class: center, middle, inverse # The terminal .footnote[[Online version](https://github.com/diarized/how-to-in-cli)] ??? Its a presentation that can be displayed as slides after adding a few lines of HTML as described on http://remarkjs.com/ --- # Why * no distraction ??? General discussion about the history, simplicity, low-bandwith, low-resources features of terminal aka command line. --- # Why * .grey[no distraction] * mouseless (keyboard only) --- # Why * .grey[no distraction] * .grey[mouseless (keyboard only)] * no resource hungry --- # Why * .grey[no distraction] * .grey[mouseless (keyboard only)] * .grey[no resource hungry] * alomst everywhere (even in Windows) --- # Basic tools ## SSH * new telnet (the idea of work on central shared systems) * key-agent (removing authentication with password, but if you trust source wks) --- # Basic tools ## Tmux * many parallel sesions * splitting the screen * screen sharing * simultaneous sessions to many servers --- # Everyday tasks * Mail * Chat * Task management --- class: center, middle, inverse # Mail --- class: center, middle, inverse # Where --- # Reading with IMAP How to configure Mutt to read directly from IMAP server ??? How to use Mutt to read remote inbox on Gmail server --- # Reading with IMAP ``` 1 source $HOME/.muttrc_common 2 3 set folder = imaps://imap.gmail.com:993/ 4 set spoolfile = +INBOX 5 set record = "+[Gmail]/Sent Mail" 6 set postponed = "+[Gmail]/Drafts" 7 set mbox = "+[Gmail]/All Mail" 8 9 mailboxes = 'INBOX' \ 10 '=[Gmail]/Sent Mail' 11 12 set smtp_url="smtp://artur@stonith.pl@smtp.gmail.com:587/" 13 set smtp_pass = `pass show stonith` 14 15 set imap_user =<EMAIL_ADDRESS>16 set imap_pass = $smtp_pass ``` ??? Back ticks are not visible in presentation mode. --- # Source of e-mails ## Mail gathering * Local delivery (postfix/exim server) ??? Home server, VPS. Geeks keep mail on many different systems far from Gmail/Yahoo. --- # Source of e-mails ## Mail gathering * .grey[Local delivery (postfix/exim server)] * Transfering and performing other commands over IMAP(rotocol) --- class: center, middle, inverse # Filtering/sorting --- # Filtering/sorting * Procmail filters and sorts into folders with local delivery --- # ~/.procmailrc ``` 7 LOGFILE=$MAILDIR/procmail.log 8 VERBOSE=yes 9 DELIVER="/usr/lib/dovecot/deliver" 10 11 :0cD 12 * ^Subject: remi 13 | $HOME/src/reminder_client.py 14 15 :0c 16 | $HOME/local/bin/notmuch new 17 18 :0w 19 * ^X-Spam-Status: Yes 20 | $DELIVER -m .Spam/ 21 22 :0 23 *<EMAIL_ADDRESS>24 .mdir-funfile/ ``` ??? :0c clones an email and processes it without waiting for exit code :0cD as above but rule is case sensitive :0w flag says to wait for the program in the action line to finish :0 just tries to match. Incase of success it interrupts. --- # Procmail logs ``` procmail: [23198] Fri May 29 01:16:15 2015 procmail: No match on "^Subject: remi" procmail: Assigning "LASTFOLDER=/home/artur/local/bin/notmuch new" procmail: No match on "^X-Spam-Status: Yes" procmail: No match on<EMAIL_ADDRESS>procmail: No match on<EMAIL_ADDRESS>procmail: No match on<EMAIL_ADDRESS>procmail: No match on<EMAIL_ADDRESS>procmail: Match on<EMAIL_ADDRESS>procmail: Executing "/home/artur/local/bin/notmuch,new" procmail: [23198] Fri May 29 01:16:16 2015 procmail: Assigning "LASTFOLDER=.mdir-python-dev/new/1432854975.23198_0.monitor" ``` --- # Filtering/sorting * .grey[Procmail filters and sorts into folders with local delivery] * IMAPfilter filters and sorts e-mails on remote system using IMAProtocol --- #IMAPfilter * Config in Lua --- #IMAPfilter * .grey[Config in Lua] * Works for remote/remote or remote/local mailboxes --- # IMAPFilter - account definition ``` 19 myuser = 'artur' 20 local cmd = '/home/arkamins/local/bin/pass myvpsmail' 21 local fd = io.popen(cmd, 'r') 22 pass_string = fd:read("*a") 23 fd:close() 25 mypass = pass_string:sub(0, -2) 27 28 MYVPS = IMAP { 29 server = 'imap.myvps.com', 30 username = myuser, 31 password = mypass, 32 ssl = 'tls' 33 } ``` --- # Password in IMAPfilter This method requires running key agent with quite long TTL to make it convenient. --- # IMAPFilter - SELECT ``` 35 recent = MYVPS.INBOX:is_newer(1) 36 messages = recent:contain_from('prof@(math.)?school.edu') + 37 recent:contain_to('prof@(math.)?school.edu') 38 messages:move_messages(MYVPS['INBOX/school']) ``` --- class: center, middle, inverse # E-mail downloading --- # E-mail downloading * OfflineIMAP - Python tool to download from IMAP servers --- # E-mail downloading * .grey[OfflineIMAP - Python tool to download from IMAP servers] * ~/offlineimaprc - config file parsed as Python script --- # E-mail downloading * .grey[OfflineIMAP - Python tool to download from IMAP servers] * .grey[~/offlineimaprc - config file parsed as Python script] * run from crontab or in background with specified frequency --- # OfflineIMAP config - custom functions ``` 1 [general] 2 accounts = MyRemoteIMAP 3 ui = TTYUI 4 fsync = True 5 pythonfile=~/.offlineimap/password_store.py ``` --- # OfflineIMAP config - indexing ``` 15 [Account MyServerIMAP] 16 localrepository = MyServer_local 17 remoterepository = MyServer_remote 18 status_backend = sqlite 19 postsynchook = /home/artur/local/bin/notmuch new 20 #autorefresh = 2 ``` --- # OfflineIMAP config - passwords ``` 22 [Repository MyServer_remote] 23 type = IMAP 24 remotehost = imap.myvps.com 25 remoteport = 993 26 remoteuser = artur 27 remotepasseval = mailpass('myvpsmail') ``` --- class: center, middle, inverse # Indexing e-mails --- # Full text indexing * [notmuch](http://notmuchmail.org/) --- # Full text indexing * .grey[notmuch] * Xapian --- # Full text search * Mutt custom macro 'mutt-notmuch.py' * fork of honza@github script: [diarized/mutt-notmuch-py](https://github.com/diarized/mutt-notmuch-py) --- # Full text search - muttrc ``` macro index / "
unset wait_key
mutt-notmuch.py \ -G /home/artur/Maildir
~/.mutt/cache_mutt_results
" \ "search mail (using notmuch)" ``` --- class: center, middle, inverse # Password management --- # Password management * [Password-store](http://git.zx2c4.com/password-store/about/) - keeping passwords out of config files ??? Bash script. Easy to debug and improve --- # Password management * .grey[Password-store] * Combined with Pretty GNU Privacy (PGP key infrastructure + key agent) --- # Pretty GNU Privacy * Key agent --- # Pretty GNU Privacy * .grey[Key agent] * TTL --- # Pretty GNU Privacy ``` export GPGKEY=A8F18B8F export GPG_TTY=$(tty) if [[ ! -f $HOME/.gnupg/S.gpg-agent ]]; then gpg-agent \ --use-standard-socket \ --daemon \ --verbose \ --write-env-file $HOME/.gpg-agent-info \ --log-file $HOME/local/var/log/gpg-agent.log \ --pinentry-program /usr/bin/pinentry-curses \ --default-cache-ttl 518400 \ --max-cache-ttl 518400 > /dev/null fi eval $(cat $HOME/.gpg-agent-info) ``` --- class: center, middle, inverse # Chatting in terminal --- # Irssi as the client * Well known IRC commands ??? Not only Irssi - many other, for GUI too. --- # Irssi as the client * .grey[Well known IRC commands] * Familiar IRC client interface --- # Irssi as the client * .grey[Well known IRC commands] * .grey[Familiar IRC client interface] * Gateway? --- # Chat protocol <-> IRC Bitlbee --- # Chat protocol <-> IRC Bitlbee - daemon that converts IRC commands ``` ~/local/sbin/bitlbee \ -P ~/local/var/run/bitlbee.pid \ -c ~/local/etc/bitlbee/bitlbee.conf \ -d ~/local/etc/bitlbee/ ``` --- # Log in Google Talk ![Google Talk in Irssi](./static/bitlbee_start.png) --- # A chat with Google contact ![Chat in Irssi](./static/bitlbee_query.png) --- class: center, middle, inverse # Task management --- # TaskWorrior ![Zadania](./static/zadania_lista.png) --- # TaskWorrior * Easy at the beginnig Just task add here starts the description of what is to do --- # TaskWorrior * .grey[Easy at the beginnig] * Flexible Allows to add tags, urgency, annotations, hierarchy --- # TaskWorrior * .grey[Easy at the beginnig] * .grey[Flexible] * Powerful The combination of the two previous features --- class: center, middle, inverse # Q/A session


