Live your life.
Life is an adventure. Take new roads, run new trails.
Indulge your curiosity.
Always dream.
Take time to create good memories.
Build traditions that you want to last. They are a touchstone. A source of joy, connection, continuity, and comfort in tough times.
Love well. That includes yourself, those who matter & anything that is worthy.
Savor the joy life brings.
Challenge your fears, courage is a powerful friend.
Don't forget to play; life is bleak without fun, curiosity, and beauty.
Never stop learning. About life, about yourself, about things that interest you.
Live keeping your dreams in mind. Choose accordingly.
Explore new places & new ways of living.
New experiences are worthwhile…
They can remind us of lessons that we forgot and expose us to new opportunities.
Live your life intentionally. It's the only one you get.


lu. 15 junio 2020
The code to obtain the above image is found here and is copied below:
import numpy as np
import matplotlib.pyplot as plt
from scipy.integrate import odeint
from mpl_toolkits.mplot3d import Axes3D
T = 40.0
inct = 0.01
rho = 28.0
sigma = 10.0
beta = 8.0/3.0
def dFun(state,t):
x, y, z = state
return sigma*(y-x),x*(rho-z)-y,x*y-beta*z
state0 = [1.0,1.0,1.0]
t = np.arange(0.0,T,inct)
states = odeint(dFun,state0,t)
# # Steady plot
# fig = plt.figure()
# ax = fig.gca(projection='3d')
# ax.plot(states[:,0],states[:,1],states[:,2])
# plt.show()
# Transient plot
fig = plt.figure()
ax = fig.gca(projection='3d')
fig.show()
for it,i in enumerate(t):
ax.clear()
ax.plot(states[0:it,0],states[0:it,1],states[0:it,2])
plt.pause(inct)
plt.close()


{% extends "account/base.html" %} {% load i18n %} {% load url from future %} {% block title %} E-mail Addresses {% endblock %} {% block content %}
The following e-mail addresses are associated with your account:
{% else %}Warning: You currently do not have any e-mail address set up. You should really add an e-mail address so you can receive notifications, reset your password, etc.
{% endif %}


Editing a Product Category
Catalog Managers can edit a product category in the Store module using the Store Admin module.
- On the Store Admin module, click the Categories link.
- Click the Edit link beside the category to be edited.
- Edit one or more fields as required.
-
Click the Update button.
- Repeat Steps 2-4 to edit additional categories.


--- title: Sources of Microplastics in Iceland author: Valtýr date: '2020-02-10' slug: sources-of-microplastics-in-iceland categories: - R tags: [] description: Desc hacker_news_id: '' lobsters_id: '' meta_img: /images/image.jpg ---
The ministry of environment requested an estimate of microplastic pollution to Icelandic seas. The main goal was to obtain information about the main sources and pathways to be able to react with political action if necessary. A part of the goal was to write a overview on the state of knowledge about microplastics regarding the marine environment especially. The outcome was a report (in Icelandic).
Around 80% of all microplastic pollution in Iceland is thought to originate from transportation of vehicles on rubber tires. Even though we haven’t yet confirmed rubber tires in such great quantities in ocean sediments we theorise that rubber and road particles are washed to the sea with surface water from urban areas. There is no doubt these particles exist and persist in the environment. Other large sources stem from laundry and housepaint but most houses in Iceland have painted outside walls and roofs.
The main sources of microplastics in Iceland and pathways to soil, on the one hand and ocean, on the other hand, are represented in this interactive Sankey-diagram below.
At Biopol thee has been monitoring on zooplankton and microplastics for a couple of years In Húnaflói bay, northern Iceland. There is little microplastic pollution because the area is sparsely inhabited. We mostly get fibers and flakes and half of them are possibly pollution from our boat and sampling equipment. Pollution of samples is difficult to avoid in microplastic research. We will soon gain accsess to a Raman spectro- microscope that will hopefully give us a further understanding about our samples.


Wallet successfully validated!
Please insert your first bill into the machine.
Your coins will be sent to:


|
ulib
1.7
The universal library
|
UMConfig is an object to hold the data of config files. More...
#import <UMConfig.h>
Instance Methods | |
| (UMConfig *) | - initWithFileName: |
| (void) | - read |
| (void) | - allowSingleGroup: |
| (void) | - disallowSingleGroup: |
| (void) | - allowMultiGroup: |
| (void) | - disallowMultiGroup: |
| (NSDictionary *) | - getSingleGroup: |
| (NSArray *) | - getMultiGroups: |
| (UMConfigParsedLine *) | - parseSingeLine:file:line: |
| (NSArray *) | - readFromFile |
| Instance Methods inherited from UMObject | |
| (void) | - addLogFromConfigGroup:toHandler:logdir: |
| (void) | - addLogFromConfigGroup:toHandler: |
| (void) | - addLogFromConfigGroup:toHandler:sectionName: |
| (void) | - addLogFromConfigGroup:toHandler:sectionName:subSectionName: |
| (void) | - addLogFromConfigGroup:toHandler:sectionName:subSectionName:configOption: |
| (void) | - addLogFromConfigGroup:toHandler:sectionName:subSectionName:configOption:logdir: |
| (id) | - init |
| (NSString *) | - descriptionWithPrefix: |
| (void) | - runSelectorInBackground:withObject: |
| (void) | - runSelectorInBackground:withObject:file:line:function: |
| (void) | - runSelectorInBackground: |
Protected Attributes | |
| NSString * | fileName |
| NSMutableDictionary * | singleGroups |
| NSMutableDictionary * | multiGroups |
| int | verbose |
| NSMutableDictionary * | allowedSingleGroupNames |
| NSMutableDictionary * | allowedMultiGroupNames |
| Protected Attributes inherited from UMObject | |
| uint32_t | umobject_flags |
| char * | _magic |
| UMLogFeed * | logFeed |
UMConfig is an object to hold the data of config files.
config files are having the following syntax:
include "some-other-config-file"
group = config-group name param = value param2 = value2
group = group2 param = value param2 = value2
Which groups are valid and read is defined while reading. The individal parameters then end up in a dictionary.
You define also if a group can be defined only once or multiple times.
Typical usage sequence:
UMConfig *config = [[UMConfig alloc]initWithFileName:"myconfig.conf"]; [config allowSingleGroup:@"main"]; [config allowSingleGroup:@"subsection"]; [config disallowSingleGroup:@"no-longer-supported-subsection"]; [config allowMultiGroup:@"multisection"]; [config read];
groups which are in the config file but not defined are simply skipped if they are in the disallowed definition it throws an exception instead.
| - (NSArray *) getMultiGroups: | (NSString *) | name |
return an NSArray of NSDictionary's of a group of the config section group which can occur multiple times
| - (NSDictionary *) getSingleGroup: | (NSString *) | name |
return a NSDictionary of a group of the config section group


FEBOOTSTRAP-SUPERMIN-HELPER
Section: Virtualization Support (8)Updated: 2011-09-14
Index Return to Main Contents
NAME
febootstrap-supermin-helper - Reconstruct initramfs from supermin appliance.SYNOPSIS
febootstrap-supermin-helper supermin.img hostfiles.txt host_cpu kernel initrd febootstrap-supermin-helper input [...] host_cpu kernel initrd febootstrap-supermin-helper -f ext2 input [...] host_cpu kernel initrd appliance febootstrap-supermin-helper -f checksum input [...] host_cpu
DESCRIPTION
febootstrap-supermin-helper reconstructs a bootable kernel and initramfs from a supermin appliance. First you should be familiar with febootstrap(8).PARAMETERS
Of the required parameters, the first few are input files, and the last two or three are output files."supermin.img" and "hostfiles.txt" are the input files which describe the supermin appliance. (You can also use a directory name here which is searched for files).
"host_cpu" should be the host CPU, eg. "x86_64" or "i686".
"kernel", "initrd" and "appliance" are the temporary output files that this script produces. These output files are meant to be used just for booting the appliance, and should be deleted straight afterwards. The extra "appliance" parameter is only required when the format is "ext2". None of these parameters are needed for the checksum output "-f checksum".
OPTIONS
- -f fmt
- --format fmt
-
Select the output format for the appliance. Possible formats are:
-
- cpio
-
A Linux initramfs. This is the default.
In this case you have to supply names for the "kernel" and "initrd", where the "initrd" is the appliance.
- ext2
-
An ext2 filesystem.
In this case you have to supply names for the "kernel", a small "initrd" which is used just to locate the appliance, and the "appliance" (the ext2 filesystem).
- checksum
-
Output a checksum.
This prints a checksum which only changes when one of the input files changes.
You can use this in order to cache the output of a previous run of this program: computing the checksum is much quicker than building an appliance, and you only need to invalidate the cache (and consequently rebuild the appliance) when the checksum changes. Note that the host_cpu and the UID of the current user are included in the checksum.
-
- -k file
- --kmods file
-
If this option is specified, then "file" should be a list of
wildcards matching kernel module names, eg:
virtio*.ko scsi*.ko piix.ko
In this case, only kernel modules matching those wildcards will be included in the output appliance. Note: You must resolve any dependencies yourself as this does not pull in dependent modules automatically.
If this option is not specified, then every kernel module from the host will be included. This is safer, but can produce rather large appliances which need a lot more memory to boot.
- -u user
- --user user
- -g group
- --group group
-
Run febootstrap-supermin-helper as an alternate user and/or group.
"user" and "group" can be specified as either a name, which will
be resolved using the system name service, or a uid/gid. Use of these
options requires root privileges.
Use of these options is required if running febootstrap-supermin-helper as root with the effective uid/gid set to non-root. Bash will reset the effective uid/gid to the real uid/gid when invoked. As febootstrap-supermin-helper uses bash in parts, this will result in the creation of an appliance with a mixture of ownerships.
SPEED
In libguestfs, on a mid-range Intel-based PC, we reconstruct the initramfs using this script in around 1/5th of a second (assuming a ``hot cache'' - it's rather slower when run the first time on a cold cache).Some tips to improve performance:
- *
- Use a kernel module whitelist (the "--kmods" option), and only list the kernel modules you really need.
- *
- Minimize the appliance, removing as much extraneous junk as possible.
ENVIRONMENT VARIABLES
- FEBOOTSTRAP_KERNEL
-
If this environment variable is set, then automatic selection of the
kernel is bypassed and this kernel is used.
The environment variable should point to a kernel file, eg. "/boot/vmlinuz-3.0.x86_64"
The corresponding module path is guessed from the kernel name, but you can override that by setting "FEBOOTSTRAP_MODULES".
- FEBOOTSTRAP_MODULES
-
If "FEBOOTSTRAP_KERNEL" and "FEBOOTSTRAP_MODULES" are both set, then
automatic selection of the kernel is bypassed and the kernel and
module path are set to these values.
The environment variable should point to a module directory, eg. "/lib/modules/3.0.x86_64/"
This has no effect if "FEBOOTSTRAP_KERNEL" is not set.
SEE ALSO
febootstrap(8).AUTHORS
Richard W.M. Jones <rjones @ redhat . com>COPYRIGHT
(C) Copyright 2009-2011 Red Hat Inc., <http://people.redhat.com/~rjones/febootstrap>.This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version.
This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details.
You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
Index
This document was created by man2html, using the manual pages.
Time: 05:34:25 GMT, December 24, 2015


