--- layout: documentation title: ByteRunsType ---
The ByteRunsType is used for representing a list of byte runs from within a raw object.
| Field Name | Type | Description |
|---|---|---|
| Byte_Run1..n | ByteRunType |
The Byte_Run field contains a single byte run from the raw object. |


About Attorney Chellman | Chellman Law - New Hampshire Criminal ...
Some of the best lawyers in New Hampshire are public defenders this was an . Tradeport: One New Hampshire Avenue, Suite 125 - Portsmouth, NH 03801 .
http://www.chellmanlaw.com/about
NHBA Officers and Board of Governors - New Hampshire Bar ...
She worked for the NH Public Defender's Office until 2003 when she began . resident of NH who grew up in Durham and is currently living in Portsmouth.
http://www.nhbar.org/about-the-bar/nhba-officers.asp
Erin Murphy - Dwyer, Donovan & Pendleton, Portsmouth, NH, Injury ...
Prior to joining the Dwyer, Donovan and Pendleton, she was a public defender with the New Hampshire Public Defender, a non-profit law firm providing .
http://www.granitestatelawyers.com/att-murphy.htm
Susan Aileen Lowry | Boynton, Waldron, Doleac, Woodman & Scott ...
Learn more about Susan Aileen Lowry in Portsmouth New Hampshire, from Boynton, Waldron, . New Hampshire Public Defender Staff Attorney, 2008 - 2010 .
http://www.boyntonwaldron.com/Attorneys/Susan-A-Lowry.shtml
Mr. Brett W. Newkirk - Attorney Info: Maine Board of Overseers of the ...
Contact Information: Mr. Brett W. Newkirk New Hampshire Public Defender 142 Portsmouth Avenue PO Box 679. Stratham, NH, 03885. Phone:<PHONE_NUMBER> .
http://www.mebaroverseers.org/dynamic/attorney2.aspx?AttyID=009994
NH Divorce Attorney Kim Weibrecht Serves on NH Public Defender ...
Kim Weibrecht To Serve On NH Public Defender Board. Posted on . 155 Fleet Street :: Portsmouth, NH 03801<EMAIL_ADDRESS>REGIONS .
http://weibrechtlaw.com/weibrecht-law-news/nh-divorce-lawyer-on-public-defender-board/


Arcball controls allow the camera to be controlled by a virtual trackball with full touch support and advanced navigation functionality.
Cursor/finger positions and movements are mapped over a virtual trackball surface
represented by a gizmo and mapped in intuitive and consistent camera movements.
Dragging cursor/fingers will cause camera to orbit around the center of the trackball in a conservative way (returning to the starting point
will make the camera to return to its starting orientation).
In addition to supporting pan, zoom and pinch gestures, Arcball controls provide focus functionality with a double click/tap for
intuitively moving the object's point of interest in the center of the virtual trackball.
Focus allows a much better inspection and navigation in complex environment.
Moreover Arcball controls allow FOV manipulation (in a vertigo-style method) and z-rotation.
Saving and restoring of Camera State is supported also through clipboard
(use ctrl+c and ctrl+v shortcuts for copy and paste the state).
Unlike [page:OrbitControls] and [page:TrackballControls], [name] doesn't require [page:.update] to be called externally in an animation loop when animations
are on.
To use this, as with all files in the /examples directory, you will have to
include the file separately in your HTML.
[name] is an add-on, and must be imported explicitly. See [link:#manual/introduction/Installation Installation / Addons].
import { ArcballControls } from 'three/addons/controls/ArcballControls.js';
const renderer = new THREE.WebGLRenderer();
renderer.setSize( window.innerWidth, window.innerHeight );
document.body.appendChild( renderer.domElement );
const scene = new THREE.Scene();
const camera = new THREE.PerspectiveCamera( 45, window.innerWidth / window.innerHeight, 1, 10000 );
const controls = new ArcballControls( camera, renderer.domElement, scene );
controls.addEventListener( 'change', function () {
renderer.render( scene, camera );
} );
//controls.update() must be called after any manual changes to the camera's transform
camera.position.set( 0, 20, 100 );
controls.update();
[example:misc_controls_arcball misc / controls / arcball ]
[page:Camera camera]: (required) The camera to be controlled. The camera must not be a child of another object, unless that object is the scene itself.
[page:HTMLDOMElement domElement]: The HTML element used for event listeners.
[page:Scene scene]: The scene rendered by the camera. If not given, gizmos cannot be shown.
Fires when the camera has been transformed by the controls.
Fires when an interaction was initiated.
Fires when an interaction has finished.
If true, camera's near and far values will be adjusted every time zoom is performed trying to mantain the same visible portion given by initial near and far values ( [page:PerspectiveCamera] only ). Default is false.
The camera being controlled.
Set to true to make zoom become cursor centered.
The damping inertia used if [page:.enableAnimations] is set to true.
The HTMLDOMElement used to listen for mouse / touch events. This must be passed in the constructor; changing it here will not set up new event listeners.
When set to `false`, the controls will not respond to user input. Default is `true`.
Set to true to enable animations for rotation (damping) and focus operation. Default is true.
When set to true, a grid will appear when panning operation is being performed (desktop interaction only). Default is false.
Enable or disable camera panning. Default is true.
Enable or disable camera rotation. Default is true.
Enable or disable zooming of the camera.
Duration time of focus animation.
How far you can dolly out ( [page:PerspectiveCamera] only ). Default is Infinity.
How far you can zoom out ( [page:OrthographicCamera] only ). Default is Infinity.
How far you can dolly in ( [page:PerspectiveCamera] only ). Default is 0.
How far you can zoom in ( [page:OrthographicCamera] only ). Default is 0.
The size of the gizmo relative to the screen width and height. Default is 0.67.
Speed of rotation. Default is 1.
The scaling factor used when performing zoom operation.
The scene rendered by the camera.
Maximum angular velocity allowed on rotation animation start.
Make gizmos more or less visible.
Copy the current state to clipboard (as a readable JSON text).
Remove all the event listeners, cancel any pending animation and clean the scene from gizmos and grid.
Set the controls state from the clipboard, assumes that the clipboard stores a JSON text as saved from [page:.copyState].
Reset the controls to their state from either the last time the [page:.saveState] was called, or the initial state.
Save the current state of the controls. This can later be recovered with [page:.reset].
Set the camera to be controlled. Must be called in order to set a new camera to be controlled.
Set the visible property of gizmos.
Update the `radiusFactor` value, redraw the gizmo and send a `changeEvent` to visualise the changes.
Set a new mouse action by specifying the operation to be performed and a mouse/key combination. In case of conflict, replaces the existing one.
Operations can be specified as 'ROTATE', 'PAN', 'FOV' or 'ZOOM'.
Mouse inputs can be specified as mouse buttons 0, 1 and 2 or 'WHEEL' for wheel notches.
Keyboard modifiers can be specified as 'CTRL', 'SHIFT' or null if not needed.
Removes a mouse action by specifying its mouse/key combination.
Mouse inputs can be specified as mouse buttons 0, 1 and 2 or 'WHEEL' for wheel notches.
Keyboard modifiers can be specified as 'CTRL', 'SHIFT' or null if not needed.
Update the controls. Must be called after any manual changes to the camera's transform.
Returns the [page:Raycaster] object that is used for user interaction. This object is shared between all instances of ArcballControls. If you set the [page:Object3D.layers .layers] property of the [name], you will also want to set the [page:Raycaster.layers .layers] property on the [page:Raycaster] with a matching value, or else the [name] won't work as expected.
[link:https://github.com/mrdoob/three.js/blob/master/examples/jsm/controls/ArcballControls.js examples/jsm/controls/ArcballControls.js]


| Co. Licence No. 827148-U | MOCAT Licence No. KPL/LN 5746 |
| GST No.<PHONE_NUMBER>68 | |
| Lot 1-39, Star City North Complex | |
| 1st Floor, Jalan Asia City, 88000 | |
| Kota Kinabalu, Sabah, Malaysia | |
| Tel: 088-448 409 | Fax: 088-448 509 |
|<EMAIL_ADDRESS>| |
| website:www.Amazing-Borneo.com |