Google Mows My Lawn
Back in September of 2015 I lost my job as an IOS Developer. It was sad and really blind sided me. But I liked to go to startup conventions and have been apart of StartupGrand for a while and was presented with the opportunity to participate in a Hackathon at Start-fest.
This was right around the time of the internet sensation of #TwitchPlaysPokemon
Twitch Plays Pokémon (TPP) is a “social experiment” and channel on the video streaming website Twitch, consisting of a crowdsourced attempt to play Game Freak’s and Nintendo’s Pokémon video games by parsing commands sent by users through the channel’s chat room.
Which is still playable I think. We really like this Idea that people were able to come together with perfect strangers and after 7 days complete the game ( even with all the 👹 Trolls out there ). So my brothers, Doug and David and I (Dan) set out to create something great along these same principles. The stipulations of the Hackathon was that you had 24 hours to build something that used the internet and we decided that we wanted to use normal parts you could purchase off of the shelves at Home Depot 🛠.
We wanted something that would be helpful for our own lives and that the whole world could participate in. So we took the daunting chore of 🚜 mowing our lawn and decided to outsource it to others. Yes there is the risk of participants drawing crude things in our lawn. We figured that the world as a whole actually have a very difficult time coordinating so that is a risk we were willing to take. So we set off to build a crowdsourced device that would mow our lawn for us.
So here is the parts/price list from the project with links.
-
Electric Lawn Mower Ryobi 20 in. 40-Volt Lithium-Ion Brushless Cordless Walk-Behind Electric Lawn Mower 499.00
-
Two Drills Ryobi 18-Volt ONE+ 1/2 in. Cordless Hammer Drill 69.00/ea
-
Ryobi 18-Volt ONE+ Compact Radio with Bluetooth Wireless Technology 39.97
-
Three Batteries Ryobi 18-Volt One+ High Capacity LITHIUM+ Battery 99.00/ea
-
Two 3 in. Steel Swivel Caster 5.48
-
Two 4in Hole Dozer Hole Saw with Arbor 12.97/ea
-
Tripod with iPhone Mounts
-
Two iPods 199.00/ea
-
Zip Ties
-
Four 3”-1/4 bolts with locking washer and nut
-
Eight 1/2” 1” bolts and nuts
Step 1. The Mower
The mower is the core of this project, it would be difficult to get the world to mow our lawn without it 🙃. We chose this lawnmower because it was in the family of Ryobi products and it had enough space on the inside to let us mount our Raspberry Pi and it looked super cool 😎 . We wanted to keep inside the same family of products as much as possible so that we could swap batteries for any part of our project.
There were many pieces of the lawnmower that we will not need for our specialized version. So we stripped it down and removed anything that was not needed. First thing you need is a ⭐ star shaped screw driver to remove some of the screws holding it together. Once all the ✨ star screws are removed you can lift the outer shell. Be careful, there is a wire connected to the top half of the shell for the battery hookup. Disconnect it and pull off the upper half. Now you can see the complex insides of the lawnmower. Yep that is it a motor and and a power distributor, motor and a clip for the battery.
There is a wire that runs up the handle to activate the motor. At the handle there are three screws on the plastic case containing the button. There are 6 ⭐ star screws on the back but you only need to take out the bottom 4. Once open you can take the two switches out, unscrew all the plastic tabs holding the wiring to the bar running down the handle. Later we will bypass this and hooked up too our relay board so that the raspberryPi can control it.
Now you can remove the two bolts at the base of the handle and remove it completely from the lawn mower assembly To remove the back flap by popping off the clip on the end of the metal rod that acts as a hinge for the door.
Step 2.  That will not work here as there wont be a handle on the finished product. So we need to remove the front wheels and the axle that connects them too the chassis.
Once they are removed, take the metal casters and attach them to the plastic that protrudes out the front of the lawn mower. These wheels swivel a full 360 degrees making them perfect for enabling better movement of the lawnmower. Drill 4 holes that line up with the hole pattern on the casters. Then take 4 1” bolts, a locking washer and a nut for each to secure the wheels to the mower. This is one thing that we will be changing on the next iteration because this lifts the lawn mower a considerable distance off the ground.
Step 3. Back wheels and drive train
Now for the drills, these are a key piece of the project because the provide the actual movement of the machine.To prep them we will need to take them apart so we can control how fast and when they rotate.The easiest way is to create a trigger between the batteries and the motor. Unscrew all the screws holding the outer shell together. You can see there are three main parts: the Motor, the trigger mechanism and the battery terminal hook up. We want to disconnect the battery so we can toggle it with our relays giving us the ability to drive. Disconnect the black wire that connects the trigger mechanism to the battery contacts.
Then take a new wire and solder one end to the black wire.   I made my wires about 15” long so I could house the electronics inside the lawn mower.
Wheel prep
We need a way to attach the drills to the wheels securely. This is where the Hole Saw bits come into play. So take the 3” hole saw bits and line them up with the center of the wheel. There are three holes located on bits, take a ¼ bit and drill into the wheels in the same pattern. Take 3” ¼ bolts and pass them through the bit and wheel. Take a washer, a locking washer, and a nut and tighten them down. Now you can take your new wheel bit and put it into your custom drill and tighten it down. Repeat this process for the other wheel. Next we take this contraption and attach it to the chassis.
Attach to Main Body
Now that you have the entire drill assembly put together you can secure them to the back of the lawn mower. You want this to cut grass so make sure the clearance is 1 - 2”. There is an attachment that comes with the drills that bolts on an external handle for more control. We heated this up to get the nut out of it and then used the bolt to secure the drill to the back of the lawn mower. Drill a 1/4” hole mid level of the lawn mower then take the extra attachment bolt and slide it through the Drill and lawnmower. Place a washer and the nut on the other side. Drill another hole at the same height on the opposite side for the other wheel and attach the other drill. This makes a pivot point. To keep the drills from rotating, drill some more holes and pass zip ties through. Cinch these down to prevent the drills from moving. ( This was definitely a time saver. You may want to go back and make something a little stronger than zip ties to hold this together. )
Step 4. The Brains
Now we need to make this things smart. We decided that a RaspberryPi was the way to go. It is easy to use gives you an entire linux OS so you can write your program in what ever language you prefer. It also has many breakout boards so you can extend it to however you would like. So the basic idea is that the Pi will interpret all the information provided by the chat room. Then it will trigger the correct relay to tell the drills on the back what to do. Initially we wanted to keep it simple so we used “w”,”a”,”s”,”d” for directional controls. The rest is simple soldering for hooking up the relay board. Take the wires that we attached to the drills and place them in the relay terminals, securing them by screwing the terminals down.
If you have any comments or questions don’t hesitate to leave them below. This project taught us allot and we were supper excited when we took first in the competition. My Brothers and I love building things and exploring new Ideas. We may make modifications and improve this and I will try to update with a new post. We got allot of news coverage for this you can check it out here Fox News Story I made an instructables you can check out and won a raspberryPi competition with it also.


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Hello eveyone! this is Sourav Jha and welcome to my portfolio.I am a student of BIT Mesra pursuing my undergraduate with mechanical stream.With things changing around I am trying my level best to go with the flow.It's really fascinating for me to come across things which I haven't explored in my past .So,that's how you will find this portfolio to be a newbie's work.
Being a good learner I want to learn or atleast know about the tech stacks I was not familiar in the past.Apart from these I really like to spend my time playing video and pc games.Sometimes listening to my favourite songs also does the job.


Pure Sugar Wax and Brows offering eyebrow threading and tinting, full body wax, henna art, eyelashes, hot oil therapy and skin lightning. As a client you will experience a star treatment with us.
Pure Sugar Wax and Brows offering eyebrow threading and tinting, full body wax, henna art, eyelashes, hot oil therapy and skin lightning. As a client you will experience a star treatment with us.
Pure Sugar Wax and Brows offering eyebrow threading and tinting, full body wax, henna art, eyelashes, hot oil therapy and skin lightning. As a client you will experience a star treatment with us.
Pure Sugar Wax and Brows offering eyebrow threading and tinting, full body wax, henna art, eyelashes, hot oil therapy and skin lightning. As a client you will experience a star treatment with us.
Pure Sugar Wax and Brows offering eyebrow threading and tinting, full body wax, henna art, eyelashes, hot oil therapy and skin lightning. As a client you will experience a star treatment with us.