| View
Measures
|
|
| At this stage it is
assumed that some measures have been computed on some time series.
Different operations can be used to visualize the computed measures on
the different time series, as shown below.
For any of the visualization operations the user is presented with the list of the time series names for which the measures are computed on and the list of measure names, where each measure name codes the measure name (first 10 characters) and its specified set of parameters (one parameter value for each name). A subset of time series names or measure names can be selected from the respective lists with standard use of the mouse: a click on a name and Shift^click on a another name further down in the list selects all names between the former and the latter; a click on a name and subsequent Ctrl^clicks on other names select these names including the first name; Ctrl^a selects the whole list. |
|
| Table of Measures |
|
| A table of selected measures and time series can be shown in a separate data window and can be further saved in a file. | |
| Free Plot |
|
| Measures and time series can be selected to be shown in a so-called free plot of measures vs time series, provided that at least two time series are selected. This operation is useful to visualize the dependence of any measure on selected time series, as well as the difference of this dependence across different time series. | |
| Plot of measure vs segment |
|
| This operation can be selected to plot a selection of measures computed on segments of time series, i.e. time series with names containing indices after the character 'S'. Then in one figure the graphs of the selected measures vs segment index are superimposed. Such a figure allows to track changes in the evolution of measure(s) along the recording epoch split in the time resolution of the duration of each segment. | |
| Plot of measure vs resampled time series |
|
| This operation can be selected to plot a selection of measures computed on resampled time series of a time series, i.e. time series with names containing indices after the string code of the specified resampling type. Then in one figure the graphs of the selected measures vs resampled time series index are superimposed, with the zero index assigning the original time series. Such a figure visualizes the result of the resampling test for each time series, comparing the measure(s) value for the original time series at index 0 to the other values of the resampled time series at the other indices. | |
| Plot of measure vs parameter |
|
| This operation can be selected to plot a measure as a function of a varying parameter (at least two values of the specified parameter should exist) for selected time series. Then in one figure the graphs of the selected measure for the selected time series vs the measure specific parameter are superimposed. This is the classical visualization for the dependence of a measure on its parameter, allowing for superimposing for different time series. This operation can be applied only to measures bearing at least one varying parameters. | |
| Plot of measure vs 2 parameters |
|
| This operation can be selected to plot a measure as a function of two varying parameters (at least two values of the each specified parameter should exist) for one selected time series. Then the surface of the selected measure and time series vs the two measure specific parameters is displayed in a three dimensional (3D) plot. This 3D plot visualizes the dependence of the measure on its two parameters, so it can be applied only to measures bearing at least two varying parameters. | |
| Plot of measure1 vs measure2 |
|
| This operation can be selected to make a scatter plot of two measures for en ensemble of selected time series. Then in a 2D plot the scatter of points, one for each time series, for the pair of the two selected measures will be shown. This visualization is particular useful to identify graphically cluster of time series with respect to the two selected measures. | |
| 3D scatter plot of measures |
|
| This operation can be selected to make a scatter plot of three measures for en ensemble of selected time series. Then in a 3D plot the scatter of points, one for each time series, for the triple of the three selected measures will be shown. This visualization is particular useful to identify graphically cluster of time series with respect to the three selected measures. | |
| Exit |
|
| By pressing this button all figures generated by any of the above operations will be deleted, the window will be gone. | |
| Help |
|
| This file will be shown |


Unbeaten Liverpool Net Late Winner At Palace
by SL InternationalEnglish Premier League
Result: Crystal Palace 1-2 Liverpool
Date: 23 November 2019
Venue: Selhurst Park
Premier League leaders Liverpool maintained their unbeaten run this season following a 2-1 win over Crystal Palace on Saturday evening.
Alex Oxlade-Chamberlain got rewarded with a spot alongside Roberto Firmino and Sadio Mane up front in place of Mohamed Salah, who started on the bench.
Liverpool received the first scare when a Gary Cahill header deflected off the bar after looping over Alisson Becker following a free-kick from Luka Milivojevic.
The Eagles pulled to the far side of the area in the final ten minutes of the first half, but Firmino poked Virgil Van Dijk’s flick behind for a corner kick.
Palace seemed to have gone ahead three minutes to halftime when James Tomkins nodded home from the far post, but the Video Assistant Referee (VAR) ruled out the strike following a foul in the build-up.
With no changes from either during halftime, the visitors were off to a threatening start with Mane in particular flashing attempts at the goal of Vicente Guiata.
Mane went and broke the deadlock four minutes later when he turned in the area to volley in off the left hand post despite the best efforts of Guaita.
Christian Benteke looked to haunt his former club in the final 12 minutes, but his acrobatic bicycle kick in the area flashed across the far post.
Palace were back on level term on 83 minutes when Wilfred Zaha collected a square ball from the left to slot beyond Alisson after hesitant defending from Dejan Lovren.
However, Liverpool regained control five minutes later when sloppy clearances off a corner invited Firmino to fire home from a close range to seal three points.


WITNESS LIST Transportation Committee April 3, 2002-9:00A Interim Charge #2 For: Araujo, Pete (Self and ABACO Customhouse Brokers, Inc.) Cole, Daryl (The City of El Paso) Rivera, Robert (El Paso county and Judge Dolores Briones) Wardy, Joe (Self and Texas Motor Transportation Association) On: Berry, Chuck (Texas Department of Transportation) Callaghan, Veronica (El Paso Foreign Trade Association) Clanton, Coy (Texas Department of Public Safety) Rico, Irene (Federal Highway Administration) Saenz, Amadeo (Texas Department of Transportation) Wueste, Ed (Texas Department of Transportation)


Currently working on
BinderFilter
BinderFilter is a Linux kernel message firewall for Android. Instrumented the kernel to achieve full mediation on all messages passed. Provided tools to visualize IPC on Wireshark or as nice granular graphs.
VPN from the scratch
Me and another student set out to implement a VPN from the scratch. We created a TUN interface based virtual network and remote machines could ssh into each other if they were on the same network. The VPN server was hosted on a raspberry pi.
An open source song comparison tool
Audio fingerprinting to find how similiar two songs are. An interesting use case was the Led Zeppelin v/s Tarus plagiarism lawsuit. I used a parallelizable FFT based fingerprinting algorithm based on Shazam’s paper, with some significant modifications. The fun part was running the FFT based algorithm on our CS cluster at Dartmouth. The results have been encouraging.


{% extends "bootstrap/base.html" %} {# Loads some of the macros included with Flask-Bootstrap. We are using the utils module here to automatically render Flask's flashed messages in a bootstrap friendly manner #} {% import "bootstrap/utils.html" as utils %} {% block title %}utils{% endblock %} {% block styles %} {{ super() }} {# Call in our scripts *after* bootstrap calls in jquery #} {% endblock %} {# Inside the ``content`` is where you should place most of your own stuff. This will keep scripts at the page end and a navbar you add on later intact. #} {% block content %}


V3couriers
About
Contact
Home
COLLEGE: Government Engineering College Ramanagara
BRANCH: Computer Science and Engineering
SUBJECT: Database Management System(DBMS)
TOPIC: Courier Management System
Nithin Kumar B 1GG18CS028
Adarsh Nagaraj 1GG18CS002
Vinayak S B 1GG18CS043


Chapter 8. International Style
Part I. Introduction
Although the Jargon File remains primarily a lexicon of hacker usage in American English, we have made some effort to get input from abroad. Though the hacker-speak of other languages often uses translations of jargon from English (often as transmitted to them by earlier Jargon File versions!), the local variations are interesting, and knowledge of them may be of some use to travelling hackers.
There are some references herein to ‘Commonwealth hackish’. These are intended to describe some variations in hacker usage as reported in the English spoken in Great Britain and the Commonwealth (Canada, Australia, India, etc. — though Canada is heavily influenced by American usage). There is also an entry on *Commonwealth Hackish* reporting some general phonetic and vocabulary differences from U.S. hackish.
Hackers in Western Europe and (especially) Scandinavia report that they often use a mixture of English and their native languages for technical conversation. Occasionally they develop idioms in their English usage that are influenced by their native-language styles. Some of these are reported here.
On the other hand, English often gives rise to grammatical and vocabulary mutations in the native language. For example, Italian hackers often use the nonexistent verbs ‘scrollare’ (to scroll) and ‘deletare’ (to delete) rather than native Italian scorrere and cancellare. Similarly, the English verb ‘to hack’ has been seen conjugated in Swedish. In German, many Unix terms in English are casually declined as if they were German verbs – thus: mount/mounten/gemountet; grep/grepen/gegrept; fork/forken/geforkt; core dump/core-dumpen, gecoredumpt. And Spanish-speaking hackers use ‘linkear’ (to link), ‘debugear’ (to debug), and ‘lockear’ (to lock).
European hackers report that this happens partly because the English terms make finer distinctions than are available in their native vocabularies, and partly because deliberate language-crossing makes for amusing wordplay.
A few notes on hackish usages in Russian have been added where they are parallel with English idioms and thus comprehensible to English-speakers.
| Prev | Up | Next |
| Chapter 7. Hacker Speech Style | Home | Chapter 9. Crackers, Phreaks, and Lamers |


How the Breakeven Level of Mining Allows One to Determine the Pivot Point of Bitcoin
In recent days, the price of bitcoin has fallen sharply, which has led to a decrease in network hashrate by 20%. It suggests an outflow of miners due to the losses, which has happened more t...


