Problem Statement
With crime in Gotham continuously on the rise, Batman is worried that his Utility Belt may not be enough anymore.  He needs to maintain a record of all the wrongdoers spreading havoc in his city. This app should have the following screens :
-
Home Screen This screen has 2 buttons - New record and View Records. Clicking on New record opens up a screen to create a new record and clicking on view existing records opens a list of records stored.
-
New Record When the user clicks on the new record button he will be taken to a new screen which will have a form asking the user for various inputs like criminal’s name , age , gender , crimes and last known/seen location. There will also be a button to save these records in a database..
-
View Records This screen will consist of a list of all the records stored locally. On clicking any item, the details of that particular criminal must be shown in the Details Screen
-
Details Here is where the details of criminals that are stored in the database must be shown.
Bonus Points For
- Elegant User Interface
- If images of each criminal are stored and displayed
- Clicking on the last known location shows it on a map. You can take the latitude & longitude of the location from the user at the time of filling a new entry. A better option can be to just open the map, let the user pinpoint the location and save the latitude & longitude of that location. ( Refer Maps SDK for Android, Google Maps Android API v2 - Tutorial )
Points to Remember
- Submit your entries latest by 20th January, 2015 to<EMAIL_ADDRESS>Your submission must include the zip file containing the source code and the apk file. Remember to write your name and contact information in the mail.
- In case you run into some problem or don’t know where to start, we have written a short blog that may help you.
- Join our facebook group for further queries and updates.


About This Project
The objective of this project is to digitize one of my favourite culinary books "The Flavor Bible" by Karen Page and Andrew Dornenburg. The book is excellent and gives insight into improving creativity, enhanceing the eating expierence and impact of a dish. Page and Dornenburg have provided readers with a thorough tool which can be used as a reference while cooking. The book contains some 500 charts, describing the relationship between an ingredient, cuisine, flavor, and taste.
Over the last 5 years I've used this book countless times, and finally relented to the nagging voice in my head. The primary issue I've identified is flipping between multiple ingredients as a build out a dish. To combat this, I've presented the book as a web page with search functionality.
If you're enjoying this tool, please consider purchasing the book from the authors at karenandandrew.com


