View the Website under work here.
Week 3 Overview
- Improved CSS on all pages using Bootstrap instead of Hard Coding
- Updated the Wordings on The Get-Involved Page
- Added Links
First of all sorry for the late overview of week 3. The week had been quite busy with other stuff in life and I was not able to find time to write this blog post till now. Week 3 had only some small work to be done as the project was reaching its final outcome.
The Website can be viewed here.
You can check out my proposal here. The repository that has the KDE Jekyll themed site is here.
I started off by improving the CSS on pages by changing from hard coded values to Bootstrap classes after the opinion from my mentor Carl Schwan. The wordings on the Get-Involved page were also updated with a lot of help from Mr.Philip from KDE Developers Telegram. Thanks a lot to him the get-involved page sounds great now.
All the missings links were also added. Since the week was busy for me, I did some more small works here and there and it got over quick.
While, I am writing this, I have also finished Week 4 and it is great and its the final outcome. Don’t forget to checkout the website. So with that I conclude this post. See you in the next one. “Happy KDEing!!”


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--- layout: post title: So... date: '2013-12-02T07:30:43+01:00' categories: - Storyboards picture_url: https://film-Storyboards.tumblr.com/post/68777144880/someones-got-to-do-it ---
Someone’s got to do it…


This sample shows you how it is easier to make any GWT widget
draggable. All GWT widgets in this page come from the GWT showcase and
they are now draggable. Rearrange the page as you want !
We listen the DragEvent and DragStopEvent to fill the information
message.


Co-Founder & Content Writer
Co-Founder and Content organizeer of campusSathi .A passionate,enthusiastic, fun loving who believes in living life to the Fullest.
I am always ready to do the task in hand and look for opportunities to meet new people.
Have been collecting and managing content for the CampusSathi


Regular login
Save
Type in new username and password
username
password
Important: Choose download method
user + pass
cookies.txt
Library Card
You can download just the exercise file from library login
card number
card pin
organization url
Do you want to use library login to download exercise file?
Set false if you want to use regular login.
Yes
No
Preferences
Set your preferences here.
Lynda folder location
Do you want to use markdown links for chapters?
Yes
No
Download subtitles
Yes
No
Download exercise files
Yes
No
Web browser for exercise files
Chrome
Firefox
Download exercise file using:
Aria2 method is faster and easy on cpu but it needs cookies.txt
Selenium
Aria2
Redownload course
Prompt
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Force
Aria2 installed
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Here you can use rows and columns here to organize your footer content. Lorem ipsum dolor sit amet, consectetur adipisicing elit.
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| Package | Description |
|---|---|
| logic.assemblyline | |
| logic.car | |
| logic.users | |
| logic.workstation |
| Modifier and Type | Method and Description |
|---|---|
java.util.List<Order> |
AssemblyLine.getBachList()
Returns a list of orders which qualify for batch processing strategy.
|
| Modifier and Type | Method and Description |
|---|---|
void |
AssemblyLine.addOrder(Order order)
Calls the schedule and asks to schedule the given car order.
|
void |
AssemblyLine.changeStrategy(Order order)
Changes the strategy if possible.
|
void |
Statistics.finishedCarOrder(Order order)
Adds the given order to the list of finished orders and adds one to the number
of finished car orders for today.
|
| Modifier and Type | Class and Description |
|---|---|
class |
CarOrder
A class representing a car order and all its requirements.
|
class |
TaskOrder
A class holding the information about task orders.
|
| Modifier and Type | Method and Description |
|---|---|
Order |
TaskOrder.getRawCopy()
Returns a copy of this task order
|
abstract Order |
Order.getRawCopy()
Returns a copy of this order
|
Order |
CarOrder.getRawCopy()
Makes a new car order and sets its detail's field to a copy of this car order's details.
|
| Modifier and Type | Method and Description |
|---|---|
int |
Order.compareTo(Order o)
Checks if this order's estimated completion time is bigger than a given order's estimated completion time.
|
| Modifier and Type | Method and Description |
|---|---|
java.util.List<Order> |
Manager.getBatchList()
Returns a list of orders that are viable to be used by the batch specification scheduling strategy.
|
java.util.List<Order> |
CarManufacturingCompany.getBatchList()
Returns a list of orders that are viable to be used by the batch specification scheduling strategy.
|
| Modifier and Type | Method and Description |
|---|---|
void |
CarManufacturingCompany.addOrder(Order order)
Adds the given order to the assembly line if the given order is not null.
|
void |
Manager.changeStrategy(Order order)
Changes the strategy according to the given order.
|
void |
CarManufacturingCompany.changeStrategy(Order order)
Changes the strategy according to the given order.
|
| Modifier and Type | Method and Description |
|---|---|
Order |
Workstation.getCurrentOrder()
Returns a copy of the order currently being serviced by this workstation.
|
Order |
Workstation.getLastOrder()
Returns the order in the last workstation, if all tasks on the order are completed,
so that it can be given to the statistics.
|
| Modifier and Type | Method and Description |
|---|---|
void |
Workstation.advanceWorkstations(Order order)
Moves the assembly line forward, if possible, by moving all orders in the chain to the next
workstation in the chain, and adding the given order to the first workstation in the chain.
|
void |
Workstation.setOrder(Order order)
Sets the given order as the current order.
|
| Modifier and Type | Method and Description |
|---|---|
void |
Workstation.buildOrderList(java.util.List<Order> orders)
Builds a list of orders, by adding copies all orders that are currently in the chain to the back of
the given list.
|


CFOpenChat Help & Information
Close Window
Things You Can Do
To send a message to the room, just type in your message and hit return or click the "Send" button.
There are numerous special commands that you can use as well, called "slash commands", and those are discussed below.
Change Current Username
You can switch usernames on the fly by using the "/nick" command:
/nick joe
/nick John Doe
The ability to dynamically change one's nickname *WILL* be a configurable option that can be disabled for all rooms or enabled on a per-room basis.
Send Private Messages
You can send private messages to other users in a channel by using the "/msg" command:
/msg joe Keep this a secret!
/msg "John Doe" Keep this a secret!
Usernames containing spaces must be quoted.
Clear the Screen
If you're in the chat for a very long time, you might want to clear the screen if scrolling starts to get slow, using the "/clear" command:
/clear
Join a Different Room
You can join a room - whether it exists or not - by using the "/join" command:
/join coldfusion
/join General Talk
Quotes are not required, and rooms that do not exist will be created on the fly. Such rooms will be deleted when they are empty.
The ability to create such temporary rooms will be a configurable option.
Perform an action
You can perform actions in the chat room using the "/me" command:
/me smiles
/me will be away for a few minutes
/me gives three snaps in Z formation
General Development Notes
- Usernames can contain any character except quotes. It might be worthwhile to place more restrictions on usernames, like allowing only alphanumeric characters and a few other special characters.
- Although my example database uses the latin1 character set (the MySQL default), the chat application would probably support unicode if I set it to UTF-8.
- It's theoretically possible to *NOT* store anything in a database, simply using the Application scope to store the data. I may build an alternate version at some point that does this.
- Adding customized "slash" commands is pretty easy. Try typing /who or /help
- The capability is there to push a URL to a user and cause it to pop up automatically in a new window. This obviously wouldn't be desirable in a general chat room but might be in a support environment or a moderated chat.
Integration Notes
- I'm not building any authentication into this basic application so
that it can more easily be integrated into EXISTING applications. That being
said, if you wanted to add a chat room to your existing application but
you want to force authentication, then all you need to do is call the
createUser() function in the chatCFC the exact same way the chat.cfm page
does, set the session.chat_user_id variable that it returns, then direct them
to the chat.cfm page - removing the logic from that page that creates
the user. I'll try to make an example of this using Ray Camden's Galleon
Forums.
Close Window


There are many money exchange companies in Sylhet and other major cities of Bangladesh.
AB Bank Limited - Sylhet - Garden Tower ,
Sylhet Garden Tower Bishaw Road, Shahjalal, Upashahar Point, Sylhet Garden Tower, Sylhet, Bangladesh
Phone: +88-0821-725042, 815085
Agrani Bank Limited - Amberkhana - 5123
Amberkhana Amberkhana, Sylhet Sylhet Sadar, Amberkhana, Sylhet, Bangladesh
Phone: +880-821-714032
Agrani Bank Limited - Kazir Bazar - 3120
Kazir Bazar Kazir Bazar, Sylhet Sylhet Sadar, Kazir Bazar, Sylhet, Bangladesh
Phone: +880-821-719661
Agrani Bank Limited - Laldighir Par - 2680
Laldighir Par Laldighir Par, Sylhet Sylhet Sadar, Laldighir Par, Sylhet, Bangladesh
Phone: +880-821-716177, 717038,725619
Agrani Bank Limited - Shibganj - 1918
Shibganj Shibganj, Sylhet Sylhet Sadar, Shibganj, Sylhet, Bangladesh
Phone: +880-821-760864
Agrani Bank Limited - Station Rd. - 3348
Station Rd. Station Rd., Sylhet South Surma, Station Rd., Sylhet, Bangladesh
Phone: +880-821714006
Agrani Bank Limited - Zinda Bazar - 9145
Zinda Bazar Zinda Bazar, Sylhet Sylhet Sadar, Zinda Bazar, Sylhet, Bangladesh
Phone: +880-821-714056
Bank Asia Limited - Sylhet Uposhahar
Sylhet Uposhahar Rahim Tower, Subhanighat Bishwa Road, Sylhet Sylhet Uposhahar,
Sylhet Uposhahar, Sylhet, Bangladesh
Phone: +880-821-815844
Brac Bank Ltd - Sylhet Br, Sylhet
Sylhet Pallabi Trade Center, Subidbazar, Sylhet, Sylhet, Sylhet, Bangladesh
Phone: +88-02 885 9202/ 988 4292;
Brac Bank Ltd - Bandar Bazar SME, Sylhet
Bandar Bazar SME Gulistan Shopping Complex,1st Floor,Bondor Bazar Sylhet
Bandar Bazar SME, Bandar Bazar SME, Sylhet, Bangladesh
Phone: +880-1713047228