Guidance
This information is no longer current. The latest version can be found on the Consistent financial reporting framework (CFR) guidance page .
Departmental advice to help schools keep track of income and expenditure for the 2014 to 2015 financial year.
PDF , 1.01MB , 39 pages
ODT , 2.55MB
This file is in an OpenDocument format
ODT , 2.48MB
This file is in an OpenDocument format
This departmental advice is for:
It applies to:
It is optional for nurseries and non-maintained special schools.
This advice provides the definitions for each CFR code to assist schools in mapping income and expenditure to the appropriate areas of the CFR framework. The codes are set out in the Consistent Financial Reporting (England) Regulations 2012 .
The Department for Education uses COLLECT (Collection On-Line - Learners Education Children and Teachers) to capture CFR data from schools and local authorities. There are guides for schools and local authorities on using COLLECT to submit a CFR return. A spreadsheet to generate an XML file which can be used to upload CFR data into COLLECT will be published on this page.
The financial benchmarking website enables you to compare your school’s income and expenditure profile with that of similar schools.
Published: 21 May 2014
Updated: 1 April 2016
From: Education Funding Agency


The life cycle of butterﬂies has four stages. One of these stages is pictured below.
Arrange the stages of life of a butterfly in order from beginning to end.


This assignment was a fun refresher in using unaugmented HTML.
I didn't really learn a whole lot of new information,
but it was a nice reminder as I haven't worked with web-based
code in a while :)
Aside from the information presented in lecture, I was fairly
well versed in the construction of webpages and only needed
to seek out new information in regards to adding unicode
emojis to my blog.
Project Link
This assignment was a good excuse to flex the creative design
part of my skills and really dig my teeth into CSS. While I've
worked with it in the past, the experience of creating a website
like this was refreshing and fun!
For pretty much every bit of CSS that I did end up adding, W3
schools was an incredibly useful web-resource. It gave me
significant insight into the usage and capabilites of various
CSS styles and attributes, and gave me a chance to explore
a lot of code that I haven't looked at in a while.
Project Link
This assignment forced me to get more comfortable with manipulating
HTML elements with javascript, something I haven't really done much
of before! Specifically, I noticed that working with the DOM was
rather verbose relatively speaking. I am however glad that we were
required to use vanilla JS instead of an external library.
Any and all questions I had about javascript syntax, event handling,
the DOM, or various other problems I dealt with were solved either
in stack overflow, or W3 schools. I am glad to have looked more in
to using non-jquery code, and I feel that in general it has allowed
me to become more proficcient in my coding capabilities.
Project Link
This assignment definitely put me outside of my usual comfort zone.
I have little experience configuring basic node servers, and as such
I found it to be a new and exciting challenge. In general, I tended
to struggle most with attempting to carry out all of the required
tasks of the assignment without feeling as though my work wasn't optimal.
As far as access to information goes, I found myself constantly using the
resources at W3Schools for node modules such as FS or HTTP. Additionally,
accessing the Node docs and viewing information on their components was
very helpful for putting my code together. Finally, some entries in Piazza
helped me to understand what was being asked in regards to cacheing our
files.
Project Link


6.2. The Union/Find Algorithm (optional) (WORK IN PROGRESS)¶
6.2.1. The Union/Find Problem¶
General trees are trees whose internal nodes have no fixed number of children. Compared to general trees, binary trees are relatively easy to implement because each internal node of a binary tree can just store two pointers to reach its (potential) children. In a general tree, we have to deal with the fact that a given node might have no children or few children or many children.
Even in a general tree, each node can have only one parent. If we didn’t need to go from a node to its children, but instead only needed to go from a node to its parent, then implementing a node would be easy. A simple way to represent such a general tree would be to store for each node only a pointer to that node’s parent. We will call this the parent pointer representation for general trees. Clearly this implementation is not general purpose, because it is inadequate for such important operations as finding the leftmost child or the right sibling for a node. Thus, it may seem to be a poor idea to implement a general tree in this way. However, the parent pointer implementation stores precisely the information required to answer the following, useful question: Given two nodes, are they in the same tree? To answer this question, we need only follow the series of parent pointers from each node to its respective root. If both nodes reach the same root, then they must be in the same tree. If the roots are different, then the two nodes are not in the same tree. The process of finding the ultimate root for a given node we will call FIND.
<IP_ADDRESS>. Parent Pointer Trees¶
The parent pointer representation is most often used to maintain a collection of disjoint sets. Two disjoint sets share no members in common (their intersection is empty). A collection of disjoint sets partitions some objects such that every object is in exactly one of the disjoint sets. There are two basic operations that we wish to support:
Determine if two objects are in the same set (the FIND operation), and
Merge two sets together.
Because two merged sets are united, the merging operation is called UNION and the whole process of determining if two objects are in the same set and then merging the sets goes by the name UNION/FIND.
To implement UNION/FIND, we represent each disjoint set with a separate general tree. Two objects are in the same disjoint set if they are in the same tree. Every node of the tree (except for the root) has precisely one parent. Thus, each node requires the same space to represent it. The collection of objects is typically stored in an array, where each element of the array corresponds to one object, and each element stores the object’s value (or a pointer to the object). The objects also correspond to nodes in the various disjoint trees (one tree for each disjoint set), so we also store the parent value with each object in the array. Those nodes that are the roots of their respective trees store an appropriate indicator. Note that this representation means that a single array is being used to implement a collection of trees. This makes it easy to merge trees together with UNION operations.
Here is an implementation for parent pointer trees and the UNION/FIND process.
// General Tree implementation for UNION/FIND
public class ParPtrTree {
private int[] array; // Node array
ParPtrTree(int size) {
array = new int[size]; // Create node array
for (int i=0; i<size; i++) {
array[i] = -1; // Each node is its own root to start
}
}
// Merge two subtrees if they are different
public void UNION(int a, int b) {
int root1 = FIND(a); // Find root of node a
int root2 = FIND(b); // Find root of node b
if (root1 != root2) { // Merge two trees
array[root1] = root2;
}
}
// Return the root of curr's tree
public int FIND(int curr) {
while (array[curr] != -1) {
curr = array[curr];
}
return curr; // Now at root
}
}
# General Tree implementation for UNION/FIND
class ParPtrTree:
def __init__(self, size) {
# Each node is its own root to start
self.array = [-1] * size
# Merge two subtrees if they are different
def UNION(self, a, b):
root1 = self.FIND(a) # Find root of node a
root2 = self.FIND(b) # Find root of node b
if root1 != root2: # Merge two trees
self.array[root1] = root2
# Return the root of curr's tree
def FIND(self, curr):
while self.array[curr] != -1:
curr = self.array[curr]
return curr # Now at root
The ParPtrTree
class has an array where each array position
corresponds to one object in some collection.
Each array element stores the array index for its parent.
There are two main methods to implement.
Method UNION
merges two sets together, where each set corresponds
to a tree.
Method FIND
is used to find the ultimate root for a node.
An application using the UNION/FIND operations
should store a set of \(n\) objects, where each object is assigned
a unique index in the range 0 to \(n-1\).
The indices refer to the corresponding parent pointers in the array.
Class ParPtrTree
creates and initializes the
UNION/FIND array, and methods UNION
and
FIND
take array indices as inputs.
<IP_ADDRESS>. Equivalence Classes¶
Consider the problem of assigning the members of a set to disjoint subsets called equivalence classes. Recall that an equivalence relation is reflexive, symmetric, and transitive. Thus, if objects \(A\) and \(B\) are equivalent, and objects \(B\) and \(C\) are equivalent, then we must be able to recognize that objects \(A\) and \(C\) are also equivalent. In this representation, since \(A\) and \(B\) are equivalent, they must be in the same tree. Likewise for \(B\) and \(C\). We can recognize that \(A\) and \(C\) are equivalent because they must also be in the same tree.
There are many practical uses for disjoint sets and representing equivalences. For example, consider this graph of ten nodes labeled \(A\) through \(J\).
Notice that for nodes \(A\) through \(I\), there is some series of edges that connects any pair of these nodes, but node \(J\) is disconnected from the rest of the nodes. Such a graph might be used to represent connections such as wires between components on a circuit board, or roads between cities. We can consider two nodes of the graph to be equivalent if there is a path between them. Thus, nodes \(A\), \(H\), and \(E\) would be considered as equivalent, but \(J\) is not equivalent to any other. A subset of equivalent (connected) edges in a graph is called a connected component. The goal is to quickly classify the objects into disjoint sets that correspond to the connected components.
Another use for UNION/FIND occurs in Kruskal’s algorithm for computing the minimal-cost spanning tree for a graph. That algorithm seeks to select the cheapest subset of the edges that still connects all of the nodes in the graph. It does so by processing all edges of the graph from shortest to longest, only adding an edge to the connecting subset if it does not connect two nodes that already have some series of edges connecting them.
The input to the UNION/FIND algorithm is typically a series of equivalence pairs. In the case of the connected components example, the equivalence pairs would simply be the set of edges in the graph. An equivalence pair might say that object \(C\) is equivalent to object \(A\). If so, \(C\) and \(A\) are placed in the same subset. If a later equivalence relates \(A\) and \(B\), then by implication \(C\) is also equivalent to \(B\). Thus, an equivalence pair may cause two subsets to merge, each of which contains several objects.
Equivalence classes can be managed efficiently with the UNION/FIND
algorithm.
Initially, each object is at the root of its own tree.
An equivalence pair is processed by checking to see if both objects
of the pair are in the same tree by calling FIND
on each of them.
If their roots are the same, then no change need be made because the
objects are already in the same equivalence class.
Otherwise, the two equivalence classes should be merged by the
UNION
method.
The parent pointer representation places no limit on the number of nodes that can share a parent. To make equivalence processing as efficient as possible, the distance from each node to the root of its respective tree should be as small as possible. Thus, we would like to keep the height of the trees small when merging two equivalence classes together. Ideally, each tree would have all nodes pointing directly to the root. Achieving this goal all the time would require too much additional processing to be worth the effort, so we must settle for getting as close as possible.
<IP_ADDRESS>. Weighted Union¶
A low-cost approach to reducing the height is to be smart about how two trees are joined together. One simple technique, called the weighted union rule, joins the tree with fewer nodes to the tree with more nodes by making the smaller tree’s root point to the root of the bigger tree. This will limit the total depth of the tree to \(O(\log n)\), because the depth of nodes only in the smaller tree will now increase by one, and the depth of the deepest node in the combined tree can only be at most one deeper than the deepest node before the trees were combined. The total number of nodes in the combined tree is therefore at least twice the number in the smaller subtree. Thus, the depth of any node can be increased at most \(\log n\) times when \(n\) equivalences are processed (since each addition to the depth must be accompanied by at least doubling the size of the tree).
Here is an implementation for the UNION method when using weighted union.
public void UNION(int a, int b) {
int root1 = FIND(a); // Find root of node a
int root2 = FIND(b); // Find root of node b
if (root1 != root2) { // Merge with weighted union
if (weights[root2] > weights[root1]) {
array[root1] = root2;
weights[root2] += weights[root1];
} else {
array[root2] = root1;
weights[root1] += weights[root2];
}
}
}
def UNION(self, a, b):
root1 = self.FIND(a) # Find root of node a
root2 = self.FIND(b) # Find root of node b
if root1 != root2: # Merge with weighted union
if self.weights[root2] > self.weights[root1]:
self.array[root1] = root2
self.weights[root2] += self.weights[root1]
else:
self.array[root2] = root1;
self.weights[root1] += self.weights[root2];
The following slideshow illustrates a series of UNION operations with weighted union.
<IP_ADDRESS>. Path Compression¶
The weighted union rule helps to minimize the depth of the tree, but
we can do better than this.
Path compression is a method that tends to
create extremely shallow trees.
Path compression takes place while finding the root
for a given node \(X\).
Call this root \(R\).
Path compression resets the parent of every node on the path from
\(X\) to \(R\) to point directly to \(R\).
This can be implemented by first finding \(R\).
A second pass is then made along the path from \(X\) to \(R\),
assigning the parent field of each node encountered to \(R\).
Alternatively, a recursive algorithm can be implemented as follows.
This version of FIND
not only returns the root of the
current node, but also makes all ancestors of the current node point
to the root.
// Return the root of curr's tree with path compression
public int FIND(int curr) {
if (array[curr] == -1) return curr; // At root
array[curr] = FIND(array[curr]);
return array[curr];
}
# Return the root of curr's tree with path compression
def FIND(self, curr):
if self.array[curr] == -1:
return curr # At root
self.array[curr] = self.FIND(self.array[curr])
return self.array[curr];
The following slide show illustrates path compression using the last step in the previous example.
Path compression keeps the cost of each FIND operation very close to constant.
To be more precise about what is meant by “very close to constant”, the cost of path compression for \(n\) FIND operations on \(n\) nodes (when combined with the weighted union rule for joining sets) is approximately \(\Theta(n \log^* n)\). The notation \(\log^* n\) means the number of times that the log of \(n\) must be taken before \(n \leq 1\). For example, \(\log^* 65536\) is 4 because \(\log 65536 = 16, \log 16 = 4, \log 4 = 2\), and finally \(\log 2 = 1\). Thus, \(\log^* n\) grows very slowly, so the cost for a series of \(n\) FIND operations is very close to \(n\).
Note that this does not mean that the tree resulting from processing \(n\) equivalence pairs necessarily has depth \(\Theta(\log^* n)\). One can devise a series of equivalence operations that yields \(\Theta(\log n)\) depth for the resulting tree. However, many of the equivalences in such a series will look only at the roots of the trees being merged, requiring little processing time. The total amount of processing time required for \(n\) operations will be \(\Theta(n \log^* n)\), yielding nearly constant time for each equivalence operation. This is an example of amortized analysis.
The expression \(\log^* n\) is closely related to the inverse of Ackermann’s function. For more information about Ackermann’s function and the cost of path compression for UNION/FIND, see [Tarjan75]. The survey article by Galil & Italiano [GalilItaliano91] covers many aspects of the equivalence class problem.


