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If you represent a large corporation or foundation that makes use of BeeWare, we invite you to become a Gold Member for $5000/month.
Become a Gold MemberGold members can have their name listed on the Members page, along with a banner logo, company name, link to a company page of their choice, and a brief paragraph describing what the company does.
The company logo will also be put into rotation on the homepage as part of the sponsor's carousel.
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Changes the volume of a given source from volume A to B over a duration.
You can use Math: Pull Source Value command to get the current volume of a source and incorporate it in this command.
| Box Name | Type | Description |
|---|---|---|
| source | String | Source name to change the volume |
| Start Volume% | Real | Starting volume percentage. 0-100 range. |
| Final Volume% | Real | Final volume percentage. 0-100 range. |
| Dur.(MS) | Int | Transition duration in milliseconds |


I love breaking things and providing solutions on how to secure them
I have been in the IT industry since 1998, and have spent 18 of those years as a professional software developer. I have always had a hacker mentality and officially made the transition to Cyber Security in 2020.
I obtained my OSCP, OSEP, OSWE, OSED, and OSCE3 certifications from Offensive Security within a year of starting to study.
At Checkmark Cyber I worked as a Lead Red Teamer and Lead Penetration Tester on a vast number of projects, including international big brand clients. I successfully performed a number of blackbox, whitebox, physical access and social engineer simluations against clients.
During my time at Halborn, I was exposed to various Web 3 technologies (smart contracts, blockchain, and DeFI) and was promoted to Lead Offensive Security Engineer within the first three (3) months of starting at the company. I was also tasked with performing penetration testing on web applications and cloud infrastructure. I was also responsible for performing code audits on web and desktop applications, as well as browser extensions. My main role was as a member of the Cosmos auditing team.
I am passionate about hacking and love learning daily. To this end I am always looking at courses or certifications to improve my knowledge and skillset. The more difficult the challenge, the more satisfying it is when the solution is found. I take pride in providing work that is of the highest quality.
I know how to work well in a team, and can operate independently as well. The majority of the work that I am involved with is remote, so I can be disciplined enough to stick to deadlines. In the past I have been employed in various positions where I had to lead a team.
As a leader offensive security I am responsible for:
As a whitebox and blackbox penetration tester I am responsible for:
As the owner of the business I am responsible for:
The business started as an IT Support provider, and later branched out and focused on Software Development. Software developed included Desktop, Server, Web and Mobile Application solutions.


PART VI. RIGHT-OF-WAY
[§291C-61] Vehicle approaching or entering intersection. (a) When two vehicles approach or enter an intersection from different highways at approximately the same time, the driver of the vehicle on the left shall yield the right-of-way to the vehicle on the right.
(b) The right-of-way rule declared in subsection (a) is modified at through highways and otherwise as stated in this chapter. [L 1971, c 150, pt of §1]


Hello ViMTL!
Love Your Keyboard
By
Rowan Udell
/
@elrowan
using
reveal.js
Introductions
Who am I?
Coder
Ex Sys-admin
Dashboard Dude
Who are you?
Coder
Other?
Why should I love my keyboard?
How much code have you written with your mouse?
Coder's Toolbox
What makes a good keyboard?
Comfortable
Configurable*
* Can be worked-around
Caps Lock
It's a waste of space
Most-used keys
Feedback
The end of the mouse?
My Keyboard
Tenkeyless
Full Size
FIN


Set the filterPlaceholder placeholder to have a placeholder text shown in the filter input field.
filterPlaceholder


There are a lot of ways to desaturate a pixel. Not all of them are the 'best' way. For example, the default action for AKAIP to take when you don't specify an option is to take (R + G + B ) / 3
as each channel's new value. Quite frankly, this is a terrible way to do it; it creates a light, washed-out version of the image. As such, I've introduced new options for the command:
This method, described before, takes every channel into consideration:
B = (R+G+B) / 3
This method takes into account which channel is the highest in its calculation.
B = max(R,G,B)
This method takes both the lowest and highest channel into account.
B = (max(R,G,B) + min(R,G,B)) / 2
This method takes all channels into account by how the human eye sees lightness from each color.
B = sqrt(0.299R^2 + 0.587G^2 + 0.114B^2)


Helper class that displays text warnings and alerts to the user.
More...
Helper class that displays text warnings and alerts to the user.