#include <audio.hpp>
◆ ALSource() [1/3]
| stms::ALSource::ALSource |
( |
| ) |
|
◆ ~ALSource()
| virtual stms::ALSource::~ALSource |
( |
| ) |
|
|
virtual |
◆ ALSource() [2/3]
| stms::ALSource::ALSource |
( |
ALSource & |
rhs | ) |
|
|
delete |
◆ ALSource() [3/3]
| stms::ALSource::ALSource |
( |
ALSource && |
rhs | ) |
|
|
noexcept |
◆ bindBuffer()
| void stms::ALSource::bindBuffer |
( |
ALBuffer * |
buf | ) |
const |
|
inline |
◆ dequeueBuf()
| void stms::ALSource::dequeueBuf |
( |
ALBuffer * |
bufs | ) |
const |
|
inline |
◆ enqueueBuf()
| void stms::ALSource::enqueueBuf |
( |
ALBuffer * |
buf | ) |
const |
|
inline |
◆ isPlaying()
| bool stms::ALSource::isPlaying |
( |
| ) |
const |
|
inline |
◆ operator=() [1/2]
◆ operator=() [2/2]
◆ pause()
| void stms::ALSource::pause |
( |
| ) |
const |
|
inline |
◆ play()
| void stms::ALSource::play |
( |
| ) |
const |
|
inline |
◆ rewind()
| void stms::ALSource::rewind |
( |
| ) |
const |
|
inline |
◆ setGain()
| void stms::ALSource::setGain |
( |
float |
gain | ) |
const |
|
inline |
◆ setLooping()
| void stms::ALSource::setLooping |
( |
bool |
looping | ) |
const |
|
inline |
◆ setOri()
| void stms::ALSource::setOri |
( |
glm::vec3 |
forward, |
|
|
glm::vec3 |
up |
|
) |
| const |
|
inline |
◆ setPitch()
| void stms::ALSource::setPitch |
( |
float |
pitch | ) |
const |
|
inline |
◆ setPos()
| void stms::ALSource::setPos |
( |
glm::vec3 |
pos | ) |
const |
|
inline |
◆ setVel()
| void stms::ALSource::setVel |
( |
glm::vec3 |
vel | ) |
const |
|
inline |
◆ stop()
| void stms::ALSource::stop |
( |
| ) |
const |
|
inline |
◆ id
| ALuint stms::ALSource::id {} |
|
private |
The documentation for this class was generated from the following file:


Released on May 29th 2020 for $190. Resale value now is up to $700+.
Released on December 8th 2017 for $160. Resale value now is up to $8000+.
Soon to be released only in Seoul, Korea. Only 30 pairs are available for $225. Resale value is expected to be $10,000+


Compared information architecture from a variety of music applications to determine if the mental model of users match the task flow.
One key distinction of our design is the search bar at the top of every page. Despite what seemed to be the industry standard of having a separete search tab, we placed it in every page because the majority of the users we interviewed used the search bar as the main method to discover new music. This creates easy access to artists and songs regardless of the task at hand.
Genra and mood are key aspects that influence the music users select. One of the main challenges was including both genra and mood without overwhelming the user with too many options or multiple layers of navigability. We decided to include moods for each artist because by searching for an artist there is no need to select a genra. Further, when users search for an artist and then choose a mood it is more likely for users to hear music they like because they already know the artist.
Navigation in the second design is similar to existing music applications. It abides by the industry conventions by having the users select a genra and then a specific playlist. However, the main difference is the affordance to copy all of the songs from an existing playlist. Then the user can deselect the songs they dont like and add them to their new personalized playlist. This change helps the user have more autonomy of their songs and reduces the time they spend skipping songs.


Only you have access to your passwords.
They have all been generated on your computer. None of them have crossed half the world. We don't save them, we don't have access to them.
Generating a password has never been so simple!
One click and your password is automatically pasted in your clipboard. And the default setup provide you a really strong password. Try to test it on Kaspersky check.
A customizable generation.
Generate the password exactly as you want. And you can save your settings to be more effective. It may be useful for some particular services which need shorter passwords.


{% extends "base.html" %} {% load static %} {% block TITLE %} Landing {% endblock TITLE %} {% block content %} CRM built with Django This CRM helps you manage your leads. {% if not request.user.is_authenticated %} Login to get started {% endif %} {% endblock content %}
This CRM helps you manage your leads.


Repairing Cars From 2014
How we branded? We started in 2011 as a private project and we then released in 2013 in December.As we have been know for repair cars in 2014.
We started in 2011 as a private project and we then released in 2013 in December.As we have been know for repair cars in 2014.
0 (800) 123 45 67
<EMAIL_ADDRESS>Built with Mobirise web builder


Download This Plugin
Back To jQueryScript.Net
jQuery timepicker.js Examples
Basic
Set current time
Set current time
Duration Picker
Disable Time Ranges
Custom Step


Show XML contents
Show only phones of following type:
Smartphone
Clamshell
Slider
Show following XML element:
Go