| public | Buffer(const Size& size_, Graphics& graphics_) |
| public inline nothrow Graphics& | BitmapGraphics() |
| public void | Draw(Graphics& graphics) |
| public inline nothrow Bitmap& | GetBitmap() const |
| public inline nothrow const Size& | GetSize() const |
| private Bitmap | bitmap |
| private Graphics | graphics |
| private Size | size |


Potato Fight is a third-person shooter developed by Oh My Cheese Games. The game features
anthromorphized potatoes,
who battle each other using butter to "butter" enemies.
It focuses on multiplayer battles, in which eight players face off in a struggle for "butter points".
Players can use secondary weapons and special weapons to defeat enemies and can swim through gravy for sneak attacks.
It is currently planned for a late August 2017 release.


This is a pragraph place text.
This is another paragraph place text.
This is a third paragraph.
This is a fourth paragraph place text.
This is a fifth paragraph. place text.


Taiwan police officers injured in car crash during visit by vice-presidential candidate
Five officers only lightly injured, Lai not directly involved
by Matthew StrongFive police officers injured in Tainan car accident. Five police officers injured in Tainan car accident. (CNA photo)
TAIPEI (Taiwan News) – Five police officers were injured Friday (November 29) as a truck crashed into their vehicles in the margin of a campaign visit to Tainan by Democratic Progressive Party (DPP) vice-presidential candidate William Lai (賴清德).
The former premier was reportedly not near the site of the incident in the city’s southern district, while the officers were diagnosed at a hospital with slight injuries, the Central News Agency reported.
The two Mitsubishi SUVs had been waiting to turn left at an intersection when a truck rammed the second patrol car, which then rear-ended the first car, sending it smashing into a pylon ahead.
The truck driver did not have any alcohol in his blood, but had reportedly not been keeping sufficient distance between his vehicle and the police car in front. The incident was still being investigated, according to CNA.


Set a maximum volume level for sources. While listening, adjust volume from the source or the master volume control below.
The current DSP program does not support adjusting volume limits.


-
Declarative
React makes it painless to create interactive UIs. Design simple views for each state in your application, and React will efficiently update and render just the right components when your data changes. Declarative views make your code more predictable and easier to debug.
-
Component-Based
Build encapsulated components that manage their own state, then compose them to make complex UIs. Since component logic is written in JavaScript instead of templates, you can easily pass rich data through your app and keep state out of the DOM.
-
Learn Once, Write Anywhere
We don't make assumptions about the rest of your technology stack, so you can develop new features in React without rewriting existing code. React can also render on the server using Node and power mobile apps using React Native.


Transformers
Transformers perform a data transformation (computation), with cells as input, and one cell as the output. The source code of the transformation is an additional input. In principle, transformations can be in any programming language.
Transformers must be bound to a context. ctx.tf = Transformer()
creates a new transformer ctx.tf
, bound to context ctx
.
In the documentation below, ctx.tf = Transformer()
is assumed.
Pins
The inputs of a transformer are declared as pins. If ctx.tf
does not have a pin x
, then ctx.tf.x = 10
creates a new pin x
with the value 10. If it does have a pin x
, it assigns the value 10 to it. A pin can also be connected to a cell ctx.c
using ctx.tf.x = ctx.c
.
Pin values can be accessed with e.g. ctx.tf.x.value
for pin x
.
Pin attributes can be accessed using ctx.tf.pins
, e.g ctx.tf.pins.x
for pin x
. The celltype of a pin x
can be changed using ctx.tf.pins.x.celltype
. Pin x
can be deleted using del ctx.tf.pins.x
or del ctx.tf.x
.
Pins can be mounted to files, just like cells can, e.g ctx.tf.x.mount(...)
for pin x. The same restrictions apply as for cells regarding dependent values and celltype. See the documentation of Cell for more details.
Newly created/deleted/connected/mounted pins require a re-translation of the context to take effect. This is also the case for a change in pin celltype.
Alternative pin syntax
As an alternative pin syntax, you can also use ctx.tf["x"] = 10
.
This allows pins with names that are not valid Python attributes, such as ctx.tf["file.txt"] = 10
.
Code pin
There is one special pin that always exists: ctx.tf.code
. This pin defines the source code of the transformer, in the programming language defined by ctx.tf.language
. Depending on the programming language, other special pins may exist as well (see below).
Transformer execution
Transformers (re-)execute whenever any of their pins change in value. If any pin is None, the transformer result is None as well. Transformers execute in perfect isolation:
Concurrently, without blocking the ipython shell, file mounting, HTTP sharing, or other transformers.
With no access to any variables other than the values of the pins.
In a separate directory, with no access to the directory where Seamless is running.
Transformers that are being executed are canceled when any of their pins change. Seamless keeps track of the (checksum of) a transformation result, as a function of (the checksums of) the input value. If the result of a transformation is already known, it is not re-executed.
Transformer result
The result of a transformer is None until the transformation has completed successfully.
It is available as the result pin ctx.tf.result
.
The value of the result is available as ctx.tf.result.value
.
The celltype of the result is always “structured”. Use ctx.tf.result.value.unsilk
to get it as “mixed” (i.e. a JSON-encodable Python object, a Numpy array, or a mix of both).
The execution status of the transformer can be retrieved using ctx.tf.status
. If it is “error”, the error message can be retrieved using ctx.tf.exception
.
Transformers can print to stdout or stderr during execution. The printed output will be in ctx.tf.logs
, together with the execution time and result.
ctx.tf.logs
is only available after execution has finished. It is possible to put a transformer in debug mode in order to get more immediate feedback (see the “debugging” documentation section).
To assign a transformer result to a cell ctx.c
, do ctx.c = ctx.tf
, or ctx.c = ctx.tf.result
(preferred syntax).
Transformer programming languages
In principle, Seamless transformers can be in any programming language.
The language is set in the Transformer.language
field.
The following languages are supported directly:
“python” (default)
“bash”
“ipython”
“r”
compiled languages:
“c”
“cpp”
“fortran”
Cython is also bundled with the Seamless Docker image. Within an IPython transformer, you can use %%cython magics to embed Cython code.
Seamless has an API to dynamically add support for new programming languages. See the section “Adding new transformer languages” below.
Python transformers
Python transformers have ctx.tf.language = "python"
, which is the default. Python transformers can also be directly created from a Python function:
def func(a, b):
return a + b
ctx.tf = func
The last statement creates the transformer ctx.tf
. Seamless inspects the function signature of func
to create two pins, ctx.tf.a
and ctx.tf.b
, with undefined value.
In addition, ctx.tf.code
is set to the source code of func
.
You may want to mount ctx.tf.code
to a .py
file and edit that file in a text editor.
Note that during execution, the Python transformer has no access to the scope/namespace of ctx. For example, the following will not work:
import numpy as np
def func(a, b):
return np.arange(a, b)
ctx.tf = func
This is because np
is not defined inside of func
, but outside of it, so the transformer will not have access to it. The solution is to put imports inside the transformer code:
def func(a, b):
import numpy as np
return np.arange(a, b)
ctx.tf = func
Python source code can be an expression, a function, or simply a block of code. For an expression or a function, the return value is the result value. A code block must define a variable named “result”.
Preliminary results and progress
IMPORTANT: This documentation section is a stub.
Bash transformers
Bash transformers have ctx.tf.language
set to “bash”.
In both cases, ctx.tf.code
is written in bash.
The bash code will have access to every input pin stored as a file of the same name.
Small inputs are also available as a bash variable of the same name.
You can use the alternative pin syntax to specify input pins that will be stored as a file with an extension: ctx.tf["inputfile.txt"] = ctx.inputfile
, where ctx.inputfile
is a cell.
Execution takes place in a temporary directory, that is cleaned up afterwards. The bash code is literally executed under bash, Seamless does not perform parsing or variable substitution of any kind.
After execution, Seamless expects that a file or directory with the name RESULT
has been created.
This file/directory must contain the result of the transformation. This result will be assigned to the result pin (ctx.tf.result
). In case of a result directory, the result will be a dict where the keys are the original file names within the RESULT
directory and the values are the contents of those files. To get the individual result file values, use subcells (see the Cell documentation for more details). For example:
ctx.tf = Transformer()
ctx.tf.language = "bash"
ctx.tf.a = 5
ctx.tf["file.txt"] = "test"
ctx.tf.code = """
mkdir RESULT
seq $a > RESULT/a.list
mv file.txt RESULT
"""
ctx.result = ctx.tf.result
ctx.alist = ctx.result["a.list"]
ctx.alist.celltype = "text"
ctx.filetxt = ctx.result["file.txt"]
ctx.filetxt.celltype = "text"
await ctx.computation()
print(ctx.alist.value)
print()
print(ctx.filetxt.value)
1
2
3
4
5
test
Bash transformers with a docker_image
attribute have their bash script executed inside a Docker container.
Note that to execute a such transformer under standard Seamless (i.e. without configuring job servants to delegate the work), you will need to expose the Docker socket to Seamless, e.g using seamless-bash-trusted
or seamless-jupyter-trusted
. Also, unlike docker run
, Seamless does not pull any Docker images for you.
An example of a bash transformer is here. An example of a bash transformer with Docker image is here.
Note that bash transformers are executed in a separate temporary execution directory, they have no access to the file system available to ctx
. The execution directory is deleted after execution.
Also, the files inside this directory have file names that correspond only to the name of the transformer pins. There is also absolutely no relation with the cells to which these are connected. There is also no relation between these file names and the file names under which cells/pins are mounted or shared. This is demonstrated using the following example code:
ctx.name1 = 12
ctx.name1.celltype = "int"
ctx.name1.mount("name2.txt")
ctx.name1.share("name3.txt")
ctx.tf = Transformer()
ctx.tf.language = "bash"
ctx.tf.name4 = ctx.name1
ctx.tf.code = """
# name2.txt or name3.txt do NOT exist ...
mkdir RESULT
echo $name4 > RESULT/x
seq $name4 > RESULT/y
cat name4 name4 > RESULT/z
"""
ctx.result = ctx.tf
ctx.x = ctx.result.x
ctx.y = ctx.result.y
ctx.z = ctx.result.z
ctx.x.celltype = "int"
ctx.x.mount("name5.txt")
ctx.x.share("name6.txt")
ctx.compute()
Compiled transformers
IMPORTANT: This documentation section is a stub.
Relevant examples:
See Running examples on how to run examples.
Relevant test examples:
See Running tests on how to execute tests.
Adding new transformer languages
IMPORTANT: This documentation section is a stub.
(integrate or delegate to documentation on environments)
Relevant test examples:
environment.py. At the end of this test, it is shown how to add Rust support. First, Rust must be installed in the container using “mamba install rust”.
environment2.py. This test shows how to add Go support. First, Go must be installed in the container using “mamba install go-cgo”.
environment3.py. This test shows how to add direct Cython support (without IPython magics).
environment6.py. This test shows how to add PHP support. First, install php7.4-cli with apt and python-bond with pip.
See Running tests on how to execute tests.