Do you require a VPN connection for your build, to be able to connect to your server,
either to git clone
your repository or to access a private API?
If yes, then this tutorial is for you!
Technical infos
Connecting to a VPN, in short, works like this:
- the build starts
- you install & configure the VPN components you need
- you start the VPN
- you proceed with the build
Obviously, if you require a VPN connection in order to access your code repository,
you have to connect to the VPN before the Git Clone
step, but in general
you can configure & connect to the VPN anywhere in your Workflow, before you’d use the
connection.
You can choose other VPN tools, not just the one shown here (strongswan), this is just one example setup which works on bitrise.io.
One important note: when you choose your VPN tool and do the setup/configuration, you have to be careful to not to restart / abort existing SSH sessions! The bitrise.io workers will abort the build if the SSH connection between the build’s Control/Master machine and the Build virtual machine terminates!
Example
This is an example script which you can either save into your repository and run
it from there, or just copy paste its content into a Script Step
in your bitrise
configuration (bitrise.yml
/ Workflow).
#!/usr/bin/env bash
set -e
echo "WAN IP"
# This prints the servers Internet IP adress to the log, useful for debugging
curl http://httpbin.org/ip
case "$OSTYPE" in
linux*)
echo "Configuring for Linux"
# Variables
etc_dir=/etc
etc_sudo='sudo' # Sudo is needed for Linux Strongswan configuration
# Install strongswan
echo "Installing Strongswan..."
sudo apt-get install -y strongswan
;;
darwin*)
echo "Configuring for Mac OS"
# Variables
etc_dir=/usr/local/etc
etc_sudo='' # Sudo is NOT needed for Mac OS Strongswan configuration
# Install Strongswan using homebrew
echo "Installing OpenSSL..."
# Manually install OpenSSL first to save time, since installing Strongswan directly compiles OpenSSL from source instead
brew install openssl
echo "Installing Strongswan..."
brew install strongswan
;;
*)
echo "Unknown operative system: $OSTYPE, exiting"
exit 1
;;
esac
# Method for rendering a template string file (when run, returns the input string with $VARIABLES replaced from env)
render_template() {
eval "echo \"$(cat $1)\""
}
# Create a temporary directory to hold files
temp_dir=/tmp/vpn-config
mkdir $temp_dir
# IPsec config file, see examples at https://wiki.strongswan.org/projects/strongswan/wiki/IKEv1Examples and https://wiki.strongswan.org/projects/strongswan/wiki/IKEv2Examples
echo "Downloading ipsec.conf..."
wget https://www.example.com/ipsec.conf.template -O $temp_dir/ipsec.conf.template
# IPsec credentials file, see documentation at https://wiki.strongswan.org/projects/strongswan/wiki/IpsecSecrets
echo "Downloading ipsec.secrets..."
wget https://www.example.com/ipsec.secrets.template -O $temp_dir/ipsec.secrets.template
# In some cases you might need to download the certificate, or certificate chain, of your other VPN endpoint
echo "Downloading server.crt..."
wget https://www.example.com/server.crt -O $temp_dir/server.crt
echo "Rendering config templates"
render_template $temp_dir/ipsec.conf.template > $temp_dir/ipsec.conf
render_template $temp_dir/ipsec.secrets.template > $temp_dir/ipsec.secrets
echo "Installing configuration"
$etc_sudo cp $temp_dir/ipsec.conf $etc_dir/ipsec.conf
$etc_sudo cp $temp_dir/ipsec.secrets $etc_dir/ipsec.secrets
$etc_sudo cp $temp_dir/server.crt $etc_dir/ipsec.d/ocspcerts/server.crt
# Start the ipsec service
echo "Starting ipsec"
sudo ipsec start
# We're sleeping between commands, mostly since Mac OS seems to have some problems otherwise
sleep 1
# Output some helpful status to the log
echo "Status ipsec"
sudo ipsec statusall
sleep 1
# Switch out myconnection with the name of your connection in ipsec.conf
echo "Initiating VPN connection"
sudo ipsec up myconnection
sleep 1
case "$OSTYPE" in
linux*)
;;
darwin*)
# In Mac OS El Capitan, the `sudo ipsec up` command consistently fails the first time, but succeeds after a restart of the ipsec service
echo "Restarting ipsec"
sudo ipsec restart
sleep 1
echo "Initiating VPN connection"
sudo ipsec up myconnection
sleep 1
# This step might apply if you are routing all traffic trough the IPsec connection (that is, if your remote IP range is <IP_ADDRESS>/0)
# Mac OS El Capitan seems to have problems getting the DNS configuration from the Strongswan interface. Also IPv6 sometimes causes issues. So we're manually turning off IPv6 and forcing a new DNS configuration.
echo "Disabling IPv6 and forcing DNS settings"
# Fetch main interface
main_interface=$(networksetup -listnetworkserviceorder | awk -F'\\) ' '/\(1\)/ {print $2}')
# Completely disable IPv6
sudo networksetup -setv6off "$main_interface"
# Switch <IP_ADDRESS> with your DNS server
sudo networksetup -setdnsservers "$main_interface" <IP_ADDRESS>
;;
*) ;;
esac
# Your VPN connection should be up and running. Any following steps of your Bitrise workflow can access devices over your VPN connection 🎉


