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-Select Users node -Add User details -Select User Type: -Internal - this option is by default and categorizes the user as an internal organization user: -External - selecting this option allow the user to be categorized as an external user of the organization: -Note: There is no special difference in the system between the two types. The only difference is the color of this user icons. -Select Next button The Next button process directs the user to the User Access tab. The User Access tab determines which cases or team project portal the user will have access to. This tab contains the following two subtabs where additional case and team level security access rights can be applied: -My Cases - this subtab will only show if the Role Type is Case Manager of the selected User Role
-This section will list all the clients and associated cases that are added under the Client Management and Case Management submodules -In order for a user to have access to a case portal under the My Cases tab, one or more options must be checked. -A user can gain access to a case in the following ways:
1. Create a new client and new case. If a user creates the client/case themselves, the system will automatically grant the right to the user to access 2. Select the Automatically Inherent New Cases option - by selecting this option, any new client/case that is added, the system will automatically grant the right to the user to access 3. If the Automatically Inherent New Cases option is not selected, anyone that has rights to the Manage User section can either assign a client/case to themselves or assign rights to other users -My Teams - this subtab will only show if the Role Type is Team Member of the selected User Role -This section will list all the teams that are added under the Workflow Management -> Operation Teams submodules -In order for a user to have access to a team portal under the My Teams tab, one or more options must be checked. -A user can gain access to a team in the following ways: 1. Create a new team. If a user creates the team themselves, the system will automatically grant the right to the user to access 2. Select the Automatically Inherent New Teams option - by selecting this option, any new team that is added, the system will automatically grant the right to the user to access 3. If the Automatically Inherent New Teams option is not selected, anyone that has rights to the Manage User section can either assign a team to themselves or assign rights to other users -Select Add button
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Users
Location
- Open Terminal
- cat /etc/passwd
Settings
- Check Default Users
- Check that the users specified in the readme exist. Double check the default users. Look out for unmentioned users.
- Line reference = [user]:x:[user id]:[group id]:[description]:[home directory]:[default shell]
- User ID number less than 1000 are hidden users
- only user root should have User ID of 0
- To disable a user (unable to log in, keep files):
- To remove a user and their files:
- To add a user:
- sudo useradd [user] -m -s /bin/bash
- Update all allowed users' passwords (including root)
- sudo passwd [user]
- Write down user and password for reference


PELE Modes¶
Automatically configures all simulation parameters to match the desired configuration. To choose between: induce fit, pocket exploration, binding path exploration, minimization, bias exploration, exit path
Induced fit_fast¶
induced_fit_fast: Run a short induced fit AdaptivePELE simulation paramaters by setting the center of the box in the cm of the ligand, a box radius of 10A, small rotations and translations and a high number of steric clashes and sidechain predition frequency. Useful to refine docking poses, and search new conformations within the same binding site.
induced_fit_fast: true
Induced fit_exhaustive¶
induced_fit_exhaustive: Run a long induced fit PELE simulation paramaters by setting the center of the box in the cm of the ligand, a box radius of 10A, small rotations and translations and a high number of steric clashes and sidechain predition frequency. Useful to refine docking poses, and search new conformations within the same binding site.
induced_fit_exhaustive: true
Pocket Exploration¶
ppi: Configure a global exploration by randomizing the ligand all around the protein. Then the simulation will start from all configurationsof the system at the same time. The number of configurations (ligand-protein systems) can be chosen thorugh the poses flag by default will be cpus-1. Once finished, an exhaustive induced fit exploration will follow to retrieve all best identified pockets and putative binding modes. Useful to search for putative binding modes when neither pose or pocket are known.
ppi: true
Rescoring¶
Simulation to refine around an initial conformation. Not looking to find a new binding mode but to minimize the actual one. Useful to minimize certain pose or to perform data augmentation for ML/DL methods
rescoring: true
Local Exploration¶
out_in: Local exploration to move the ligand from the bulk to the binding site. The box center set on the center of mass of the ligand with a radius of 30A, steering 1 50% of the times, and a slight bias towards binding energies. Useful when no docking is possible in the binding site and you need to open up the pocket.
out_in: true
Biased¶
bias: Bias exploration towards the indicated bias column. The box center is set on the center of mass of the ligand with a radius of 30A, and a bias towards the chosen metric is set. An epsilon fraction of processors are distributed proportionally to the value of a metric, and the rest are inverselyProportional distributed. Therefore, the epsilon value controls fraction of the processors that will be assigned according to the selected metric in biascolumn. Useful to speed up local explorations when the desired binding site is known
epsilon: 0.5
bias_column: 5 (starting by 1 on the reports)
Exit path¶
in_out: Explore the dissociative path of a molecule. At each step the box is center on the most exterior cluster and there is a bias towards higher values of SASA. This type accepts a exit_metric which represents a column in the report file, an exit_value which represents a value for the metric and a exit_condition parameter which can be either “<” or “>”, default value is “<”. The simulation will terminate after the metric written in the metricCol reaches a value smaller or greater than exitValue, depending on the condition specified. An example of the exit condition block that would terminate the program after 4 trajectories reaches a value of more than 0.9 for the sixth column (6th starting to count from 1) of the report file would look like below. Useful when studying the dissoative binding path, or to open up the pocket
in_out: true
exit_value: 0.9
exit_condition: ">"
exit_trajnum: 4


