the “leftover” voltage might not be high enough to power the device, especially if the power supply has a voltage close to the device’s minimum voltage requirements. As a point of comparison, using a 9V battery running through an LED with a forward voltage of 1.8V and a 1000 Ohm resistor, there is an approximate drop of 0.35V due to the 50 Ohm sensing resistor on the 10mA DC Current Sensor. The maximum voltage drop is 0.5V, when the sensor is measuring 10mA.
The output of this sensor is not clamped at 5V. If the current being measured exceeds the rated input current, more than 5V will appear at the output signal. This can damage the Phidget Board (or any other ADC) that it is attached to if the output signal exceeds 5V for an extended period of time.
The current sensor connects to an analog input on Phidgets I/O boards.
The formula to translate the SensorValue into Current is:
I(mA) = SensorValue * 0.01
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DC Current Sensor 0-100mA
Product Features
This sensor measures up to 100mA DC and connects to an analog input.
Product Description
This DC Current sensor measures DC current, up to 100mA. Powered by an external 12VDC power supply, the DC Current Sensor provides a 0 to 5VDC analog signal that is linearly proportional to the current measured at the terminal blocks.
The DC Current Sensor can easily be mounted using the screw holes, or on a 35mm wide DIN rail for quick installation. The terminal blocks accommodate conductors of up to AWG #16.
In order to measure the current, the sensor has an internal 5 Ohm resistor. This will result in a slight voltage drop before the voltage gets to the device requiring the power. Consequently, the “leftover” voltage might not be high enough to power the device, especially if the power supply has a voltage close to the device’s minimum voltage requirements. As a point of comparison, using a 12V battery running a 160 Ohm Load, there is an approximate drop of 0.375V due to the 5 Ohm sensing resistor on the 100mA DC Current Sensor. The maximum voltage drop is 0.5V, when the sensor is measuring 100mA.
The output of this sensor is not clamped at 5V. If the current being measured exceeds the rated input current, more than 5V will appear at the output signal. This can damage the Phidget Board (or any other ADC) that it is attached to if the output signal exceeds 5V for an extended period of time.
The current sensor connects to an analog input on Phidgets I/O boards.
The formula to translate the SensorValue into Current is:
I(mA) = SensorValue * 0.1
-   Prise:  $200
-   In Stock:  by request
DC Current Sensor 0-1A
Product Features
This sensor measures up to 1A DC and connects to an analog input.
Product Description
This DC Current sensor measures DC current, up to 1A. Powered by an external 12VDC power supply, the DC Current Sensor provides a 0 to 5VDC analog signal that is linearly proportional to the current measured at the terminal blocks.
The DC Current Sensor can easily be mounted using the screw holes, or on a 35mm wide DIN rail for quick installation. The terminal blocks accommodate conductors of up to AWG #16.
In order to measure the current, the sensor has an internal 0.5 Ohm resistor. This will result in a slight voltage drop before the voltage gets to the device requiring the power. Consequently, the “leftover” voltage might not be high enough to power the device, especially if the power supply has a voltage close to the device’s minimum voltage requirements. As a point of comparison, using a 12V battery running a 16 Ohm Load, there is an approximate drop of 0.375V due to the 0.5 Ohm sensing resistor on the 100mA DC Current Sensor. The maximum voltage drop is 0.5V, when the sensor is measuring 1000mA.
The output of this sensor is not clamped at 5V. If the current being measured exceeds the rated input current, more than 5V will appear at the output signal. This can damage the Phidget Board (or any other ADC) that it is attached to if the output signal exceeds 5V for an extended period of time.
The current sensor connects to an analog input on Phidgets I/O boards.
The formula to translate the SensorValue into Current is:
I(mA) = SensorValue
-   Prise:  $80
-   In Stock:  by request
0-50A DC Current Transducer
Product Features
This current transducer measures up to 50 amps DC on a wire that passes through its window.
Product Description
This series of DC transducers are a set of hall-effect based sensors that can measure the amount of current flowing through a wire simply by threading the wire through the sensor's window. You can thread the same wire through multiple times and divide the result by the number of times it's been threaded through in order to achieve higher resolution. This sensor can measure DC Current values from 0 to 50 Amps.
You can convert from SensorValue with the following formula (SensorValue is equal to the return voltage of the sensor multiplied by 200):
Current (A) = SensorValue * 0.05
This sensor requires a ±12V power supply. You can use the 5V to ±12V Sensor Adapter as a simple option to connect to a InterfaceKit.