Code Documentation¶
-
class
pyrosim.
Simulator
(eval_steps=100, dt=0.01, play_blind=False, play_paused=False, update_network=1, draw_joints=False, use_textures=True, draw_shadows=True)[source]¶ Python Interface for ODE robotics simulator
-
eval_steps
¶ int (optional) – Number of simulated steps (default 100)
-
dt
¶ float (optional) – Length of simulated time in seconds of each step (default 0.01)
-
play_blind
¶ bool (optional) – Run without graphics (default False)
-
play_paused
¶ bool (optional) – Start simulation paused (default False)
-
draw_joints
¶ bool ( optional ) – Starts simulation with joints drawn on screen. This can be toggled while the simulation is running by pressing ‘d’. (default False)
-
add_box_to_composite
(composite_id, position=(0.0, 0.0, 0.0), orientation=(0.0, 0.0, 1.0), sides=(0.25, 0.25, 0.25), density=1.0, color=(1.0, 1.0, 1.0))¶ Adds box geometry to a composite body
Parameters: - composite_id (int) – The id tag of the target composite body
- position (triple float (optional)) – The global position of the body. (default [0, 0, 0])
- orientation (triple float (optional)) – The gloabl orientation of the body. (default [0, 0, 1])
- sides (triple float (optional)) – The length, width, and height of the body. (default [.25, .25, .25])
- density (float (optional)) – The density of the body
- color (triple float (optional)) – Color of the body. (default is [1, 1, 1])
-
add_cylinder_to_composite
(composite_id, position=(0.0, 0.0, 0.0), orientation=(0.0, 0.0, 1.0), length=0.5, radius=0.05, capped=True, density=1.0, color=(1.0, 1.0, 1.0))¶ Adds cylinder geometry to a composite body
Parameters: - composite_id (int) – The id tag of the target composite body
- position (triple float (optional)) – The global position of the body. (default [0, 0, 0])
- orientation (triple float (optional)) – The gloabl orientation of the body. (default [0, 0, 1])
- length (float (optional)) – The length of the long axis of the cylinder. (default 0.5)
- radius (float (optional)) – The radius of the cylinder. (default 0.05)
- capped (boolean (optional)) – If true, the cylinder has rounded edges. If false, the cylinder has flat edges. (default True)
- density (float (optional)) – The density of the body
- color (triple float (optional)) – Color of the body. (default is [1, 1, 1])
-
add_impulse_to_body
(body_id, force, time_step=0)¶ Adds an impulse force to a body at specified time step
Parameters: - body_id (int) – The id tag of the target body
- force (triple float) – The force vector to apply
- time_step (int (optional)) – The tme step to apply the specified force
-
add_light_to_body
(body_id, intensity=1.0)¶ Makes the target body emit a light that can be sensed by light sensors
-
add_sphere_to_composite
(composite_id, position=(0.0, 0.0, 0.0), orientation=(0.0, 0.0, 1.0), radius=0.25, density=1.0, color=(1.0, 1.0, 1.0))¶ Adds sphere geometry to a composite body
Parameters: - composite_id (int) – The id tag of the target composite body
- position (triple float (optional)) – The global position of the body. (default [0, 0, 0])
- orientation (triple float (optional)) – The gloabl orientation of the body. (default [0, 0, 1])
- radius (float (optional)) – The radius of the sphere. (default 0.25)
- density (float (optional)) – The density of the body
- color (triple float (optional)) – Color of the body. (default is [1, 1, 1])
-
assign_collision
(group1, group2)[source]¶ Specifies that members of group1 and group2 should collide in simulation
Parameters: - group1 (str) – String name of group 1
- group2 (str) – String name of group 2
Returns: True if successful
Return type: bool
-
get_all_sensor_data
()[source]¶ Outputs all sensor data created by the simulation
Returns: The sensor dictionary. The keys are is the id of the sensor and the value a list containing the sensory information at each time step. Return type: dict
-
get_sensor_data
(sensor_id=None)[source]¶ Returns the sensor data of the specified sensor at each time step
-
send_ball_and_socket_joint
(body1, body2, anchor=(0, 0, 1))¶ Send a ball and socket joint to the simulator
Ball and sockets maintain the distance between the bodies and the joint
Parameters: - body1 (int) – The id tag of the first body. Specify -1 in order to set body1 to the ‘world’
- body2 (int) – The id tag of the second body. Specify -1 in order to set body2 to the ‘world’
- anchor (triple of floats (optional)) – The absolute starting position of the joint.
-
send_bias_neuron
(value=1.0)¶ Send a bias neuron to the simulator
-
send_box
(position=(0.0, 0.0, 0.0), orientation=(0.0, 0.0, 1.0), sides=(0.25, 0.25, 0.25), density=1.0, color=(1.0, 1.0, 1.0), space=None, collision_group=None)¶ Send a box geometry to the simulator
Parameters: - position (triple float (optional)) – The global position of the body. (default [0, 0, 0])
- orientation (triple float (optional)) – The gloabl orientation of the body. (default [0, 0, 1])
- sides (triple float (optional)) – The length, width, and height of the body. (default [.25, .25, .25])
- density (float (optional)) – The density of the body
- color (triple float (optional)) – Color of the body. (default is [1, 1, 1])
- space (str (optional)) – The string name of the space in which to place the body.
(default is to use the string set by
set_current_space()
function) - collision_group (str (optional)) – The string name of the collision group in which to place the body.
Collision groups specify how bodies collide. (default is to use
the string set by
set_current_collision_group()
function)
Returns: The id tag of the box
Return type: int
-
send_composite_body
(space=None, collision_group=None)¶ Send a composite body base
Parameters: - space (str (optional)) – The string name of the space in which to place the body.
(default is to use the string set by
set_current_space()
function) - collision_group (str (optional)) – The string name of the collision group in which to place the body.
Collision groups specify how bodies collide. (default is to use
the string set by
set_current_collision_group()
function)
Returns: The id tag of the composite body
Return type: int
- space (str (optional)) – The string name of the space in which to place the body.
(default is to use the string set by
-
send_cylinder
(position=(0.0, 0.0, 0.0), orientation=(0.0, 0.0, 1.0), length=0.5, radius=0.05, capped=True, density=1.0, color=(1.0, 1.0, 1.0), space=None, collision_group=None)¶ Send a cylinder geometry to the simulator
Parameters: - position (triple float (optional)) – The global position of the body. (default [0, 0, 0])
- orientation (triple float (optional)) – The gloabl orientation of the body. (default [0, 0, 1])
- length (float (optional)) – The length of the long axis of the cylinder. (default 0.5)
- radius (float (optional)) – The radius of the cylinder. (default 0.05)
- capped (boolean (optional)) – If true, the cylinder has rounded edges. If false, the cylinder has flat edges. (default True)
- density (float (optional)) – The density of the body
- color (triple float (optional)) – Color of the body. (default is [1, 1, 1])
- space (str (optional)) – The string name of the space in which to place the body.
(default is to use the string set by
set_current_space()
function) - collision_group (str (optional)) – The string name of the collision group in which to place the body.
Collision groups specify how bodies collide. (default is to use
the string set by
set_current_collision_group()
function)
Returns: The id tag of the cylinder
Return type: int
-
send_height_map
(height_matrix, position=(0, 0, 0), size=10.0, height_scale=1.0)¶ Send a height map to the simulator
Parameters: - height_matrix (2D numpy matrix) – A matrix filled in with the height (z) values. Each dimension must be at least size 2
- position (triple float (optional)) – The center position of the height map. (default is [0, 0, 0])
- size (float, tuple float (optional)) – The length of each side. When a singular value, height map is a square. (default is (10, 10))
- height_scale (float (optional)) – Height multiplier. (default is 1.0)
Send a hidden neuron to the simulator
-
send_hinge_joint
(body1, body2, anchor, axis=(0, 0, 1), joint_range=None)¶ Send a hinge joint to the simulator to attach two bodies
A hinge joint allows bodies to rotate in relation to one another about the specified axis. By using -1 in place of a body id tag the joint will connect a point in space to the other body. Specifying joint_range places stopping limits on the joint.
Parameters: - body1 (int) – The id tag of the first body. Specify -1 in order to set body1 to the ‘world’
- body2 (int) – The id tag of the second body. Specify -1 in order to set body2 to the ‘world’
- anchor (triple float) – The location of the joint.
- axis (triple float (optional)) – The axis the bodies rotate about. (default is about the z-axis [0, 0, 1])
- joint_range (float or tuple (optional)) – The range of movement the joint can take in radians. The starting joint position is always at 0. By specifying a single value, a, the joint range becomes (-a, +a). You can also directly specify the low and high stops by directly specifying the tuple. (default is None meaning there are no stops)
Returns: Id tag of the joint
Return type: int
-
send_hinge_spring_joint
(body1, body2, stiffness=1.0, axis1=(0, 1, 0), axis2=(0, 0, 1), damping=0.0)¶ Sends a linear spring with infinite rotational stiffness
-
send_is_seen_sensor
(body_id, write_back=True)¶ Attach a sensor to a body which reports a 1 when ‘seen’ by a ray sensor and a 0 when not ‘seen’
Parameters: - body_id (int) – The id tag of the body to attach sensor to
- write_back (bool) – If True, write back to python after simulation. (Default True)
Returns: The id tag of the sensor
Return type: int
-
send_light_sensor
(body_id, write_back=True)¶ Send a light sensor embedded within a body
Parameters body_id : int
The id tag of the specified body- write_back : bool
- If True, write back to python after simulation. (Default True)
Returns: The id tag of the sensor Return type: int
-
send_linear_actuator
(joint_id, max_force=-1, speed=1.0, control='positional')¶ Sends a linear actuator to acto on a slider joint
Parameters: - joint_id (int) – The id tag of the slider joint to motorize
- max_force (float (optional)) – The maximum amount of force the joint can use to move. A negative value indicates infinite possible force. (default is infinite)
- speed (float (optional)) – The speed multiplier used in actuation. (default is 1)
- control (str (optional)) – There are two control schemes: ‘positional’ and ‘velocity’. positional indicates the value inputed dictates which position the motor should move to. velocity indicates the value inputed should specify the velocity of actuation.
Returns: The id tag of the actuator
Return type: int
-
send_linear_spring_joint
(body1, body2, resting_length=1.0, stiffness=1.0, damping=0.0)¶ Sends a linear spring with infinite rotational stiffness
-
send_motor_neuron
(motor_id, alpha=0.0, tau=1.0, starting_value=0.0)¶ Send a motor neuron to the simulator
The value of the motor neuron at each time step is passed to the specified motor in order to determine how it should actuate.
Parameters: - motor_id (float) – The id tag of the motor to send neuron value to
- alpa (float (optional)) – A ‘learning rate’ parameter. (default is 0)
- tau (float (optional)) – A ‘learning rate’ parameter. (default is 1.0)
- starting_value (float (optional)) – The starting value the neuron takes. Could be usefully when motor does not start at 0. (default is 0)
Returns: The id tag of the neuron
Return type: int
-
send_point_mass_spring_joint
(body1, body2, resting_length=1.0, stiffness=1.0, damping=0.0)¶ Sends a spring which simply maintains a certain length between two bodies
-
send_position_sensor
(body_id, which_dimension='x', write_back=True)¶ Send position sensor which tracks the body specified in body_id
Parameters: - body_id (int) – The id tag of the specifed body
- which_dimension (str or int (optional)) – Specifies which dimension to track: ‘x’, ‘y’, or ‘z’. You can also use 0, 1, or 2. (default is ‘x’)
- write_back (bool) – If True, write back to python after simulation. (Default True)
Returns: The id tag of the sensor
Return type: int
-
send_position_x_sensor
(body_id, write_back=True)¶ Send x position sensor which tracks the body specified in body_id
-
send_position_y_sensor
(body_id, write_back=True)¶ Send y position sensor which tracks the body specified in body_id
-
send_position_z_sensor
(body_id, write_back=True)¶ Send z position sensor which tracks the body specified in body_id
-
send_proprioceptive_sensor
(joint_id, write_back=True)¶ Attach a proprioceptive sensor to the joint.
Proprioceptive sensors return the value of the joint at each time step. For example, a hinge joint will return the angle and a slider joint will return the position offset.
Note
Currently not implemented for universal or ball joints. Attached proprioceptive sensors will only return 0.
Parameters: - joint_id (int) – The id tag of the joint to attach the sensor to
- write_back (bool) – If True, write back to python after simulation. (Default True)
Returns: The id tag of the sensor
Return type: int
-
send_quaternion_sensor
(body_id, which_sense='a', write_back=True)¶ Attach a vestibular sensor returning the quaternion of the body.
Quaternions is 4 element vector which can represent the rotation of a body. It’s components are a, b, c, and d. You can also use w, x, y, and z. Read more here: https://en.wikipedia.org/wiki/Quaternion
-
send_ray
(body_id, position, direction, max_length=10.0)¶ Send a ray entity and attach to a body
Parameters: - body_id (int) – The body entity id to attach to
- position (triple float) – The starting position of the ray.
- direction (triple float) – The starting orientation of the ray
- max_length (float) – The total length the ray can sense
-
send_ray_blue_sensor
(ray_id, write_back=True)¶ Send a blue color sensor attached to the ray at ray_id
-
send_ray_distance_sensor
(ray_id, write_back=True)¶ Send a distance sensor attached to the ray at ray_id
-
send_ray_green_sensor
(ray_id, write_back=True)¶ Send a green color sensor attached to the ray at ray_id
-
send_ray_red_sensor
(ray_id, write_back=True)¶ Send a red color sensor attached to the ray at ray_id
-
send_ray_sensor
(ray_id, which_sense='d', write_back=True)¶ Sends a ray sensor to the simulator.
Ray sensors connect to ray entities. They can return the distance to this object or the color of this object (r, g, b).
Parameters: - ray_id (int) – The id tag of the ray to attach to.
- which_sense (str or int (optional)) – Specifies which sense of the ray to return. Use ‘d’ for distance, ‘r’ for red, ‘g’ for green, ‘b’ for blue.
- write_back (bool) – If True, write back to python after simulation. (Default True)
Returns: the id tag of the sensor.
Return type: int
-
send_rotary_actuator
(joint_id, max_force=-1, speed=1.0, control='positional')¶ Sends a rotary actuator to acto on a hinge joint
Parameters: - joint_id (int) – The id tag of the hinge joint to motorize
- max_force (float (optional)) – The maximum amount of torque the joint can use to move. A negative value indicates infinite possible torque. (default is infinite)
- speed (float (optional)) – The speed multiplier used in actuation. (default is 1)
- control (str (optional)) – There are two control schemes: ‘positional’ and ‘velocity’. positional indicates the value inputed dictates which angle the motor should move to. velocity indicates the value inputed should specify the velocity of actuation.
Returns: The id tag of the actuator
Return type: int
-
send_sensor_neuron
(sensor_id)¶ Send a sensor neuron to the simulator
Parameters: sensor_id (int) – The id tag of the sensor to pull values from at each time step. Returns: The id tag of the neuron Return type: int
-
send_slider_joint
(body1, body2, axis=(0, 0, 1), joint_range=0.5)¶ Send a slider joint to the simulator
Slider joints allow two bodies to move linearly in relation to one another according to the specified axis.
Parameters: - body1 (int) – The id tag of the first body. Specify -1 in order to set body1 to the ‘world’
- body2 (int) – The id tag of the second body. Specify -1 in order to set body2 to the ‘world’
- axis (triple of floats (optional)) – The axis of the slider joint. (default is along the z-axis [0, 0, 1])
- joint_range (float or tuple of floats (optional)) – The limits the slider can move. By specifying a single float, a, high and low limits are create (-a, a). (default is 0.5)
Returns: Id tag of the joint
Return type: int
-
send_sphere
(position=(0.0, 0.0, 0.0), orientation=(0.0, 0.0, 1.0), radius=0.25, density=1.0, color=(1.0, 1.0, 1.0), space=None, collision_group=None)¶ Send a sphere geometry to the simulator
Parameters: - position (triple float (optional)) – The global position of the body. (default [0, 0, 0])
- orientation (triple float (optional)) – The gloabl orientation of the body. (default [0, 0, 1])
- radius (float (optional)) – The radius of the sphere. (default 0.25)
- density (float (optional)) – The density of the body
- color (triple float (optional)) – Color of the body. (default is [1, 1, 1])
- space (str (optional)) – The string name of the space in which to place the body.
(default is to use the string set by
set_current_space()
function) - collision_group (str (optional)) – The string name of the collision group in which to place the body.
Collision groups specify how bodies collide. (default is to use
the string set by
set_current_collision_group()
function)
Returns: The id tag of the shpere
Return type: int
-
send_synapse
(source_neuron_id, target_neuron_id, weight)¶ Send a synapse to the simulator to connect neurons
Parameters: - source_neuron_id (int) – The id tag of the source neuron
- target_neuron_id (int) – The id tag of the target neuron
- weight (float) – The weight value of the synapse
Returns: The id tag of the synapse
Return type: int
-
send_thruster
(body_id, force_range=(0.0, 10.0), direction=(0.0, 0.0, 1.0))¶ Sends a thruster to a body.
Thrusters act as forces pushing on the center of mass in the specified direction.
Parameters: - body_id (int) – The id tag of the body to connect to.
- force_range (float tuple (optional)) – A tuple which specifies the low and high range of force used to apply to the attached body. (default is (0, 10))
- direction (float triple (optional)) – The direction the force should be applied. For example, if you want the thruster to move the body upward you would set direction to be upward, i.e. direction = (0, 0, 1)
Returns: The id tag of the thruster
Return type: int
-
send_touch_sensor
(body_id, write_back=True)¶ Attach a touch sensor to a body
Parameters: body_id (int) – The id tag of the body to attach the sensor to Returns: - int – The id tag of the sensor
- write_back (bool) – If True, write back to python after simulation. (Default True)
-
send_universal_joint
(body1, body2, anchor, axis1=(0, 0, 1), axis2=(1, 0, 0))¶ Send a ball and socket joint to the simulator
Universal joints allow rotation about two axes.
Parameters: - body1 (int) – The id tag of the first body. Specify -1 in order to set body1 to the ‘world’
- body2 (int) – The id tag of the second body. Specify -1 in order to set body2 to the ‘world’
- anchor (triple of floats) – The absolute starting world position of the joint.
- axis1 (triple of floats (optional)) – The first axis of rotation. (Default is (0, 0, 1))
- axis2 (triple of floats (optional)) – The second axis of rotation. (Default is (1, 0, 0))
-
send_universal_spring_joint
(body1, body2, resting_length=1.0, linear_stiffness=1.0, rotational_stiffness=10.0)¶ Sends a spring
-
send_user_neuron
(input_values)¶ Send a user input neuron to the simulator.
A user input neuron takes pre-specified input supplied by the user before simulation. Similar to a bias neuron that changes every time step. This is useful to send Central Pattern Generators and other functions.
Parameters: input_values (list) – The values which the neuron will take every time step. If evaluation time is longer than the length of the list, the values will be repeated Returns: The id tag of the neuron. Return type: int
-
set_camera
(xyz, hpr, tracking='none', body_to_track=0)[source]¶ Sets how the camera starts in simulation
Parameters: - xyz (triple float) – Indicates the statring position of the camera
- hpr (triple float) – Heading, Pitch, and Roll of the camera.
- tracking (string) – No tracking, pan tracking, or follow tracking
- body_to_track (body id) – Body to have to camera follow
-
set_current_collision_group
(group_name)[source]¶ Set the current group name for future bodies to use as default
-
set_current_space
(space_name)[source]¶ Set the current space name for future bodies to use as default
-
set_network_update_interval
(steps_between_evals)[source]¶ The number of evaluation steps between network updates.
Allows for larger time steps between computing an iteration of the network controller.
Note
May produce unexpected results, use with caution.
Parameters: int (steps_between_evals,) – a update_network value of 1 means the network is updated every simulation step, a value of 10 means the network updates every 10 eval steps.
-