Watch Dethklok Play Live For The First Time In Five Years
The cartoon metal band made their spectacular return at Adult Swim Fest this weekend.
This July, it was announced that animated metal band Dethklok — whose touring line-up includes very real musicians like Brendon Small and Gene Hoglan — would play their first show in five years at Adult Swim’s new music festival. The fest went down this weekend, and just as scheduled, Dethklok performed a set in full.
Check out fan-shot footage of Dethklok performing live for the first time in half a decade right here:
READ THIS: 10 seriously great songs by gimmick bands
The show also saw two Dethklok songs see their live premiere — Comet Song and Impeach God. Here’s the setlist in full:
01. Deththeme
02. Briefcase Full Of Guts
03. Birthday Dethday
04. Awaken
05. Bloodlines
06. The Gears
07. Black Fire Upon Us
08. Dethsupport
09. Duncan Hills Coffee Jingle
10. Impeach God (live premiere)
11. Comet Song (live premiere)
12. Andromeda
13. I Ejaculate Fire
14. The Duel
15. Murmaider
16. Thunderhorse
Encore:
17. Castratikron
18. Go Into The Water
19. Fansong
Dethklok also weren’t the only rock act at the fest — here’s the complete line-up of the Adult Swim Fest:
November 15
- Dethklok
- Captain Murphy
- Geto Boys
- Tim Hecker & The Konoyo Ensemble
- Iron Reagan
- HEALTH
- Inter Arma
- Speedy Ortiz
- Cooly G
- DAWN
- Sarah Squirm
- Conner O’Malley
- Three Busy Debras
November 16
- Jamie xx
- Vince Staples
- The Eric Andre Show Live!
- Tierra Whack
- Young Thug
- Lil Nas X
- Freddie Gibbs & Madlib
- CupcakKe
- clipping.
- Negative Gemini
- No Joy
- Joe Pera
- Jena Friedman
- Wham City
Dethklok’s almost-show with the London Philharmonic recently made our list of the most exciting collaborations between rock artists and classical musicians. The night was supposed to be the biggest, most celebrity-studded charity event of all time, complete with a massive laser light show. Unfortunately, an equipment malfunction resulted in the lasers being a little too powerful and slicing the entire orchestra in half. While some audio recordings of the event remain intact, the visual aspect is more snuff film than genre collaboration. Still pretty metal, though.
READ THIS: The 12 best metalhead characters in pop culture


Easily ignore a project's files and folders from Time Machine backups using a YAML config.
Visit https://aklump.github.io/tm_ignore for full documentation.
cloudy pm-install aklump/tm_ignore
./bin/tm_ignore
./bin/tm_ignore help
for other featurs.You must have Cloudy installed on your system to install this package.
The installation script above will generate the following structure where .
is your repository root.
.
├── bin
│ ├── tm_ignore -> ../opt/tm_ignore/tm_ignore.sh
│ └── config
│ ├── tm_ignore.yml
├── opt
│ ├── cloudy
│ └── aklump
│ └── tm_ignore
└── {public web root}
cloudy pm-update aklump/tm_ignore
Refer to the file(s) for documentation about configuration options.
| Filename | Description | VCS |
|---|---|---|
| tm_ignore.yml | Configuration shared across all server environments: prod, staging, dev | yes |
./bin/tm_ignore help
tmutil
utility. This controls Time Machine via the CLI. For example to exclude any system path use tmutil addexclusion <path>
. The undo the exclusion, use tmutil removeexclusion <path>
.If you find this project useful... please consider making a donation.


Maven Enforcer Plugin provides goals to control certain environmental constraints such as Maven version, JDK version and OS family along with many more standard rules and user created rules.
char-set-encoding-rule is a user created custom rule to force the character set of any or all the files in the build.
It often happens that when files go around between different members of a programming team – especially if the team is international – they also change their character encoding by accident. This Maven plugin check that all the files (or only selected files) are encoded in the proper encoding. In this time and age (year 2016) that would most likely be UTF-8 encoding but other encodings are also still used, often with good reason in strictly localized environments.
The rule uses the icu4j libraries to try to deduct the file’s character set. Unfortunately, it is not always possible to get a 100% exact result. There is always some guessing involved, especially when the file contains no text or no text with 8-bit characters. Therefore, char-set-encoding-rule does not actually try to deduct what a file’s character set is. Instead, it asks from icu4j if that file’s char set is compatible with the wanted character set.


StruMs: Structural Motifs documentation¶
Structural Motifs provide a way to represent DNA motifs based on the shape of the DNA instead of the DNA sequence. These motifs may represent the preferences driving specificity of transcription factors for their binding sites. For more information about the underlying model of StruMs, refer to Introduction to Structural Motifs.
The package described here provides a framework for computing and working with StruMs, based on DNA shape features from the Dinucleotide Property DataBase. Currently available capabilities include:
- Train models from known binding sites
- Use expectation maximization to find de novo motifs
- Provide utility to incorporate additional quantitative features, e.g. DNase hypersensitivity.
- Score matches of the motif to novel sequences


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TTYS
Section: Linux Programmer's Manual (4)
Updated: 1992-12-19
Index
Return to Main Contents
NAME
ttyS - serial terminal lines
DESCRIPTION
ttyS[0-3]
are character devices for the serial terminal lines.
They are typically created by:
-
mknod -m 660 /dev/ttyS0 c 4 64 # base address 0x3f8
mknod -m 660 /dev/ttyS1 c 4 65 # base address 0x2f8
mknod -m 660 /dev/ttyS2 c 4 66 # base address 0x3e8
mknod -m 660 /dev/ttyS3 c 4 67 # base address 0x2e8
chown root:tty /dev/ttyS[0-3]
FILES
/dev/ttyS[0-3]
SEE ALSO
chown(1),
mknod(1),
tty(4),
agetty(8),
mingetty(8),
setserial(8)
Index
- NAME
-
- DESCRIPTION
-
- FILES
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 02:55:19 GMT, September 18, 2014


An error occured while removing the generator preset.
{{error.type}} {{error.message}}
{{error.details | json}}
The generator preset {{generator.name}} will be removed. Are you sure?


{% load i18n %}
{# This file is just used for translation #}
{% trans "Upload Folder" %}
{% trans "Add auto expiration"%}
{% trans "Days" %}
{% trans "Shared Links" %}
{% trans "View and manage all the shared links in this library." %}
{% trans "Owned Libs" %}
{% trans "Shared Libs" %}


|
SVPWM_P
1.0
control three phase inverter
|
includes the main function More...
#include "SVPWM.h"
Functions | |
| int | main (void) |
| the main function More... | |
Variables | |
| uint8 | Frequency |
| current commutation frequency value | |
| uint8 | theta |
| current angle value in the vector space | |
| uint8 | theta_step |
| current angle step in the vector space | |
| uint8 | sector |
| current sector number in the vector space | |
| uint8 | direction |
| direction flag (0 for backward, 1 for forward) | |
| uint16 | PWM0 |
| current compare register A value | |
| uint16 | PWM1 |
| current compare register B value | |
| uint16 | PWM2 |
| current compare register C value | |
| float | Voltage |
| current output voltage value, can't exceed MAX_VOLTAGE value | |
includes the main function
the main function keeps running the SVPWM algorithm during each iteration of the while loop, sets new compare register values for the 16-bit timer1 and ONLY checks for new data from the co-pilot on the beginning of new commutation cycle.
| int main | ( | void | ) |