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Here’s What Myles Garrett Told His Teammates After Last Night’s Brawl
by Chris RosvoglouDuring the closing seconds of Thursday night’s showdown between the Browns and Steelers, former No. 1 pick Myles Garrett struck Mason Rudolph over the head with his own helmet. It’s a moment that will unfortunately be remembered for years to come.
Garrett and Rudolph were tangled up on the field before they exchanged blows. The officiating crew had to eject Garrett for his actions, which didn’t surprise anyone at FirstEnergy Stadium.
League executives wasted little time dishing out consequences to those involved in the brawl.
The NFL suspended Garrett indefinitely – for at least the rest of the 2019 season, including the playoffs.
Although Garrett’s actions last night may change his reputation forever, the superstar defensive end made sure to address his team about the situation.
Joel Bitonio told the media that Garrett spoke to the team on Friday.
Garrett reportedly said he’s going to strive to be a better person and feels as if he let the team down.
Addressing your teammates after an incident of this magnitude is definitely the right move here. Even if opponents no longer respect Garrett for what he did, it’s important that his teammates support him.
There are reports circulating that Garrett plans to appeal the NFL’s suspension – albeit it’s tough to envision his punishment getting reduced.
As of right now, the Browns most likely won’t have Garrett on the field until next season.


--- layout: page ---
Alberto Silva is a deseloper in Maryland.Currently, he is trying to defeat Wordpress at HZDG.


hvd.join()
def barrier(self, *args, **kwargs):
hvd.join()
def broadcast(self, obj: object, src: int = 0) -> object:
obj = hvd.broadcast_object(obj, src)
return obj
hvd.join()
def barrier(self, *args, **kwargs):
if torch_distrib.is_initialized():
hvd.join()
def broadcast(self, obj: object, src: int = 0) -> object:
obj = hvd.broadcast_object(obj, src)
return obj


PC Parts
Click here
to see a motherboard
This is a motherboard.
Click here
to hide the motherboard
Left
Middle
Right
Light
Dark


Phoenix
Tips
- Phoenix always Dives clockwise.
- Icarus Dive applies a 25% MS slow for 4 seconds at all levels. Don't just use it as a gap closer and cancel
before you land on an enemy, get within 200 range of them to apply the slow.
- You can begin channeling a TP while Diving, but canceling the Dive will cancel the TP.
- You can pick things up mid-Dive. The Dive travels 1400 range, so here
are some landmarks from where to pick up runes. To time it properly, just cast the Dive at the X:00 mark.
- Shiva's Guard takes a little longer than ~2.5 seconds to fully expand and will affect any units it
makes contact with while expanding. Don't jump into an Icarus Dive the moment you cast it or you'll
waste ~400 range on the Arctic Blast radius.
- Don't machine-gun Fire Spirits. The debuff lasts for 4 seconds and enemies are more wary of a Phoenix
who still has a Spirit circling around them. Space out Launches, even if you don't land them.
- You can cast and cancel Icarus Dive while a Sun Ray is out.
- Sun Ray provides vision over the 'projectile,' allowing you to check Rosh or scout in trees.
- If you begin channeling a TP while moving in Sun Ray, you will continue moving during the channel.
Escape enemies by TPing over cliffs (including the unpathable edges of the map).
- You can activate and toggle move in Sun Ray while rooted/entangled.
- You can move freely in or out of an enemy Disruptor's Kinetic Field while in Sun Ray. Oddly enough,
you can't Sun Ray out of Slark's Pounce, which I thought was coded mostly the same way.
- Try to find cliffs to Supernova onto if the positioning is convenient.  This is particularly important
when fighting around the Rosh pit.
- Allies can deny the Egg once it's under 50%.
- If an ally dies in an Agh Egg, it counts as a deny by Phoenix.
Counters
- Phoenix can be stunned during Icarus Dive.  If you see a Phoenix staring at you from afar, keep
your trigger finger ready on a stun to cancel the Dive. This is especially important with instant disables
like Hexes or Eulses.
- Stunning, silencing, sleeping, cycloning, or hexing Phoenix during Sun Ray will cancel the spell. So will
LD's Savage Roar and LC's Duel. But not Axe's Call and Wyvern's Curse. Because reasons.
- Blade Mail is also a worthwhile pickup to deal with Sun Ray if you're a tanky initiator.
- Nyx is good at countering Sun Ray since he can just walk into it with Carapace and stun Phoenix ezpz.
- There are a lot of variables deciding this, but a good rule of thumb to follow is that you'll need 2 heroes
to kill a level 6 Egg and 3 heroes to kill a level 11 Egg assuming you're all Fire Spirited right before
Supernova is cast.
- Heroes that buff attack speed (Troll Warlord, Beastmaster, Ogre Magi) or items that buff attack speed (Drum,
AC) will help a lot against Phoenix in the late game.
- You can kill the Egg during Naga sleep.
- Juggernaut can damage the Egg while right-clicking during Blade Fury.
- Every Meepo counts as a hero when attacking the Egg.