Popovers can contain any arbitrary HTML, Angular bindings and even directives!
Simply enclose desired content or title in a <ng-template>
element.
Lorem ipsum dolor sit amet consectetur adipisicing elit. Amet, inventore?
Lorem ipsum dolor sit amet consectetur adipisicing.
You can easily override open and close triggers by specifying event names (separated by :
)
in the triggers
property.
Alternatively you can take full manual control over popover opening / closing events.


Touch input
- ALLEGRO_TOUCH_INPUT
- ALLEGRO_TOUCH_INPUT_MAX_TOUCH_COUNT
- ALLEGRO_TOUCH_STATE
- ALLEGRO_TOUCH_INPUT_STATE
- ALLEGRO_MOUSE_EMULATION_MODE
- al_install_touch_input
- al_uninstall_touch_input
- al_is_touch_input_installed
- al_get_touch_input_state
- al_set_mouse_emulation_mode
- al_get_mouse_emulation_mode
- al_get_touch_input_event_source
- al_get_touch_input_mouse_emulation_event_source
These functions are declared in the main Allegro header file:
#include <allegro5/allegro.h>
ALLEGRO_TOUCH_INPUT
typedef struct ALLEGRO_TOUCH_INPUT ALLEGRO_TOUCH_INPUT;
An abstract data type representing a physical touch screen or touch pad.
Since: 5.1.0
ALLEGRO_TOUCH_INPUT_MAX_TOUCH_COUNT
#define ALLEGRO_TOUCH_INPUT_MAX_TOUCH_COUNT 16
The maximum amount of simultaneous touches that can be detected.
Since: 5.1.0
ALLEGRO_TOUCH_STATE
typedef struct ALLEGRO_TOUCH_STATE ALLEGRO_TOUCH_STATE;
This is a structure that is used to hold a "snapshot" of a touch at a particular instant.
Public fields (read only):
- id - identifier of the touch. If the touch is valid, this is positive.
- x - touch x position
- y - touch y position
- dx - touch relative x position
- dy - touch relative y position
- primary - TRUE if this touch is the primary one (usually the first one).
- display - The ALLEGRO_DISPLAY that was touched.
Since: 5.1.0
ALLEGRO_TOUCH_INPUT_STATE
typedef struct ALLEGRO_TOUCH_INPUT_STATE ALLEGRO_TOUCH_INPUT_STATE;
This is a structure that holds a snapshot of all simultaneous touches at a particular instant.
Public fields (read only):
- touches - an array of ALLEGRO_TOUCH_STATE
Since: 5.1.0
ALLEGRO_MOUSE_EMULATION_MODE
typedef enum ALLEGRO_MOUSE_EMULATION_MODE
Type of mouse emulation to apply.
- ALLEGRO_MOUSE_EMULATION_NONE
- Disables mouse emulation.
- ALLEGRO_MOUSE_EMULATION_TRANSPARENT
- Enables transparent mouse emulation.
- ALLEGRO_MOUSE_EMULATION_INCLUSIVE
- Enable inclusive mouse emulation.
- ALLEGRO_MOUSE_EMULATION_EXCLUSIVE
- Enables exclusive mouse emulation.
- ALLEGRO_MOUSE_EMULATION_5_0_x
- Enables mouse emulation that is backwards compatible with Allegro 5.0.x.
Since: 5.1.0
Unstable API: Seems of limited value, as touch input tends to have different semantics compared to mouse input.
al_install_touch_input
bool al_install_touch_input(void)
Install a touch input driver, returning true if successful. If a touch input driver was already installed, returns true immediately.
Since: 5.1.0
See also: al_uninstall_touch_input