◆ DisplayAudioError()
| static async Task Lingvo.MobileApp.Util.AlertHelper.DisplayAudioError |
( |
| ) |
|
|
inlinestatic |
Informs the user of an error with audio playback or recording.
◆ DisplayFetchPageError()
| static async Task Lingvo.MobileApp.Util.AlertHelper.DisplayFetchPageError |
( |
| ) |
|
|
inlinestatic |
Informs the user of an error downloading a page.
◆ DisplayFetchWorkbookError()
| static async Task Lingvo.MobileApp.Util.AlertHelper.DisplayFetchWorkbookError |
( |
| ) |
|
|
inlinestatic |
Informs the user of an error downloading a workbook.
◆ DisplayInfoTeacherMemoNameExists()
| static async Task Lingvo.MobileApp.Util.AlertHelper.DisplayInfoTeacherMemoNameExists |
( |
| ) |
|
|
inlinestatic |
Warns the user when he tries to create a teacher memo with a non-unique name.
◆ DisplayNoTeacherMemoNameError()
| static async Task Lingvo.MobileApp.Util.AlertHelper.DisplayNoTeacherMemoNameError |
( |
| ) |
|
|
inlinestatic |
Shown when the user tries to save a teacher memo without name.
◆ DisplayNoTeacherMemoRecordingError()
| static async Task Lingvo.MobileApp.Util.AlertHelper.DisplayNoTeacherMemoRecordingError |
( |
| ) |
|
|
inlinestatic |
Shown when the user tries to save a teacher memo without first recording it.
◆ DisplaySyncError()
| static async Task Lingvo.MobileApp.Util.AlertHelper.DisplaySyncError |
( |
| ) |
|
|
inlinestatic |
Informs the user of an error communicating with the server.
◆ DisplayWarningDeletePage()
| static async Task<bool> Lingvo.MobileApp.Util.AlertHelper.DisplayWarningDeletePage |
( |
bool |
studentTrackExists | ) |
|
|
inlinestatic |
Warns the user when he tries to delete a page.
- Parameters
-
| studentTrackExists | true if the page about to be deleted has a student track, false otherwise. The warning is adjusted accordingly. |
- Returns
true
if the user confirms the deletion, false
otherwise
◆ DisplayWarningDeleteStudentTrack()
| static async Task<bool> Lingvo.MobileApp.Util.AlertHelper.DisplayWarningDeleteStudentTrack |
( |
| ) |
|
|
inlinestatic |
Warns the user when he tries to delete the student track of a page or teacher memo.
- Returns
true
if the user confirms the deletion, false
otherwise
◆ DisplayWarningDeleteTeacherMemo()
| static async Task<bool> Lingvo.MobileApp.Util.AlertHelper.DisplayWarningDeleteTeacherMemo |
( |
bool |
studentTrackExists | ) |
|
|
inlinestatic |
Warns the user when he tries to delete a teacher memo.
- Parameters
-
| studentTrackExists | true if the memo about to be deleted has a student track, false otherwise. The warning is adjusted accordingly. |
- Returns
true
if the user confirms the deletion, false
otherwise
◆ DisplayWarningDeleteWorkbook()
| static async Task<bool> Lingvo.MobileApp.Util.AlertHelper.DisplayWarningDeleteWorkbook |
( |
| ) |
|
|
inlinestatic |
Warns the user when he tries to delete a workbook.
- Returns
true
if the user confirms the deletion, false
otherwise.
◆ DisplayWarningIfNotWifiConnected()
| static async Task<bool> Lingvo.MobileApp.Util.AlertHelper.DisplayWarningIfNotWifiConnected |
( |
| ) |
|
|
inlinestatic |
Displays a warning if not connected to wifi. The user can choose to download anyway or to abort.
- Returns
- true if download should start, false otherwise
◆ DisplayWarningStudentTrackExists()
| static async Task<bool> Lingvo.MobileApp.Util.AlertHelper.DisplayWarningStudentTrackExists |
( |
| ) |
|
|
inlinestatic |
Warns the user a student track for his current exercise already exists and he would overwrite it.
- Returns
true
if the user agrees to overwrite the existing recording, false
if he aborts.
◆ DisplayWarningTeacherMemoExists()
| static async Task<bool> Lingvo.MobileApp.Util.AlertHelper.DisplayWarningTeacherMemoExists |
( |
| ) |
|
|
inlinestatic |
Warns the user he is about to overwite an existing teacher memo.
- Returns
true
if the user agrees to overwrite the memo, false otherwise.