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This app demonstrates the evaluation of the eﬀects of mechanical interactions between liver parenchyma (normal liver tissue) and tumor cells on metastatic seeding and growth.
In this model, We simulate a small tumor growing in liver parenchyma (maximum size is 1cm × 1cm). The liver tissue is elastic-plastic: Elastic: on short times, when it’s deformed it elastically tries to return to its rest position and imparts forces on nearby tumor cells; Plastic: on long times, the resting position of these tissue elements relaxes back to the current position.
We found that:
(1) In high-flow / well-perfused liver tissues, growth substrate limitations (oxygen in our case) alone are an insufficient growth control to prevent non-physical overlap of cells. Mechanobiologic feedbacks are necessary. These are modeled as a pressure that can reduce or completely shut down cycle entry.
(2) In some tissue regimes, this can arrest the growth of micrometastases.
(3) In other tissue regimes, tumors will develop invasive fingers into the surrounding tissue along mechanical weaknesses.
We used agent-based models to simulation the cell-cell interactions, where the liver parenchyma are stress-based apoptosis and no birth, while tumor cells are pressure-regulated cycling and stochastic apoptosis.
In details, if parenchymal agent’s magnitude of displacement exceeds the maximum tolerated deformation, the parenchyma would enter apoptosis immediately. For the tumor agent, its cycling rate is controlled by the pressure between them and surrounding liver tissue, when the pressue is greater than the threshold value (it is 1 in our default), the birth rate would be set to 0.
This model is funded by IU Engineered nanoBIO Node, as a Demo for liver research project. The models are built using PhysiCell: a C++ framework for multicellular systems biology [1].
All chemical signals move by chemical diffusion in the simulated environment, using BioFVM [2] to solve the reaction-diffusion equations. A key property is the diffusion length scale. Diffusion (with a diffusion coefficient D) helps spread a signal over large distances, while decay (and uptake) (with coefficient λ) eliminates the signal to slow its spread. These effects compete to determine the characteristic distance Lthat a chemical signal travels.
In our model, the only substrate is oxygen. We used BioFVM [2] to simulate diffusive transport. By investigating the poroviscoelastic (PVE) model [3], we constructed a quasi-steady single-lobule model.
In details, Outside tumors: it's advection-dominated transport. We useed quasi-steady analytic solution for O2 transport; Inside tumors: it's diffusion-dominated transport. We used BioFVM-based numeric solution for O2 transport.
Cells can proliferate (divide into two daughter cells of half size), with division rates regulated by cell rules. In our model, cells continuously work to grow towards a "target" mature volume.
Note that birth and death are stochastic events for each cell agent: if such a process occurs at rate r, then between now (t) and soon (t + Δt), the probability of the event occurring for that agent is rΔt.
In our model, liver parenchyma have no birth rate, and their death rate is controlled by the displacement as explained by section of Modeling approach. For the tumor cells, they have normal apoptosis rate, while the cycling rate is regulated by the pressue and oxygen function.
Cells can secrete chemical factors, or they can remove them (i.e., consume or uptake). This can contribute to gradients in chemical factors, and it's a key method of communication between cells. Moreover, cells can "sample" the chemical state of their surrounding environment. Secreting is sending a signal. Uptaking and sampling is receiving a signal.