For last several weeks I've been exploring SYCL DPC++, which is an open standard for expressing accelerated computing logic, targetting CPUs, GPUs, FPGAs etc. I find it easier to work with than Vulkan Compute, due to Vulkan requiring me to specify almost every single fine grained detail regarding how to perform accelerated computation on GPGPU. Here using SYCL DPC++, I enjoy quite a great level of flexibility in detailing, letting me specify details only when required. This week I decided to implement root finding algorithm using SYCL DPC++, where I try to approximate root of single variable non-linear equations like 👇
I choose to go with standard way of doing it --- Bisection Method. First I implement sequential form, then I implement SIMD parallel model of it using SYCL DPC++. I choose to work with f(x) = x ** 3 - 4 * x - 5 throughout this document. I begin by plotting aforementioned equation.
Assume a, b are two values for which f(x) has opposite signs.
So f(a) * f(b) < 0. Input z for which f(x)
produces 0, must be living in (a, b) interval. For finding where exactly z lies
( read with better precision ), I split (a, b) interval into two equal halves & try to evaluate f(x) at m = (a + b) / 2.
If it turns out that f(a) & f(m) has opposite signs ( read f(a) * f(m) < 0),
clearly z lies in interval (a, m). If not, then z must be in interval (m, b).
I keep following same logic flow in updated interval, until I discover some (a, b) which has acceptable
level of difference ( read |b - a| ). Let me also define, I'm open to accept |b-a| < 10-5.
As soon as bisection method reaches this level of approximation, I terminate algorithm.
Bisection method simply says 👇
I want to step through this algorithm, where I input a = -3, b = 3 & c = 10-5. I evaluate f(x) at a, b obtaining 👇, which clearly says root must be in (-3, 3) interval.
Evaluating f(x) at m = (-3 + 3) / 2 = 0, results in -5. I see f(a) * f(m) < 0
evaluates to false, it's clear z must lie in interval (m, b) = (0, 3). In next iteration
(a, b) = (0, 3) so m = 1.5. Evaluating f(0) * f(1.5) = -5 * -7.625 < 0, results in negative
result, clearly z must be lying in interval (m, b) = (1.5, 3). In next iteration,
a = 1.5, b = 3, m = 2.25, evaluation of f(1.5) * f(2.25) = -7.625 * -2.609375 < 0, hints
root of equation f(x) i.e. z must be lying in inteval (2.25, 3). This way I keep trying
to decrease width of interval until it goes below 10-5.
Looking at above plot of f(x), I discover bisection method is progressing towards correct direction.
Because plot says somewhere between (2, 3) root lies & I just found myself it must be somewhere between (2.25, 3).
If I keep exploring for few more iterations I belive it must lead me to better approximated result.
Instead of manually doing, I collect runlog of bisection method implementation.
In final iteration it says root must lie in (2.4566689, 2.4566803). As evaluation of f(a) * f(m) < 0
turns out to be negative, clearly solution must be in interval (m, b), where m = (2.4566689 + 2.4566803) / 2 = 2.4566746.
Before moving to next iteration, I notice |b-a| has reached below 10-5, which denotes
I must terminate algorithm now.
Approximated root of f(x) = 2.4566746, with error 10-5.
Now it's good time to implement SIMD form of bisection method. In sequential model, I was splitting an interval in half at a time; then deciding which sub-interval to select; and again iterate with new interval --- conforming to binary search style. In parallel model, instead N-workers explore whole interval (a, b) consisting of (N-1)-many sub-intervals. If (-3, 3) is current interval & 4 workers are available, it'll be splitted between them like 👇.
Each of those workers evaluate f(x) at (a + ks), where a = -3, b = 3, k = worker index ∈ {0, 1, 2, 3} & s = (b-a) / (N-1) = 2.0.
For discovering which interval to explore in next iteration, each of them evaluates f(a+ks) * f(a+(k-1)*s),
except k = 0 ( read worker_id 0 ). But notice, I've already made each of them evaluate f(x) at (a+ks)
so instead of again doing same, they'll just read it from one shared memory region which is visible to all workers.
So there's a need for synchronizing memory visibility for all workers. Because worker_3 will read
what's written by worker_2 & itself; worker_1 will read result computed by {worker_0, worker_1} etc..
Only one of them to evaluate it to true, which will update interval (a, b) for next iteration with
(a+(k-1)s, a+ks).
Let me step through the algorithm.
In next iteration, I again employ N(= 4) parallelly executing workers to explore interval (1, 3). Each of them works on sub-interval of width (b-a)/ (N-1) = (3-1)/ (4-1) = 2/ 3 = 0.667. Work distribution looks like 👇 now.
Each worker evaluates f(x) at (a+ks) & stores result in shared memory region, which will be explicitly made visible to all by using memory barrier.
Now worker_{1,2,3} evaluates expression f(a+ks) * f(a+(k-1)*s) < 0,
turns out worker_3 only obtains true, which hints root must be living in interval (2.333, 3).
In next iteration workers will collaboratively explore aforementioned interval. This will keep going on
until I get to discover some interval which has width < 10-5.
Though I've not yet executed parallel implementation of bisection method, I can clearly
see it's progressing towards correct direction. In sequential version, I obtained ~2.457
to be root of f(x), while parallel implementation points towards existence of root in interval
(2.333, 3). A few more interations should take me to expected value.
This is how the algorithm searches for root by splitting interval into N-1 equal sized ones which are
parallelly explored by N workers.
Parallel version of bisection method looks like 👇.
SIMD root search algorithm when implemented in DPC++ & executed on accelerator, results into 👇. I notice sequential version of this algorithm is lot faster than SIMD version, due to need for synchronization in mid of execution; before next iteration can be begun values of a, b, s needs to be copied to host & inspected/ updated. Again next iteration can be begun only when values of a, b, s are available inside kernel, which is being executed on accelerator.
My interest behind implementing bisection method using DPC++ was not to obtain
substaintial speedup, but rather understanding parallel execution model/ pattern including
ND-range, execution/ memory synchronization, memory model, data movement, work-group local shared memory,
accessors, buffers etc.
I keep both sequential & parallel implementation here for future reference.
In coming days I plan to explore SYCL specification more deeply for understanding memory model, data management, synchronization etc. in better fashion,
while implementing other parallel algorithms in DPC++. Have a great time !


Automated testing is now supported through CMake. Build Zoltan through CMake with option
"-D Zoltan_ENABLE_Tests:BOOL=ON"
Automated tests can be then run with command
make testThe testing environment uses script zoltan/test/ctest_zoltan.pl. To add new zdrive.inp files to an existing test, add the files to the appropriate directory and to the glob commands in ctest_zoltan.pl. (Follow the example of zdrive.inp.rcb in ctest_zoltan.pl.
To add new test directories, create the directories and populate them with input files. Copy file CMakeLists.txt from zoltan/test/ch_simple to the new directories, and edit the test names and numbers of processors in the new files. Also add the new directories to zoltan/test/CMakeLists.txt, following the example of ch_simple. The new tests will now be run in the CMake environment.
Results of automated nightly testing are posted to the CDASH dashboard.
The purpose of the Zoltan test script is to run the test driver zdrive (or
zfdrive)
on a set of test problems to verify that the Zoltan library works correctly.
The script compares the output of actual runs with precomputed output.
The assumption is that if the outputs are identical, then the current implementation
is is likely to be correct.
Small differences may occur depending on the architectures used; developers
should examine the output and use their judgement in determining its correctness.
It is strongly recommended that developers
run test_zoltan to verify correctness before committing changes
to existing code!
It is required to use either the -arch or the -cmd option. The other arguments are optional.
| Options: | |
| -arch arch-type | The architecture on which the driver is to run. For a list of currently supported architectures, type test_zoltan with no arguments. |
| -cmd command | The command is the command that the script uses to launch the driver. One must include an option to specify the number of processors as part of the command. Use quotes appropriately; for example, -cmd 'mpirun -np'. Default settings have been provided for all the supported architectures. |
| -logfile filename | The name of the log file. The default is test_zoltan.log. If an old log file exists, it will be moved to test_zoltan.log.old. |
| -no_parmetis | Do not run any ParMETIS methods. |
| -no_nemesis | Do not run test problems in Nemesis format. |
| -no_chaco | Do not run test problems in Chaco format. |
| -yes_fortran | Run the Fortran90 driver zfdrive instead of zdrive. |
The default behavior is to run
zdrive
all methods on all types of input format.


Welcome to the Performance engineering survey
We're interested in understanding the ecosystem and archetypes of the coliving movement, in order to make it easier to start and operate coliving houses, and to create a picture of the amazing spectrum of these spaces.
There is more to performance engineering than just testing. Done right, performance engineering means understanding how all the parts of the system fit together, and building in performance from the first design.


Happy Place NYC
In an ever-shifting landscape, where's your happy place in NYC?
Home
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FAQ
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Share you cool spots below!
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dtdGenerator — Generates the ADMIT DTD files.¶
This module defines the DTD generator for ADMIT. The DTDs are used to validate the XML I/O.
In addition to generating the DTDs for each AT and BDP, the following files are also created:
- bdp_types.py — constants and types definition file
- __init__.py — in both admit/at and admit/bdp
Usage:
import dtdGenerator
dtdGenerator.generate()
-
class
admit.xmlio.dtdGenerator.
DtdGenerator
[source]¶ Class to generate the dtd files for ADMIT. The dtd’s are generated by searching for all BDP, AT, and utility class files (those located in admit/util and inherit from UtilBase). Each file is then loaded and introspected, and dtd’s are generated by both the name and the type of each class attribute.
Parameters: None Attributes
util_class (dict) Dictionary containing the utility class types as keys and a class instance as the values. util_string (dict) Dictionary containing the utility class types as keys and the class description for the dtd as the values. util_dtd (dict) Dictionary containing the utility class types as keys and the dtd entries as the values. Methods
generate
()Main method for generating the dtd. getType
(i, val, key)Method to generate a string version of the data type of the input value. writeEntry
(k, v, dtd)Generic method to write out the given class attribute to the dtd. write_at
(key, val)Method which takes a class name and AT sub-class instance. write_bdp
(key, val)Method which takes a class name and BDP sub-class instance. -
generate
()[source]¶ Main method for generating the dtd. Searches through the BDP and AT directories and generates dtds for each file found.
Parameters: None Returns: None
-
getType
(i, val, key)[source]¶ Method to generate a string version of the data type of the input value.
Parameters: val : various
The value whose type is to be determined
key : str
The name of the variable that holds the data. Used only to give sensible error messages.
Returns: A string containing the type information
-
writeEntry
(k, v, dtd)[source]¶ Generic method to write out the given class attribute to the dtd.
Parameters: k : str
The keyword that is being written out.
v : str
The data type of the keyword (e.g. bt.FLOAT).
dtd : file handle
The handle to the file where the dtd is being written.
-