Basic Gameplay To start the game, each player is dealt 2 cards face down. The player to the left of the dealer must bet half of the minimum bet immediately. The next player must bet the minimum bet. These mandatory upfront bets are called the small and big blinds. The player after the second blind can then choose to call (bet the minimum), raise (bet more than the minimum), or fold (not play this round). Betting goes around the table. It is then time for the "flop". Three cards are dealt face up. These are shared amongst all players. For example, if you have a King and another King comes up on the flop, then you have a pair of Kings. After the flop, there's another round of betting.  Then more betting. Finally, a 5th shared card is dealt followed by a round of betting. Any players still in the game can then show their cards. The player with the best 5-card hand is the winner. Order of Hands Only the best 5 cards play even though 7 are available to each player. For example, if you hold a 4 and a 2 and then the flop comes up 9,9,9,4,10...you have a full house nines over fours. This is a list of hands from best to worst. Straight Flush 5 cards in a row, same suit A,K,Q,J,10 diamonds Four of a Kind 4 cards of the same rank 3,3,3,3 Full House 3 of one rank, 2 of another 5,5,5,9,9 Flush 5 cards of the same suit A,10,9,4,2 hearts Straight 5 cards in a row 5,4,3,2,A Three of a Kind 3 cards of the same rank 2,2,2 Two Pair 2 sets of 2 cards of the same rank Q,Q,5,5 One Pair 1 set of 2 cards of the same rank 9,9,Q,7,2 High Card any cards, the highest wins A,J,10,9,2 How to Play Texas Hold 'em Poker What's the best way to make a lot of money? There are all kinds of theories on this, but it seems that experience is the best thing to have. But here's some advice...Only play a round if you really like your starting 2 cards. For example A,K or K,K. Here's where high cards are best. If you hold a pair of 7s, you might want to consider folding. Other than that, be careful what you bet. Do you really think that you have the best hand? Watch out for other possibilities. Is someone trying for a Straight? A Flush? Could they have Three of a Kind? A Full House??!?!!!!???. No one ever has Four of a Kind. |


There are dozens of different potatoe varieties. They are usually described as early, second early and maincrop.


Washing your hands is your superpower in the fight against the pandemic.Since soap is so very common and cheap it is easy to fail to appreciate how powerful it is. But the virus most likely enters your body via your hands and the research is clear that washing your hands with simple soap and water is the best thing you can do to protect yourself from infection.
The coronavirus is transmitted from one person to the next via small droplets produced by coughing, sneezing, and talking You don’t only wear the mask for your own protection. Mask wearing is altruistic too. The research clearly suggests that masks help to reach both of the main goals: They reduce the risk for the wearer to get infected – and they also reduce the risk of the wearer infecting others.
Some viruses can travel extremely far through the air. The measles virus, for example, can remain in the air for up to two hours and travel many dozen meters Luckily the coronavirus does not travel as far. But it too can travel some distance and to interrupt the chain of transmission it’s important to avoid being close to other people that might be infecting you. The British NHS recommends that you “stay at least 2 meters (3 steps) away from anyone you do not live with.” This is sometimes called ‘social distancing’, but since in these days of modern communication we can be social even if we are not physically close, physical distancing is more accurate
A fourth way in which everyone can contribute to the fight against the pandemic is in explaining what you know and making it understandable for everyone to follow the three Ws and for society to achieve the big social goals below.


Send A Gift For Christmas
In these end of the year holidays send a gift to your loved one and share the happiness at Christmas.
Get StartedGive Christmas Decorations
For Your Home
New Christmas
Accessories
Send Gift Now
Start giving away before the holidays are over. Write the home address of the person who will send the gift.


Executes a POST request for a single item.
The parameters for the request.
Executes a POST request to add a related item to the property collection.
The parameters for the request.
Executes a DELETE request to delete a single item.
The parameters for the request.
Executes a DELETE request to retrieve the delete all of the associated members in the relation property.
The parameters for the request.
Executes a DELETE request to retrieve the a single entry of the associated members in the relation property.
The parameters for the request.
Executes a GET request to retrieve a collection of items.
The parameters for the request.
Executes a GET request to retrieve an/all item(s) operations.
The parameters for the request.
Executes a GET request to get the property of a single item.
The parameters for the request.
Executes a GET request to get the related property value of a single item.
The parameters for the request.
Executes a GET request to retrieve the related property value of a single item by the id of the related item.
The parameters for the request.
Executes a GET request for a single item.
The parameters for the request.
Executes a POST request to execute a workflow operation for single item.
The parameters for the request.
Executes a PATCH request to update a single item.
The parameters for the request.
Executes a POST request to upload a media item.
The parameters for the request.
Generated using TypeDoc
Data
The constructor of the Data object. This object is used for requesting data from Sitefinity.
An object containing configuration options for the Data object.
Your service url that points to the configured instance of Sitefinity service.
The url name of the type.
An object containing configuration options for requests.
The provider name to use in each request.
The culture name to use in each request.