The documentation for this class was generated from the following file:
- src/MobileApp/Util/AlertHelper.cs


Inference With A Custom Model¶
We have trained and evaluated the model, the next step is to see the performance of the model on unknown images. We are going to test the model on the classes we have trained it on. If you have not download the trained model, download it from here.
sample1.jpg
import pixellib
from pixellib.instance import custom_segmentation
segment_image = custom_segmentation()
segment_image.inferConfig(num_classes= 2, class_names= ["BG", "butterfly", "squirrel"])
segment_image.load_model("mask_rcnn_models/Nature_model_resnet101.h5")
segment_image.segmentImage("sample1.jpg", show_bboxes=True, output_image_name="sample_out.jpg")
import pixellib
from pixellib.instance import custom_segmentation
segment_image =custom_segmentation()
segment_image.inferConfig(num_classes= 2, class_names= ["BG", "butterfly", "squirrel"])
We imported the class custom_segmentation, the class for performing inference and created an instance of the class. We called the model configuration and introduced an extra parameter class_names.
class_names= ["BG", "butterfly", "squirrel"])
class_names: It is a list containing the names of classes the model is trained with.Butterfly has the class id 1 and squirrel has the class id 2 “BG”, it refers to the background of the image, it is the first class and must be available along the names of the classes.
Note: If you have multiple classes and you are confused of how to arrange the classes’s names according to their class ids, in your test.json in the dataset’s folder check the categories’ list.
{
"images": [
{
"height": 205,
"width": 246,
"id": 1,
"file_name": "C:\\Users\\olafe\\Documents\\Ayoola\\PIXELLIB\\Final\\Nature\\test\\butterfly (1).png"
},
],
"categories": [
{
"supercategory": "butterfly",
"id": 1,
"name": "butterfly"
},
{
"supercategory": "squirrel",
"id": 2,
"name": "squirrel"
}
],
You can observe from the sample of the directory of test.json above, after the images’s list in your test.json is object categories’s list, the classes’s names are there with their corresponding class ids. Remember the first id “0” is kept in reserve for the background.
segment_image.load_model("mask_rcnn_model/Nature_model_resnet101.h5)
segment_image.segmentImage("sample1.jpg", show_bboxes=True, output_image_name="sample_out.jpg")
The custom model is loaded and we called the function to segment the image.
sample2.jpg
test_maskrcnn.segmentImage("sample2.jpg",show_bboxes = True, output_image_name="sample_out.jpg")
WOW! We have successfully trained a custom model for performing instance segmentation and object detection on butterflies and squirrels.
Extraction of Segmented Objects
PixelLib now makes it possible to extract each of the segmented objects in an image and save each of the object extracted as a separate image. This is the modified code below;
import pixellib
from pixellib.instance import custom_segmentation
segment_image = custom_segmentation()
segment_image.inferConfig(num_classes= 2, class_names= ["BG", "butterfly", "squirrel"])
segment_image.load_model("mask_rcnn_model/Nature_model_resnet101.h5")
segment_image.segmentImage("sample2.jpg", show_bboxes=True, output_image_name="output.jpg",
extract_segmented_objects= True, save_extracted_objects=True)
We introduced new parameters in the segmentImage function which are:
extract_segmented_objects: This parameter handles the extraction of each of the segmented object in the image.
save_extracted_objects: This parameter saves each of the extracted object as a separate image.Each of the object extracted in the image would be save with the name segmented_object with the corresponding index number such as segmented_object_1.
These are the objects extracted from the image above.
Specialised uses of PixelLib may require you to return the array of the segmentation’s output.
Obtain the following arrays:
-Detected Objects’ arrays
-Objects’ corresponding class_ids’ arrays
-Segmentation masks’ arrays
-Output’s array
By using this code
segmask, output = segment_image.segmentImage()
You can test the code for obtaining arrays and print out the shape of the output by modifying the instance segmentation code below.
import pixellib
from pixellib.instance import custom_segmentation
segment_image = custom_segmentation()
segment_image.inferConfig(num_classes= 2, class_names= ["BG", "butterfly", "squirrel"])
segment_image.load_model("mask_rcnn_model/Nature_model_resnet101.h5")
segmask, output = segment_image.segmentImage("sample2.jpg")
cv2.imwrite("img.jpg", output)
print(output.shape)
Obtain arrays of segmentation with bounding boxes by including the parameter show_bboxes.