Welcome to the Worldquiz!
Click close to the asked location to
collect points and level up.
The closer and the faster you click,
the more points you will get.
Start Game
Distance:
km
Points:
pt.
Pause
Game Over!
You reached
/
Points.
Retry
Contratulations!
You finished all Levels.


The next figure lists some defined names that are applicable to the property lists of symbols.
get remprop symbol-plist
Figure 10-1. Property list defined names
The next figure lists some defined names that are applicable to the creation of and inquiry about symbols.
copy-symbol keywordp symbol-package gensym make-symbol symbol-value gentemp symbol-name
Figure 10-2. Symbol creation and inquiry defined names


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Project details
Competition name:
Lead partner:
PLACEHOLDER
Other partners:
PLACEHOLDER
Organisation:
PLACEHOLDER
Activities
The most recent activities are at the top.


pet's name is
sheila
My pet has a variety of chew toys
the first toy is a red ball
pet's favourite food is cat food:


Much of the data included in the ModelSEED is dervied from numerous published manuscripts and databases. We've done our best to cite contributing data sources here. If you beleive your data has been utilized and not properly cited, please notify us. We sincerely thank all of our data sources, without whom this resource would not exist.
| Data | Source | |
|---|---|---|
| Biochemical data and metabolic maps |
Kyoto Encyclopedia for Genes and Genomes MetaCyc PlantCyc |
|
| Genome annotations and subsystem data | SEED/RAST/MGRAST | |
| Plant Genomes | JGI Phytozome | |
| Plant Gene Atlas With thanks to Avinash Sreedasyam of HudsonAlpha |
JGI Gene Atlas |


Putt Putt Pizza
Orders
Total
Add Pizza
Checkout
Pizza
Small
Medium
Large
XLarge
Crust
Normal
Thin
Deep Dish
Sauce
Red
White
Pesto
BBQ
Cheese
Mozzarella
Cheddar
Gouda
Meat
Bacon
Meatballs
Pepperoni
Sausage
Vegetables
Garlic
Olives
Red Onions
White Onions
Tomatoes


This page is still under maintenance and currently unfinished. It will be updated as the conference date approaches. Thank you for your understanding.
This page is still under maintenance and currently unfinished. It will be updated as the conference date approaches. Thank you for your understanding.


{{ list.name }}
Add a New Member
You will not see the member listed until they click the link in the confirmation email.
{% csrf_token %}
Members
Email
Subscribed Since
Member Rating
{% for member in members %}
{{ member.email }}
{{ member.timestamp }}
{{ member.member_rating }}
{% endfor %}


MOLOCH; or, Continuous Prisoner's Dilemma
MOLOCH 2: This Time It's Personal
Justly intoned piano
Harmonia
Chiptune Editor
Tonality Composer [WIP]
Cryptography tool


DroneKit
DroneKit-Python allows developers to create apps that run on an onboard companion computer and communicate with the ArduPilot flight controller using a low-latency link.
The API communicates with vehicles over MAVLink. It provides programmatic access to a connected vehicle’s telemetry, state and parameter information, and enables both mission management and direct control over vehicle movement and operations.
Drone-kit is a python API corresponding to the functionality of mavproxy. This means you can arm, change flight modes and send waypoints. The constraint being that all of this happens at a low frequency.
If you want to implement an an autonomous vehicle with your very own AI you would choose the GUIDED mode. There are two ways to control the vehicle
-
Position. In this mode positions in relative/global frame are sent to vehicle (over mavlink) in the form of goto commands.
-
Velocity The function send_ned_velocity() below generates a SET_POSITION_TARGET_LOCAL_NED MAVLink message which is used to directly specify the speed components of the vehicle in the MAV_FRAME_LOCAL_NED frame (relative to home location). The message is re-sent every second for the specified duration.
RC overid
PX4 pro
Build an Agent on your offboard compute which communicate with the PX4 autopilot client. The client and agent both run as daemon process.
-
PX4-Firmware This repository holds the PX4 Pro flight control solution for drones, with the main applications located in the src/modules directory. It also contains the PX4 Drone Middleware Platform, which provides drivers and middleware to run drones.
- multiple applications known as Apps are runnig on the Pixhawk2:
~/src/Firmware/Tools$ ./mavlink_shell.py /dev/ttyACM0
Connecting to MAVLINK...
NuttShell (NSH)
nsh> help
...
Builtin Apps:
adc
tone_alarm
fmu
px4io
rgbled
mpu6000
mpu9250
lsm303d
l3gd20
hmc5883
ms5611
sf0x
ll40ls
trone
gps
pwm_out_sim
ets_airspeed
ms4525_airspeed
ms5525_airspeed
sdp3x_airspeed
frsky_telemetry
sensors
px4flow
vmount
pwm_input
camera_trigger
bst
lis3mdl
ulanding_radar
bl_update
config
hardfault_log
mixer
mtd
nshterm
param
perf
pwm
reboot
top
ver
commander
send_event
load_mon
navigator
mavlink
gpio_led
land_detector
camera_feedback
ekf2
fw_att_control
fw_pos_control_l1
gnd_att_control
gnd_pos_control
mc_att_control
mc_pos_control
vtol_att_control
logger
uorb
dataman
px4_simple_app
serdis
sercon
Individual message channels between Applications (Apps) are called topics in PX4.
ArduPilot
Learning the ArduPilot Codebase
Mavros
What is the difference between ArduPilot and PX4
ArduPilot uses


-----Original Message-----
From: Enron Announcements/Corp/Enron@ENRON On Behalf Of Office of the Chairman-@ENRON
Sent: Monday, October 15, 2001 8:24 PM
To: All Enron Worldwide@ENRON
Subject: Organizational Announcement
As we continue to address a number of issues facing Enron, it is critical that the company remain focused on attracting, motivating and retaining a diverse and talented workforce. We strongly believe that our workforce is world-class -- the best in any industry, so we will continue to develop and reward this tremendous talent base.
Because the lasting strength of our company is determined by the strength of our workforce, we are elevating the role employee-focused functions play within Enron. We are pleased to announce that effective immediately Human Resources, Employee Responsibility, and Executive and Corporate Compensation will report directly to the Office of the Chairman.
David Oxley, Vice President, will continue to oversee Enron's Global HR function. The lead HR representatives for the individual business units will report to David in addition to their respective Office of the Chairman. Besides managing Recruiting, Staffing, Training, Compensation and the Performance Evaluation Process, David will also add Payroll and Labor Relations to his list of responsibilities.
Cindy Olson, Executive Vice President, will have responsibility for Employee Relations and Corporate Responsibility, which includes Social Responsibility, Community Relations, Diversity, Employee Relations, Redeployment, Alumni Relations, Employee Events and Programs, Benefits, Wellness, and Worklife.
Mary Joyce, Vice President, will continue to have responsibility for Executive and Corporate Compensation in addition to Global Employee Information Management and Reporting and Analysis.
David, Cindy and Mary will each report to the Office of the Chairman. A detailed organizational chart is attached. Please join me in congratulating David, Cindy and Mary on their new responsibilities.
***********
EDRM Enron Email Data Set has been produced in EML, PST and NSF format by ZL Technologies, Inc. This Data Set is licensed under a Creative Commons Attribution 3.0 United States License <http://creativecommons.org/licenses/by/3.0/us/> . To provide attribution, please cite to "ZL Technologies, Inc. (http://www.zlti.com)."
***********
California


Type-specific queue collection classes. The classes in this package implement type-specific circular queues based on growable arrays. They support a subset of the normal collection methods, as well as appropriate queue methods. The standard public access methods in these classes are as follows:
| Method Signature | From |
void add(type) | implementation class |
void clear() | {@link com.sosnoski.util.queue.QueueBase} |
Object clone() | implementation class |
void discard(int) | {@link com.sosnoski.util.queue.QueueBase} |
void ensureCapacity(int) | {@link com.sosnoski.util.GrowableBase} |
boolean isEmpty() | {@link com.sosnoski.util.queue.QueueBase} |
type remove() | implementation class |
int size() | {@link com.sosnoski.util.queue.QueueBase} |
type[] toArray() | implementation class |
The access methods are unsynchronized for best performance. The user program must implement appropriate locking if multiple threads need to access an instance of these classes while that instance may be modified.
Collections of a primitive type and of a specific object type are both supported. All variations derive directly from the {@link com.sosnoski.util.queue.QueueBase} base class. To define a circular queue of a new type, generally you can use one of the existing classes as a base and do a text substitution of the type names.
For instance, to define a circular queue of instances of
Thread
just copy StringQueue.java
to a new file named ThreadQueue.java
, then do a global
text substitution of "Thread" for "String" in the
new file.
Primitive types are only slightly more complicated. To implement a
circular queue of a primitive type other than the included int
,
you're best off basing it on StringQueue.java
. If you're doing
this for double
, for instance, you'd need to first substitute
"DoubleQueue" for "StringQueue", then "double" for "String". The last step is deleting the
"m_baseArray[index] = null;" line within the remove
method, which is not needed for primitive types.