---
layout: index-layout
subject: My Email Templates
---
Hi there! This is a welcome page as part of the Foundation for Emails! framework.  You’ll soon be cranking out some slick, responsive emails in no time! The following are the templates which you can find in src/pages . Happy Coding, The previous NLV developer


Many of you might be lost right now in terms of your goals and passion. You might think you are running late in life than others, but believe me, almost every student is in the same position as you and its completely okay to feel that. The way society describes an ideal student life is – fixing a goal at an early age, spend half of your working for it and another half, working on it. But it’s funny because life is literally miles away from the word ‘ideal’. You won’t get any mail from god telling you the purpose of your life as soon as you hit sixteen. He is a busy man after all. That’s a thing which is for you to explore and find and that’s also where the actual adventure of life lies within. You need to get out of that comfy bubble. Always keep on learning and expand your horizon. What is meant for you, will never pass you by.
Competition and ranks are not everything. Beware of being the sheep who follows the crowd. Don’t run a race which does not belongs to you. Harboring ships of jealousy and hatred in your body is toxic for both you and those around you.  It’s all about your passion and drive. We must learn to appreciate each other qualities and achievement.
Lastly, you are special and beautiful just the way you are. How can the human with stardust gushing in their veins not be magical? The stars itself took time to evolve you, so love yourself. Sometimes we have to be the alchemist to turn the lemons into lemonade or a painter to paint the imagination into reality. Keep up the hard work and have faith soon the grey skies will be pastel hues. Appreciating yourself once in a while will heal all the broken smiles. Now smile and breathe cations. You deserve to be happy. Sending you a wreath of hopes
With love
Jhanvi


So, today’s hiccup had a few components that we’ve identified as problematic.
The least of the concerns is the code for scotbot, though that was the source of the error. There was a small edge case that shut down the bot. Holger fixed the edge case and restarted the bot, but didn’t restart all parts of the bot so everything crashed briefly. He restarted both and now things are working again.
A couple of challenges of this episode were not having duplicate holgers and not having a good way to reach him in the event of an error. We’re working on getting a backup holger. We’re working on communications pathways.
This project is still new, and I bet we’ll discover more edge cases in the next month or two and they will likely shut down the bot briefly, but if that happens I request that you chill and wait cause we got this. All the data is on the blockchain, we fix the thing, replay the block, and botta-boom you get your tokens.
Anyway, this will likely take a few weeks to plan, give notice, and shift. It’s coming. Sorry for the inconvenience, but we’ll get better because of this.
Upgrades
As it turns out it’s probably time for some server upgrades. Steem-Engine has some steady income and the size of the db is growing so we’ll work on getting some faster and bigger servers deployed. This takes planning. It might even take a little bit of downtime. So, if in the next week or two you see “undergoing maintenance” dont’ freak out. We’re just making steem-engine better, faster, and future proofing some.
Attorneys
I’m not going to go into too much detail just yet. But let’s just say the vision of steem-engine as a place where securities are traded is inching closer.
Onboarding
Working on a solution to mass onboarding using steem-engine. I hope to have some more announcements.
Keychain mobile
Looking to get a mobile version of keychain or something with its utility moving… maybe I’ll have more to report.
Steem-engine mobile
Anyone have mobile dev skills? Come hit me up in Discord.
Partiko
Anyone know how to get in touch with partiko? I’d like to speak with them! Yes, it’s Scot related… see where this might go?
All systems green and growing
Thanks for your patience and support. Glad to work with this community. Looking forward to helping your token economy grow.
This page is synchronized from the post: ‘Quick update on Steem-Engine: Today’’s hiccup’


Next: if, Previous: and, Up: Data and Control Flow Dictionary
cond
{!clause}* ⇒ {result}*
clause ::=(test-form {form}*)
test-form—a form.
forms—an implicit progn.
results—the values of the forms in the first clause whose test-form yields true, or the primary value of the test-form if there are no forms in that clause, or else nil if no test-form yields true.
cond allows the execution of forms to be dependent on test-form.
Test-forms are evaluated one at a time in the order in which they are given in the argument list until a test-form is found that evaluates to true.
If there are no forms in that clause, the primary value of the test-form is returned by the cond form. Otherwise, the forms associated with this test-form are evaluated in order, left to right, as an implicit progn, and the values returned by the last form are returned by the cond form.
Once one test-form has yielded true, no additional test-forms are evaluated. If no test-form yields true, nil is returned.
(defun select-options () (cond ((= a 1) (setq a 2)) ((= a 2) (setq a 3)) ((and (= a 3) (floor a 2))) (t (floor a 3)))) ⇒ SELECT-OPTIONS (setq a 1) ⇒ 1 (select-options) ⇒ 2 a ⇒ 2 (select-options) ⇒ 3 a ⇒ 3 (select-options) ⇒ 1 (setq a 5) ⇒ 5 (select-options) ⇒ 1, 2
if, ‘case; ccase; ecase’ .


Highlight your code Chameledit a simple web editor that magically highlights your code. Highlight: None


Concerts
Reviews
About Us
Who We Are &
Contact
FAQ
Upcoming Concerts
Taeyeon
Bowery Ballroom
June 15
Buy Tickets
Ailee
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GOT7
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BTOB
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Jay Park
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Unpretty Rapstar
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f(x)
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Kian's One-Click-Webhook
This is alot of effort by my standards
Webhook URL
Webhook Display Name
Webhook Profile Picture URL
Message
Send
There are errors in the console.
Open Developer Tools.
Check out the source and README on GitHub


Music Object Extension - Tracing
|
|
The Tracing extension provides an easy way to watch calls to methods of the Music Object API and is a very useful tool to have when debugging sonification code. The extension offers a set of methods that can be used to control exactly which methods of the Music Object API are to be "watched". When a method is being watched, each call to the method will be displayed in the tracing window (either the Java console or a pop-up browser window), complete with the parameter values that are being passed.
|
What's New in the Latest Version
|
There is a dedicated version history for this extension, where you will be able to find out about the new features and possible issues with the most recent version. The version history for this extension is independent of the version history for the core Music Object API.
To get the "music-object-x-tracing.js" JavaScript file that implements this extension, simply right-click on this link (click-and-hold for Mac users). Then, from the menu that pops up, select the 'Save Link As...' or 'Save Target As...' option and save the file as "music-object-x-tracing.js" into an appropriate folder of the local copy of your Web site.
In case you have problems saving the file using the above link, the "music-object-x-tracing.js" file can also be found inside the documentation's "javascript" folder, along with the "music-object.js" file.
In order to use this extension, the following JavaScript file(s) must first be sourced in...
- music-object.js (version 3.3.0 or higher)
For more information on using extensions, consult the section About Music Object Extensions.
The enableTracing instance method lets you enable or disable tracing for all methods of a Music Object instance.
| |
enableTracing ( TracingEnabledBOOL ) |
- When a value of null is specified for the TracingEnabledBOOL parameter, then the boolean value true is used for this parameter.
- Tracing can be enabled for specific methods of a specific Music Object instance using the setMethodTracing instance method.
The setMethodTracing instance method lets you enable or disable tracing for the specified method of a Music Object instance.
| |
setMethodTracing ( InstanceMethodNameSTR , TracingEnabledBOOL ) |
- When a value of null is specified for the TracingEnabledBOOL parameter, then the boolean value true is used for this parameter.
- Tracing can be enabled or disabled for all methods of a Music Object instance in one easy step using the enableTracing instance method.
The Music.enableTracing static method lets you enable or disable tracing for all static methods of the Music Object API.
| |
Music.enableTracing ( TracingEnabledBOOL ) |
- When a value of null is specified for the TracingEnabledBOOL parameter, then the boolean value true is used for this parameter.
- Tracing can be enabled for specific static methods of the Music Object API using the Music.setMethodTracing static method.
The Music.setMethodTracing static method lets you enable or disable tracing for the specified static method of the Music Object API.
| |
Music.setMethodTracing ( StaticMethodNameSTR , TracingEnabledBOOL ) |
- When a value of null is specified for the TracingEnabledBOOL parameter, then the boolean value true is used for this parameter.
- Tracing can be enabled or disabled for all static methods of the Music Object API in one easy step using the Music.enableTracing static method.
The Music.preferJavaConsole static property is A boolean variable, specifying whether or not tracing output should be sent to the Java console on browsers where this is possible.
The Music.tracingEnabled static property is a boolean variable, acting as a master switch to enable or disable all tracing.


#include <handle.hpp>
| constexpr routing::Handle::Handle |
( |
uint32_t |
_handle | ) |
|
|
inlineexplicit |
| constexpr routing::Handle::Handle |
( |
uint16_t |
primary, |
|
|
uint16_t |
secondary |
|
) |
| |
|
inline |
| constexpr routing::Handle::Handle |
( |
const Handle & |
parent, |
|
|
uint16_t |
id |
|
) |
| |
|
inline |
| constexpr uint32_t routing::Handle::get |
( |
| ) |
const |
|
inline |
| constexpr bool routing::Handle::operator!= |
( |
const Handle & |
that | ) |
const |
|
inline |
| constexpr bool routing::Handle::operator== |
( |
const Handle & |
that | ) |
const |
|
inline |
| static Try<Handle> routing::Handle::parse |
( |
const std::string & |
str | ) |
|
|
static |
| constexpr uint16_t routing::Handle::primary |
( |
| ) |
const |
|
inline |
| constexpr uint16_t routing::Handle::secondary |
( |
| ) |
const |
|
inline |
| uint32_t routing::Handle::handle |
|
protected |
The documentation for this class was generated from the following file:


Kosmocheskiy (Space) Marathon
Korolev RUS
Race Winners
(40 runnings)
30
Sep
2007
24 Sep
2006
25 Sep
2005
26 Sep
2004
28 Sep
2003
29 Sep
2002
24 Sep
2001
24 Sep 2000
26 Sep 1999
27 Sep
1998
28 Sep
1997
29
Sep
1996
24 Sep 1995
24 Sep 1994
26 Sep 1993
27 Sep 1992
1991
1990
1989
1988
1987
1986
1985
1984
1983
1982
1981
1980
1979
1978
1977
Notes: 1977 was the inaugural year.
02 Oct
2016
2:26:48
Andrey Sergeyev-2
3:04:42
Nataliya Shpinova (RUS)
11 Oct
2015
2:30:25
Konstantin Shishov (RUS)
3:05:49
Lyubov Nobikova (RUS)
28 Sep
2014
2:25:04
Nikolay Sokolov (RUS)
3:27:27
Tatyana Aksentyeva (RUS)
29 Sep
2013
2:28:00
Konstantin Sokolov (RUS)
3:09:55
Polina Avdeyeva (RUS)
30
Sep
2012
2:30:35
Andrey Brizgalov (RUS)
2:48:12
Elena Marsova-2
25 Sep
2011
2:25:05
Andrey Sergeyev (RUS)
3:26:18
Irina Safranova (RUS)
26 Sep
2010
2:28:02
Aleksandr Gusev
-2
2:49:09
Elena Marsova (RUS)
27 Sep
2009
2:20:16
Andrey Smirnov (RUS)
2:49:44
Rimma Pushkina (RUS)
28 Sep
2008
2:24:02
Aleksandr Gusev (RUS)
2:52:05
Elena Paramonova (RUS)
2:19:50
Oleg Knyagin-2
2:42:32
Vera Ilyina (RUS)
2:27:44
Vadim Shmagailov (RUS)
2:48:40
Elvira Ivanova (RUS)
2:25:42
Nikolay Ryabinin (RUS)
2:53:56
Valentina Levushkina (RUS)
2:25:05
Sergey Davydov (RUS)
2:47:17
Venera Sarmosova (RUS)
2:24:06
V Kosarev (RUS)
2:53:56
G Archilova (RUS)
2:21:40
Yevgeniy
Zarakovskiy-2
2:46:02
Marina Bychkova-2
2:20:33
Yevgeniy Bozhko (UKR)
2:46:12
Svetlana Baygulova (RUS)
2:25:09
S Bedenko (RUS)
2:44:54
Marina Bychkova (RUS)
2:23:08
Yevgeniy Zarakovskiy (RUS)
2:47:35
Irina Suvorova (RUS)
2:19:35
Oleg Knyagin (RUS)
2:49:13
Elena Tikhonova (RUS)
2:19:25
Andrey Shalagin-2
2:52:27
Natalya Charanova (RUS)
2:18:54
Aleksey Korobov (RUS)
2:43:38
Valentina
Shatyeyeva-2
2:20:27
Andrey Shalagin (RUS)
2:51:50
Elena Nilova (RUS)
2:21:49
Anatoliy Strelakov (RUS)
2:46:25
Valentina Shatyeyeva (RUS)
2:18:14
Anatoliy Archakov (RUS)
2:52:02
Raisa Chembulatova (RUS)
2:26:02
Aleksey Manin (RUS)
2:56:01
L Golovacheva (RUS)
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Most Wins
(1977/date)
Men
2
Andrey Shalagin
(RUS)
1995,1997
.
Yevgeniy
Zarakovskiy (RUS)
1999,2002
Oleg Knyagin
(RUS)
1998,2007
Aleksandr Gusev (RUS)
2008,2010
Andrey Sergeyev (RUS)
2011,2016
Women
2
Valentina
Shatyeyeva (RUS)
1994,1996
Marina Bychkova
(RUS)
2000,2002
Elena Marsova (RUS)
2010,2012
Prize Money
(ADR qualified runners)
No information on prize money has been received.
Race Time Bias
(sec/km)
Insufficient data to calculate the race time bias.
Competitive Level
(1990-date)
Insufficient data to calculate the competitive level.
Quality Performances
Men <2:19 3 <2:20 6
Women <2:44 2 <2:46 3 <2:48 12 <2:50 21
Last Updated on 23 Oct 2016
Contributor: Klaas Loonstra (50)


Test randomly generated quadratic polynomials
Selection of this dialog box creates random quadratic polynomials of the general form
and these are then calculated. The intervals from which the parameters a, b and c are chosen randomly, can be specified.
Likewise, the user can specify whether the values for x are chosen randomly or whether x should take all values from a given interval.


Programming
For non-programmers
Bem vindo!
Available online
Feel free to click along!
Programming basics
First part of 'Programming for non-programmers'
October 13, 2017
Goal
Demystifying technology
“Any sufficiently advanced technology is indistinguishable from magic.”
— Arthur C. Clarke
Today's topics
Now to tell you what I'm going to tell you.
- What are computers?
- How are they programmed?
- ‘Hello World’: your first program
- Variables, conditionals, loops and functions
- Hands on!

- What are computers?
- How are they programmed?
- ‘Hello World’: your first program
- Variables, conditionals, loops and functions
- Hands on!
Computers are
Universal Machines
- Any computer can emulate any other computer.
- Can do any kind of information processing.
Computers are
Huge amounts of electronic switches
(and some memory)
- Switches are either ON or OFF (
1
or 0
)
- Logical gates (AND, OR, …) perform boolean logic
- Boolean logic allows for advanced behaviour
Today's topics
Now to tell you what I'm going to tell you.
- What are computers?
- How are they programmed?
- ‘Hello World’: your first program
- Variables, conditionals, loops and functions
- Hands on!
How they are
programmed
Switches, logical gates…
where does my cursor come from!?
Components
logical gates
form
Components
Integrated Circuits (IC's/chips)
form
Modular components
- RAM (Random Access Memory)
- persistent storage (disk, flash memory/SSD)
- CPU (Central Processing Unit)
- BIOS (Basic Input Output System)
Meet
RAM
Random Access Memory
Temporary storage for current state of computer
Meet
persistent storage
hard disks, SSD's (flash), …
Meet
persistent storage
hard disks, SSD's (flash), …
stores data when computer is off
Meet
The CPU
Central Processing Unit
Executes programs from RAM
Meet
The CPU
Central Processing Unit
Executes programs from RAM
Meet
The BIOS
Basic Input Output System
Initial program: loads system from persistent storage
User Interaction
Console output
Printer, screen, graphics, …
User Interaction
Console input
Punch cards, keyboard, mouse, touch, …
How does it work?
Switching on the computer
- CPU loads BIOS from harcoded memory address
- BIOS tests system and parts (RAM, disks, screen, keyboard, …)
- BIOS looks on disks for Operating System
- BIOS bootstraps (loads) and boots (starts) Operating System
How does it work?
The Operating System (OS)
- Sits between applications (user programs) and hardware
- Abstracts from network (internet), files, screen, keyboard, …
- Loads apps from disk into RAM and starts them
- Prioritizes between simultaneous apps (multitasking)
Operating System
Ubuntu (Linux)
Programming languages
Low-level to high level
Machine language
Hardwired in CPU
0
's and 1
's
- Memory addresses all over
- 'Textual form': assembly
High-level languages
‘Readable’ source code converted to (binary) machine language
- Compiled languages: read whole source, generate binary once
- Interpreted languages: generate machine code 'line by line' while program runs
Today's topics
Now to tell you what I'm going to tell you.
- What are computers?
- How are they programmed?
- ‘Hello World’: your first program
- Variables, conditionals, loops and functions
- Hands on!
Example
Code: Python
#!/usr/bin/env python3
print('Hello World!')
Code: C
#include <stdio.h>
int main() {
printf("Hello World!\n");
}
Code: C++
#include <iostream>
int main() {
std::cout << "Hello World!" << std::endl;
}
Code: Java
public class HelloWorld {
public static void main(String[] args) {
System.out.println("Hello, world!");
}
}
Code: Brainfuck
+++++ +++++ initialize counter (cell #0) to 10
[ use loop to set the next four cells to 70/100/30/10/40
> +++++ ++ add 7 to cell #1
> +++++ +++++ add 10 to cell #2
> +++ add 3 to cell #3
> + add 1 to cell #4
> ++++ add 4 to cell #5
<<<<< - decrement counter (cell #0)
]
> ++ . print 'H'
> + . print 'e'
+++++ ++ . print 'l'
. print 'l'
+++ . print 'o'
>>> ++++ . print ','
<< ++ . print ' '
< +++++ +++ . print 'w'
----- --- . print 'o'
+++ . print 'r'
----- - . print 'l'
----- --- . print 'd'
> + . print '!'
> .

- What are computers?
- How are they programmed?
- ‘Hello World’: your first program
- Variables, conditionals, loops and functions
- Hands on!
Python
From now, we'll use Python.
It's simple, powerful, runs everywhere and…

Python
Interpreted language
No compilers, no binaries
Python
Runs everywhere
Windows, Mac, Linux, Android, name it…
Python
Real world applications
Webapps (Google anyone?), science, art
Python
so f*cking simple
Never worry about:
- Memory
- Types (binary representation)
- Machine language
- Bits'n bytes
Python
Readable code
Only programming language designed to be readable.
Python
Open Source
Everyone can use, distribute and modify it.
Real programming
Structures:
- Variables: information referrable by name
- Conditionals: do stuff only when conditions are met
- Loops: repeatedly doing stuff
- Functions: actions referrable by name
- Libraries: functions you don't have to write anymore
Variables
Remember stuff for later use
Example
birth_year = 1985
current_year = 2014
age = current_year - birth_year
print(age)
Output
29
Conditionals
When condition is met, do stuff
if age < 30:
print('Still young!')
else:
print('You dinosaur!')
Output
Age: 29
Still young!
Age: 30
You dinosaur!
Loops
Do stuff while condition is true
age = 28
while age < 30:
print('Go on for another year!')
print(age)
# Increase value in age by 1, store new value as age
age = age + 1
print('30? You might as well die!')
 You might as well die!
Functions
Actions with names, arguments and return values
def calculate_age(birth_year, current_year):
return current_year - birth_year
print(calculate_age(1985, 2014))
Output
29
Libraries
Collections of functions and objects
Work you don't have to do: use them!
Libraries
Example
# From datetime import datetime object which has the now() function
from datetime import datetime
# now() returns a 'datetime' object
# Using <object>.<property> we can grab a property of object
current_year = datetime.now().year
# Calculate age and display result
print(current_year - birth_year)
Output
Whatever age this dude from '85 is right now.
Full example
Ask birthdate, calculate age.
# Import datetime object to work with dates and times
import datetime
# Ask user for some text
birth_year = input('In what year were you born?')
# Turn text into integer (whole) number
birth_year = int(birth_year)
# From the datetime module, call the now() function of the datetime object,
# returning current date and time from the computer's clock
current_year = datetime.datetime.now().year
# Calculate age and display result
print('Your age is:', current_year - birth_year)
Today's topics
Now to tell you what I'm going to tell you.
- What are computers?
- How are they programmed?
- ‘Hello World’: your first program
- Variables, conditionals, loops and functions
- Hands on!
Hands on!
A little less talking
a lot more action!
Step 1
Install Python
They downloadeth from python.org
Step 2
Install text editor
'Code' is text files, you're going to edit them
Step 3
Write code
Create a .py
(Python) file, write code
Step 4
Run code
Try and execute your code.
Step 5
Fix code
Your code is probably broken. Welcome to…
Next step:
Interactive Python, with help!
$ pip install ipython
$ ipython
...
In [1]: l = 5
In [2]: 2*l
Out[2]: 10
In [3]: import datetime
In [4]: help(datetime)