segmask, output = segment_image.segmentImage(show_bboxes = True)
Full code
import pixellib
from pixellib.instance import custom_segmentation
segment_image = custom_segmentation()
segment_image.inferConfig(num_classes= 2, class_names= ["BG", "butterfly", "squirrel"])
segment_image.load_model("mask_rcnn_model/Nature_model_resnet101.h5")
segmask, output = segment_image.segmentImage("sample2.jpg", show_bboxes= True)
cv2.imwrite("img.jpg", output)
print(output.shape)
Note:
Access mask’s values using segmask[‘masks’], bounding box coordinates using segmask[‘rois’], class ids using segmask[‘class_ids’].
segmask, output = segment_image.segmentImage(show_bboxes = True, extract_segmented_objects= True )
Access the value of the extracted and croped segmented object using segmask[‘extracted_objects’]
Video segmentation with a custom model.
sample_video1
We want to perform segmentation on the butterflies in this video.
import pixellib
from pixellib.instance import custom_segmentation
test_video = custom_segmentation()
test_video.inferConfig(num_classes= 2, class_names=["BG", "butterfly", "squirrel"])
test_video.load_model("Nature_model_resnet101")
test_video.process_video("sample_video1.mp4", show_bboxes = True, output_video_name="video_out.mp4", frames_per_second=15)
test_video.process_video("video.mp4", show_bboxes = True, output_video_name="video_out.mp4", frames_per_second=15)
The function process_video is called to perform segmentation on objects in a video.
It takes the following parameters:-
video_path: this is the path to the video file we want to segment.
frames_per_second: this is the parameter used to set the number of frames per second for the saved video file. In this case it is set to 15 i.e the saved video file will have 15 frames per second.
output_video_name: this is the name of the saved segmented video. The output video will be saved in your current working directory.
Output_video
A sample of another segmented video with our custom model.
Extraction of Segmented Objects in Videos¶
segment_video.process_video("sample.mp4", show_bboxes=True, extract_segmented_objects=True,save_extracted_objects=True, frames_per_second= 5, output_video_name="output.mp4")
It still the same code except we introduced new parameters in the process_video which are:
extract_segmented_objects: this is the parameter that tells the function to extract the objects segmented in the image. It is set to true.
save_extracted_objects: this is an optional parameter for saving the extracted segmented objects.
Extracted objects from the video
You can perform live camera segmentation with your custom model making use of this code:
import pixellib
from pixellib.instance import custom_segmentation
import cv2
capture = cv2.VideoCapture(0)
segment_camera = custom_segmentation()
segment_camera.inferConfig(num_classes=2, class_names=["BG", "butterfly", "squirrel"])
segment_camera.load_model("Nature_model_resnet101.h5")
segment_camera.process_camera(capture, frames_per_second= 10, output_video_name="output_video.mp4", show_frames= True,
frame_name= "frame", check_fps = True)
You will replace the process_video funtion with process_camera function.In the function, we replaced the video’s filepath to capture i.e we are processing a stream of frames captured by the camera instead of a video file. We added extra parameters for the purpose of showing the camera frames:
show_frames: this parameter handles the showing of segmented camera’s frames.
frame_name: this is the name given to the shown camera’s frame.
check_fps: You may want to check the number of frames processed, just set the parameter check_fps is true. It will print out the number of frames processed per second.
Full code for object extraction in camera feeds Using A Custom Model
import pixellib
from pixellib.instance import custom_segmentation
import cv2
capture = cv2.VideoCapture(0)
segment_frame = custom_segmentation()
segment_frame.inferConfig(num_classes=2, class_names=['BG', 'butterfly', 'squirrel'])
segment_frame.load_model("Nature_model_resnet101.h5")
segment_frame.process_camera(capture, show_bboxes=True, show_frames=True, extract_segmented_objects=True,
save_extracted_objects=True,frame_name="frame", frames_per_second=5, output_video_name="output.mp4")
Process opencv’s frames
import pixellib
from pixellib.instance import custom_segmentation
import cv2
segment_frame = custom_segmentation()
segment_frame.inferConfig(network_backbone="resnet101", num_classes=2, class_names=["BG", "butterfly", "squirrel"])
segment_frame.load_model("Nature_model_resnet101.h5")
capture = cv2.VideoCapture(0)
while True:
ret, frame = capture.read()
segment_frame.segmentFrame(frame)
cv2.imshow("frame", frame)
if cv2.waitKey(25) & 0xff == ord('q'):
break


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{{name}}


Python: List
In this article, we’ll learn everything about Python lists, how they are created, slicing of a list, adding or removing elements from them and so on.