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Age-related macular degeneration (AMD) is the most common cause of vision loss in the United States for people age 60
and over. The chance of getting the disease increases with age.
The macula is located in the center of the retina. It is a small and highly sensitive part of the retina responsible
for detailed central vision. AMD is a chronic eye disease marked by deterioration of tissue in the part of your eye
that is responsible for central vision. Macular degeneration varies widely in severity. For some people, the disease
causes only slight distortion. In more advanced cases, it can lead to loss of central vision, making reading or driving
impossible. In most cases, AMD does not cause total blindness because it usually does not affect the peripheral vision.
Age-related macular degeneration is classified as either wet (neovascular) or dry (non-neovascular). Dry age-related
macular degeneration, characterized by the thinning of the tissues of the macula, is the most common type and typically
results in a gradual loss of vision (usually over years or decades). About 10 percent of patients with age-related
macular degeneration have the wet form, which is characterized by the formation of abnormal blood vessels. These
abnormal blood vessels leak fluid and blood, causing a rapid and significant loss of central vision. Wet AMD is a
serious condition that can lead to substantial vision loss even with aggressive treatment.
The exact cause of age-related macular degeneration is unknown. Contributing risk factors include:
Dry macular degeneration usually develops gradually and painlessly. You may notice these vision changes:
AMD usually affects both eyes, but you may falter in one eye while the other eye remains fine for years. You may not notice any or much change because your good eye compensates for the weak one. Your vision and lifestyle will begin to be dramatically affected when this condition develops in both eyes.
There is no treatment available to reverse dry macular degeneration. Recent advances in laser surgery and medications have improved the ability of the ophthalmologist to stop the progression and visual deterioration of the disease in some patients. Research suggests that moderate or severe vision loss may be reduced by taking a high-dose formulation of vitamins and nutrients. Ask Dr. Scharf or Dr. Cohen if this may be appropriate for you.


| 1 | /* =========================================================== | |
| 2 | * JFreeChart : a free chart library for the Java(tm) platform | |
| 3 | * =========================================================== | |
| 4 | * | |
| 5 | * (C) Copyright 2000-2008, by Object Refinery Limited and Contributors. | |
| 6 | * | |
| 7 | * Project Info: http://www.jfree.org/jfreechart/index.html | |
| 8 | * | |
| 9 | * This library is free software; you can redistribute it and/or modify it | |
| 10 | * under the terms of the GNU Lesser General Public License as published by | |
| 11 | * the Free Software Foundation; either version 2.1 of the License, or | |
| 12 | * (at your option) any later version. | |
| 13 | * | |
| 14 | * This library is distributed in the hope that it will be useful, but | |
| 15 | * WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY | |
| 16 | * or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public | |
| 17 | * License for more details. | |
| 18 | * | |
| 19 | * You should have received a copy of the GNU Lesser General Public | |
| 20 | * License along with this library; if not, write to the Free Software | |
| 21 | * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, | |
| 22 | * USA. | |
| 23 | * | |
| 24 | * [Java is a trademark or registered trademark of Sun Microsystems, Inc. | |
| 25 | * in the United States and other countries.] | |
| 26 | * | |
| 27 | * -------------------------- | |
| 28 | * SunJPEGEncoderAdapter.java | |
| 29 | * -------------------------- | |
| 30 | * (C) Copyright 2004-2008, by Richard Atkinson and Contributors. | |
| 31 | * | |
| 32 | * Original Author: Richard Atkinson; | |
| 33 | * Contributor(s): David Gilbert (for Object Refinery Limited); | |
| 34 | * | |
| 35 | * Changes | |
| 36 | * ------- | |
| 37 | * 01-Aug-2004 : Initial version (RA); | |
| 38 | * 01-Nov-2005 : To remove the dependency on non-supported APIs, use ImageIO | |
| 39 | * instead of com.sun.image.codec.jpeg.JPEGImageEncoder - this | |
| 40 | * adapter will only be available on JDK 1.4 or later (DG); | |
| 41 | * ------------- JFREECHART 1.0.0 --------------------------------------------- | |
| 42 | * 20-Jul-2006 : Pass quality setting to ImageIO. Also increased default | |
| 43 | * value to 0.95 (DG); | |
| 44 | * | |
| 45 | */ | |
| 46 | ||
| 47 | package org.jfree.chart.encoders; | |
| 48 | ||
| 49 | import java.awt.image.BufferedImage; | |
| 50 | import java.io.ByteArrayOutputStream; | |
| 51 | import java.io.IOException; | |
| 52 | import java.io.OutputStream; | |
| 53 | import java.util.Iterator; | |
| 54 | ||
| 55 | import javax.imageio.IIOImage; | |
| 56 | import javax.imageio.ImageIO; | |
| 57 | import javax.imageio.ImageWriteParam; | |
| 58 | import javax.imageio.ImageWriter; | |
| 59 | import javax.imageio.stream.ImageOutputStream; | |
| 60 | ||
| 61 | /** | |
| 62 | * Adapter class for the Sun JPEG Encoder. The {@link ImageEncoderFactory} | |
| 63 | * will only return a reference to this class by default if the library has | |
| 64 | * been compiled under a JDK 1.4+ and is being run using a JRE 1.4+. | |
| 65 | */ | |
| 66 | public class SunJPEGEncoderAdapter implements ImageEncoder { | |
| 67 | ||
| 68 | /** The quality setting (in the range 0.0f to 1.0f). */ | |
| 69 | private float quality = 0.95f; | |
| 70 | ||
| 71 | /** | |
| 72 | * Creates a new SunJPEGEncoderAdapter instance. | |
| 73 | */ | |
| 74 | public SunJPEGEncoderAdapter() { | |
| 75 | } | |
| 76 | ||
| 77 | /** | |
| 78 | * Returns the quality of the image encoding, which is a number in the | |
| 79 | * range 0.0f to 1.0f (higher values give better quality output, but larger | |
| 80 | * file sizes). The default value is 0.95f. | |
| 81 | * | |
| 82 | * @return A float representing the quality, in the range 0.0f to 1.0f. | |
| 83 | * | |
| 84 | * @see #setQuality(float) | |
| 85 | */ | |
| 86 | public float getQuality() { | |
| 87 |
1
1. getQuality : replaced return of float value with -(x + 1) for org/jfree/chart/encoders/SunJPEGEncoderAdapter::getQuality → NO_COVERAGE |
return this.quality; |
| 88 | } | |
| 89 | ||
| 90 | /** | |
| 91 | * Set the quality of the image encoding. | |
| 92 | * | |
| 93 | * @param quality A float representing the quality (in the range 0.0f to | |
| 94 | * 1.0f). | |
| 95 | * | |
| 96 | * @see #getQuality() | |
| 97 | */ | |
| 98 | public void setQuality(float quality) { | |
| 99 |
4
1. setQuality : changed conditional boundary → NO_COVERAGE 2. setQuality : changed conditional boundary → NO_COVERAGE 3. setQuality : negated conditional → NO_COVERAGE 4. setQuality : negated conditional → NO_COVERAGE |
if (quality < 0.0f || quality > 1.0f) { |
| 100 | throw new IllegalArgumentException( | |
| 101 | "The 'quality' must be in the range 0.0f to 1.0f"); | |
| 102 | } | |
| 103 | this.quality = quality; | |
| 104 | } | |
| 105 | ||
| 106 | /** | |
| 107 | * Returns false always, indicating that this encoder does not | |
| 108 | * encode alpha transparency. | |
| 109 | * | |
| 110 | * @return false. | |
| 111 | */ | |
| 112 | public boolean isEncodingAlpha() { | |
| 113 |
1
1. isEncodingAlpha : replaced return of integer sized value with (x == 0 ? 1 : 0) → NO_COVERAGE |
return false; |
| 114 | } | |
| 115 | ||
| 116 | /** | |
| 117 | * Set whether the encoder should encode alpha transparency (this is not | |
| 118 | * supported for JPEG, so this method does nothing). | |
| 119 | * | |
| 120 | * @param encodingAlpha ignored. | |
| 121 | */ | |
| 122 | public void setEncodingAlpha(boolean encodingAlpha) { | |
| 123 | // No op | |
| 124 | } | |
| 125 | ||
| 126 | /** | |
| 127 | * Encodes an image in JPEG format. | |
| 128 | * | |
| 129 | * @param bufferedImage the image to be encoded (null not | |
| 130 | * permitted). | |
| 131 | * | |
| 132 | * @return The byte[] that is the encoded image. | |
| 133 | * | |
| 134 | * @throws IOException if there is an I/O problem. | |
| 135 | * @throws NullPointerException if bufferedImage is | |
| 136 | * null. | |
| 137 | */ | |
| 138 | public byte[] encode(BufferedImage bufferedImage) throws IOException { | |
| 139 | ByteArrayOutputStream outputStream = new ByteArrayOutputStream(); | |
| 140 |
1
1. encode : removed call to org/jfree/chart/encoders/SunJPEGEncoderAdapter::encode → NO_COVERAGE |
encode(bufferedImage, outputStream); |
| 141 |
1
1. encode : mutated return of Object value for org/jfree/chart/encoders/SunJPEGEncoderAdapter::encode to ( if (x != null) null else throw new RuntimeException ) → NO_COVERAGE |
return outputStream.toByteArray(); |
| 142 | } | |
| 143 | ||
| 144 | /** | |
| 145 | * Encodes an image in JPEG format and writes it to an output stream. | |
| 146 | * | |
| 147 | * @param bufferedImage the image to be encoded (null not | |
| 148 | * permitted). | |
| 149 | * @param outputStream the OutputStream to write the encoded image to | |
| 150 | * (null not permitted). | |
| 151 | * | |
| 152 | * @throws IOException if there is an I/O problem. | |
| 153 | * @throws NullPointerException if bufferedImage is | |
| 154 | * null. | |
| 155 | */ | |
| 156 | public void encode(BufferedImage bufferedImage, OutputStream outputStream) | |
| 157 | throws IOException { | |
| 158 |
1
1. encode : negated conditional → NO_COVERAGE |
if (bufferedImage == null) { |
| 159 | throw new IllegalArgumentException("Null 'image' argument."); | |
| 160 | } | |
| 161 |
1
1. encode : negated conditional → NO_COVERAGE |
if (outputStream == null) { |
| 162 | throw new IllegalArgumentException("Null 'outputStream' argument."); | |
| 163 | } | |
| 164 | Iterator iterator = ImageIO.getImageWritersByFormatName("jpeg"); | |
| 165 | ImageWriter writer = (ImageWriter) iterator.next(); | |
| 166 | ImageWriteParam p = writer.getDefaultWriteParam(); | |
| 167 |
1
1. encode : removed call to javax/imageio/ImageWriteParam::setCompressionMode → NO_COVERAGE |
p.setCompressionMode(ImageWriteParam.MODE_EXPLICIT); |
| 168 |
1
1. encode : removed call to javax/imageio/ImageWriteParam::setCompressionQuality → NO_COVERAGE |
p.setCompressionQuality(this.quality); |
| 169 | ImageOutputStream ios = ImageIO.createImageOutputStream(outputStream); | |
| 170 |
1
1. encode : removed call to javax/imageio/ImageWriter::setOutput → NO_COVERAGE |
writer.setOutput(ios); |
| 171 |
1
1. encode : removed call to javax/imageio/ImageWriter::write → NO_COVERAGE |
writer.write(null, new IIOImage(bufferedImage, null, null), p); |
| 172 |
1
1. encode : removed call to javax/imageio/stream/ImageOutputStream::flush → NO_COVERAGE |
ios.flush(); |
| 173 |
1
1. encode : removed call to javax/imageio/ImageWriter::dispose → NO_COVERAGE |
writer.dispose(); |
| 174 |
1
1. encode : removed call to javax/imageio/stream/ImageOutputStream::close → NO_COVERAGE |
ios.close(); |
| 175 | } | |
| 176 | ||
| 177 | } | |
Mutations | ||
| 87 |
1.1 |
|
| 99 |
1.1 2.2 3.3 4.4 |
|
| 113 |
1.1 |
|
| 140 |
1.1 |
|
| 141 |
1.1 |
|
| 158 |
1.1 |
|
| 161 |
1.1 |
|
| 167 |
1.1 |
|
| 168 |
1.1 |
|
| 170 |
1.1 |
|
| 171 |
1.1 |
|
| 172 |
1.1 |
|
| 173 |
1.1 |
|
| 174 |
1.1 |