In our model, tumor cells uptake oxygen, which is particularly important in the center area of big tumor. Because, if the tumor radius is greater than diffusion length scale the tumor cells in the center of tumor would have limited oxygen, as a result, their cycling rate would decrease to zero and enter necrosis state.
Motile cells perform biased migration. After traveling for Tpersistence time (the mean persistence time), they choose a new migration direction dmigrate. Based on the environmental conditions, the cell chooses a directional bias (intended direction) dbias and a random unit vector r. The motile direction dmigrate is then determined by according to:
dmigrate = b dbias + (1-b) r.
Here, b is a bias parameter (between 0 and 1) that determines how strongly biased migration is towards dbias. If b =1, then migration is deterministic towards dbias. If b = 0, then migration is completely random (Brownian).
Once the migration direction is chosen, it is normalized, and multiplied by the cell's migration speed.
In out model, we simplified cells as immotile.
Cell agents can stick to one another within a prescribed interaction distance (some multiple of their radius), and they can exert a pushing force on neighbors. PhysiCell [1] uses potential functions to implement these simple mechanics. Notably, PhysiCell is an off-lattice model, meaning that cells can have variable sizes, and can move freely without grid artifacts.
They aren't required to move some prescribed number of spatial steps. They also can divide without checking for an open neighbor "site". Instead, they can divide and push their neighbors out of the way.
In the model, two types of cell contacted with each other and produce force/pressue, which regulated their birth rate or death rate. See the details in the following Liver parenchyma cells and Tumor cells.
Each parenchymal agent follows regular adhesion-repulsion mechanics (with a position xi). In addition, mechanical interactions are modeled with underlying ECM. Each agent i is attached to the ECM at xi,ECM, and experiences an elastic force. Let di = xi,ECM − xi, and let di = ∥di∥ − Ri (Ri is cell’s equivalent radius) denote the elastic deformation; let rE and rP denote the elastic rate and plastic relaxation rate respectively, both the elastic and plastic reorganization show as following:
Liver parenchyma cells are originally homeostatic. If parenchymal agent’s magnitude of displacement exceeds the maximum tolerated deformation (dmax), the parenchyma would enter apoptosis immediately.
The built-in "live" cell cycle model is used in our model, with the default models of apoptosis and necrosis. Thus, each cell agent can be Live, Apoptotic, or Necrotic. Apoptosis is modeled as TME-independent, with a constant apoptotic death rate dA and a stochastic duration with mean TA. Necrosis is modeled as oxygen-dependent: cells enter the necrotic state if σ < σN (necrosis threshold), and then progress as described in PhysiCell. We also added a rule of pressure-regulated proliferation here, so the cycling rate is:
The first part is transition rate with oxygen levels as described in PhysiCell. As PhysiCell explained, the normalized cell pressure in conﬂuent tissue (no gaps in the tissue) is 0.5 (2D). We deﬁned as p2 and p1 as 1.0 and 0 respectively here, which means if pressure the tumor cell experiences is greater than 1.0, we set the tumor cell proliferation rate as zero, also labeled as yellow color in the simulation.
Modify parameters in the "Config Basics", "Microenvironment", or "User Params" tabs. Click the "Run" button once you are ready.
To view the output results, click the "Out: Plots" tab, and move the slider bar to advance through simulation frames. Note that as the simulation runs, the "# cell frames" field will increase, so you can view more simulation frames.
If there are multiple substrates defined in the Microenvironment, you can select a different one from the drop-down widget in the Plots tab. You can also fix the colormap range of values.
Note that you can download full simulation data for further exploration in your tools of choice.