Python offers a range of compound data types often referred to as sequences. List is one of the most frequently used and very versatile data types used in Python.
How to create a list?
In Python programming, a list is created by placing all the items (elements) inside square brackets []
, separated by commas.
It can have any number of items and they may be of different types (integer, float, string etc.).
# empty list
my_list = []
# list of integers
my_list = [1, 2, 3]
# list with mixed data types
my_list = [1, "Hello", 3.4]
A list can also have another list as an item. This is called a nested list.
# nested list
my_list = ["mouse", [8, 4, 6], ['a']]
How to access elements from a list?
There are various ways in which we can access the elements of a list.
List Index
We can use the index operator []
to access an item in a list. In Python, indices start at 0. So, a list having 5 elements will have an index from 0 to 4.
Trying to access indexes other than these will raise an IndexError
. The index must be an integer. We can’t use float or other types, this will result in TypeError
.
Nested lists are accessed using nested indexing.
# List indexing
my_list = ['p', 'r', 'o', 'b', 'e']
# Output: p
print(my_list[0])
# Output: o
print(my_list[2])
# Output: e
print(my_list[4])
# Nested List
n_list = ["Happy", [2, 0, 1, 5]]
# Nested indexing
print(n_list[0][1])
print(n_list[1][3])
# Error! Only integer can be used for indexing
print(my_list[4.0])
Output
p
o
e
a
5
Traceback (most recent call last):
File "<string>", line 21, in <module>
TypeError: list indices must be integers or slices, not float
Negative indexing
Python allows negative indexing for its sequences. The index of -1 refers to the last item, -2 to the second last item and so on.
# Negative indexing in lists
my_list = ['p','r','o','b','e']
print(my_list[-1])
print(my_list[-5])
When we run the above program, we will get the following output:
e
p
List indexing in Python
How to slice lists in Python?
We can access a range of items in a list by using the slicing operator :
(colon).
# List slicing in Python
my_list = ['p','r','o','g','r','a','m','i','z']
# elements 3rd to 5th
print(my_list[2:5])
# elements beginning to 4th
print(my_list[:-5])
# elements 6th to end
print(my_list[5:])
# elements beginning to end
print(my_list[:])
Output
['o', 'g', 'r']
['p', 'r', 'o', 'g']
['a', 'm', 'i', 'z']
['p', 'r', 'o', 'g', 'r', 'a', 'm', 'i', 'z']
Slicing can be best visualized by considering the index to be between the elements as shown below. So if we want to access a range, we need two indices that will slice that portion from the list.
Element Slicing from a list in Python
How to change or add elements to a list?
Lists are mutable, meaning their elements can be changed unlike string or tuple.
We can use the assignment operator (=
) to change an item or a range of items.
# Correcting mistake values in a list
odd = [2, 4, 6, 8]
# change the 1st item
odd[0] = 1
print(odd)
# change 2nd to 4th items
odd[1:4] = [3, 5, 7]
print(odd)
Output
[1, 4, 6, 8]
[1, 3, 5, 7]
We can add one item to a list using the append()
method or add several items using extend()
method.
# Appending and Extending lists in Python
odd = [1, 3, 5]
odd.append(7)
print(odd)
odd.extend([9, 11, 13])
print(odd)
Output
[1, 3, 5, 7]
[1, 3, 5, 7, 9, 11, 13]
We can also use +
operator to combine two lists. This is also called concatenation.
The *
operator repeats a list for the given number of times.
# Concatenating and repeating lists
odd = [1, 3, 5]
print(odd + [9, 7, 5])
print(["re"] * 3)
Output
[1, 3, 5, 9, 7, 5]
['re', 're', 're']
Furthermore, we can insert one item at a desired location by using the method insert()
or insert multiple items by squeezing it into an empty slice of a list.
# Demonstration of list insert() method
odd = [1, 9]
odd.insert(1,3)
print(odd)
odd[2:2] = [5, 7]
print(odd)
Output
[1, 3, 9]
[1, 3, 5, 7, 9]
How to delete or remove elements from a list?
We can delete one or more items from a list using the keyword del
. It can even delete the list entirely.