ZIP: 332 Title: Wallet Recovery from zcashd HD Seeds Owners: Kris Nuttycombe<EMAIL_ADDRESS>Daira Emma Hopwood<EMAIL_ADDRESS>Status: Reserved Category: Wallet Discussions-To: <https://github.com/zcash/zips/issues/675>


Hello, {{ log.user }}!
This email is to inform you that your volunteering log at "{{ log.nonprofit }}", was denied. The nonprofit you volunteered at gave this reason: "{{ reason }}".
If this is incorrect, you can update your log ({{ domain }}{% url 'logs:edit' log.token %}){% if log.verified.email %} or email the {{ log.nonprofit }} nonprofit representative at {{ log.verified.email }}{% endif %}.
Thanks for helping out your community and volunteering!
The {{ site }} team


Info
Error
Block Explorer for FranklinCoin Blockchain
Welcome to the Block Explorer for the FranklinCoin Blockchain. The FranklinCoin Blockhain is a Blockchain created by Franklin Perez as part of the Kingsland University Building Blockchain Project 2019 assignment.Block Explorer Functionality (for a given Blockchain Node):
- View General Information
- Current Difficulty
- Current Cumulative Difficulty
- Other Information
- View Peers
- View Blocks
- View All Blocks (Maximum of 50 Blocks at a time)
- View Block by Block Index Number (Index starts at 0)
- View Transactions
- View All Pending Transactions (Maximum of 50 Transactions at a time)
- View All Confirmed Transactions (Maximum of 50 Transactions at a time)
- View a Specific Transaction (by Transaction Data Hash)
- View All Transactions - Pending and Confirmed - for a Public Address (Maximum of 50 Transactions at a time)
- View Accounts and Balances
- View All Account Balances (Maximum of 50 Account Balances at a time)
- View Balances for a Public Address
View Current General Information
Blockchain Node (URL Format): (Mandatory Input)Results:
Current Difficulty:
Current Cumulative Difficulty:
About:
Node ID:
Chain ID:
Node URL:
Number of Peers:
Number of Blocks:
Number of Confirmed Transactions (1 or more confirmations):
Number of Pending Transactions (0 confirmations):
View Peers
Blockchain Node (URL Format): (Mandatory Input)Results:
Number of Peers:
View Blocks
Blockchain Node (URL Format): (Mandatory Input)If you wish to see the current number of blocks in the FranklinCoin Blockchain, please go to the General Info Tab and you may see it in the Number of Blocks text field.
View Latest Blocks:
View Range of Blocks:
You may view a range of Blocks by specifying the Start Block Index Number and End Block Index Number below in the respective text fields. Block Index numbering starts at 0 and increments further. The maximum number of blocks that will be shown is 50. The numbers entered in the Start Block Index Number and End Block Index Number must be positive numbers greater than or equal to 0. The End Block Index Number entered must be greater than or equal to the Start Block Index Number entered, and the range given may not be more than 50 blocks. The range for the Start Block Index Number to End Block Index Number must be a range of blocks that actually exists in the FranklinCoin Blockchain.
Start Block Index Number:
End Block Index Number:
View Block by Block Index Number:
You may view just one specific Block by entering a positive number greater than or equal to 0 in the Block Index Number text field below.
Block Index Number:
View Block(s) Results:
Total Number of Blocks:
Number of Blocks Shown: View All Transaction(s) in a Block:
Enter the Block Index Number below to see all the Transactions inside the specified block.
Block Index Number:
View Transaction(s) Results:
Total Number of Transactions in the Block:
View Transactions
Blockchain Node (URL Format): (Mandatory Input)If you wish to see the current Number of Confirmed and Pending Transactions in the FranklinCoin Blockchain, please go to the General Info Tab and you may see it in the Number of Confirmed Transactions (1 or more confirmations) and Number of Pending Transactions (0 confirmations) text fields.
The Transactions may be viewed in an Ascending or Descending order, and you may only view at most 50 Transactions at a time.
The ordering for Confirmed Transactions is done by Mined In Block Index followed by Date Created column values. An Ascending Ordering of Confirmed Transactions consists of having Confirmed Transactions listed in increasing Mined In Block Index order - from lowest block number to highest block number - followed by increasing Date Created order - from oldest timestamp to most recent timestamp - within a block. A Descending Ordering of Confirmed Transactions consists of having Confirmed Transactions listed in decreasing Mined In Block Index order - from highest block number to lowest block number - followed by decreasing Date Created order - from most recent timestamp to oldest timestamp - within a block.
The ordering for Pending Transactions is done by Date Created column value only, because Pending Transactions have not been mined yet and are not inside of any block. An Ascending Ordering of Pending Transactions consists of having Pending Transactions listed in increasing Date Created order - from oldest timestamp to most recent timestamp. A Descending Ordering of Pending Transactions consists of having Pending Transactions listed in decreasing Date Created order - from most recent timestamp to oldest timestamp.
For the Pending Transactions, the values in the Mined in Block Index and Transfer Successful colums will be undefined, because Pending Transactions have not been mined yet.
View Confirmed Transactions:
View Pending Transactions:
View Transactions for Public Address:
These queries returns back an ordered set of Transactions - regardless of whether it's a Confirmed or Pending Transaction - in which the given Public Address entered below is in the from or to field of the Transaction. If the ordering specified is Descending, then the Pending Transactions will be listed first followed by the Confirmed Transactions. If the ordering specified is Ascending, then the Confirmed Transactions will be listed first followed by the Pending Transactions.
Public Address (40-Hex lowercase digits):
Show Range Query Inputs:
There are Show Range queries above that require one to input the Start Transaction Number and End Transaction Number inputs shown below. The FranklinCoin Blockchain does not associate any such Transaction Number with a Transaction; Transactions are uniquely identified by there Transaction Data Hash - not a Transaction Number. This is done here for purposes of being able to conveniently choose a range of Transactions to be viewed for any Show Range query due to the limitation of being able to only view 50 Transactions at a time. The starting Transaction Number for any set of Transactions is 1.
Start Transaction Number:
End Transaction Number:
View Specific Transaction:
This type of Query will display only one Transaction - whether it be Pending or Confirmed - for the given Transaction Data Hash input below.
Transaction Data Hash (64-Hex lowercase digits):
View Transaction(s) Results:
Type of Query:
Total Number of Transactions that exists for Type of Query:
Number of Transactions Shown:
View Accounts and Balances
Blockchain Node (URL Format): (Mandatory Input)List All Account Balances:
Lists all the Account Balances for all the Public Addresses in the FranklinCoin Blockchain. The Account Balance for a Public Address will be based on all the Transactions in which the Public Address was either the to or from participant. Only Confirmed Transactions (with 1 or more confirmations) will be used to calculate the Account Balance for the Public Address. If a Public Address has never been a participant in any Transaction, then that Public Address will never show up in the List.
Show Range Query Inputs:
There are Show Range queries above that require one to input the Start Account Number and End Account Number inputs shown below. The FranklinCoin Blockchain does not associate any such Account Number with a Public Address; Public Addresses are uniquely identified by there 40-Hex Digit value - not an Account Number. This is done here for purposes of being able to conveniently choose a range of Public Addresses Account balances to be viewed for any Show Range query due to the limitation of being able to only view 50 Account Balances at a time. The starting Account Number for any set of Public Addresses is 1.
Start Account Number:
End Account Number:
Get Balances for a Public Address:
Public Address (40-Hex lowercase digits):
View List All Account Balances Results:
Type of Query:
Total Number of Accounts that exists for Type of Query:
Number of Accounts Shown:


Self-driven Software & Web Developer with great communication skills and ability to thrive in a fast-paced work environment. Highly analytical thinker with demonstrated talent for streamlining complex work processes. Looking to work with a fun and creative developer team to solve real-world problems and transform good ideas into great products.
Languages: JavaScript, Python, Ruby, MEAN, HTML, CSS, Bootstrap
Framework: ReactJS, Rails, AngularJS, Express.js, Django, Flask, MVC
Database: MySQL, SQLite, PostgreSQL, MongoDB
Others: GitHub, jQuery, node.js, Capybara, RSpec
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2 new lawsuits accuse Jesuit priests in Albuquerque of abuse
ALBUQUERQUE, N.M. (AP) - Two new lawsuits have been filed that allege three Jesuit priests who once ministered at a downtown Albuquerque church sexually abused two victims.
In a copyright story Sunday, the Albuquerque Journal reports that one of the alleged victims contends he was sexually abused eight years ago at Immaculate Conception Church.
In the other lawsuit, a woman contends she was molested by two Jesuit priests from Immaculate Conception beginning in 1968 when she attended first grade at a nearby school.
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The Journal says the two priests accused in that suit have since died.
Jesuits USA Central has denied the allegations in the two lawsuits, saying their investigations don’t support the claims.
Albuquerque attorney Brad Hall says his firm expects to file more lawsuits in the coming months against religious orders.
Information from: Albuquerque Journal, http://www.abqjournal.com
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A
- adjacency requirements, Annotation Basics, Understanding Multiple Annotations, Adjacency Requirements, Adjacency Requirements, Working with Vertices and Edges
-
- for negated/optional vertices, Negated and Optional Elements, Annotating edges adjacent to negative and optional
vertices
- ambiguous queries, Adjacency Requirements, Constraints on annotated elements
- AND (see logical operators)
- annotations (see numeric annotations)
- attribute constraints, Attribute Constraints, Attribute Constraints
- attribute value conditions, Attribute Value Conditions, Attribute Value Conditions
-
- evaluating, Evaluating attribute value conditions
- XML representation, Conditions
- attributes
-
- graphical representation, Using the QGraph Guide
- missing, Evaluating Conditions, Evaluating attribute value conditions, Evaluating Constraints
- multi-dimensional values, Attribute values in Proximity
- multiple values, Introduction, Evaluating Conditions, Evaluating Constraints
- propositionalizing, Introduction
- representation in Proximity, Case sensitivity, Identity Constraints
- type information, Using the QGraph Guide, Conditions
- autocorrelation, Introduction
C
- case matching in Proximity, Case sensitivity
- changing (see editing)
- closing the Query Editor, Working with the Query Editor
- comparable data types, Constraint elements
- comparison operators
-
- in constraints, Identity Constraints, Attribute Constraints
- in conditions, Attribute Value Conditions, Comparison operators
- complex conditions, Complex Conditions, Complex Conditions, Complex conditions in Proximity, Working with Vertices and Edges
- conditions
-
- attribute value, Attribute Value Conditions, Attribute Value Conditions
- compared to negated annotations, Negated elements versus inequality conditions
- comparison operators in, Attribute Value Conditions, Comparison operators
- complex, Complex Conditions, Complex Conditions, Complex conditions in Proximity
- creating in Query Editor, Working with Vertices and Edges
- evaluating, Evaluating Conditions, Evaluating existence conditions, Complex Conditions
- existence, Existence Conditions, Existence Conditions
- graphical representation, Attribute Value Conditions
- implementation restrictions, Implementation in Proximity
- logical operators in, Complex Conditions, Complex conditions in Proximity
- multiple (see complex conditions)
- XML representation, Conditions
- constraints
-
- on annotated elements, Constraints and Annotations
- attribute, Attribute Constraints, Attribute Constraints
- comparison operators in, Identity Constraints, Attribute Constraints
- creating in Query Editor, Working with Queries
- evaluating, Evaluating Constraints, Evaluating Constraints
- general form, Attribute Constraints
- graphical representation, Constraints
- identity, Identity Constraints, Identity Constraints
- implementation restrictions, Constraints on annotated elements, Implementation in Proximity
- mixing vertices and edges, Constraint elements
- multiple, Multiple Constraints, Multiple constraints
- on negated/optional elements, Constraints involving negated and optional elements, Constraint restrictions
- subqueries and, Subqueries and Constraints, Constraints crossing the subquery boundary, Constraint restrictions
- XML representation, Constraints
- containers, Introduction, Query Results
-
- names of, Working with Queries
- updating, Query results
- core object or vertex, Annotation Basics
- creating queries, Using the Proximity Query Editor, Working with Queries
D
- data type, Constraint elements
- databases
-
- disconnected, Attribute Constraints
- editing, Query results
- graphical representation, Using the QGraph Guide
- heterogeneous, Existence Conditions
- loops in, Handling Database Self-Links
- Proximity, Introduction, Annotation Basics
-
- attribute requirements, Existence Conditions, Identity Constraints
- link requirements, Query Structure, Attribute Constraints, Constraints crossing the subquery boundary
- schema, Annotation Basics
- degree disparity, Introduction
- deleting
-
- database elements, Query results
- query elements, Working with Vertices and Edges
- descriptions of queries, Working with Queries
- directed edges (see edges)
- disconnected databases, Attribute Constraints
- disconnected queries, Negated and Optional Elements, Annotating edges adjacent to negative and optional
vertices, Subqueries
- disconnected subgraphs, Query results
- disconnected subqueries, Subqueries
- disjunctive normal form, Complex conditions in Proximity, Working with Vertices and Edges, Conditions
- DTD for query files, XML Representation
- duplicates in subgraphs, Query Results, The Need for Counting, Identity Constraints
E
- edge mode, Working with the Query Editor
- edges
-
- automatic annotation of, Working with Vertices and Edges
- changing direction, Working with Vertices and Edges
- creating in Query Editor, Working with Vertices and Edges
- directed vs. undirected, Query Structure, Undirected Edges, Directed versus undirected edges, Working with Vertices and Edges, Edges
- and links, Using the QGraph Guide
- names of, Query Structure, Working with Vertices and Edges, Edges
- negated, Negated and Optional Elements
- on subquery boundaries, Subqueries
- optional, Negated and Optional Elements, Implementation restrictions
- self-link (loop), Working with Vertices and Edges
- XML representation, Edges
- editing
-
- database elements, Query results
- queries, Introduction, Working with the Query Editor, Working with Queries
- efficiency in Proximity, Efficiency considerations, Efficiency considerations, Efficiency considerations
- element properties pane, Working with the Query Editor, Working with Vertices and Edges
- equivalent subgraphs, Query Results, Identity Constraints
- errors in queries, Working with the Query Editor, Working with Vertices and Edges, Working with Queries
- evaluating
-
- attribute value conditions, Evaluating attribute value conditions
- complex conditions, Complex Conditions
- constraints, Evaluating Constraints, Evaluating Constraints
- existence conditions, Evaluating existence conditions
- exact annotation, Annotation Basics
- examples, Using the QGraph Guide
- executing queries, Introduction, Working with the Query Editor, Working with Queries
- existence conditions, Existence Conditions, Existence Conditions
-
- evaluating, Evaluating existence conditions
- XML representation, Conditions
- exiting the Query Editor, Working with the Query Editor
G
- graph-query.dtd, XML Representation
- graphical representation
-
- conditions, Attribute Value Conditions
- constraints, Constraints
- databases, Using the QGraph Guide
- numeric annotation, Annotation Basics
- queries, Using the QGraph Guide, Query Structure
- subgraphs, Using the QGraph Guide
- subqueries, Subqueries
- grouping in query results, The Need for Counting, Annotation Basics, Subqueries
L
- labels (see names)
- layout of queries, Editor data
- limiting query matches, Attribute Value Conditions, The Need for Counting
- links, Introduction, Using the QGraph Guide
-
- adding with queries, Working with Updates
- directionality, Query Structure, Undirected Edges
- grouping in query results, Annotation Basics
- loops, Handling Database Self-Links
- multiple
-
- and annotations, Understanding Multiple Annotations
- matching queries, Query Results
- logical operators
-
- in constraints, Multiple Constraints, Multiple constraints
- in conditions, Complex Conditions, Complex conditions in Proximity
- loops in databases, Handling Database Self-Links
M
- matching queries
-
- grouping isomorphic structures, The Need for Counting
- with negated elements, Negated and Optional Elements, Negated elements versus inequality conditions
- negated elements vs. conditions, Negated elements versus inequality conditions
- with optional elements, Negated and Optional Elements
- requirements, Query Results
- satisfying conditions, Evaluating Conditions
- satisfying constraints, Evaluating Constraints, Evaluating Constraints
- structure, Conditions
- meta-information in queries, Working with Queries
- mirror matches, Identity Constraints
- missing attribute values, Evaluating Conditions, Evaluating attribute value conditions, Evaluating Constraints
- modes in Query Editor, Working with the Query Editor
- modifying (see editing)
- multi-dimensional attribute values, Attribute values in Proximity
- multiple annotations, Understanding Multiple Annotations
- multiple conditions (see complex conditions)
- multiple constraints, Multiple Constraints, Multiple constraints
- multiple subqueries, Multiple Subqueries
N
- names
-
- of attributes, Case sensitivity
- of containers, Working with Queries
- conventions, Query Structure, Attribute Value Conditions
- of edges, Query Structure, Working with Vertices and Edges, Edges
- of queries, Working with Queries
- in subgraphs, Query Results
- of vertices, Query Structure, Working with Vertices and Edges, Vertices
- negated
-
- edges, Negated and Optional Elements
- query elements, Negated and Optional Elements
-
- in constraints, Constraints involving negated and optional elements
- effect on query results, Negated and Optional Elements, Negated elements versus inequality conditions
- vs. conditions, Negated elements versus inequality conditions
- vertices, Annotating edges adjacent to negative and optional
vertices
- nested subqueries, Nested subqueries, Nested subqueries
- NOT (see logical operators)
- numeric annotations
-
- adding automatically, Working with Vertices and Edges
- adjacency requirements, Annotation Basics, Understanding Multiple Annotations, Adjacency Requirements, Adjacency Requirements, Working with Vertices and Edges
-
- for negated/optional vertices, Negated and Optional Elements, Annotating edges adjacent to negative and optional
vertices
- bounded ranges, Annotation Basics
- and constraints, Constraints and Annotations
- creating in Query Editor, Working with Vertices and Edges
- on edges, Annotation Basics, Implementation restrictions
- exact annotation, Annotation Basics
- general form, Annotation Basics
- graphical representation, Annotation Basics
- implementation restrictions, Implementation restrictions
- multiple, Understanding Multiple Annotations
- negated elements, Negated and Optional Elements, Constraints involving negated and optional elements
- omitted, Annotation Basics
- optional elements, Negated and Optional Elements, Implementation restrictions, Constraints involving negated and optional elements
- on subqueries, Subqueries, Subqueries and Annotations, Multiple Subqueries, Nested subqueries, Annotation requirements
- unbounded ranges, Annotation Basics
- on vertices, Annotation Basics, Adjacency Requirements
- XML representation, Numeric Annotations
O
- objects, Introduction, Using the QGraph Guide
- opening queries, Working with the Query Editor, Working with Queries
- operators
-
- comparison, Attribute Value Conditions, Comparison operators
- logical, Complex Conditions, Complex conditions in Proximity
- optional
-
- edges, Negated and Optional Elements, Implementation restrictions
- query elements, Negated and Optional Elements
-
- in constraints, Constraints involving negated and optional elements, Constraint restrictions
- effect on query results, Negated and Optional Elements
- vertices, Annotating edges adjacent to negative and optional
vertices
- OR (see logical operators)
P
- precedence of vertex and edge annotations, Annotation Basics, Adjacency Requirements
- prefix notation, Complex conditions in Proximity, Working with Vertices and Edges
- properties panes, Working with the Query Editor
- propositionalizing attribute values, Introduction
- Proximity
-
- Database Browser, Introduction, Working with Queries
- databases, Introduction, Annotation Basics
-
- attribute requirements, Existence Conditions, Identity Constraints
- link requirements, Query Structure, Attribute Constraints, Constraints crossing the subquery boundary
- QGraph implementation, Introduction, Using the QGraph Guide, Implementation in Proximity
-
- conditions, Implementation in Proximity
- constraints, Constraints on annotated elements, Implementation in Proximity
- numeric annotations, Implementation in Proximity
- subqueries, Implementation in Proximity
- Query Editor, Using the Proximity Query Editor, Working with Queries
- query efficiency, Efficiency considerations, Efficiency considerations, Efficiency considerations
- query results in, Query results
- representation
-
- attributes, Case sensitivity, Identity Constraints
- type information, Using the QGraph Guide, Conditions
- system, Introduction
Q
- queries
-
- ambiguous, Adjacency Requirements, Constraints on annotated elements
- core vertex, Annotation Basics
- creating in Query Editor, Introduction
- definition, Query Structure
- descriptions of, Working with Queries
- disconnected, Negated and Optional Elements, Annotating edges adjacent to negative and optional
vertices, Subqueries
- editing in Query Editor, Introduction, Working with the Query Editor, Working with Queries
- errors in, Working with the Query Editor, Working with Vertices and Edges, Working with Queries
- executing, Introduction, Working with the Query Editor, Working with Queries
- graphical representation, Using the QGraph Guide, Query Structure
- layout, Editor data
- limiting matches, Attribute Value Conditions, The Need for Counting
- meta-information, Working with Queries
- names of, Working with Queries
- results, Introduction, Attribute Value Conditions, The Need for Counting, Negated and Optional Elements, Negated elements versus inequality conditions, Subqueries
-
- (see also subgraphs)
- rule summaries, Summary, Summary, Summary, Summary, Summary
- star, Annotation Basics, Subqueries, Nested subqueries
- update, Update Functionality
- validity of, Working with the Query Editor, Working with Vertices and Edges, Working with Queries
- well-formedness, Negated and Optional Elements, Subqueries, Subqueries
- XML representation, Introduction, Working with Queries, XML Representation, Editor data
- Query Editor, Using the Proximity Query Editor, Working with Queries
-
- closing queries, Working with the Query Editor
- creating annotations, Working with Vertices and Edges
- creating conditions, Working with Vertices and Edges
- creating edges, Working with Vertices and Edges
- creating vertices, Working with Vertices and Edges
- deleting elements, Working with Vertices and Edges
- editing queries, Introduction, Working with the Query Editor, Working with Queries
- element properties pane, Working with the Query Editor, Working with Vertices and Edges
- executing queries, Introduction, Working with the Query Editor, Working with Queries
- exiting, Working with the Query Editor
- keyboard shortcuts, Working with the Query Editor
- modes, Working with the Query Editor
- opening queries, Working with the Query Editor, Working with Queries
- query properties pane, Working with the Query Editor
- saving queries, Working with the Query Editor, Working with Queries
- selecting elements, Working with Vertices and Edges
- starting, Working with the Query Editor, Working with Queries
- status list, Working with the Query Editor, Working with Queries
- zooming in display, Working with the Query Editor
- query properties pane, Working with the Query Editor
R
- ranges in numeric annotations, Annotation Basics
- removing (see deleting)
- representation in Proximity
-
- attributes, Case sensitivity, Identity Constraints
- database design, Annotation Basics
- type information, Using the QGraph Guide, Conditions
- results of queries, Introduction, Attribute Value Conditions, The Need for Counting, Subqueries
-
- (see also subgraphs)
- and negated elements, Negated and Optional Elements, Negated elements versus inequality conditions
- and optional elements, Negated and Optional Elements
S
- satisfying (see evaluating)
- saving queries, Working with the Query Editor, Working with Queries
- schema (see database schema)
- SELECT (in SQL), Attribute Value Conditions
- selection mode, Working with the Query Editor, Working with Vertices and Edges
- self-links, Handling Database Self-Links, Working with Vertices and Edges
- SQL, Introduction, Attribute Value Conditions
- star queries, Annotation Basics, Subqueries, Nested subqueries
- starting the Query Editor, Working with the Query Editor, Working with Queries
- status list, Working with the Query Editor, Working with Queries
- structure of queries, Query Results
- subgraphs, Introduction
-
- contents, Attribute Value Conditions
- disconnected, Query results
- duplicated elements in, Query Results, The Need for Counting, Identity Constraints
- equivalent subgraphs, Query Results, Identity Constraints
- graphical representation, Using the QGraph Guide
- names in, Query Results
- subqueries
-
- adding elements to, Working with Subqueries
- annotation rules, Multiple Subqueries
- boundary edges, Subqueries, Subqueries and Annotations, Edge requirements, Summary
- boundary vertices, Annotation requirements, Summary
- constraints and, Subqueries and Constraints, Constraints crossing the subquery boundary, Constraint restrictions
- creating in Query Editor, Working with Subqueries
- disconnected, Subqueries
- graphical representation, Subqueries
- implementation restrictions, Implementation in Proximity
- inner structure of, Subqueries
- multiple, Multiple Subqueries, Nested subqueries
- nested, Nested subqueries, Nested subqueries
- numeric annotations on, Subqueries, Subqueries and Annotations
- requirements, Subqueries
- visualizing, Subqueries, Subqueries and Annotations, Multiple Subqueries, Nested subqueries
- XML representation, Subqueries
- subquery mode, Working with the Query Editor
V
- validity of a query, Working with the Query Editor, Working with Vertices and Edges, Working with Queries
- vertex mode, Working with the Query Editor
- vertices
-
- creating in Query Editor, Working with Vertices and Edges
- names of, Query Structure, Working with Vertices and Edges, Vertices
- negated (and adjacent edges), Negated and Optional Elements
- and objects, Using the QGraph Guide
- on subquery boundaries, Subqueries
- XML representation, Vertices