Bring stunning eyes to your desktop with this free 4K Wild Eyes Windows 10 wallpaper pack
by SururBring a stunning look to your desktop with a new set of 4K premium wallpapers from Microsoft, free from the Microsoft Store.
Titled Wild Eyes, the description of the high-quality wallpaper selection reads as follows:
Time for a closeup! Look deeply into the stunning eyes of these 14 animals and birds in this premium 4k image set, free for Windows Themes.
After downloading the collection, go to Start > Settings > Personalization > Themes and click on the theme you prefer.
To apply and change to the most appropriate colour, based on the current wallpaper, go to Customize > Colors > Automatically select a primary colour from the background.
Find the collection in the Microsoft Store here.
Via WalkingCat


Emil Schroder
Technical
Reflections
Games
Instructions
Ram the red dot into the green dots to convert them.
Use the
a
&
d
keys to move left and right.
Use the
w
&
s
keys to move up and down.
Catch them as fast as you can.
Dot Hunt
GAME OVER
Scoreboard


Perhaps you have the wrong key
Perhaps you scanned the wrong code
Perhaps the QR code failed
Perhaps you are looking for pages you are not supposed to be


Getting Started
About the Data
If you are interested exploring the data immediately, use left hand bar to navigate to the different datasets we have created for the different libraries listed.
If you are interested in our methodology for creating the data, please read below:
- Create a List of Books that have Hebraic Content - Dr. Arthur Kiron of the University of Pennsylvania Libraries first physically went to the libraries themselves a, examining them for Hebraic content.
- Accessing the catalogues - Once we had an idea of the authors and titles that would have Hebraic content in a colonial library we began using online tools, like Google Books and Hathi Trust to access the catalogues of the various libraries of Colonial America.
- Marking the Catalogue you have the catalogues, mark down which books correspond to the corpus list from step 1. (We often would simultaneously do this with step 5)
- List feature in WorldCat - Create a list in a WorldCat Using these catalogues we created an account in WorldCat and used the list feature they offer. We created a seperate list for each catalogue we evaluated.
- Add the appropriate edition to the list - We would look at WorldCat looking at whichever catalogue entry corresponded to the matching list entry from step 3 and we would add them to our “list” in WorldCat. The crucial part about this step was that on WorldCat you cannot just search for the title in the searchbox and assume that title corresponds to the title looking for because they happen to match. There can be different editions for one book (you can see this if you filter by year) and even within one year there can be many different editions or entries for that one book depending on how a library chose to enter the metadata ( meaning the author, title, publication place etc.). Because of this, it is important to think carefully about which edition you decide you add to your list.
- Export your list - Once you are done going through a catalogue you can export it to a spreasheet. WorldCat has the ability to export each list to a CSV. Make sure you do not open a CSV with Hebrew or Arabic characters in Excel, it will corrupt the file. Only open the CSV on Google Sheets or Open Refine.
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- Next


PHILOSOPHY
PRODUCTS
PURCHASE
CONTACT
Gracie, Amy, Samantha Body Oil
Cherry Suckle Body Lotion
Sea Shore Shower Gel
Mystery Of Blue Soap
Grapefruit Body Butter
Coming Soon
Relax Foot Massage
Peaceful Body Mist
Bountiful Lip Colors


Some contents...
Some contents...
Some contents...
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这是第二层抽屉。


Motivation
The query driver allows to query a resource for a subset of the values that it references. The query is parameterized by the repository holding the resource, the resource in question, and additional parameters which specify the subset of values from that resource that the query is addressing.
A typical application is to query a domain object in a bounded context for its current value. More generally, the query driver can be used to execute any command within a list of configured commands for a given configured context.
API
makeDomainQueryDriver :: Repository-> QueryConfig -> QueryDriver
Description
Creates a read-only driver from a configuration object (called config
here) and a repository (repository
). The created driver holds a getCurrent
property which is a function who takes two parameters : context
and payload
.
The context
is mapped to a get
function through the config
object. That get
function is executed with repository
, context
, and payload
as parameters. That get
function must return a Promise
.
To say the same things differently, the query driver allows to execute a get
function with a given payload, that get
function being parameterized by the context
argument, as specified in the config
object.
The behaviour is as follows :
- the
getCurrent
function in thesources
side of the driver matches itscontext
parameter to aget
function inconfig[context]
- that function is executed with
(repository, context, payload)
- If the function throws, then the error is passed on through as a rejected promise
- If the function does no throw, it returns either a promise, an observable, or another value type
- the returned value is wrapped and passed on as a observable, whatever its original type
It results from the error processing behaviour of getCurrent
that the caller must do its own error processing and discriminate between an exception raised by the call (say division by zero
), or an error code returned by the attempt to access the resource in the repository (say you are offline
, or no user exists for this email
).
Types
Repository :: *
– typically would have aget
function thoughQueryConfig :: HashMap<Context, Record {get : GetFn}>
GetFn :: Repository -> Context -> Payload -> Promise<*>
QueryDriver :: Sink -> Record {getCurrent : QueryFn}
QueryFn :: Context -> Payload -> Promise<*>
Payload :: *
Contracts
- for every context passed as parameter to the
getCurrent
driver function, there MUST be a matchingconfig[context]
with aget
property
Example
cf. AllInDemo and the corresponding demo.
Tips
- It is important to determine whether the queried value corresponds to a behaviour (that should be the case more often than not, so use
shareReplay(1)
or any relevant memoization mechanism) or an event - In any case, only one value is ever returned by calling that function, i.e. the driver does not emulate a live query. To emulate a live query, there are commonly two options:
- the query driver is paired with the action driver
- the queried value is already a live query (that is the case for instance with
firebase
or any database which already handles live queries)


counter() = non_neg_integer()
A counter used as moving factor.
While it is described as a 8 byte binary value, it is always used to represent an integer.
Defined in RFC 4226 5.1.| generate/3 | Generate a HMAC-based one-time password. |
generate(Key, Counter, NbDigits) -> Password
Generate a HMAC-based one-time password.
See RFC 4226 5.3.Generated by EDoc


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This is the biggest secret. Secret Documents disclosed here
This is a benchmark line.


{{!-- This is the base layout for your project, and will be used on every page. --}}
© 2020 ICGC ARGO. All rights reserved.


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GHOSTBUSTERS (1984)
A film review by Steve Kong Copyright 1997 Steve Kong
The true test of a film is time. If a film can hold up through the passing of years, then as more years pass the more great the film becomes. Ghostbusters has stood the test of time. Producing a sequel and a cartoon series.
Ghostbusters is about three offbeat scientists, Peter Venkman (Bill Murray), Raymond Stanz (Dan Aykroyd), and Egon Spengler (Harold Ramis), who have just lost their university grant and are out on the street. What do they do now? They pursue an idea that they can catch ghosts and retain them.
The movie follows the three and also Sigourney Weaver's character, Dana Barrett. Woven in the movie are three plots. The main plot of the film is the Ghostbusters trying to figure out why there are so many ghosts lately in New York. The two subplots are the love story between Venkman and Barrett. And the evil EPA man (William Antherton) trying to shutdown the Ghostbusters.
The real joy of The Ghostbusters is the comic interaction between the three (and later four) Ghostbusters. The well-written script by Dan Aykroyd and Harold Ramis gives each character a distinct, sharp, and intelligent personality. The other joy of the film is the incredible special effect by Richard Edlund. Even now, over a decade since its release, the special effects are impressive.
All actors give great performances. Bill Murray as Dr. Venkman is probably my most favorite of the four Ghostbusters. Like always, Murray is off the deep end in his performance, sometimes his performance seems almost adlibbed. Dan Aykroyd gets one of his best and most memorable roles as Dr. Stanz. His character is giddy and naive, which makes him very likeable. Harold Ramis gives a performance that turns Dr. Spangler into the unlike looking nerd. Ernie Hudson is not given enough time on screen, and I think his character could have gotten more, his character brought the layman into the Ghostbusters group. Sigourney Weaver does well in her role, but it is her neighbor Louis Tully, played by Rick Moranis who does better. His nerd accounting character is wonderfully funny and provides for a lot of laughs.
If you haven't seen The Ghostbusters, I highly recommend this film. Even if you've seen it awhile ago, see it again. Director Ivan Reitman and cinematographer László Kovács uses the width of the movie screen to its fullest, often framing a shot from end to end. Watching The Ghostbusters in Pan and Scan format takes away from the film. Definitely catch The Ghostbusters in widescreen format, or you'll be missing out on a lot. (Criterion offers The Ghostbusters in widescreen format on laserdisc). This is a don't miss film.
!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=! steve kong<EMAIL_ADDRESS>spy on me at: http://home.earthlink.net/~boiled/steve-cam.html movie reviews: http://<IP_ADDRESS>/boiled/ "try not. do. or do not. there is no try." - yoda !=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