al_uninstall_touch_input
void al_uninstall_touch_input(void)
Uninstalls the active touch input driver. If no touch input driver was active, this function does nothing.
This function is automatically called when Allegro is shut down.
Since: 5.1.0
See also: al_install_touch_input
al_is_touch_input_installed
bool al_is_touch_input_installed(void)
Returns true if al_install_touch_input was called successfully.
Since: 5.1.0
al_get_touch_input_state
void al_get_touch_input_state(ALLEGRO_TOUCH_INPUT_STATE *ret_state)
Gets the current touch input state. The touch information is copied into the ALLEGRO_TOUCH_INPUT_STATE you provide to this function.
Since: 5.1.0
al_set_mouse_emulation_mode
void al_set_mouse_emulation_mode(int mode)
Sets the kind of mouse emulation for the touch input subsystem to perform.
Since: 5.1.0
Unstable API: Seems of limited value, as touch input tends to have different semantics compared to mouse input.
See also: ALLEGRO_MOUSE_EMULATION_MODE, al_get_mouse_emulation_mode.
al_get_mouse_emulation_mode
int al_get_mouse_emulation_mode(void)
Returns the kind of mouse emulation which the touch input subsystem is set to perform.
Since: 5.1.0
Unstable API: Seems of limited value, as touch input tends to have different semantics compared to mouse input.
See also: ALLEGRO_MOUSE_EMULATION_MODE, al_set_mouse_emulation_mode.
al_get_touch_input_event_source
ALLEGRO_EVENT_SOURCE *al_get_touch_input_event_source(void)
Returns the global touch input event source. This event source generates touch input events.
Since: 5.1.0
See also: ALLEGRO_EVENT_SOURCE, al_register_event_source
al_get_touch_input_mouse_emulation_event_source
ALLEGRO_EVENT_SOURCE *al_get_touch_input_mouse_emulation_event_source(void)
Returns the global touch input event source for emulated mouse events. This event source generates emulated mouse events that are based on touch events.
See also: ALLEGRO_EVENT_SOURCE, al_register_event_source
Since: 5.1.0
Unstable API: Seems of limited value, as touch input tends to have different semantics compared to mouse input.


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Enterprise Pivot helps to sustain strengthen and scale the values of CSO.


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The C-terminus of the B cell activator Oct-2 functions as an activation domain in yeast.
Abstract
Oct-1 and Oct-2 are human transcriptional activators that bind to the same DNA element but activate distinct sets of genes. We expressed these factors in S. cerevisiae and observed greater than 5-fold stimulation of a lacZ reporter gene only with Oct-2. Transfer of the Oct-2 C-terminal domain onto either Oct-1 (Oct1.2) or a nonactivating DNA-binding domain from GAL4 created activators capable of greater than 15 and 10-fold stimulation of activity, respectively. Thus, the C-terminus of Oct-2 is sufficient to confer activation potential to nonactive DNA-binding fragments in yeast.