Help
THE PIG DICE GAME
LETS PLAY
Player 1 signup
Player 2 signup
Play
Player 1
Player One:
Score:
Player Two:
Score:
Rolled Dice
Outcome
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0
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public abstract class BaseExporter
extends java.lang.Object
| Modifier and Type | Field and Description |
|---|---|
protected BaseAssociations |
associations
The associations.
|
protected BaseFragments |
fragments
The fragments.
|
protected org.slf4j.Logger |
logger
The logger.
|
protected BaseTable |
table
The table.
|
| Modifier | Constructor and Description |
|---|---|
protected |
BaseExporter(BaseTable table,
BaseFragments fragments,
BaseAssociations associations)
Instantiates a new base exporter.
|
protected |
BaseExporter(BaseTable table,
BaseFragments fragments,
BaseAssociations associations,
org.slf4j.Logger logger)
Instantiates a new base exporter.
|
protected final org.slf4j.Logger logger
protected final BaseTable table
protected final BaseFragments fragments
protected final BaseAssociations associations
protected BaseExporter(BaseTable table, BaseFragments fragments, BaseAssociations associations, org.slf4j.Logger logger)
table
- the tablefragments
- the fragmentsassociations
- the associationslogger
- the loggerprotected BaseExporter(BaseTable table, BaseFragments fragments, BaseAssociations associations)
table
- the tablefragments
- the fragmentsassociations
- the associations