User Panel
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{% extends "base.html" %} {% block content %}
Please take the following personality test consisting of 14 items.
These items refer to a series of hypothetical scenarios. Each scenario describes an incident and lists three ways of responding to it. Please read each scenario, imagine yourself in that situation, and then rate the likeliness of each of the possible responses. Here are some tips:
Please take your time. This questionaire is an important part of this survey.


Lapis, Papyrus, Scalpellus
Lapis, Papyrus, Scalpellus
Welcome to Lapis, Papyrus, Scalpellus. Good luck against your opponent: the computer!
Make your choice below
Rock
Paper
Scissors


Protect your votes, PDP tells electorate in Kogi, Bayelsa
by Success NwoguSuccess Nwogu, Abuja
The Peoples Democratic Party on Saturday urged the people of Kogi and Bayelsa States to remain alert, resist all undemocratic, violent elements and take all legitimate steps to protect their votes.
The PDP National Publicity Secretary, Mr Kola Ologbondiyan, in a statement, also charged the Independent National Electoral Commission and security agencies to ensure that nothing happens to the ballots at any level and that results reflect only the will of the people as expressed at the polling units.
Ologbondiyan also called on the Inspector General of Police, Mohammed Adamu, and the military high command to be patriotic by taking measures to protect the people, in their quest to protect their votes.
He said, “The PDP urges the people of Kogi and Bayelsa State to remain at alert, resist all undemocratic brigand elements and take all legitimate steps to protect their votes to the very end.
“The party also charges INEC and security forces to ensure that nothing happens to the ballots at every level and that results reflect only the will of the people as expressed at the polling units.
The IGP should, therefore, beef up security at the collation centres to ensure that only legitimate votes count. This is because any result that does not reflect the will of the people will surely not be accepted.”


Mastering Algorithms with C
By Kyle Loudon
Slots : 1
Table of Contents
[
SYMBOL
] [
A
] [
B
] [
C
] [
D
] [
E
] [
F
] [
G
] [
H
] [
I
] [
J
] [
K
] [
L
] [
M
] [
N
] [
O
] [
P
] [
Q
] [
R
] [
S
] [
T
] [
U
] [
V
] [
W
] [
X
]
mailing lists
median-of-three method
members
2nd
3rd
memory
addresses, pointers to
leaks
management
organization of
physical vs. virtual
merge sort
2nd
3rd
4th
description of
implementation and analysis of
interface for
merging process
mgsort function
2nd
Miller-Rabin algorithm
minimum redundancy coding
2nd
minimum spanning trees
2nd
3rd
description of
implementation and analysis of
interface for
list returned by mst function
Prim's algorithm
2nd
3rd
minimum-weight paths
[See shortest paths]
mobile computing
modexp function
modular arithmetic
modular exponentiation
modularity of code
mst function
2nd
MstVertex structure
Muller's method
multigraphs
multilists
multiplication method (hashing)
multiset
Top


DISCLOSURE A film review by Michael John Legeros Copyright 1994 Michael John Legeros Warner Brothers Directed by Barry Levinson Written by Paul Attansio, based on the novel by Michael Crichton Cast Michael Douglas, Demi Moore, Donald Sutherland, Caroline Goodall, Dennis Miller MPAA Rating "R" (presumably for sex and language) Running Time Approximately 125 minutes Reviewed at Wynnsong 10, Durham (3DEC94)
==
Sexual harassment is the subject of DISCLOSURE, a broadly played thriller that may do more to goose the career of the director than to educate the masses on the subject matter.
Meet Tom Sanders (Michael Douglas), a stable family man at the Seattle computer firm Digicom. He loves his wife, he loves his job, and he's expecting a promotion before the big company merger. What he gets, instead, is a new boss who's an old girlfriend (Demi Moore). The situation quickly comes to a head following an after-hours tete-a-tete. Tom refuses her advance, she files for harassment, and thus begins the plot.
What sounds like a neat twist on a stereotypical situation really isn't; writer Paul Attansio (of QUIZ SHOW fame) has simply swapped genders. Big deal. Like the book, the film has bigger fish to fry. DISCLOSURE is more than just a story of sexual harassment and that's all I'll reveal here.
For sheer people-pleasing power, rank DISCLOSURE alongside Crichton's other novel-to-film, JURASSIC PARK. The script is smart, the direction is tidy, and the cast knows their roles by heart. Michael Douglas makes a solid, sturdy hero, while Demi Moore is surprisingly effective as the hissable villain. Her calm dismissal of Douglas made at least one patron in *my* row talk back to the screen.
There are many many more reasons to like this film, but my favorite has to be the way DISCLOSURE depicts a high-tech computer firm. Come on, Dennis Miller as a developer?!? They get some stuff right, but watch out for those VR sequences! Did somebody say LAWNMOWER MAN?
NOTE: Gripes to the management of Durham's Wynnsong 10, who delayed the film by fifteen minutes to help seat stragglers. The film was also out of focus when started and the management didn't correct the error for at least five minutes. Sigh.
BOTTOM LINE: Broadly played thriller that excites more than it educates. It'll make millions.
Grade: B+
-- Michael J. Legeros Raleigh, North Carolina
.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


RED HAT SAMPLE APPLICATION
Description goes here if we need one.
Started
High (7)
4 Days Ago
Description goes here if we need one.
Started
High (7)
2 Days Ago
Description goes here if we need one.
Started
High (7)
4 Days Ago
Description goes here if we need one.
Started
High (7)
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Description goes here if we need one.
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Description goes here if we need one.
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2 Days Ago


#include <collision.h>
Public Attributes | |
| ObjRef< Object > | object |
| Object that was collided. | |
| Vector3fx | point |
| Collision point. | |
| Vector3fx | normal |
| Normal of collided surface in the contact point. | |
| Fixed | penetration |
| Penetration. | |
| DWord | flags |
| Collision flags. |


ArcGIS solutions.js Demos
- Check the items in a group for unsafe content
- Compare two blocks of JSON, with the option to generate the second block as a sanitized version of the first block
- Convert either default AGO extents or specified AGO portal's extents to WGS 84
- Copy one or more solutions between organizations
- Create a Solution
- Create an AGO folder
- Delete a Solution
- Deploy a Solution
- Display the hierarchy of items in a solution (similar to the AGO display of a solution item)
- Get information about a portal
- Get information about an item
- List the AGO types that are implemented or being worked on
- List the ids of the items in a group
- Make a copy of an item
- Test the File polyfill
- Sanitize HTML or JSON
- Search for groups using combinations of categories
- See example of template replacement


world |
Phaser.Physics.P2 |
|
|
A reference to the P2 World. |
bodyA |
p2.Body |
|
|
First connected body. |
pivotA |
Float32Array |
|
|
The point relative to the center of mass of bodyA which bodyA is constrained to. The value is an array with 2 elements matching x and y, i.e: [32, 32]. |
bodyB |
p2.Body |
|
|
Second connected body. |
pivotB |
Float32Array |
|
|
The point relative to the center of mass of bodyB which bodyB is constrained to. The value is an array with 2 elements matching x and y, i.e: [32, 32]. |
maxForce |
number |
<optional> |
0 |
The maximum force that should be applied to constrain the bodies. |
worldPivot |
Float32Array |
<optional> |
null |
A pivot point given in world coordinates. If specified, localPivotA and localPivotB are automatically computed from this value. |


{% endifequal %} {% ifequal episode.number 2 %}HarryI’ve placed a temporary barrier for you. This means that if a risk comes up when you produce a resource, no incident will happen. Of course, if you plan to produce many resources, you need to make sure there are enough temporary barriers.
{% endifequal %} ContinueHarryThat’s another temporary barrier right there. If you’re planning to produce many resources, do make sure that there are enough barriers.