# Deleting list items
my_list = ['p', 'r', 'o', 'b', 'l', 'e', 'm']
# delete one item
del my_list[2]
print(my_list)
# delete multiple items
del my_list[1:5]
print(my_list)
# delete entire list
del my_list
# Error: List not defined
print(my_list)
Output
['p', 'r', 'b', 'l', 'e', 'm']
['p', 'm']
Traceback (most recent call last):
File "<string>", line 18, in <module>
NameError: name 'my_list' is not defined
We can use remove()
method to remove the given item or pop()
method to remove an item at the given index.
The pop()
method removes and returns the last item if the index is not provided. This helps us implement lists as stacks (first in, last out data structure).
We can also use the clear()
method to empty a list.
my_list = ['p','r','o','b','l','e','m']
my_list.remove('p')
# Output: ['r', 'o', 'b', 'l', 'e', 'm']
print(my_list)
# Output: 'o'
print(my_list.pop(1))
# Output: ['r', 'b', 'l', 'e', 'm']
print(my_list)
# Output: 'm'
print(my_list.pop())
# Output: ['r', 'b', 'l', 'e']
print(my_list)
my_list.clear()
# Output: []
print(my_list)
Output
['r', 'o', 'b', 'l', 'e', 'm']
o
['r', 'b', 'l', 'e', 'm']
m
['r', 'b', 'l', 'e']
[]
Finally, we can also delete items in a list by assigning an empty list to a slice of elements.
>>> my_list = ['p','r','o','b','l','e','m']
>>> my_list[2:3] = []
>>> my_list
['p', 'r', 'b', 'l', 'e', 'm']
>>> my_list[2:5] = []
>>> my_list
['p', 'r', 'm']
Python List Methods
Methods that are available with list objects in Python programming are tabulated below.
They are accessed as list.method()
. Some of the methods have already been used above.
append() - Add an element to the end of the list
extend() - Add all elements of a list to the another list
insert() - Insert an item at the defined index
remove() - Removes an item from the list
pop() - Removes and returns an element at the given index
clear() - Removes all items from the list
index() - Returns the index of the first matched item
count() - Returns the count of the number of items passed as an argument
sort() - Sort items in a list in ascending order
reverse() - Reverse the order of items in the list
copy() - Returns a shallow copy of the list
Some examples of Python list methods:
# Python list methods
my_list = [3, 8, 1, 6, 0, 8, 4]
# Output: 1
print(my_list.index(8))
# Output: 2
print(my_list.count(8))
my_list.sort()
# Output: [0, 1, 3, 4, 6, 8, 8]
print(my_list)
my_list.reverse()
# Output: [8, 8, 6, 4, 3, 1, 0]
print(my_list)
Output
1
2
[0, 1, 3, 4, 6, 8, 8]
[8, 8, 6, 4, 3, 1, 0]
List Comprehension: Elegant way to create new List
List comprehension is an elegant and concise way to create a new list from an existing list in Python.
A list comprehension consists of an expression followed by for statement inside square brackets.
Here is an example to make a list with each item being increasing power of 2.
pow2 = [2 ** x for x in range(10)]
print(pow2)
Output
[1, 2, 4, 8, 16, 32, 64, 128, 256, 512]
This code is equivalent to:
pow2 = []
for x in range(10):
pow2.append(2 ** x)
A list comprehension can optionally contain more for
or if statements. An optional if
statement can filter out items for the new list. Here are some examples.
>>> pow2 = [2 ** x for x in range(10) if x > 5]
>>> pow2
[64, 128, 256, 512]
>>> odd = [x for x in range(20) if x % 2 == 1]
>>> odd
[1, 3, 5, 7, 9, 11, 13, 15, 17, 19]
>>> [x+y for x in ['Python ','C '] for y in ['Language','Programming']]
['Python Language', 'Python Programming', 'C Language', 'C Programming']
Other List Operations in Python
List Membership Test
We can test if an item exists in a list or not, using the keyword in
.
my_list = ['p', 'r', 'o', 'b', 'l', 'e', 'm']
# Output: True
print('p' in my_list)
# Output: False
print('a' in my_list)
# Output: True
print('c' not in my_list)
Output
True
False
True
Iterating Through a List
Using a for
loop we can iterate through each item in a list.
for fruit in ['apple','banana','mango']:
print("I like",fruit)
Output
I like apple
I like banana
I like mango


Smiley Education Pte. Ltd. (“Smiley”, “we” or “us”) takes the privacy of your information seriously. This Privacy Policy applies to the smiley-education.com website (the “Website”) and governs data collection, processing and usage in compliance with the Personal Data Protection Act 2012 (No. 26 of 2012) of Singapore (“PDPA”). By using the Website, you consent to the data practices described in this statement. Capitalized terms that are not defined in this Privacy Policy have the meaning given to them in our Terms of Service.