@fireice_uk @chainalysis this is a new technique, never described before, which builds on all previous methods and can overlay data on those, providing much finer-grained de-anonymization and "differential linkability analysis" I am currently calling it.
Also, thanks for d...


Posted by Afdhal Afgani on February 22, 2021
Posted by Afdhal Afgani on February 21, 2021
Posted by Afdhal Afgani on February 1, 2021
Posted by Afdhal Afgani on January 31, 2021


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1440 blocks a day at frequency of 5 gives a maximum of 288 notarizations a day per chain.
1 KMD does maximum of 10,000 notarirzations for each node for 1 chain.
We are at minsig 7 of a max 13, using an average of minsigs == 10.
10,000 notarizations takes 34.7 days. 10KMD every 34.7 days per chain.
365/34.7 = 10.5
10.5*10 = 105KMD per year per chain.
Increasing frequency to 10 blocks or using a 2min block time, halves that.
6000 KMD pays ~300 KMD per year in rewards.
We need > 6000KMD to pay for notarizations for 3 chains until rewards end.
Then the 6000 will last another 20 years :joy:


data class DigestAlgorithmName
The digest algorithm name. This class is to be used in Corda hashing API.
name
- The name of the digest algorithm to be used for the instance.
<init> |
The digest algorithm name. This class is to be used in Corda hashing API. DigestAlgorithmName(name: String) |
name |
The name of the digest algorithm to be used for the instance. val name: String |
DEFAULT_ALGORITHM_NAME |
The DEFAULT_ALGORITHM_NAME instance will be parametrized and initialized at runtime. val DEFAULT_ALGORITHM_NAME: DigestAlgorithmName |
NONCE_SIZE |
const val NONCE_SIZE: Int |
SHA2_256 |
val SHA2_256: DigestAlgorithmName |
SHA2_384 |
val SHA2_384: DigestAlgorithmName |
SHA2_512 |
val SHA2_512: DigestAlgorithmName |


{{response.title = "Management - Player List"}} {{extend "layout.html"}} {{include "agent_tools.html"}} {{agent_menu()}}
Please do not refresh this too often. It is a large database query, and can lag the server.
| Database ID | Character ID | Name | Credit (ISK) | Agent |
|---|---|---|---|---|
| {{=char.id}} | {{=char.charid}} | {{=char.charname}} | {{=iskfmt(char.isk)}} | {{="Agent" if char.agent else ""}} |


{% extends "base.html" %} {% load bootstrap4 %} {% load i18n %} {% load app_tags %} {% block head_title %}{{ code | response_title }}{% endblock %} {% block content %}
{{ message }}
{% else %} {% if code == 403 %} {% if request.user.is_autehnticated %}You shall not pass! You don't have enough superpowers to view this page, contact {{ hk_email_webdev | urlize }} if you think it's an error.
{% else %}You shall not pass! Looks like you are not logged in, you can do so here.
{% endif %} {% elif code == 404 %}The page you were looking for doesn't appear to exist!
{% elif code == 500 %}This is embarrassing, out server failed! Contact us at {{ hk_email_webdev | urlize }} and tell us what happened so we can fix this!
{% else %}There has been an error, please contact {{ hk_email_webdev | urlize }} and tell us what happened.
{% endif %} {% endif %}


MatthiasMullie\Minify\CSS::move
Moving a css file should update all relative urls.
Relative references (e.g. ../images/image.gif) in a certain css file, will have to be updated when a file is being saved at another location (e.g. ../../images/image.gif, if the new CSS file is 1 folder deeper).
Signature
protected function move(Converter
$converter,
string
$content )
Parameters
$converter
— MatthiasMullie\PathConverter\Converter- Relative path converter
$content
— string- The CSS content to update relative urls for.
Returns
- string


Burger Life
Pending Orders
(current)
All Orders
Order Id
Client Id
First Name
Last Name
Date
Cost
Completed
1
1
Mark
Otto
02/03/1998
19.00
Done
View
2
1
Mark
Otto
02/03/1998
19.00
Done
View
2
1
Mark
Otto
02/03/1998
19.00
Done
View


Installation
This is a pre-installed package. Unpack and you are good to go. When you are reading this, you will already have done all the work, congrats! Please do not download a normal copy of DF and mix them, this will result in errors. All you have to do to run this mod is this:
Chosing your settings
Masterwork DF keeps the vanilla DF feel alive.  It does have many extended Industries however, which you will get to know by playing Fort-mode. If you want to alter the mod to better suit your wants, you can follow these easy steps:
You now have your very own version of Masterwork DF. You can even save different settings and make templates for your favourites, or ask other people for theirs! New options for succession forts await!