Nesan
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For Visting and
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Hope we will have
good Future Relation.


dials.combine_experiments¶
Introduction¶
Utility script to combine multiple reflections and experiments files into one multi-experiment reflections and one experiments file. Experiments are matched to reflections in the order they are provided as input.
Reference models can be chosen from any of the input experiments files. These will replace all other models of that type in the output experiments file. This is useful, for example, for combining mutiple experiments that should differ only in their crystal models. No checks are made to ensure that a reference model is a good replacement model.
Although only one reference model of each type is allowed, more complex combinations of experiments can be created by repeat runs.
Examples:
dials.combine_experiments experiments_0.json experiments_1.json \
reflections_0.pickle reflections_1.pickle \
reference_from_experiment.beam=0 \
reference_from_experiment.detector=0
Basic parameters¶
reference_from_experiment { beam = None scan = None crystal = None goniometer = None detector = None average_detector = False compare_models = True average_hierarchy_level = None } clustering { use = False dendrogram = False threshold = 1000 max_clusters = None max_crystals = None exclude_single_crystal_clusters = True } output { experiments_filename = combined_experiments.json reflections_filename = combined_reflections.pickle n_subset = None n_subset_method = *random n_refl n_refl_panel_list = None }
Full parameter definitions¶
reference_from_experiment { beam = None .help = "Take beam model from this experiment to overwrite all other beam" "models in the combined experiments" .type = int(value_min=0) scan = None .help = "Take scan model from this experiment to overwrite all other scan" "models in the combined experiments" .type = int(value_min=0) crystal = None .help = "Take crystal model from this experiment to overwrite all other" "crystal models in the combined experiments" .type = int(value_min=0) goniometer = None .help = "Take goniometer model from this experiment to overwrite all other" "goniometer models in the combined experiments" .type = int(value_min=0) detector = None .help = "Take detector model from this experiment to overwrite all other" "detector models in the combined experiments" .type = int(value_min=0) average_detector = False .help = "Create an average detector model from all the input detector" "models and use it as the reference. Not compatible with" "reference_from_experiment.detector" .type = bool compare_models = True .help = "Whether to compare a model with the reference model before" "replacing it. If the comparison falls outside the tolerance, the" "combination will not be allowed. Disable comparison to force" "overwriting of models with the reference" .type = bool average_hierarchy_level = None .help = "For hierarchical detectors, optionally provide a single level to" "do averaging at." .type = int(value_min=0) tolerance .help = "Tolerances used to determine shared models" .expert_level = 2 { beam { wavelength = 1e-6 .help = "The wavelength tolerance" .type = float(value_min=0) direction = 1e-6 .help = "The direction tolerance" .type = float(value_min=0) polarization_normal = 1e-6 .help = "The polarization normal tolerance" .type = float(value_min=0) polarization_fraction = 1e-6 .help = "The polarization fraction tolerance" .type = float(value_min=0) } detector { fast_axis = 1e-6 .help = "The fast axis tolerance" .type = float(value_min=0) slow_axis = 1e-6 .help = "The slow axis tolerance" .type = float(value_min=0) origin = 5e-2 .help = "The origin tolerance" .type = float(value_min=0) } goniometer { rotation_axis = 1e-6 .help = "The rotation axis tolerance" .type = float(value_min=0) fixed_rotation = 1e-6 .help = "The fixed rotation tolerance" .type = float(value_min=0) setting_rotation = 1e-6 .help = "The setting rotation tolerance" .type = float(value_min=0) } scan { oscillation = 0.01 .help = "The oscillation tolerance for the scan" .type = float(value_min=0) } } } clustering { use = False .help = "Separate experiments into subsets using the clustering toolkit." "One json per cluster will be saved." .type = bool dendrogram = False .help = "Display dendrogram of the clustering results. Should not be used" "with parallel processing." .type = bool threshold = 1000 .help = "Threshold used in the dendrogram to separate into clusters." .type = int max_clusters = None .help = "Maximum number of clusters to save as jsons." .type = int max_crystals = None .help = "Maximum number of crystals to cluster." .type = int exclude_single_crystal_clusters = True .help = "Don't produce a 'cluster' containing only one crystal." .type = bool } output { experiments_filename = combined_experiments.json .help = "The filename for combined experimental models" .type = str reflections_filename = combined_reflections.pickle .help = "The filename for combined reflections" .type = str n_subset = None .help = "If not None, keep a subset of size n_subset when saving the" "combined experiments" .type = int n_subset_method = *random n_refl .help = "Algorithm to be used for choosing the n_subset images/" "experiments for refinement. n_refl chooses the set with the" "largest numbers of reflections listed in the pickle files" .type = choice n_refl_panel_list = None .help = "If n_subset_method is n_refl, specify which panels to search on." .type = ints max_batch_size = None .help = "If not None, split the resultant combined set of experiments into" "seperate files, each at most max_batch_size number of" "experiments. Example, if there were 5500 experiments and" "max_batch_size is 1000, 6 experiment lists will be created, of" "sizes 917, 917, 917, 917, 916, 916" .type = int .expert_level = 2 delete_shoeboxes = False .help = "If true, delete shoeboxes from reflection tables while comb-" "ining them to save on memory." .type = bool .expert_level = 2 min_reflections_per_experiment = None .help = "If not None, throw out any experiment with fewer than this many" "reflections" .type = int .expert_level = 2 }


Primitive values (like 3.14 or 2014), cannot have properties and methods (because they are not objects). But with JavaScript, methods and properties are also available to primitive values, because JavaScript treats primitive values as objects when executing methods and properties.
The toString() method converts a number to a string.
The toExponential() method returns a string, with the number rounded and written using exponential notation.
An optional parameter defines the number of digits behind the decimal point.
The toFixed() method rounds a number to a given number of digits. For working with money, toFixed(2) is perfect.


Manage software development projects including but not limited to project planning, project budgeting, resource management, risk management, quality management
Manage some company projects to build useful tools and softwares for internal purposes.
Analysis requirements and discuss with the customers.
Coordinate with other project parties such as stakeholders, QA, QC, etc. to make sure that the projects meet client’s requirements & satisfaction
Coordinate with BOM to make company processes.
Interview the company's candidates.
Team Size: 6 - 12 members
Projects:
Drop Delivery, Greenlight Fulfillment, 10Block, PaperPOS, AZ Timesheet, AZ Task Management, AZ HRM, AZ Confluence,... and some other private projects.


Index
This is a flattened out version of the right hand picture. Here we see two holes, $a$ and $b$.
Here we see three holes, $a$, $b$ and $c$. But in the group $H_1(X)$ we have $a+b+c=0$, so $c=-a-b$.


Select an username and encrypted password used to log on to Polyspace Access. You can also add a username and password. To update, delete or otherwise manage login credentials, go to the Configure Credentials page.
To obtain an encrypted password, at the command line, enter:.
Provide an LDAP login and password.polyspace-access -host hostname -port portnumber -encrypt-password


--- title: Model keywords: fastai sidebar: home_sidebar summary: "This module contains a PyTorch implementation of the Deep Recurrent Survival Analysis model, which is trained on sequence-to-sequence data with binary labels at each time step, where the event always occurs at the final time step. " description: "This module contains a PyTorch implementation of the Deep Recurrent Survival Analysis model, which is trained on sequence-to-sequence data with binary labels at each time step, where the event always occurs at the final time step. " ---


Photo Albums Shannon Shannons Family Justin Justins Family Us Our Friends Full Engagement Photo Session Engagement Session by Hailey King www.HaileyKing.com