{% extends "base.html" %} {% block container %}
1. Create a conference room via the button below, through one of our integrations or build your own integration via our API.
2. Share the URL of the room with anyone you'd like to chat with.
For example:
3. Join your conference room and start talking.
Note: your private conference room can be accessed by anyone with the URL. All rooms will be automatically disposed of after 24 hours from the time of creation. To create another room, simply repeat step one.


© 2020 Jarret Dyrbye (last updated 2020-12-06)
The fatal problem with "stablecoins" is that third parties are security holes and represent risks for corrupt individual actions and/or embezzlement.
If Alice has a bank account with $1000 USD of her own money in and chooses to issue a representative set of $1 stablecoins to be traded in the economy with her as the custodian.
Bob obtains $10 USD of tokens via economic activity. While Bob is holding to them, Alice succumbs to her darker impulses and embezzles the $1000 USD in the account to buy herself something fancy without disclosing this activity to anyone.
Bob sends his token to Carol as part of an economic trade. This transaction clears and Carol believes she is has taken possession of $10 USD. However, in actuality Carol is a victim of Alice's embezzlement, since she is unable to redeem the $10 USD from Alice.
Furthermore, if Bob becomes aware of the embezzlement, there is an incentive for furthering the corruption to pass off loss on someone else. Bob pretends he has no knowledge of the embezzlement and seeks out someone like Carol to transact the money away in exchange for full value. Similarly, Alice could knowingly orchestrate these events and deliberately act to manufacture victims such as Carol to create private profit for herself.
Stablewallets are a new concept which takes advantage of the properties of communication networks and the instant settlement properties of the Lightning Network to achieve a 'stabilization' behavior.
In addition to playing host to the backing store of value, Alice runs software to track accounts for the individuals such as Bob benefiting from her stabilization service, as well as a Lightning Network node which has satoshis available for transactions on behalf of her users.
Bob's wallet maintains a real-time connection back to Alice's software. This informs Bob's wallet that he has $10 USD of stable value, but also the corresponding number of satoshis available for Lightning Network transaction according to the BTCUSD exchange rate. As the exchange rate fluctuates, the connection is updated with the new number of satoshis corresponding to Bob's $10 USD.
Carol wishes to transact with Bob to obtain the $10 USD for goods or services in return, however she is obtaining stabilization services from a different provider, Dave, who also runs a Lightning Network node and provides a connection for Carol's wallet.
Bob and Carol's wallet decide on the exact count of satoshis to exchange to represent the $10 USD. Dave generates a Bolt11 from his node on Carol's behalf and it is forwarded via Bob to Alice as a request for Alice's node to pay it.
If Alice and her Lightning Network node happen to be insolvent doe to Alice's corrupt behavior, the invoice will not settle and Carol and Dave will not receive the satoshis corresponding to the $10 USD. This will be known instantly. This will not create a victim out of Carol and incentives will not align that way as is the case with stablecoins.
On this failure to settle the transaction, the dispute over the $10 USD value owed is kept between Alice and Bob. Furthermore, there are existing traditional legal frameworks in the form of standard accounting practices and deposit assurance for fiat account balances to help protect Bob from the potential corrupt actions of Alice.
(fin)


{% extends 'base.html' %} {% block title %}Posts | Bear Blog{% endblock %} {% block nav %}{% include '../snippets/dashboard_nav.html' %}{% endblock %} {% block content %} {% if not blog.reviewed and not blog.to_review and blog.older_than_one_day %}
Want to show up on the Discovery feed? Submit your blog for review.
{% endif %}


{% extends "layout.html" %} {% block page_title %} GOV.UK prototyping kit {% endblock %} {% block propositionHeader %} {% include "includes/propositional_navigation.html" %} {% endblock %} {% block content %} Search Create record Performance Claim closure View record Edit record Appointment Claim closure Date For example, 01 09 2015 Day Month Year Claim closure reasons Select Found work Self employed Failed to attend Gone abroad Other To JSA To ESA To IS To Pension Save {% endblock %}
For example, 01 09 2015


(HTML (HEAD )HEAD (BODY (TABLE "\n (TBODY (TR "\n (TD "Alpha\n )TD )TR )TBODY )TABLE "\n (TABLE "\n (TBODY (TR "\n (TD "Beta\n )TD )TR )TBODY )TABLE )BODY )HTML


{% extends "base_generic.html" %} {% load static %} {% block content %}
- Create organity
You are not allowed to create new organities.