We will obtain personal data about you when you visit us. When you visit us, we may monitor the use of this Website through the use of cookies and similar tracking devices. For example, we may monitor the number of times you visit our Website or which pages you go to. This information helps us to build a profile of our users. Some of this data will be aggregated or statistical, which means that we will not be able to identify you individually.
This Privacy Policy applies to all visitors to our Website.
Smiley may collect and process:
Smiley uses the collected information:
Smiley does not sell, rent, lease, or release your Personal Information to third parties. Smiley may, from time to time, contact you on behalf of external business partners about a particular offering that may be of interest to you. In those cases, your unique Personal Information is not transferred to the third party without your explicit consent. In addition, Smiley may share data with trusted partners to help us perform statistical analysis, send you email or provide customer support. All such third parties are prohibited from using your personal information except to provide these services to Smiley, and they are required to maintain the confidentiality of your Personal Information.
Smiley will disclose or share your Personal Information, without notice, only if required to do so by law or in the good faith belief that any such action is necessary to: (a) comply with any legal requirements or comply with legal process served on Smiley or the Website; (b) protect and defend the rights or property of Smiley; and (c) act under exigent circumstances to protect the personal safety of users of smiley-education.com, or the general public.
We may disclose your personal information to third parties: (a) in the event that we sell or buy any business or assets, in which case we may disclose your personal data to the prospective seller or buyer of such business or assets; and (b) if smiley-education.com or substantially all of its assets are acquired by a third party, in which case personal data held by it about its customers will be one of the transferred assets.
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Cookies on the Website may be used to ensure a smooth user experience, perform analytics, and for showing relevant advertisements. Please note that third parties (such as analytics software) may also use cookies, over which we have no control. These cookies are likely to be analytical/performance cookies or targeting cookies. The Website uses Google Analytics. Please refer to http://www.google.com/policies/privacy/partners to find out more about how Google uses data when you use our website and how to control the information sent to Google.
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You have the right to ask us not to collect, use, process, or disclose your Personal Information in any of the manner described herein. We will usually inform you (before collecting your Personal Information) if we intend to use your Personal Information for such purposes or if we intend to disclose your Personal Information to any third party for such purposes. You can give us notice of your intention to halt the collection, use, processing, or disclosure of your Personal Information at any time by contacting us at<EMAIL_ADDRESS>Our Website may contain links to other websites. This Privacy Policy only applies to this website so when you link to other websites you should read their own privacy policies.
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@() @main("Trailer Maker - Download the application") { Download the standalone app. Choose your platform For full documentation / how to use refer to the Github wiki
trailer-maker-0.2.deb
trailer-maker-0.2.rpm
You will need to install ffmpeg to have this version to work trailer-maker-0.2.zip


Science in the browser - talk and resources. October 2014
It's 2014 and web browsers aren't just for displaying carefully, or carelessly, styled graphics and text. We can load data into the browser and manipulate it, share it, and admire it. Let's do science in the browser.
This project presents several easy to follow, and copy, examples as a starting point for projects, discussion, or learning. It draws on personal experience of what is required, or useful, to present and share scientific data within and between research teams.
These examples show how the browser can transform data into a variety of visual presentations. Drawing in this way, rather than including a pre-rendered PNG doesn't require a lot of Javascript code.
This first example presents the HTML5 canvas element as a surface for directly rendering data. No javascript libraries are required to plot data on the canvas.
What this isn't, is an example of how best to create a gradient fill or a colour scale for a palette. For that see -
For 3D graphics the location of the camera, and perhaps even lighting and textures, needs consideration. There's more setting up, but some data is presented much more naturally in this form.
All (usable) browsers provide an XMLHttpRequest object for fetching files from the web server. However it's always going to be necessary to deal with likely errors, the asynchronous nature of such requests and doing useful things with the returned data. For this reason just about everyone uses a cross-platform library such as JQuery or Angularjs.
Fetch json data files and render with Threejs
Science requires collaboration within and between teams. It takes many forms, for example sharing datasets in Dropbox or video conferencing.
Mozilla Lab's TogetherJS adds impressive collaboration features to webpages with very little extra code.
The libraries used in the above examples.
These are all work in progress, and were started before the examples above. By stumbling through these projects, and others, I realised simplified demos might help construct new tools.