--- layout: post title: "[iPhone SDK] How to get a touch event from UIWebView" categories: - blog tags: - Blog - iPhone SDK - Programming status: publish type: post published: true meta: {} author: login: sonson email<EMAIL_ADDRESS>display_name: sonson first_name: '' last_name: '' ---
・Over view
UIScroller is a subview of UIWebView. UIWebDocumentView is a subview of UIScroller.
Unfortunately, these classes are private and undocumented. And we have to peek a touch event from this UIWebDocumentView. However, we can't use these classes via Apple SDK and find any information from documents with SDK.
You can't peek any click events to UIWebView because touchesXXXX:withEvent: method, private class UIWebDocumentview's method, can't be overrided.
Therefore, we peek touch event to UIWebDocumentView by replacing instance method with method-swizzling.
・method swizzling
Method swizzling enables to replace instance method with the other one very easily. You can do that with the methods in "objc/objc-runtime.h". Detail of method swizzling is illustrated here.
・UICWebView
@implementation UIView (__TapHook) - (void)__replacedTouchesBegan:(NSSet*)touches withEvent:(UIEvent*)event { [self __replacedTouchesBegan:touches withEvent:event]; if( [self.superview.superview isMemberOfClass:[UICWebView class]] ) { [(UICWebView*)self.superview.superview hookedTouchesBegan:touches withEvent:event]; } } @end + (void)installHook { Class klass = objc_getClass( "UIWebDocumentView" ); // replace touch began event method_exchangeImplementations( class_getInstanceMethod(klass, @selector(touchesBegan:withEvent:)), class_getInstanceMethod(klass, @selector(__replacedTouchesBegan:withEvent:)) ); }
By this code, when an instance of UIWebDocumentView is called "touchesBegan:withEvent:", "__replacedTouchesBegan:withEvent:" is called instead of it.
And, when "__replacedTouchesBegan:withEvent:" called, "touchesBegan:withEvent:" is called.
Above, when UICWebView is clicked, "hookedTouchesBegan:withEvent" is called. You can do something on "hookedTouchesBegan:withEvent" when UIWebView clicked.
http://code.google.com/p/sonson-code/source/browse/trunk/iPhone2.0/UICWebView
Thank you for helping me to write a nice code, @Psychs, @norio.


The SlewRateLimiter
block limits the slew rate of
its input signal in the range of [Falling,
Rising]
.
To ensure this for arbitrary inputs and in order to produce a
differential output, the input is numerically differentiated with
derivative time constant Td
. Smaller time constant
Td
means nearer ideal derivative.
Note: The user has to choose the derivative time constant according to the nature of the input signal.
| Revision | Date | Author | Comment |
|---|---|---|---|
| 4954 | 2012-03-02 | A. Haumer & D. Winkler |
Initial version based on discussion in ticket #529 |


Software: Ampache <= 3.9.1
Author: Juan Manuel Fernandez (@TheXC3LL) from BlackArrow
Details: https://github.com/blackarrowsec/advisories/new/master/2019/CVE-2019-12386
Web: [www.blackarrow.net] - [www.tarlogic.com]


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RequestError
public struct RequestError: RawRepresentable, Equatable, Hashable, Comparable, Error, CustomStringConvertible
An error representing a failed request. This definition is intended to be used by both the client side (eg KituraKit) and server side (eg Kitura) of the request (typically a HTTP REST request).
Usage Example:
router.get("/users") { (id: Int, respondWith: (User?, RequestError?) -> Void) in
...
respondWith(nil, RequestError.notFound)
...
}
In this example the RequestError
is used in a Kitura server Codable route handler to
indicate the request has failed because the requested record was not found.
-
Creates an error representing the given error code.
Declaration
Swift
public init(rawValue: Int)
-
Creates an error representing the given error code and reason string.
Declaration
Swift
public init(rawValue: Int, reason: String)
-
An error code representing the type of error that has occurred. The range of error codes from 100 up to 599 are reserved for HTTP status codes. Custom error codes may be used and must not conflict with this range.
Declaration
Swift
public let rawValue: Int
-
A human-readable description of the error code.
Declaration
Swift
public let reason: String
-
Returns a Boolean value indicating whether the value of the first argument is less than that of the second argument.
Declaration
Swift
public static func <(lhs: RequestError, rhs: RequestError) -> Bool
-
Indicates whether two URLs are the same.
Declaration
Swift
public static func ==(lhs: RequestError, rhs: RequestError) -> Bool
-
A textual description of the RequestError instance containing the error code and reason.
Declaration
Swift
public var description: String
-
The computed hash value for the RequestError instance.
Declaration
Swift
public var hashValue: Int
-
The HTTP status code for the error. This value should be a valid HTTP status code if inside the range 100 to 599, however, it may take a value outside that range when representing other types of error.
Declaration
Swift
public var httpCode: Int
-
Creates an error representing a HTTP status code.
Declaration
Swift
public init(httpCode: Int)
Parameters
httpCode
a standard HTTP status code
-
HTTP code 100 - Continue
Declaration
Swift
public static let `continue` = RequestError(httpCode: 100)
-
HTTP code 101 - Switching Protocols
Declaration
Swift
public static let switchingProtocols = RequestError(httpCode: 101)
-
HTTP code 200 - OK
Declaration
Swift
public static let ok = RequestError(httpCode: 200)
-
HTTP code 201 - Created
Declaration
Swift
public static let created = RequestError(httpCode: 201)
-
HTTP code 202 - Accepted
Declaration
Swift
public static let accepted = RequestError(httpCode: 202)
-
HTTP code 203 - Non Authoritative Information
Declaration
Swift
public static let nonAuthoritativeInformation = RequestError(httpCode: 203)
-
HTTP code 204 - No Content
Declaration
Swift
public static let noContent = RequestError(httpCode: 204)
-
HTTP code 205 - Reset Content
Declaration
Swift
public static let resetContent = RequestError(httpCode: 205)
-
HTTP code 206 - Partial Content
Declaration
Swift
public static let partialContent = RequestError(httpCode: 206)
-
HTTP code 207 - Multi Status
Declaration
Swift
public static let multiStatus = RequestError(httpCode: 207)
-
HTTP code 208 - Already Reported
Declaration
Swift
public static let alreadyReported = RequestError(httpCode: 208)
-
HTTP code 226 - IM Used
Declaration
Swift
public static let imUsed = RequestError(httpCode: 226)
-
HTTP code 300 - Multiple Choices
Declaration
Swift
public static let multipleChoices = RequestError(httpCode: 300)
-
HTTP code 301 - Moved Permanently
Declaration
Swift
public static let movedPermanently = RequestError(httpCode: 301)
-
HTTP code 302 - Found
Declaration
Swift
public static let found = RequestError(httpCode: 302)
-
HTTP code 303 - See Other
Declaration
Swift
public static let seeOther = RequestError(httpCode: 303)
-
HTTP code 304 - Not Modified
Declaration
Swift
public static let notModified = RequestError(httpCode: 304)
-
HTTP code 305 - Use Proxy
Declaration
Swift
public static let useProxy = RequestError(httpCode: 305)
-
HTTP code 307 - Temporary Redirect
Declaration
Swift
public static let temporaryRedirect = RequestError(httpCode: 307)
-
HTTP code 308 - Permanent Redirect
Declaration
Swift
public static let permanentRedirect = RequestError(httpCode: 308)
-
HTTP code 400 - Bad Request
Declaration
Swift
public static let badRequest = RequestError(httpCode: 400)
-
HTTP code 401 - Unauthorized
Declaration
Swift
public static let unauthorized = RequestError(httpCode: 401)
-
HTTP code 402 - Payment Required
Declaration
Swift
public static let paymentRequired = RequestError(httpCode: 402)
-
HTTP code 403 - Forbidden
Declaration
Swift
public static let forbidden = RequestError(httpCode: 403)
-
HTTP code 404 - Not Found
Declaration
Swift
public static let notFound = RequestError(httpCode: 404)
-
HTTP code 405 - Method Not Allowed
Declaration
Swift
public static let methodNotAllowed = RequestError(httpCode: 405)
-
HTTP code 406 - Not Acceptable
Declaration
Swift
public static let notAcceptable = RequestError(httpCode: 406)
-
HTTP code 407 - Proxy Authentication Required
Declaration
Swift
public static let proxyAuthenticationRequired = RequestError(httpCode: 407)
-
HTTP code 408 - Request Timeout
Declaration
Swift
public static let requestTimeout = RequestError(httpCode: 408)
-
HTTP code 409 - Conflict
Declaration
Swift
public static let conflict = RequestError(httpCode: 409)
-
HTTP code 410 - Gone
Declaration
Swift
public static let gone = RequestError(httpCode: 410)
-
HTTP code 411 - Length Required
Declaration
Swift
public static let lengthRequired = RequestError(httpCode: 411)
-
HTTP code 412 - Precondition Failed
Declaration
Swift
public static let preconditionFailed = RequestError(httpCode: 412)
-
HTTP code 413 - Payload Too Large
Declaration
Swift
public static let payloadTooLarge = RequestError(httpCode: 413)
-
HTTP code 414 - URI Too Long
Declaration
Swift
public static let uriTooLong = RequestError(httpCode: 414)
-
HTTP code 415 - Unsupported Media Type
Declaration
Swift
public static let unsupportedMediaType = RequestError(httpCode: 415)
-
HTTP code 416 - Range Not Satisfiable
Declaration
Swift
public static let rangeNotSatisfiable = RequestError(httpCode: 416)
-
HTTP code 417 - Expectation Failed
Declaration
Swift
public static let expectationFailed = RequestError(httpCode: 417)
-
HTTP code 421 - Misdirected Request
Declaration
Swift
public static let misdirectedRequest = RequestError(httpCode: 421)
-
HTTP code 422 - Unprocessable Entity
Declaration
Swift
public static let unprocessableEntity = RequestError(httpCode: 422)
-
HTTP code 423 - Locked
Declaration
Swift
public static let locked = RequestError(httpCode: 423)
-
HTTP code 424 - Failed Dependency
Declaration
Swift
public static let failedDependency = RequestError(httpCode: 424)
-
HTTP code 426 - Upgrade Required
Declaration
Swift
public static let upgradeRequired = RequestError(httpCode: 426)
-
HTTP code 428 - Precondition Required
Declaration
Swift
public static let preconditionRequired = RequestError(httpCode: 428)
-
HTTP code 429 - Too Many Requests
Declaration
Swift
public static let tooManyRequests = RequestError(httpCode: 429)
-
HTTP code 431 - Request Header Fields Too Large
Declaration
Swift
public static let requestHeaderFieldsTooLarge = RequestError(httpCode: 431)
-
HTTP code 451 - Unavailable For Legal Reasons
Declaration
Swift
public static let unavailableForLegalReasons = RequestError(httpCode: 451)
-
HTTP code 500 - Internal Server Error
Declaration
Swift
public static let internalServerError = RequestError(httpCode: 500)
-
HTTP code 501 - Not Implemented
Declaration
Swift
public static let notImplemented = RequestError(httpCode: 501)
-
HTTP code 502 - Bad Gateway
Declaration
Swift
public static let badGateway = RequestError(httpCode: 502)
-
HTTP code 503 - Service Unavailable
Declaration
Swift
public static let serviceUnavailable = RequestError(httpCode: 503)
-
HTTP code 504 - Gateway Timeout
Declaration
Swift
public static let gatewayTimeout = RequestError(httpCode: 504)
-
HTTP code 505 - HTTP Version Not Supported
Declaration
Swift
public static let httpVersionNotSupported = RequestError(httpCode: 505)
-
HTTP code 506 - Variant Also Negotiates
Declaration
Swift
public static let variantAlsoNegotiates = RequestError(httpCode: 506)
-
HTTP code 507 - Insufficient Storage
Declaration
Swift
public static let insufficientStorage = RequestError(httpCode: 507)
-
HTTP code 508 - Loop Detected
Declaration
Swift
public static let loopDetected = RequestError(httpCode: 508)
-
HTTP code 510 - Not Extended
Declaration
Swift
public static let notExtended = RequestError(httpCode: 510)
-
HTTP code 511 - Network Authentication Required
Declaration
Swift
public static let networkAuthenticationRequired = RequestError(httpCode: 511)