Team Profile
John Doe
Manager
ID: 000000
EMAIL:
<EMAIL_ADDRESS>TEL#: 555-5555-5555
Junior Engineer
Engineer
ID: 111111
EMAIL:
<EMAIL_ADDRESS>GITHUB:
<EMAIL_ADDRESS>Senior Engineer
Engineer
ID: 222222
EMAIL:
<EMAIL_ADDRESS>GITHUB:
<EMAIL_ADDRESS>Rookie Newby
Intern
ID: 999999
EMAIL:
<EMAIL_ADDRESS>SCHOOL:
UW Whitewater


Do machines have souls?
Oliver Zeigermann
/
@DJCordhose
http://djcordhose.github.io/ai/2017_do_machines_have_souls.html
The clear answer: Of course not!
... but ...
... is this really so clear?
Are you also in a relationship with your car?
Our car actually is a
she
He is really good at listening


Please answer the following questions about yourself by indicating the extent of your agreement using the scale below:
You can learn new things, but you can't really change how you think.
No matter how much you have been thinking a particular way, you can always change it quite a bit.
You can always substantially change how you think.


SETTINGS
MQTT Server
MQTT Port
MQTT Username
MQTT Password
Command Topic
State Topic
Payload On
Payload Off


The political leaders of Minneapolis have power over city-owned streets and can encourage Hennepin county to take action on streets under their jurisdiction in the city.
Contact your City Council member
Contact the mayor of Minneapolis
75% of car-pedestrian crashes resulting in severe injury or death occur on just 5% of Minneapolis roads (by mileage) – these streets comprise the high injury network. Streets within the network include stretches of Lake Street, Franklin Avenue, Lyndale Avenue, Hennepin Avenue, and Broadway Street NE, all of which are under the jurisdiction of Hennepin County.
Learn more about city, county, and state-level policies and plans that impact active transportation in Minneapolis.
City of Minneapolis Transportation Action Plan
These organizations are leading the way in non-motorized transportation advocacy work
Feeling inspired to read more? Here's a short list of books to check out.
Street Fight: Handbook for an Urban Revolution
Janette Sadik-Khan
Urban Street Design Guide
National Association of City Transportation Officials (NACTO)
Global Street Design Guide
Global Designing Cities Initiative and NACTO
The Death and Life of Great American Cities
Jane Jacobs
Life Between Buildings
Jan Gehl
For more information and pricing details, contact Catherine at cbretheim@gmail.com


Our perceptions of the world are built on multiple senses. They interact to help us make sense of our surroundings, so a car will seem to be traveling faster if it makes a lot of noise. And whether we want to buy a sports car, or a vacuum cleaner, it’s our multi-sensory impression of a product or service that dictates how we feel about it. And why companies need to learn the skills to design for all five senses.
The concept of multi-sensory design has existed for more than a decade. But want I address the idea of multi-sensory design as it applies to brands. I believe that applying multi-sensory design to all the touchpoints (moments of contact with a user) allows a product or service to produce a more complete, and ultimately better brand experience.
But how do you design a multi-sensory brand experience? Does it mean creating something that looks, sounds, smells, feels–possibly even tastes–good? Does it mean offering a message that appeals to all our senses at once? I don’t think so.
Our main focus was building an easy-to-use application admin panel. The task was not easy because the application has a lot of information in the database. The most time consuming work was creating mock-ups. We had to create an appropriate information architecture and UX solutions for each individual application component.
The main objectives that the client gave us were a general ease of use, a friendly navigation and statistics with filte options displayed on charts. We have introduced a number of solutions and useful options. All the important features that make it easier for the user to navigate through the application have been brought to the front.
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s