Pedicle Screw Hybrid Instrumentation Odds Ratio Odds Ratio Study or Subgroup Events Total Events Total Weight MH, Fixed, 95% Cl Year M-H, Fixed, 95% Cl
Kuklo 2007, 7 295 25 423° 40,4% 0.39 [0,17, 0.94) 2007 Ss Karatoprak 2008 1 22 1 26 1.8% 1,190.07, 20.21] 2008 Yang 2012 1 2 1 21 1.9% — 1.00 (0.06, 17.12) 2012 Hwang 2012 30 BB 9 71 154% 0,390.10, 1.54] 2012 TT Yilmaz 2012 1 36 2 36 3.8% 0.49 (0.04, 5.64) 2012 a Samdani 2013 19 540 “ 87 36.8% 0.25 0.12, 0.55) 2013 => Total (85% Cl) 969 663 100.0% 0.37 (0.22, 0.62] > Total events 32 49
‘ty: Chi? = = 5 (P= 0.83; 2 = 09 poo Heterogeneity: Chi? = 2.11, df= 5 (P = 0.83); P= 0% F001 an 1 to To00
Test for overail effect: Z
.80 (P = 6.0001)
Favours [Pedicle Screw] Favours [Hybrid Instrumentation j


The {_filter} in the original Chroma was a two-pole lowpass or highpass filter; four-pole effects could only be attained by cascading the two channels' filters. The Digital Chroma allows each filter to be switched between two-pole and four-pole, meaning that you can get an eight-pole response if both are cascaded in series. (The number of poles basically determines how much the out-of-band harmonics are attenuated.) The Digital Chroma's filters also have a bandpass setting.
The big limitation of the original Chroma's filters was that they only had eight resonance settings, one of which was self-oscillation. The filters were also pretty badly tuned, if used as an oscillator, and wouldn't self-oscillate above a few kilohertz.
The Digital Chroma solves all that. First of all, the resonance is continuously variable, and has {_extended_parameter extended parameters} that allow it to be modulated by the usual mod sources. The highest three resonance settings produce self-oscillation with three different degrees of overdrive, yielding different sounds when an oscillator signal is fed through the self-oscillating filter.
Also, when set to the highest setting that doesn't self oscillate, the resonance of the filter is much higher than the original Chroma. This means that the impulse wave shape can be used to generate distinct pitched percussive sounds.
Resonance can be usefully modulated by an envelope. One nice effect is to produce a short burst of resonance at the start of a note. Another is to do the opposite, and produce a sound in which the resonance fades in over time. {_sweep Sweep} modulation can add resonance on part of each vibrato cycle.
To make the filter track the keyboard exactly, you must select one of the {_glide} generators as a modulation source, and set the corresponding depth to 32. To make sounds that get somewhat brighter as the pitch goes up, but not unnaturally so, the depth should be set to something less, perhaps around 16.
While the original Chroma had three filter tune modulation inputs, the extended parameters behind Mod 2 and Mod 3 Select and Depth are used for two more inputs, Mod 4 and Mod 5. Also, the Mod 1 Depth parameter has an extended {Filter_mod_steps Mod 1 Steps} parameter behind it, which works just like the analogous parameter in the Oscillator section. Since the filter can be used as an oscillator, the filter's modulation depth controls have high resolution around zero like the oscillator's, to allow for very slight vibrato.


Stripe Jun 2022 ⟶ Present
- Work with APAC Payment Methods to fix bugs in our integrations with 3rd parties.
- Upgrade subsystem to use our latest tech.
- Fixed payments bugs for Singapore and India.
Design, prototype and launch a FX investment platform with focus on security.
Teach front-end from scratch to a classroom and mentor them to creating fast paced projects.
Remote contracting for 10+ projects with several companies all over the world, mainly front-end.
Developed in a variety of languages in the back-end to provide real-time data analysis.
Final Year Project with Neural Networks and Natural Language Processing in Javascript.
Industrial Technology Engineering Degree with honors on Circuit Theory.
Expressive testing library for React to make sure your code works as expected.
Modular and flexible framework with modern technology. Fully documented and tested.
Global winner developing a Space Helmet.
Several awards through robot prototyping.
Regional winner while in Highschool.


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data class Case
A case in a data set.
A case is really just a collection of features mapping to an output.
features
- A set of features that make up this case.
output
- The output expected for this set of features.
| <init> |
Case(features: List<Feature>, output: Double)
A case in a data set. |
| features |
val features: List<Feature> |
| output |
val output: Double |