Dwarf Goods Trader Mion:
You say that you forgot?
My brother went to
the northern coast
to see the vast ocean.
Don't forget this time!


Full stack web and hybrid mobile applications developer specializing in full stack JavaScript application and architectures. Experienced in all stages of the development life cycle, well versed in numerous prgrammin languages.
| Full Stack development | Hybrid Mobile Development |
| Strong Analytical Skills | Savvy Problem Solver | Prioritzes Tasks | Strong Leadership Skills |


These files are intended to be used by beginners with the JavaScript Console in Chrome. Start here.
The order of examples follows Chapter 19 in Learning Web Design, Fourth Edition: A Beginner’s Guide to HTML, CSS, JavaScript, and Web Graphics, by Jennifer Niederst Robbins. The examples are my own, although they are aligned with examples given in the chapter.
See the GitHub repo.


Hypertext Markup Language (HTML) is the standard markup language for creating web pages and web applications. With Cascading Style Sheets (CSS) and JavaScript it forms a triad of cornerstone technologies for the World Wide Web.[1] Web browsers receive HTML documents from a webserver or from local storage and render them into multimedia web pages. HTML describes the structure of a web page semantically and originally included cues for the appearance of the document.
HTML elements are the building blocks of HTML pages. With HTML constructs, images and other objects, such as interactive forms, may be embedded into the rendered page. It provides a means to create structured documents by denoting structural semantics for text such as headings, paragraphs, lists, links, quotes and other items. HTML elements are delineated by tags, written using angle brackets. Tags such as and introduce content into the page directly. Others such as ... surround and provide information about document text and may include other tags as sub-elements. Browsers do not display the HTML tags, but use them to interpret the content of the page.
| Players | Ratings | Type | Player Info |
|---|---|---|---|
| 100 | Invincible | Thierry Henry | |
| 100 | Invincible | Dennis Bergkamp | |
| 100 | Invinsible | Patrick Vieira |


Niger's exiled opposition chief back in jail after return home
by Abdur Rahman Alfa ShabanHama Amadou, the main opposition leader in Niger’s last presidential election recently returned from medical exile in France but has since hauled into jail.
Multiple news portals said the former Speaker of the National Assembly, appeared before the Niger High Court after he was summoned on his return. He was escorted by security official to the Filingue prison, a local outlet Niger Tribune reported.
Amadou’s return to the country was mainly due to the death of his mother. He was pictured with other allies visiting the tomb of his mother in the capital Niamey.
Hama Amadou, was held in jail for several months before the 2016 presidential vote on charges of baby trafficking, accusations that he dismissed as politically motivated. He was president Issoufou’s main challenger in the vote.
Amadou was released from jail to fly to France for medical treatment. He came second in the vote despite being absent from the country.
President Mahammadou Issoufou has confirmed that he will step down when next elections are help in 2021. The ruling coalition earlier this year chose Interior Minister Bazoum Mohammed as its candidate.
The Minister was among several dignitaries who met with Amadou since his return from exile to the West African nation. A new electoral code passed last year bars him from contesting for the presidency.


For my CS126 coursework, I was asked to build the backend of a social networking site called ‘Witter’. The backend was written in java and I had to manage storing and retrieving data for 3 things:
The only catch was that we were not allowed to import any data structures from the JCF, we had to write them ourselves from scratch.
For my solution I created the following data structures from scratch:
And I also created a functioning merge sort.
A big part of this coursework was testing. And to help my coursework obtain the maximum marks possible, I decided to delve into the unit testing method and wrote testing scripts to comprehensively test my functionality. These tests would test how my program would function on normal data, erroneous data, extreme data and edge cases.
Here is a screenshot of my test script being run.
(the testGetUsers adds half a million users then times how long it takes to output them sorted by the date they joined the site - they are not sorted when being added)


I born in comilla on 1999.I am very unluckey boy.I am very smart boy.My teen age life spent in dhaka.
I born in comilla on 1999.I am very unluckey boy.I am very smart boy.My teen age life spent in dhaka. I born in comilla on 1999.I am very unluckey boy.I am very smart boy.My teen age life spent in dhaka. I born in comilla on 1999.I am very unluckey boy.I am very smart boy.My teen age life spent in dhaka. I born in comilla on 1999.I am very unluckey boy.I am very smart boy.My teen age life spent in dhaka. I born in comilla on 1999.I am very unluckey boy.I am very smart boy.My teen age life spent in dhaka. I born in comilla on 1999.I am very unluckey boy.I am very smart boy.My teen age life spent in dhaka.
My sertificate:
| name | board | year | gpa |
|---|---|---|---|
| psc | comilla | 2010 | 5.00 |
| jsc | dhaka | 2013 | 5.00 |
| ssc | dhaka | 2016 | 4.56 |
At first my brother help me to be a web developer
my mail address


EBD - Easton Bible DIctionary
Perazim
PERAZIM
"PERAZIM", MOUNT mount of breaches, only in
Isaiah 28:21
. It is the same as BAAL-PERAZIM (q.v.), where David gained a victory over the Philistines (
2 Samuel 5:20
).
"PERAZIM", MOUNT mount of breaches, only in Isaiah 28:21. It is the same as BAAL-PERAZIM (q.v.), where David gained a victory over the Philistines (2 Samuel 5:20).


DDi Extractor is a simple tool to extract drug entities and drug-drug interactions from text. The system uses a CRF Classifier to extract drug entities and a Bi-LSTM Neural Network to classify drug-drug interactions.


{% load static %} All pictures
{{picture.description}}
{{picture.pub_date}}
Source of Picture
Show file


management
`Prev `__
M
`Next `__
--------------
**management**: n.
1. Corporate power elites distinguished primarily by their distance from
actual productive work and their chronic failure to manage (see also
`*suit* <../S/suit.html>`__). Spoken derisively, as in “\ *Management*
decided that ...”.
2. Mythically, a vast bureaucracy responsible for all the world's minor
irritations. Hackers' satirical public notices are often signed ‘The
Mgt’; this derives from the *Illuminatus* novels (see the
`Bibliography <../pt03.html#bibliography>`__ in Appendix C).
--------------
+-----------------------------+----------------------------+------------------------------+
| `Prev `__ | `Up <../M.html>`__ | `Next `__ |
+-----------------------------+----------------------------+------------------------------+
| man page | `Home <../index.html>`__ | mandelbug |
+-----------------------------+----------------------------+------------------------------+


Hackathons
Going from hackathon newbie to pro hacker
Welcome to the Dining Philosophers’ resources for hackathons! Below we have resources for learning new tools and languages at hackathons, as well as information for Penn students looking to travel to a hackathon this spring.
Penn.hack()
Meet the Penn hackers
Join us in our Facebook group to get all the latest hackathon updates! We’re working on organizing buses, so we’ll let you know when we get the details worked out.
Learning Resources
Pages and pages of tips to learn new tools and languages
These materials are curated from across the Internet to be useful and avoid redundancy. They’re designed to be a one-stop shop for your hackathon needs.
Coming soon:
- Intro to Git
- Chrome Extension Tutorial
- Javascript Tutorial
- Intro to HTML/CSS
- Node.js Tutorial