I'm Fredrik Lack, a self-employed software developer living and working in Stockholm, Sweden. I enjoy working fullstack/devops and working a lot with Kubernetes (k8s) and JavaScript (ES6/ES7/ES8, Node.js).
I'm working with everything from UI to CI/CD. I'm all for microservice architecture and working with Docker. For orchestration I'm happy to use Kubernetes on GCP. I also have long experience of running apps on Heroku.
Happy to work with:
- GCP
- Docker
- Kubernetes
- Node.js
- ES6/ES7/ES8
- React
- Fluxible
- Redux
- Redis
- MongoDB
- ElasticSearch
- Heroku
- HTML5
- CSS3
- Go
- Travis
- Jenkins
- Let's Encrypt
and more...
Some projects I worked with:


You configure connection forwarding for a network with multiple paths from the server in the Configure > Networking > Connection Forwarding page.You enable connection forwarding only in asymmetric networks; that is, networks in which a client request traverses a different network path than the server response. The default port for connection forwarding is 7850.For virtual in-path deployments with multiple Steelhead appliances, including WCCP clusters and connection forwarding, you must always allow in-path neighbor failure. This is because certain events, such as network failures, and router or Steelhead appliance cluster changes, can cause routers to change the destination Steelhead appliance for TCP connection packets. When this happens, Steelhead appliances must be able to redirect traffic to each other to ensure that optimization continues.To optimize connections in asymmetric networks, packets traveling in both directions must pass through the same client-side and server-side Steelhead appliance. If you have one path from the client to the server and a different path from the server to the client, you must enable in-path connection forwarding and configure the Steelhead appliances to communicate with each other. These Steelhead appliances are called neighbors and exchange connection information to redirect packets to each other.When RiOS determines an IPv6 incompatibility between connection-forwarding neighbors, it triggers an alarm indicating that a peer Steelhead appliance is incompatible. For details, see Configuring Alarm Settings and Viewing Alarm Status Reports.In RiOS v6.5 and later, you must enable connection forwarding in a WCCP cluster. With connection forwarding enabled, the WCCP load balancing algorithm considers the total number of in-path interfaces of all neighbors in the service group when balancing the load across the interfaces. If you do not enable connection forwarding, the Steelhead appliance with the lowest IP address assigns all traffic flows to itself. For details, see the Steelhead Appliance Deployment Guide.When using connection forwarding in a WCCP cluster with IPv6, Riverbed recommends upgrading all Steelhead appliances in the cluster to RiOS v8.5. You must also enable multiple interface support.You can place neighbors in the same physical site or in different sites, but the latency between them must be small because the packets travelling between them are not optimized.Important: When you define a neighbor, you specify the Steelhead appliance in-path IP address, not the primary IP address.If there are more than two possible paths, additional Steelhead appliances must be installed on each path and configured as neighbors. Neighbors are notified in parallel so that the delay introduced at the connection setup is equal to the time it takes to get an acknowledgement from the furthest neighbor.Important: Connection-forwarding neighbors must use the same WAN visibility mode. For details, see Configuring In-Path Rules.For details about connection forwarding, see the Steelhead Appliance Deployment Guide.
Enables connection forwarding by default on all neighbors added to the peer list. The default value is 7850. Specify the port number to use as the default for the neighbor Steelhead appliance in-path port. The default value is 7850. Specify the number of seconds to use as the default interval for ping commands between neighbor Steelhead appliances. The default value is 1 second. Specify the number of tries to use as the default number of failed ping attempts before an appliance terminates a connection with a neighbor. The default value is 3. For in-path deployments that use connection forwarding with WCCP, enabling this option ensures that if one appliance fails, the neighbor appliance continues to optimize new connections.For in-path deployments that use connection forwarding without WCCP, enabling this option ensures that a Steelhead appliance attempts to optimize new connections that are symmetrically routed, even after all of the neighbor Steelhead appliances on another network path failed. New asymmetrically routed connections are not optimized but passed through. Enables high availability on Steelhead appliances configured with multiple in-path interfaces and using connection forwarding with another multiport Steelhead appliance. This option makes all neighbor in-path interface IP addresses visible to each peer to ensure proper neighbor communication if the in-path0_0 interface fails.You must enable multiple interface support for a connection-forwarding neighbor to work with IPv6.
3. Click Apply to apply your settings.
4. Click Save to save your settings permanently.
Specify the in-path IP address for the neighbor Steelhead appliance. When you define a neighbor, you must specify the appliance in-path IP address, not the primary IP address.To use connection forwarding with IPv6, both Steelhead appliances must be running RiOS v8.5 and you must enable multiple interface support. Select the check box next to the name and click Remove Selected.
2. Click Apply to apply your settings.
3. Click Save to save your settings permanently.Configuring General Service Settings Configuring Asymmetric Routing Features


DARS REPORT
Ryan Ding
GPA: 2.4/4.0
Class of 2018
Technical GPA: 2.4/4.0
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To validate a wizard use the on-changing
and on-finishing
attributes to execute validation on the current form to see if its valid or not. Return false
to prevent wizard from continuing.
Add attribute is-visited
(default: false) to indicate that a wizard is visited and all steps are enabled.


{% extends 'base.html' %} {% macro inline_save() %} {% if editing %}
{{ review.reason }}
This wikifolio has been marked as INCOMPLETE by the instructors. Please fix the problems listed below, and then contact the instructors. You will not receive credit for this work until then. {% if can_mark_incomplete %} {% endif %}
{{ inc.reason }}


Meteorite Landings Map
value
value
value
You can drag the map and zoom (x.5 - x5)
Source:
Meteorite Strike Data