About Me
Hello, my name is Javier Turner, but most people call me JT. I was born and raised in Statesville, NC, then
moved the Charlotte after graduating from Appalachian State University with a degree in Graphic
Communications.
I really enjoy both watching and playing soccer (I’m the United States Women’s National Soccer Team’s
biggest fan) and I play anytime I get a chance. I also enjoy spending time with friends and family, tennis,
and painting when I have the time.
I’m really excited to start a career in full-stack development. I love thinking that goes into the code behind the webpage, the result achieved when everything works correctly, and most importantly, the huge rewarding feeling you get when it all comes together.


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KratosMultiphysics
KRATOS Multiphysics (Kratos) is a framework for building parallel, multi-disciplinary simulation software, aiming at modularity, extensibility, and high performance. Kratos is written in C++, and counts with an extensive Python interface.
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Dof represents a degree of freedom (DoF). More...
#include <dof.h>
Public Types | |
Type Definitions | |
| using | Pointer = Dof * |
| Pointer definition of Dof. More... | |
| typedef std::size_t | IndexType |
| typedef std::size_t | EquationIdType |
| typedef VariablesListDataValueContainer | SolutionStepsDataContainerType |
Public Member Functions | |
Life Cycle | |
| template<class TVariableType > | |
| Dof (NodalData *pThisNodalData, const TVariableType &rThisVariable) | |
| template<class TVariableType , class TReactionType > | |
| Dof (NodalData *pThisNodalData, const TVariableType &rThisVariable, const TReactionType &rThisReaction) | |
| Dof () | |
| Dof (Dof const &rOther) | |
| Copy constructor. More... | |
| ~Dof () | |
| Destructor. More... | |
Operators | |
| Dof & | operator= (Dof const &rOther) |
| Assignment operator. More... | |
| template<class TVariableType > | |
| TVariableType::Type & | operator() (const TVariableType &rThisVariable, IndexType SolutionStepIndex=0) |
| template<class TVariableType > | |
| TVariableType::Type const & | operator() (const TVariableType &rThisVariable, IndexType SolutionStepIndex=0) const |
| TDataType & | operator() (IndexType SolutionStepIndex=0) |
| TDataType const & | operator() (IndexType SolutionStepIndex=0) const |
| TDataType & | operator[] (IndexType SolutionStepIndex) |
| TDataType const & | operator[] (IndexType SolutionStepIndex) const |
Operations | |
| TDataType & | GetSolutionStepValue (IndexType SolutionStepIndex=0) |
| TDataType const & | GetSolutionStepValue (IndexType SolutionStepIndex=0) const |
| template<class TVariableType > | |
| TVariableType::Type & | GetSolutionStepValue (const TVariableType &rThisVariable, IndexType SolutionStepIndex=0) |
| template<class TVariableType > | |
| TVariableType::Type const & | GetSolutionStepValue (const TVariableType &rThisVariable, IndexType SolutionStepIndex=0) const |
| TDataType & | GetSolutionStepReactionValue (IndexType SolutionStepIndex=0) |
| TDataType const & | GetSolutionStepReactionValue (IndexType SolutionStepIndex=0) const |
Access | |
| IndexType | Id () const |
| IndexType | GetId () const |
| const VariableData & | GetVariable () const |
| const VariableData & | GetReaction () const |
| template<class TReactionType > | |
| void | SetReaction (TReactionType const &rReaction) |
| EquationIdType | EquationId () const |
| void | SetEquationId (EquationIdType NewEquationId) |
| void | FixDof () |
| void | FreeDof () |
| SolutionStepsDataContainerType * | GetSolutionStepsData () |
| void | SetNodalData (NodalData *pNewNodalData) |
| bool | HasReaction () const |
Inquiry | |
| bool | IsFixed () const |
| bool | IsFree () const |
Input and output | |
| std::string | Info () const |
| Turn back information as a string. More... | |
| void | PrintInfo (std::ostream &rOStream) const |
| Print information about this object. More... | |
| void | PrintData (std::ostream &rOStream) const |
| Print object's data. More... | |
Serialization | |
| class | Serializer |
Dof represents a degree of freedom (DoF).
It is a lightweight object which holds its variable, like TEMPERATURE, its state of freedom, and a reference to its value in the data structure. This class enables the system to work with different set of dofs and also represents the Dirichlet condition assigned to each dof.
| typedef std::size_t Kratos::Dof< TDataType >::EquationIdType |
| typedef std::size_t Kratos::Dof< TDataType >::IndexType |
| using Kratos::Dof< TDataType >::Pointer = Dof* |
Pointer definition of Dof.
| typedef VariablesListDataValueContainer Kratos::Dof< TDataType >::SolutionStepsDataContainerType |
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inline |
Constructor. This constructor takes all necessary information to construct a degree of freedom. Also default values are used to make it easier to define for simple cases.
| rThisVariable | Variable which this degree of freedom holds. This variable considered as unknown of problem to solved and fixing by Fix() method also applied to it. It must be a TDataType variable or component not a vector. For example DISPLACEMENT_X in structural element. |
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inline |
Constructor. This constructor takes the same input as the previous one, but add the reaction on the DoF declaration
| rThisVariable | Variable which this degree of freedom holds. This variable considered as unknown of problem to solved and fixing by Fix() method also applied to it. It must be a TDataType variable or component not a vector. For example DISPLACEMENT_X in structural element. |
| rThisReaction | This is the right hand side variable in the system of equation correspounding to variable this dof holding. For example THERMAL_FLOW in thermal element. It will be none as default. |
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inline |
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inline |
Copy constructor.
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inline |
Destructor.
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inline |
Return the Equation Id related to this degree eof freedom.
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inline |
Fixes the Dof
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inline |
Frees the degree of freedom
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inline |
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inline |
Returns reaction variable of this degree of freedom.
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inline |
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inline |
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inline |
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inline |
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inline |
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inline |
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inline |
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inline |
Returns variable assigned to this degree of freedom.
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inline |
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inline |
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inline |
Turn back information as a string.
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inline |
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inline |
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inline |
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inline |
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inline |
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inline |
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inline |
Assignment operator.
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inline |
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inline |
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inline |
Print object's data.
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inline |
Print information about this object.
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inline |
Sets the Equation Id to the desired value
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inline |
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inline |
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friend |