Indian Institute of Technology, Kanpur is one of the leading centres for education in world and undoubtedly the most respected technical institution India. The research oriented philosophy of the college is equally instilled amongst the brightest mind in the country. As a consequence of the sheer hard work and passion of a group of dedicated students,robowars IIT Kanpur, the robotic hub of the institute has been established.
The Robowar team aims to provide an opportunity to pursue passion for robotics. Through this journey they learnt to tackle real life engineering problems and gain the requisite expertise to solve many difficulties that they might face in the field of mechatronics.
Not only are we involved in fabrication and machining of the parts, but also put in a lot of effort into research work for material selection, weapon and electronics design, design for optimal manufacturing and costing parameters.
The task of putting together a robot is of paramount altitude and cannot be scaled without the support of sponsors. Sponsorship is a crucial aspect of any teams success. It lets us live up to our potential without any compromises and aim to achieve better than the best. It includes travel as well as an in-kind donation to the team. Funding for fabrication, materials, supplies and team logistics will also be highly appreciated. At the same time, the endowment of service and parts will also be an influential role in the growth.
We strive for a stable and mutually beneficial relationship with our sponsors because we firmly believe that the knowledge and expertise gained from the industries are of paramount importance.
We are looking forward to your generous contribution and also invite you to join hands with Robowars IIT Kanpur for a captivating and fulfilling experience.
Sponsor Logo: The companies logo will be present on the battlebot, t-shirts, letterheads, brochure, and banner during the events. It gives an opportunity to reach out and brand your company in front of eminent industrialists, world-class engineers, and students.
Newsletter and Other Publications: The biggest sponsor will receive special focus in all our official publications, highlighting their products/brands which will reach all the stakeholders(sponsors, administration, faculty,etc.) and students in our residential campus comprising over 10,000 residents and also extended to the alumni network of IIT Kanpur.
Lectures organized by Robowars IIT Kanpur:
The event is a platform for your company to showcase support for research and development at the college level and emerge as a promoter of research which adds to CSR of your company
Your company will be invited by our institute for recruitment where you can take the best students in the country as your future employees.
Techkriti is the annual technical entrepreneurship festival of IIT Kanpur. It hosts some of the most famous exhibitions, workshops, and speakers like Pradip Sindhu(Founder Juniper Networks), Dr. Hamid Karzai(Ex-president of Afghanistan), Mr. Ashish Chauhan(MD and CEO, BSE), Rajat Sharma(Chairman and editor-in-chief, India tv) and many great personalities from India and abroad.
Techkriti attracts students from over 150 colleges across the world.Sponsors receive widespread publicity through media posters reaching more than 800 colleges.
Apart from skills, resources play a vital role in the completion of a project we aspire for successful completion of the project and for this your support would be valuable to us in all forms.
The success of this project is largely dependent on technical know-how that is often not available in academic circles.
Sometimes getting in touch with the right people plays a vital role in taking the project in the desired direction. Various machining processes and heat treatment processes require knowledge that is scarce.
Finance constitutes the backbone of any project. We welcome sponsorship of any amount which will help this coveted project in its completion.
| Benefits | Platinum (100k+) | Gold (50k+) | Silver (20k+) |
|---|---|---|---|
| Logos on Robot | Extra large | Large | Medium |
| Tax Exemption | |||
| Partnership Certificate | |||
| Promotion on team's fanpage | |||
| Company Logo on Team Apparel | |||
| Company Logo on team Official Website | |||
| Special Recognition on print and news Media | |||
| Preferential access during recruitment season in IITK | |||
| Publicity in College Festival | |||
| Standees near Arena during Competition | |||
| Workshops at Institute Technical Fest | |||
| Promotional Displays at Team's Event | |||
| Company's Name associated with the robot name | |||
| Invitation as guest of honour at launch events | |||
| Promotional Display at company's event |


AWS::AppSync::ApiKey
The
AWS::AppSync::ApiKey
resource creates a unique key that you can distribute to clients who are executing
GraphQL operations with AWS AppSync that require an API key.
Syntax
To declare this entity in your AWS CloudFormation template, use the following syntax:
JSON
{ "Type" : "AWS::AppSync::ApiKey", "Properties" : { "Description" :
String
, "Expires" :Number
, "ApiId" :String
} }
YAML
Type: "AWS::AppSync::ApiKey" Properties: Description:
String
Expires:Number
ApiId:String
Properties
Description
-
Unique description of your API Key.
Required: No
Type: String
Update requires: No interruption
Expires
-
Expiration time of the API Key in seconds (using Unix Epoch time), with a minimum of 1 day and a maximum of 365 days. The default value is 7 days.
Required: No
Type: Number
Update requires: No interruption
ApiId
-
Unique AWS AppSync GraphQL API Identifier for this API Key.
Required: No
Type: String
Update requires: Replacement
Return Values
Ref
When you pass the logical ID of an
AWS::AppSync::ApiKey
resource to the intrinsic
Ref
function, the function returns the
ARN of the API Key, such as
arn:aws:appsync:us-east-1:123456789012:apis/graphqlapiid/apikey/apikeya1bzhi
.
For more information about using the
Ref
function, see
Ref.
Fn::GetAtt
Fn::GetAtt
returns a value for a specified attribute of this type.
The following are the available attributes and sample return values.
ApiKey
-
The API key.
Arn
-
The Amazon Resource Name (ARN) of the API key, such as
arn:aws:appsync:us-east-1:123456789012:apis/graphqlapiid/apikey/apikeya1bzhi
.
For more information about using
Fn::GetAtt
, see
Fn::GetAtt.
Examples
API Key creation example
The following example creates an API Key and associates it with an existing GraphQL API by passing the GraphQL API Id as a paramater.
JSON
{ "Parameters": { "graphQlApiId": { "Type": "String" }, "apiKeyDescription": { "Type": "String" }, "apiKeyExpires": { "Type": "Number" } }, "Resources": { "ApiKey": { "Type": "AWS::AppSync::ApiKey", "Properties": { "ApiId": { "Ref": "graphQlApiId" }, "Description": { "Ref": "apiKeyDescription" }, "Expires": { "Ref": "apiKeyExpires" } } } } }
YAML
Parameters: graphQlApiId: Type: String apiKeyDescription: Type: String apiKeyExpires: Type: Number Resources: ApiKey: Type: AWS::AppSync::ApiKey Properties: ApiId: Ref: graphQlApiId Description: Ref: apiKeyDescription Expires: Ref: apiKeyExpires
See Also
-
CreateApiKey operation in the AWS AppSync API Reference


- Docs »
- Changelogs »
- v2.4.0
-
Workflow v2.3.0 -> v2.4.0
Builder v2.3.0 -> v2.4.0
Features
e292969
*: switch to using controller-sdk-go for controller interactions (#402)
Fixes
d340772
pod: log pod error status and message instead of pod struct
0690f89
_tests: remove out of date functional tests (#406)
e791c1d
gitreceive: change target name to Workflow
Controller v2.3.1 -> v2.4.0
Features
a7cff7e
models: add routable flag to Config (#934)
cebd736
scheduler: add scheduler tests that do not go through normal api tests (#965)
2a41942
healthcheck: Add support to create healthcheck per proctype Requires workflow-cli#160
3e988ea
model: Add new model to store settings
Fixes
54f0f75
app: adjust async for better usage and to account for asyncio bug
855bb59
scheduler: create application config (env secrets) outside of deploy / scale to reduce k8s thrasing
996be37
mock: mock scheduler could not gracefully handle the concurrent deploy / scale
7da5212
run: return a 400 if command is empty (#952)
c91f361
passwd: raise 400 when password is not a parameter (#850)
544f492
scheduler: in scheduler::run check if pod state is an object or a string before acing on it (#957)
a4ee5a8
health: Add healthchecks only for routable apps or proctypes
37ea65c
Makefile: add deis namespace to make deploy (#969)
7f19c48
scheduler: make app un-routable (#974)
6cfeba0
scheduler: when user asks for limits beyond their allowance then error out faster (#975)
7a152a6
scheduler: allow Deployment "in progress" to be bypassed in case of errors or timeout (#978)
bf82529
registry: retry pull/push/tag 3 times - should help with slow networks and slow registries (#979)
Documentation
cc6617e
README.md: add postgresql prereq
Maintenance
e0a3f02
requirements: Django REST Framework 3.4.3
77dbf94
travis: cache pip in travis runs (#944)
b66948d
requirements: requests update to 2.11.0 (#962)
6e6d257
requirements: update to django-guardian 1.4.5 (#964)
87a92f6
requirements: update backoff 1.3.1 (#963)
c6e3eb3
migrations: create a migration for various alterations that do not touch schema (#967)
a16aa8c
requirements: Update Django REST Framework to 3.4.4 (#976)
Database v2.2.1 -> v2.2.2
Maintenance
022f2c5
Update the postgres version
Dockerbuilder v2.3.0 -> v2.3.1
Maintenance
31065a3
Dockerfile: update deis/base to 0.3.0
Monitoring v2.2.0 -> v2.3.0
Features
527d4dd
dashboards: create dashboards for all deis components
Fixes
3b15224
ini: a stray quote was causing INI parsing to break
a21e7e4
start-grafana: Create dashboard directory when starting grafana
Documentation
2548941
readme: Provide a configuration section in grafana readme
Router v2.3.0 -> v2.4.0
Features
01cf487
*: Update nginx to 1.11.2
571dfea
router: Get the annotations from the deployment object instead of RC
59e753c
maintenance: Add support for maintenance mode for apps
Fixes
1769d2d
model: Improve regex for SSL ciphers
e085023
routable: Use correct label key for routable
c00da10
model: Specify a default ssl cipher list
Documentation
7cbf93e
readme: Clarify that routable services must expose port 80
Maintenance
541b19b
.gitignore: Update to ignore deis-router-deployment.tmp.yaml
Slugbuilder v2.3.0 -> v2.3.1
Maintenance
815d0a7
buildpacks: update heroku-buildpack-go to v44
7b34cb5
buildpacks: update heroku-buildpack-scala to v72
f647afe
buildpacks: update php buildpack
Workflow CLI v2.3.0 -> v2.4.0
Features
f37432b
Jenkinsfile: send COMPONENT_REPO param to e2e job
dfe19e0
logging: extract logging to its own package and write tests (#166)
7b4c48d
cmd: add deis routing
37cdb52
healthcheck: Add support for healthcheck per proctype
4df89d2
maintenance: Add support for maintenance mode for apps
7a9ebf4
Jenkinsfile: wipe vendor dir if bootstrap fails
47def28
Makefile: add git branch and sha information to the uploaded blob
2103657
*: allow configuration flag (#169)
Fixes
6745e75
version: move all version logic to git (#167)
4f2d342
healthcheck: Don't fail if there is no healthcheck for a proctype
ba9d5d7
CI: don't cache latest binaries (#175)
36df5d4
CI: delete artifacts when cleaning up (#179)
Workflow Documentation v2.3.0 -> v2.4.0
Features
af7cf12
healthcheck: Add docs for applying healthchecks per proctype
d84c0a1
troubleshooting: add troubleshooting applications
7477ae7
docs: add documentation for limits
4ea0719
CLI: document new behavior of variable (#440)
c41f71e
maintenance: Add docs for maintenance mode support
Fixes
fde9a81
installing: Add configuring registry docs to doc tree
4480831
applications: use admonition styling
d097233
user: supply a kubectl patch function to simplify registration mode setting
Documentation
fb9db75
applications: add deis routing docs
12fd1d7
registration: update registration for 2.3 behavior (#448)
8d271ca
upgrading: expand and clarify workflow upgrade instructions (#447)
5fdf2da
storage: cleanup storage docs (#454)
Maintenance
88167c5
roadmap: update roadmap for 2.x (#417)
8befc2a
docs: update docs to reflect fixed issue (#455)
Workflow E2E Tests v2.3.0 -> v2.4.0
Features
6f76da5
procfile: create a build with a procfile
94a884a
skip: make procfile test pending
09c1c33
tests: add deis routing e2e tests (#304)
Fixes
7e0d1cc
CLI: log cli version after installing to check revision (#284)
47a6907
deployments: proc type regex changed due to Deployments
b22274e
limits: ask for 500m instead of 1024 cores in the limits CPU test
2cd045a
Makefile: add retrying to workflow CLI download
a56611c
docker-test-integration: show curl errors (#311)
807d110
auth: update to new missing config error message (#301)
Maintenance
Workflow Manager v2.3.1 -> v2.4.0
Fixes
7d859f5
feature(data): add deployments, daemonsets to cluster data (#95)
31fe3bc
cluster_id is vulnerable to race condition when called concurrently (#94)
2582640
bug(k8s): unintentional variable shadowing (#92)