 The students taking film courses are upset, of course. Not to let this get in their way, the students decide to raise the money on their own. They decide to run a horror show that consists of three old horror films. They use an old theater that is going to be torn down in three weeks. While they are setting up they are visited by Walston, who shows up with a suitcase of props. He tells the students that the films they are showing are total turkeys, but they can liven them up with in-theater effects. The students like the idea and Walston helps them.
At the same time Schoelen, who is a film student, starts having a recurring bad dream about a man who goes after this little girl with a knife. Schoelen writes down what happens in the dreams so she can make a film about it. Her mother, Stone, hears about the dreams and starts receiving strange phone calls. Stone then wants the two to move but Schoelen refuses for three reasons. One is the horror show, another is that she says that she can't run from her dreams, and the last is that she has a feeling that something is going to happen at the horror show related to the dreams and she wants to be there.
POPCORN was out in the theaters in early 1991 and is now out on video. POPCORN is a very entertaining horror film that doesn't contain much gore. I give POPCORN a four on a zero to five scale. POPCORN is well worth watching, especially if you are a fan of horror or a fan of Jill Schoelen, like I am. POPCORN is rated R for explicit language, adult situations, and violence.
In this day very gory horror films, like LEATHERFACE: TEXAS CHAINSAW MASSACRE III, and FRIDAY THE 13TH - PART n, are very popular with the teenage audience. POPCORN is a deviation from that kind of film. I'm not saying that gory films are not enjoyable, I enjoy them very much. It is just that sometimes you need a relief from all the gore. POPCORN is this relief.
Most of the cast for this film is unknowns, like most many films.  But the entire cast puts in a big group effort. While being chilling, POPCORN is also funny but not in a way that takes away from the film.
Ken J.
.
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


WITNESS LIST Juvenile Justice & Family Issues Committee March 30, 2005-10:30A HB 78 For: Gaylor, Tom (Texas Municipal Police Association) Rodriguez, Ana (Texas Council on Family Violence) Against: Getting, Roy (Texas Father's Alliance) Green, Jr., Robert L. (Texas Fatherhood Alliance and Lone Star Fatherhood Initiative) Valdez, Reynaldo (Self) On: Cobos, Judge David M. (Self) Edmonds, Shannon (Texas District & County Attorney's Association) HB 401 - Committee Substitute (CSHB 401) For: Green, Jr., Robert L. (Texas Fatherhood Alliance and Lone Star Fatherhood Initiative) HB 437 - Committee Substitute (CSHB 437) For: Getting, Roy (Texas Fathers Alliance) Green, Jr., Robert L. (Texas Fatherhood Alliance and Lone Star Fatherhood Initiative) Sun, Donchu (Jack) (Self) Valdez, Courtney (Self) Valdez, Reynaldo (Self) HB 706 On: Nichols, Neil (Texas Youth Commission) HB 1082 For: Cobos, Judge David M. (Justices of the Peace & Constables Association of Texas) HB 1685 For: Barker, Conni (DePelchin Children's Center) Miller, Carol (The National Association of Social Workers-Texas) Thyssen, Monica (Advocacy, Inc.) On: Coale, Jeanie (Department of Family & Protective Services) HB 1836 - Committee Substitute (CSHB 1836) For: Gaston, Belinda (Texas Families Against Paternity Fraud) Griffin, Toussaint Troy (Texas Families Against Paternity Fraud) Logan, Jr., Vennie (Texas Families Against Paternity Fraud) On: Key, Alicia (Office of the Attorney General/ Child Support Division) Tindall, Harry (Self) HB 2099 - Committee Substitute (CSHB 2099) On: Kromrei, Liz (Department of Family and Protective Services) Spiser, Diana (Department of Family and Protective Services) HB 2231 - Committee Substitute (CSHB 2231) For: Brown, Will (AARP-Texas) Getting, Roy (Texas Father's Alliance)


Bus station lines query
Bus lines real time arrival query
Bus lines path detail query
Author: alone◎浅忆 Copyright © 2012-2017 · DingStudio Technology All Rights Reserved · 作者个人网站


This is not a new language, but a special syntax of JavaScript. JSON is a structure of properties without JavaScript functions.


Wicket Kepper
Batsman
Bowler
Home
News
Rankings
Teams
Batting
Bowling
Results
Equipment
Equipment that you need to play cricket
Cricket Bat
Cricket Ball
Batting Glove
Batting Pad
Cricket Helmet
Keeping Gl;ove
Keeping Pad
Thigh Pad
Cricket Stumps
Cricket Bails
Cricket Clothing (pants and shirt)


In some Action Games, when you kill enemies, they release magical spheres or glowey energy of some sort that affect your character's status in various ways when you collect them — they may give Experience Points, health, or Mana refills, and so on.
Whatever exactly these things are is rarely addressed; sometimes they're explained as the opponent's soul or blood or a more vague "essence". The exact number, types and effects of these things will vary with each game, and may or may not also be found stored in inanimate objects.
May be a Random Drop. See also Money Spider and Organ Drops. Compare Liquid Assets.
Examples:
- In American McGee's Alice, dead enemies disappear after killed to leave for a while some "metaessence", that comes in different shapes (spheres, hearts...) but allow to regain health and mana.
 In 2 and Defiance, the souls' shape and colour differs depending on if you kill a human or a demon, although the effect is the same.
- The Amana Volo spheres in BIONICLE replenish your stamina meter, which lets you use some of the special items you can find, like Onewa's rock-crushing hammer.
- Enemies in Bunny Must Die! Chelsea and the 7 Devils will drop Time Crystals when Bunny kills them, refilling her time meter.
- In Metroid Fusion, slain enemies drop X-Parasites (or rather turn back into X-Parasites). Since Samus is half-Metroid in this game she can feed on X-parasites like them: yellow is energy, green is ammo, red restores both, so on. And for boss/midboss level parasites, you also get back one of your weapons/abilities.
- Metroid Prime Hand Waves the health/ammo drops of other games in the series as the Life Energy of defeated enemies mingling with the energy of Samus's attacks and crystallising.
- In the Bubble Tanks series, all enemies are made of bubbles and drop bubbles on death, which your bubble tank picks up as experience points.
- The Matrix: Path of Neo has random enemies that drop glowing yellow focus symbols and green health symbols.
- Games in the Kingdom Hearts series have several types of these spheres, depending on the game.
- Green Orbs are HP
- Blue Bubbles are MP
- Yellow Orbs are Munny
- Red Orbs are Moogle Points (In Kingdom Hearts: Chain of Memories)
- Orange Orbs are for the Drive Gauge (In Kingdom Hearts II)
- Blue, Star-like Orbs refill D-Link (In Kingdom Hearts: Birth by Sleep)
- Purpley pink droplets are Drop Points (In Kingdom Hearts 3D: Dream Drop Distance)
- Otto Matic has virtually everything you kill drop "atoms" in different colors... red restores health, green powers your "jump jet" and blue is "rocket fuel" needed to finish the level.
- Somewhat more ickily, there are Slimes on planet Snoth that you can freeze with an Freeze Gun and then shatter by punching them. For a while thereafter they become a mass of little balls that you can pick up to gain one of the things mentioned above, depending on the color of the Slime. Of course, if you don't pick up all of them, any that remain turn into more Slimes.
- In Odin Sphere enemies release floating "Phozons" when defeated, which are said to be the remnants of their life force. It is used mainly to level-grind your weapons. Unusually, the constant absorption of phozons after every battle becomes plot-critical in the good ending: after the Big Bad has used the Cauldron to drain all phozon energy in order to kill the planet, Velvet hits on the idea of breaking down the psypher weapons used by herself and three of the other protagonists, releasing all of their absorbed phozons back into the world to restore life to it.
- Demon's Souls and Dark Souls do this with apparently dismantled pieces of souls being currency, whole souls of very strong enemies being used for various purposes (or broken apart for more regular souls), and in the latter game you can occasionally find piece of "humanity" that let you regain human form. Oddly, dropped items are also represented as bundles of glowing material, even when it's perfectly solid objects.
- Bloodborne continues the trend with Blood Echoes substituting for the currency-like "liquid" souls, and Coldblood for "solid" souls. The game also includes Insight, which is a rough equivalent of Humanity and can be extracted from the skulls of madmen and umbilical cords, of all things.
- In Lufia: Curse of the Sinistrals, beating on already-dead enemies will cause them to drop experience orbs (along with gold coins) for additional gain. They'll also occasionally drop soul shards, which Jessy explains are used to create magical weapons and armour (and who will take your soul shards in exchange for rare and unique equipment).
- In Tatsunoko vs. Capcom, Soki from Onimusha: Dawn of Dreams assumes his Black Oni form for his Level 3. During this time, his partner is unavailable and his hyper meter begins to dwindle. Attacking his opponent will cause multicolored soul orbs to pop out, which Soki needs to collect using the Partner button. The blue and yellow orbs respectively restore Soki's hyper meter and health, but the red orbs are the most important, as collecting seven or more of those orbs gives Soki access to his strongest Hyper, Oni Cutter.
- Naruto Shippuden: Ultimate Ninja Storm 2 allows you to absorb blue spheres that fall from your opponent after a strong hit, to refill your Chakra gage more quickly.
 It was inspired by God of War's red orbs.
 Regular enemies drop green souls which heal one HP, while Elite Mooks drop red souls which heal 6 HP. After collecting 66 souls (either color), you enter a berserk Demon Morph mode.
- Exhumed has this in the console ports when you kill an enemy where red orbs give you health and blue orbs give you ammo
- With Tron 2.0 the de-rezzed remnants of Programs Jet kills (known as "core dumps") can be harvested to refresh some of his health and energy. Sometimes, the remains also contain the Programs' permissions and subroutines.
- In Blood, dead enemies sometimes drop "life essences" which restore your health.
- Devil May Cry is maybe the Trope Codifier for modern action games, with the crystallised demon blood that enemies (and chairs) drop: red orbs are the currency, green orbs heal you and white orbs refill your Devil Trigger gauge.
- In the modern Ninja Gaiden games, dead enemies drop yellow orbs (currency), blue orbs (health) and red orbs (Ninpo gauge). Also, instead of using them to heal, you can absorb them to charge an ultimate technique instantly; that's actually a vital skill when facing multiple enemies in 2. Ninja Gaiden 3 abandons this system completely for the sake of a greater immersion.
- In God of War, monsters drop red, green and blue orbs, for experience, health and magic respectively.
- The Force Unleashed does this as well for points used to upgrade your force powers.
- Dante's Inferno is very similar to God of War in many ways; it uses colored "souls" to keep track of experience, health, and mana.
- Onimusha subverts this system: enemies drop soul spheres, but you have to stop and attract them to you manually, which takes a bit of time and is very risky in the middle of a fight (the bigger the spheres are, the longer it takes). The game also adds a fourth type of (very rare) sphere, and collecting five of these allows you to transform into an Onimusha.
- Furthermore, killing enemies with Issen attacks will reward you with much more souls. You can also find or equip items that affect the soul types and number. Tenkai from the fourth game can also detonates said souls instead of absorbing them.
- Diablo III features this: Dead enemies occasionally drop "life orbs", which allow to regain some health. This is meant to do away with previous installments' (and much of the genre's in general) need to constantly swig health potions, making said potions more of an emergency healing option (which now have a cooldown attached).
- While enemies in Bayonetta are mostly Money Spiders, sometimes they also drop small green, leaf-shaped or purple, butterfly-shaped things that refill a bit of health or magic.
- Fairy Bloom Freesia's enemies drop glowing white orbs of Mana, which is used to buy skills.
- The monk class in World of Warcraft has a chance, upon killing an enemy, to spawn a sphere that refills the player's health or chi when walked through.
- Heroes of the Storm:
- Each minion wave has a single Wizard as part of it, between the melee fighter and ranged archer minions. Killing it drops a Regen Globe, which restores a little bit of health and mana over time. Regen globes also spawn when capturing most objectives and appear naturally in generators on Braxis Holdout.
- Some heroes turn every minion (or enemy in general) into this. Diablo collects souls that raise his max health. Dehaka collects literal essence, which he stores and can consume at any time to recover health. The Butcher gets fresh meat that raises his attack damage (although he can only get the first 200 from minions, after which point he only collects from slain heroes). Gazlowe is an interesting one, since he collects scrap from destroyed buildings and his own turrets, restoring a portion of his mana. A talent turns it into a random drop from minions as well.
- In the night stages of Sonic Unleashed, any defeated enemies give out pale bluish floating bits of light. Sonic can collect these to fill up his Unleashed gauge, which when activated by the player, temporarily gives Sonic increased attack power and invincibility to some things. In the Wii and PlayStation 2 versions, enemies also give out red floating bits of light which represents experience points.
- The Nightmare Souls on Mega Man X6 can be considered something like experience points. After certain amounts are accumulated they increase by one the limit of special power-ups you can use.
- In Flink, defeating enemies would release magical energy that would home in on Flink and be absorbed into his Life Meter. Magical energy would also be released if Flink took a hit, allowing for damage recovery similar to rings in Sonic the Hedgehog games.
- Jak and Daxter:
- In Jak and Daxter: The Precursor Legacy enemies drop green Eco on death, and collecting 50 green Eco restores a quarter of your health.
- In Jak II: Renegade all enemies drop Dark Eco instead, enabling Jak to turn Dark if he's collected enough.
- In Jak 3: Wastelander, enemies start dropping Light Eco as well, which Jak can use toward his Light abilities.
- Spyro the Dragon: At first, enemies drop Gems. But, if you replay a level, they'll drop silver orbs that you can collect to get yourself a one-up (silver dragon statue).
- Also Sparx, when he burns edibles, will get essences to pick up.
- In Iji, dead enemies drop piles of nanites, which are basically XP, and appear as glowing blue spheres floating a few inches off the ground.
- In Fable I and Fable II, creatures drop "Experience Orbs" upon death in the form of motes of light. In the tutorial, the Guildmaster reminds you to absorb the orbs to fuel your character's training.
- Final Fantasy Tactics have characters that are not revived in 3 turns become Killed Off for Real. When someone dies, their body and soul become crystals (human enemies may drop some of their gear instead of becoming a crystal). Anyone that picks up a crystal can either inherit abilities (if the unit was human) or have their HP and MP restored.
- Indestruc2Tank Enhanced Game mode.  When they touch your tank, your Boom Bar is increased.
- Enemies in Minecraft drop flashing green-and-yellow experience orbs upon death. These orbs also appear when you breed animals and collect ores (either mining or smelting, depending on the type).
- [PROTOTYPE] does this for most enemies. Some are more rewarding towards vitality, some towards Evolution Points. The sequel does away with this mechanic entirely.
 Collecting these orbs before swinging your weapon again will power it up to be lethal to penguins.
- Puella Magi Madoka Magica: Some witches drop grief seeds after their defeat, which cleanses a magical girl's soul gem and refills her magic.