-   Prise:  $80
-   In Stock:  by request
0-100A DC Current Transducer
Product Features
This current transducer measures up to 100 amps DC on a wire that passes through its window.
Product Description
This series of DC transducers are a set of hall-effect based sensors that can measure the amount of current flowing through a wire simply by threading the wire through the sensor's window. You can thread the same wire through multiple times and divide the result by the number of times it's been threaded through in order to achieve higher resolution. This sensor can measure DC Current values from 0 to 50 Amps.
You can convert from SensorValue with the following formula (SensorValue is equal to the return voltage of the sensor multiplied by 200):
Current (A) = SensorValue * 0.1
This sensor requires a ±12V power supply. You can use the 5V to ±12V Sensor Adapter as a simple option to connect to a InterfaceKit.
-   Prise:  $80
-   In Stock:  by request
0-250A DC Current Transducer
Product Features
This current transducer measures up to 250 amps DC on a wire that passes through its window.
Product Description
This series of DC transducers are a set of hall-effect based sensors that can measure the amount of current flowing through a wire simply by threading the wire through the sensor's window. You can thread the same wire through multiple times and divide the result by the number of times it's been threaded through in order to achieve higher resolution. This sensor can measure DC Current values from 0 to 50 Amps.
You can convert from SensorValue with the following formula (SensorValue is equal to the return voltage of the sensor multiplied by 200):
Current (A) = SensorValue * 0.25
This sensor requires a ±12V power supply. You can use the 5V to ±12V Sensor Adapter as a simple option to connect to a InterfaceKit.
-   Prise:  $80
-   In Stock:  by request
±50A DC Current Transducer
Product Features
This bi-directional current transducer measures ±50 amps DC on a wire that passes through its window.
Product Description
This series of DC transducers are a set of hall-effect based sensors that can measure the amount of current flowing through a wire simply by threading the wire through the sensor's window. You can thread the same wire through multiple times and divide the result by the number of times it's been threaded through in order to achieve higher resolution. This sensor can measure Current in either direction; from -50 to 50 Amps. A bi-directional current sensor is ideal for applications when the direction of the current is not guaranteed to always flow the same way- for example, you could measure the current output of a battery, and also monitor the current consumed by the battery when it is charging. You can convert from SensorValue with the following formula (SensorValue is equal to the return voltage of the sensor multiplied by 200):
Current (A) = (SensorValue * 0.1) - 50
This sensor requires a ±12V power supply. You can use the 5V to ±12V Sensor Adapter as a simple option to connect to a InterfaceKit.
-   Prise:  $80
-   In Stock:  by request
±100A DC Current Transducer
Product Features
This bi-directional current transducer measures ±100 amps DC on a wire that passes through its window.
Product Description
This series of DC transducers are a set of hall-effect based sensors that can measure the amount of current flowing through a wire simply by threading the wire through the sensor's window. You can thread the same wire through multiple times and divide the result by the number of times it's been threaded through in order to achieve higher resolution. This sensor can measure Current in either direction; from -50 to 50 Amps. A bi-directional current sensor is ideal for applications when the direction of the current is not guaranteed to always flow the same way- for example, you could measure the current output of a battery, and also monitor the current consumed by the battery when it is charging. You can convert from SensorValue with the following formula (SensorValue is equal to the return voltage of the sensor multiplied by 200):
Current (A) = (SensorValue * 0.1) - 100
This sensor requires a ±12V power supply. You can use the 5V to ±12V Sensor Adapter as a simple option to connect to a InterfaceKit.
-   Prise:  $80
-   In Stock:  by request
±250A DC Current Transducer
Product Features
This bi-directional current transducer measures ±250 amps DC on a wire that passes through its window.
Product Description
This series of DC transducers are a set of hall-effect based sensors that can measure the amount of current flowing through a wire simply by threading the wire through the sensor's window. You can thread the same wire through multiple times and divide the result by the number of times it's been threaded through in order to achieve higher resolution. This sensor can measure Current in either direction; from -50 to 50 Amps. A bi-directional current sensor is ideal for applications when the direction of the current is not guaranteed to always flow the same way- for example, you could measure the current output of a battery, and also monitor the current consumed by the battery when it is charging. You can convert from SensorValue with the following formula (SensorValue is equal to the return voltage of the sensor multiplied by 200):
Current (A) = (SensorValue * 0.1) - 250
This sensor requires a ±12V power supply. You can use the 5V to ±12V Sensor Adapter as a simple option to connect to a InterfaceKit.
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