TinTin is a tin and volunteer management system that helps organisers of flag days to shorten their preparation time by taking care of tedious administrative demands!
Set up stations and allocate tins to stations
Make use of registration forms for flagsellers to sign up
List of vounteers automatically compiled for you
No more manual paper sign ups for walk-in flag sellers
Waiting time to collect tins significantly shorter
Track the status of tins through a dashboard
Tin and volunteer data all digitally collated (e.g. volunteer hours)
Send thank-you certificates to all volunteers using your own custom certificate background
Only hosting charges are charged to you, by the hosting company, direct to your credit card *
Hosting fees are at approximately SGD30/month
* This can be charged to an individual who is managing the flag day. If this is a concern, please contact DPA or indicate it in your request to use Project TinTin.


Product List
Click the category nodes to display description and product nodes, click products nodes to display information.


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Data entities that are independently stored
Package Specification
- ShortFloats: BudgetValue (priority/durability/quality) and TruthValue (frequency/confidence)
- Stamp: serial numbers and creation time associated to a TruthValue
- Sentence: a Term, a TruthValue, and a Stamp. A Sentence can be a Judgment, a Goal, or a Question.
- Task: a Sentence to be processed.
- TermLink: built in pair between a compound term and a component term.
- TaskLink: special TermLink refering to a Task, whose Term equals or contains the current Term.
- Concept: labeled by a Term, contains a TaskLink bag and a TermLink bag for indirect tasks/beliefs, as well as beliefs/questions/goals directly on the Term.
- Item: Concept, Task, or TermLink
in NARS, each task is processed in two stages:
- Direct processing by matching, in the concept corresponding to the content, in one step. It happens when the task is inserted into memory.
- Indirect processing by reasoning, in related concepts and unlimited steps. It happens in each inference cycle.