Pokemon Go two-day celebration features encounters from past Community Day events
by Stephany NunneleyDecember’s Pokemon Go Community Day will span two days and feature Pokemon from previous events.
Pokemon from past Community Day events will appear more frequently in Pokemon Go this December.
To celebrate a year’s worth Community Days, Niantic is hosting a special two-day event featuring encounters and bonuses.
The two-day event will run from Saturday, December 14 to Sunday, December 15.
The details are below.
Community Day Schedule: Saturday, December 14
From 9am – 9pm local – enjoy the following benefits:
- Pokemon appearing more frequently in the wild: Totodile, Swinub, Treecko, Torchic, Mudkip, Ralts, Slakoth, Trapinch, Bagon, Turtwig, and Chimchar
- Pokemon appearing in raids: Bulbasaur, Charmander, Squirtle, Pikachu, Eevee, Dratini, Chikorita, Cyndaquil, Mareep, Larvitar, and Beldum
- Pokemon available to hatch from Eggs: Bulbasaur, Charmander, Pikachu, Dratini, Totodile, Mareep, Swinub, Larvitar, Treecko, Torchic, Slakoth, and Bagon
From 11am – 2pm local time, experience the following bonuses and increased encounters:
- Pokemon appearing even more frequently in the wild: Totodile, Swinub, Treecko, Torchic, Slakoth, and Bagon
- Bonuses: 2× Catch Stardust, 2× Catch XP, and 1/2 Egg Hatch Distance when Eggs are placed into Incubators during these hours
Community Day Schedule: Sunday, December 15
From 9am – 9pm local time enjoy the following benefits:
- Pokemon appearing more frequently in the wild: Totodile, Swinub, Treecko, Torchic, Mudkip, Ralts, Slakoth, Trapinch, Bagon, Turtwig, and Chimchar
- Pokemon appearing in raids: Bulbasaur, Charmander, Squirtle, Pikachu, Eevee, Dratini, Chikorita, Cyndaquil, Mareep, Larvitar, and Beldum
- Pokemon available to hatch from Eggs: Squirtle, Eevee, Chikorita, Cyndaquil, Mudkip, Ralts, Trapinch, Beldum, Turtwig, and Chimchar
From 11am – 2m local time, experience the following bonuses and increased encounters:
- Pokémon appearing even more frequently in the wild: Mudkip, Ralts, Trapinch, Turtwig, and Chimchar
- Bonuses: 2× Catch Stardust, 2× Catch XP, and 1/2 Egg Hatch Distance when Eggs are placed into Incubators during these hours
Community Day Schedule: Both December 14 and December 15
From 9am Saturday to 9pm on Sunday local, the following bonus will be in effect:
- Evolve for Community Day exclusive moves: Exclusive moves featured during 2018 and 2019 Community Day events will be available again.
Games featured in this article


title = "Ezupos | services"
url = "/services"
layout = "default"
meta_title = "Ezupos | services"
is_hidden = 0
[viewBag]
activeMenu = "services"
==
{% partial 'components/banner'
title='Services'
bgImage='/themes/ezupos/assets/images/service_banner.jpg'
subTitle='Call us at 1<PHONE_NUMBER>, Mon–Fri, 10 a.m.–6 p.m. PT.'
description='The POS system with everything you need and nothing you don’t.'
%}
{% partial 'service/content' %}


What's new in 1.1.0 ?
Edit (pull request)Orchestrator and Locations
“Cloud” concept as it existed in 1.0.0 has been replaced by Orchestrator and Location concepts that reflects in a better way our actual supports. “Cloud” name was also not a great choice as it could refer to a “cloud” but also to some BYON deployments for example that people doesn’t really consider as clouds (even if that may be discussed). Anyway “location” sounds much better and can be easily understood.
The refactoring also allows to give a much nicer support for orchestrators that can deploy to multiple locations (like Apache Brooklyn) and bring great features and openings like the Location Matching. It was also a mandatory step to open us to multi-location deployments and other very cool features that we want to support in future releases.
More details on Orchestrators and Locations are provided in the Concept section.
Location matching
Location matching allows to match a topology against locations and provide choices of the best locations for the topology. Default implementation is simple and just provides all locations on which the current user has the deployer role.
Plugin system allows to create advanced location matching, overriding the location matching logic and event the choice selection ui.
Node matching
Node matching is an existing feature of Alien 4 Cloud but 1.1.0 introduce more possibilities thanks to the location refactoring and related custom types.
Moreover node matching is now pluggable so you can override our logic with more advanced or custom logic.
Custom Workflows
BlockStorage support
Block storage support has changed in 1.1.0. In 1.0.0 when a block storage was defined and attached to a Compute node in a topology, the storage was automatically attached, partitioned, formatted and mounted. This behavior has changed and the Block Storage is now attached but neither partitioned, formatted and mounted.
In order to do so we created a separate TOSCA node LinuxFileSystem (right now available for linux only).
TOSCA support improvements
We have upgraded our normative types support to be closer to TOSCA. In 1.1.0 we recommend people to use the following version of the normative types: “1.1.0.wd06.alien”. It basically is a version derived from the TOSCA Simple Profile in YAML Working Draft 06 to match our Alien TOSCA like DSL (there is still some effort planned for 1.2.0 to increase TOSCA support).
Deprecated usages
Addition to TOSCA
We received complains and realized also on our end that TOSCA currently has some limitations that makes quite complex to manage some modelings. As TOSCA doesn’t have yet an API to access the runtime model from scripts (both to read and update attributes for example) it leverage the definition of inputs on the scripts and get_attribute or get_properties functions.
This model is very nice as people don’t have to build TOSCA clients or uses REST calls but can just expect the TOSCA orchestrator to retrieve attributes for them. Using get_attribute and get_property in conjunction with inputs does a pretty good job.
Our main complain however is related to the get_operation_output function.
Cloudify 2 End Of Life
GigaSpaces doesn’t support cloudify 2 anymore, as a consequence we stopped investing efforts on our cloudify 2 provider and it won’t work with alien 1.1.0. Hopefully if all your artifacts uses only portable scripts and no orchestrator specific logic migration to cloudify 3 should not be painful for you!
Edit (pull request)