"In my field of study I can learn the latest technological advances that relate to the urban environment and how to use them to become a better professional." Flora Roumpani Degree: PhD
"In my field of study I can learn the latest technological advances that relate to the urban environment and how to use them to become a better professional."


Full name:
org.apache.sling:slingfeature-maven-plugin:1.2.0:apis-jar
Description:
Attributes:
| Name | Type | Since | Description |
|---|---|---|---|
| <features> | File | - | Directory containing feature files Default value is: src/main/features. |
| <testFeatures> | File | - | Directory containing test feature files. Default value is: src/test/features. |
| Name | Type | Since | Description |
|---|---|---|---|
| <apiClassifierMappings> | Map | - | Mapping for the feature classifier to a user defined name |
| <apiJavadocResources> | List | - | Additional resources for the api javadoc jar |
| <apiRegionNameMappings> | Map | - | Mapping for an api region name to a user defined name |
| <apiResources> | List | - | Additional resources for the api jar |
| <apiSourceResources> | List | - | Additional resources for the api source jar |
| <apiVersion> | String | 1.2.0 | Optional version to be put into the manifest of the created jars |
| <attachApiJars> | boolean | - | If enabled, the created api jars will be attached to the project Default value is: true. |
| <excludeRegions> | Set | - | Names of the regions to exclude, by default no regions is excluded. |
| <featuresExcludes> | String | - | Comma separated list of excludes for the feature files. Feature
files excluded by this configuration are not processed at all. |
| <featuresIncludes> | String | - | Comma separated list of includes for the feature files in the
configured directory. Only feature files specified by this include
are processed. Default value is: **/*.json. |
| <generateApiJar> | boolean | - | Generate api jar Default value is: true. |
| <generateJavadocJar> | boolean | - | Generate the javadoc jar Default value is: true. |
| <generateSourceJar> | boolean | - | Generate the sources jar Default value is: true. |
| <generatedFeatures> | File | - | Directory containing generated feature files |
| <generatedFeaturesExcludes> | String | - | Comma separated list of excludes for the generated feature files.
Feature files excluded by this configuration are not processed at
all. |
| <generatedFeaturesIncludes> | String | - | Comma separated list of includes for the generated feature files in
the configured directory. Only feature files specified by this
include are processed. Default value is: **/*.json. |
| <ignoreJavadocErrors> | boolean | - | Ignore errors in javadoc generation Default value is: false. |
| <includeRegions> | Set | - | Names of the regions to include, by default all regions are
included. Default value is: *. |
| <includeResources> | String[] | - | Patterns identifying which resources to include from bundles. This
can be used to include files like license or notices files.
Starting with version 1.2.0 these files are only searched in the
folders mentioned by #resourceFolders |
| <incrementalApis> | boolean | - | If set to true and api jars are created for more than one region,
then the higher region only gets the difference to the lower
region. If set to false each api jar gets the full region
information (duplicating information) Default value is: true. |
| <jarStartOrder> | int | - | The start level for the attached jar/bundle. |
| <javadocLinks> | String[] | - | List of javadoc links used in the javadoc generation. |
| <javadocSourceLevel> | String | - | (no description) Default value is: 8. |
| <licenseDefaults> | List | 1.2.0 | A artifact patterns to match artifacts without a license. Follows
the pattern "groupId:artifactId:type:classifier:version". After the
patter a "=" followed by the license information needs to be
specified. This information is used in the license report if no
license is specified for an artifact. |
| <licenseReport> | String | 1.2.0 | Create a license report file. This is the name of that file within
the jar |
| <licenseReportFooter> | String | 1.2.0 | Footer added at the bottom of the license report |
| <licenseReportHeader> | String | 1.2.0 | Header added on top of the license report Default value is: This archive contains files from the following artifacts:. |
| <resourceFolders> | String | 1.2.0 | Comma separated list of folders where files are renamed. Default value is: META-INF,SLING-INF. |
| <selection> | FeatureSelectionConfig | - | Select the features for api generation. Separate api jars will be
generated for each feature. |
| <skipAddFeatureDependencies> | boolean | - | If set to true the artifacts from the feature are not
as dependencies to the project. Default value is: false. |
| <skipAddJarToFeature> | boolean | - | If set to true the main jar artifact is not added to
the feature. Default value is: false. |
| <skipAddJarToTestFeature> | boolean | - | If set to true the main jar artifact is not added to
the test feature. Default value is: false. |
| <skipAddTestFeatureDependencies> | boolean | - | If set to true the artifacts from the test feature are
not as dependencies to the project. Default value is: true. |
| <testFeaturesExcludes> | String | - | Comma separated list of excludes for the test features. |
| <testFeaturesIncludes> | String | - | Comma separated list of includes for the test features. Default value is: **/*.json. |
| <validateFeatures> | boolean | - | If set to true the features are validated against the
JSON schema. Default value is: true. |


Vera Nazarian, author, artist, publisher and owner of:
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IMMEDIATE FAMILY A film review by Randy Parker Copyright 1996 Randy Parker
RATING: *** (out of ****)
(Review written in 1989)
IMMEDIATE FAMILY contains one of the strangest sights of any movie this year. Yes, even stranger than the hair pieces in STAR TREK V. Brace yourselves for a shock: for the first time in his film career, James Woods plays a sensitive, all-around nice guy. I'm not kidding. I had to constantly remind myself I was watching Woods and not Alan Alda. With his warm performance, Woods has broken the mold and virtually reinvented his on-screen persona.
  Mary Stuart Masterson plays the pregnant teenager who agrees to give up her baby. The movie examines the culture clash between the lower class teenager from Cleveland and the Yuppie couple who live in post-card pretty Seattle.
IMMEDIATE FAMILY captures your heart, but only after fighting off several flaws. For one thing, just when the movie seems ready to end, the real conflict finally kicks in. Better late than never, I guess. Second, the lovey-dovey relationships are too much to take: it's like being trapped in an elevator with someone who reeks of perfume. The sweet aroma is suffocating. Third, the movie is utterly predictable; the "big surprises" are anything but surprising.
The good news is that director Jonathan Kaplan has elicited memorable performances from his leads. It comes as a shock to see Woods expressing compassion rather than his usual hostility. I never buy Close in her glamorous DANGEROUS LIAISONS-type roles, but her character in IMMEDIATE FAMILY suits her well. I believed every minute of her performance as a woman who desperately yearns to have children. Close will probably earn her umpteen millionth Oscar nomination, but it's Mary Stuart Masterson who really deserves the honor. Masterson is so down to earth and so compelling that it's impossible not to feel for her. Her performance rings true at every juncture as the movie depicts the pain and confusion of teen pregnancy.
----------- Randy Parker<EMAIL_ADDRESS>http://www.shoestring.org
The review above was posted to the
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Related links: index of all rec.arts.movies.reviews reviews


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I am a Marie Skłodowska Curie Fellow with affiliations at the Institute for Data, Systems, and Society at MIT (USA), and at the Department of Engineering Science at the University of Oxford (UK). My research deals with the analysis of complex systems that can be abstracted as networks or graphs. A central methodological issue underlying my research is how one can study and integrate the multiple levels of organization which are commonplace in many systems. By combining ‘bottom-up’ dynamical models, and ‘top-down’ data-driven approaches, and using a blend of tools from control theory, dynamical systems, stochastic processes, machine learning and statistics, my goal is to shed light on key problems in this context.
I studied Electrical Engineering and Information Technology at ETH Zurich with a focus on communication systems. After a MSc in Biomedical Engineering at Imperial College (Neurotechnology stream), I moved to the Mathematics Department to obtain my PhD under the supervision of Prof. Mauricio Barahona and Prof. Sophia Yaliraki. After this I worked in Belgium, jointly at the Université catholique de Louvain and at the University of Namur, as a Postdoctoral Research Fellow. In November 2016, I moved to MIT as a Postdoctoral Research Associate. Since July 2017 I am a Marie Curie Fellow at MIT / Oxford.
CV available upon request
Email
mschaub [at] mit.edu
Address
Institute for Data, Systems, and Society
Massachusetts Institute of Technology
77 Massachusetts Avenue,
Office: E18-425C
Cambridge, MA, 02139