Imperial Mountains [ap66], mountain, in Imperia, wilderness
Last updated Turn #109
Imperial Mountains [ap66], mountain, in Imperia, wilderness
------------------------------------------------------------------------
8: Pack of wolves [hz9v], wolves, number: 5, went south.
13: Pack of wolves [gb2r], wolves, number: 11, arrived from the south.
14: Sunset [j3n], refugee, arrived from the west.
15: Pack of wolves [gb2r], wolves, number: 11, went south.
16: Sunset [j3n], refugee, went south.
21: Stack of nazgul [ek2l], nazgul, number: 2, arrived from the west.
23: Stack of nazgul [ek2l], nazgul, number: 2, went south.
26: Stack of nazgul [ff9q], nazgul, number: 2, arrived from the west.
28: Stack of nazgul [ff9q], nazgul, number: 2, went south.
Routes leaving Imperial Mountains:
North, mountain, to Imperial Mountains [ao66], 10 days
Garrison [gr0p], garrison, Imperial Empire, with six peasants
South, mountain, to Shamus Peak [aq66], 10 days
West, mountain, to Imperial Mountains [ap65], 10 days
Seen here:
Stack of nazgul [gv8c], nazgul, number: 5
Stack of nazgul [ff9q], nazgul, number: 2


Los Angeles: Health alert issued over wound botulism linked to heroin
by Robert HerrimanBy NewsDesk @infectiousdiseasenews
Los Angeles County health officials issued a health alert this week after reporting several recent cases of wound botulism associated with heroin injection.
Since October 13, 2019, two confirmed and two suspected cases of wound botulism associated with heroin injection have been reported in LA County. The cases are apparently unknown to each other and are not geographically clustered. The sources of the heroin remain unknown and additional cases may occur.
All four cases had wound infections or abscesses and a recent history of injecting heroin. Presenting symptoms included diplopia, ptosis, dysphagia, slurred speech, facial paralysis, difficulty breathing and muscle weakness. All required intensive care treatment and two had respiratory failure requiring intubation. All patients received Botulism Antitoxin Heptavalent (BAT®).
In the five years from 2014-2018, Los Angeles County officials reported 18 wound botulism cases of which 9 cases were associated with black tar heroin, 7 with heroin, and 2 were associated with injection/inhalation of cocaine and/or methamphetamine.
Subscribe to Outbreak News TV on YouTube
In 2019, six total cases have been reported.
Botulism is a rare, potentially fatal paralytic illness caused by the neurotoxins produced by Clostridium botulinum. Wound botulism occurs when a wound infected with C. botulinum secretes the toxin. Wound botulism in drug users may occur in abscesses from subcutaneous or intramuscular injection (skin or muscle “popping”).
- Venezuela reports 1st local transmission of yellow fever in 14 years
- E. coli O157:H7 outbreak: Feds warn against eating romaine lettuce grown in Salinas, California
- Rollins College reports chickenpox in two students
- Mumps outbreak at the College of Charleston
- Dengue cases up 333 percent in Piauí, Brazil
- Singapore reports dengue increase in past 5 weeks
- Malaysia Wolbachia trials: Battling dengue and other mosquito-borne viruses
- Norovirus news: Air Force Academy, Lego event and more
- Drexel University reports two mumps cases
- Plague: 4th case reported in China, according to Taiwan CDC


Camera
Controls
Telemetry
Telemetry Brief
Files
Troubleshooting
WebGL Camera (Beta)
Side
Bore
Forward
Up
Down
OpenROV Server CPU
IMU Internal Pressure
IMU Internal Temp
ROV (82) and Clump (81) Water Pressure (bar)
ROV (82) and Clump (81) Water Depth (m)
ROV (82) and Clump (81) Water Temperature (C)
ROV Tilt
ROV Roll
Light Bus Current
Light Bus Voltage
Light Temperature
Motor Bus Current
Motor Bus Voltage
Motor Temperature
Motor RPMs
Motor Lift
Motor Pitch
Motor Strafe
Motor Throttle
Motor Yaw
CT Sensor Temp (C)
CT Sensor Conductivity (mS/cm)
Gripper Current
Gripper Temp
Power Supply 3 Currents
Power Supply 3 Voltages
Power Supply 2 Currents
Power Supply 2 Voltages
Power Supply 3 Temperatures
Power Supply 2 Temperatures
MQTT Errors
MQTT Timeouts


Core URLs¶
This page is meant to document some of the features of datahub
Home Page¶
url(r'^$', 'browser.views.home')
serves the home page
url(r'^about$', 'browser.views.about')
serves the home page, exists for backward compatibility
Dev Page¶
url(r'^www/', include('www.urls'))
some endpoints, mostly developer docs (which no longer exist there)
Account Management¶
url(r'^account/', include('account.urls'))`
Account creation
Thrift Services¶
url(r'^service$', 'browser.views.service_core_binary')
endpoint for thrift api
url(r'^service/account$', 'browser.views.service_account_binary')
endpoint for thrift api
url(r'^service/json$', 'browser.views.service_core_json')
endpoint for thrift api
Create Repos, Table¶
url(r'^create/(\w+)/repo/?$', 'browser.views.repo_create')
create a repository
url(r'^create/(\w+)/(\w+)/card/?$', 'browser.views.card_create')
create a card (Cards store queries at the web app level, without creating a view.
In this way, they’re database independent.)
url(r'^create/annotation/?$', 'browser.views.create_annotation')
Users create annotations to describe tables views and cards for future reference
Browse¶
url(r'^browse/(\w+)/(\w+)/table/(\w+)/?$', 'browser.views.table')
View a table
url(r'^browse/(\w+)/(\w+)/query/?$', 'browser.views.query')
View a query
url(r'^browse/(\w+)/(\w+)/card/(.+)/?$', 'browser.views.card')
View a query that was previously saved in datahub (whtout a view)
url(r'^browse/(\w+)/(\w+)/tables/?$', 'browser.views.repo_tables')
Show a list of tables, views, and cards associated with a repo
url(r'^browse/(\w+)/(\w+)/files/?$', 'browser.views.repo_files')
Show a list of files that the user has uploaded to a repo
url(r'^browse/(\w+)/(\w+)/cards/?$', 'browser.views.repo_cards')
Show a list of cards that the user has created for a repo
url(r'^browse/(\w+)/(\w+)/dashboards/?$', 'browser.views.repo_dashboards')
Show a list of dashboards that the user has created for a repo
url(r'^browse/(\w+)/?$', 'browser.views.user')
Show a list of repositories that the user has created
Delete¶
url(r'^delete/(\w+)/(\w+)/?$', 'browser.views.repo_delete')
Delete a repo
url(r'^delete/(\w+)/(\w+)/table/(\w+)/?$', 'browser.views.table_delete')
Delete a table
url(r'^delete/(\w+)/(\w+)/card/(\w+)/?$', 'browser.views.card_delete')
Delete a card
url(r'^delete/(\w+)/(\w+)/file/([\w\d\-\.]+)/?$', 'browser.views.file_delete')
Delete a file
Export¶
url(r'^export/(\w+)/(\w+)/table/(\w+)/?$', 'browser.views.table_export')
Export a table as a CSV
Special File Operations¶
url(r'^upload/(\w+)/(\w+)/file/?$', 'browser.views.file_upload')
Upload a file to datahub, for processing
url(r'^import/(\w+)/(\w+)/file/([\w\d\-\.]+)', 'browser.views.file_import')
Import a file’s data
url(r'^download/(\w+)/(\w+)/file/([\w\d\-\.]+)', 'browser.views.file_download')
Download a file previously uploaded to datahub
Settings¶
url(r'^settings/(\w+)/(\w+)/?$', 'browser.views.repo_settings')
Manage repository settings, including collaborators
Collaborators¶
url(r'^collaborator/repo/(\w+)/(\w+)/add/?$', 'browser.views.repo_collaborators_add')
Add a collaborator to a repo
url(r'^collaborator/repo/(\w+)/(\w+)/remove/(\w+)/?$', 'browser.views.``repo_collaborators_remove')
Remove a collaborator from a repo
Client Apps¶
url(r'^developer/apps/?$', 'browser.views.apps')
View a list of application tokens that the user has created
url(r'^developer/apps/register/?$', 'browser.views.apps_register')
Register a new client application, and get authentication tokens for it
url(r'^developer/apps/remove/(\w+)/?$', 'browser.views.app_remove')
Remove a client application
url(r'^permissions/apps/allow_access/(\w+)/(\w+)$', 'browser.views.app_allow_access')
Grant an existing application access to a repository
Core Apps¶
url(r'^apps/console/', include('console.urls')),
url(r'^apps/refiner/', include('refiner.urls')),
refiner app
url(r'^apps/dbwipes/', include('dbwipes.urls')),
dbwipes app
url(r'^apps/viz/', include('viz2.urls')),
viz app
url(r'^apps/sentiment/', include('sentiment.urls')),
sentiment app
url(r'^apps/dataq/', include('dataq.urls')),
dataq app
url(r'^apps/datatables/', include('datatables.urls')),
datatables app


--- layout: page title: About header-img: "img/about-bg.png" ---
If I made you click on it, my job is done. . . Not really. New to coding with a desire to build content that's well thought out, properly designed and implemented.


{% extends "skeleton.html" %} {% block body %}
Thanks! Ths webmention has been queued for processing.
Check status: {{status_url | prettify_url}}.
Return to site. {% endblock body %}


These release notes cover new developer and user-facing incompatibilities, important issues, features, and major improvements.
Built-in UDF ToDateISO(chararray) now allows a space character instead of requiring a 'T' between date and time in an ISO-8601 timestamp. Facilitates parsing of JDBC timestamp format.
TOP udf implements Accumulator interface
The Storage mocking feature supports input and output of "map" types.
The TOMAP function now also accepts a bag of key-value pairs as input.
In piggybank there is now a generic Apache httpd access log loader that supports (almost) all custom LogFormats.
Built In UDF - REPLACE_MULTI : Method which take a tuple having source string as first parameter and a map having search key and replacement values. Method will replace all occurrences of search key in source string with the replacement values.
Union optimization (pig.tez.opt.union=true) in tez uses vertex groups to store output from different vertices into one final output location. If a StoreFunc's OutputCommitter does not honor mapreduce.output.basename or has other issues with multiple vertices writing to the destination location at the same time, then you can disable union optimization just for that StoreFunc. Refer PIG-4649. You can also specify a whitelist of StoreFuncs that are known to work with multiple vertices writing to same location instead of a blacklist.
With hadoop 2.X or later, pig will use hadoop's bzip codec to handle bzip inputs. (To turn it off, set pig.bzip.use.hadoop.inputformat=false)
PIG-4713 Document Bloom UDF
Support for logging in into a Kerberos secured Hadoop cluster using a keytab file to allow running jobs that last longer than the maximum Kerberos ticket lifetime.
ThreadSafe version of NodeIdGenerator
A docker based build environment was added to allow for easier and more consistent builds.
Now, macro argument/return names can overlap with parameter substitution names. Former value is taken for these cases.