What others are doing. Loads of inspiration here -
http://philogb.github.io/page/temperature-anomalies/
http://harthur.github.io/kittydar/
Project started by @msaunby


{% for image in images %}
{% endfor %}
This project is intended to perform image classification on pictures of dogs and humans
Given an image of a dog, the algorithm will identify an estimate of the canine’s breed. If supplied an image of a human, the code will identify the resembling dog breed.


$urlRouterProvider
ui.router.router
$urlRouterProvider
has the responsibility of watching $location
.
When $location
changes it runs through a list of rules one by one until a
match is found. $urlRouterProvider
is used behind the scenes anytime you specify
a url in a state configuration. All urls are compiled into a UrlMatcher object.
There are several methods on $urlRouterProvider
that make it useful to use directly
in your module config.
Disables (or enables) deferring location change interception.
If you wish to customize the behavior of syncing the URL (for example, if you wish to
defer a transition but maintain the current URL), call this method at configuration time.
Then, at run time, call $urlRouter.listen()
after you have configured your own
$locationChangeSuccess
event handler.
| Param | Type | Details |
|---|---|---|
| defer | boolean | Indicates whether to defer location change interception. Passing
no parameter is equivalent to |
var app = angular.module('app', ['ui.router.router']); app.config(function ($urlRouterProvider) { // Prevent $urlRouter from automatically intercepting URL changes; // this allows you to configure custom behavior in between // location changes and route synchronization: $urlRouterProvider.deferIntercept(); }).run(function ($rootScope, $urlRouter, UserService) { $rootScope.$on('$locationChangeSuccess', function(e) { // UserService is an example service for managing user state if (UserService.isLoggedIn()) return; // Prevent $urlRouter's default handler from firing e.preventDefault(); UserService.handleLogin().then(function() { // Once the user has logged in, sync the current URL // to the router: $urlRouter.sync(); }); }); // Configures $urlRouter's listener *after* your custom listener $urlRouter.listen(); });
Defines a path that is used when an invalid route is requested.
| Param | Type | Details |
|---|---|---|
| rule | stringfunction | The url path you want to redirect to or a function
rule that returns the url path. The function version is passed two params:
|
| object |
|
var app = angular.module('app', ['ui.router.router']); app.config(function ($urlRouterProvider) { // if the path doesn't match any of the urls you configured // otherwise will take care of routing the user to the // specified url $urlRouterProvider.otherwise('/index'); // Example of using function rule as param $urlRouterProvider.otherwise(function ($injector, $location) { return '/a/valid/url'; }); });
Defines rules that are used by $urlRouterProvider
to find matches for
specific URLs.
| Param | Type | Details |
|---|---|---|
| rule | function | Handler function that takes |
| object |
|
var app = angular.module('app', ['ui.router.router']); app.config(function ($urlRouterProvider) { // Here's an example of how you might allow case insensitive urls $urlRouterProvider.rule(function ($injector, $location) { var path = $location.path(), normalized = path.toLowerCase(); if (path !== normalized) { return normalized; } }); });
Registers a handler for a given url matching.
If the handler is a string, it is
treated as a redirect, and is interpolated according to the syntax of match
(i.e. like String.replace()
for RegExp
, or like a UrlMatcher
pattern otherwise).
If the handler is a function, it is injectable. It gets invoked if $location
matches. You have the option of inject the match object as $match
.
The handler can return
$urlRouter
will continue trying to find another one that matches.$location.url()
$urlRouter
that the url was handled.| Param | Type | Details |
|---|---|---|
| what | stringobject | The incoming path that you want to redirect. |
| handler | stringfunction | The path you want to redirect your user to. |
var app = angular.module('app', ['ui.router.router']); app.config(function ($urlRouterProvider) { $urlRouterProvider.when($state.url, function ($match, $stateParams) { if ($state.$current.navigable !== state || !equalForKeys($match, $stateParams) { $state.transitionTo(state, $match, false); } }); });


- targetHost - Variable in class io.parallec.core.actor.PingWorker.PingTask
-
The target host.
- targetHost - Variable in class io.parallec.core.actor.PingWorker
-
The target host.
- targetHost - Variable in class io.parallec.core.actor.SshWorker.SshTask
-
The target host.
- targetHost - Variable in class io.parallec.core.actor.SshWorker
-
The target host.
- targetHost - Variable in class io.parallec.core.actor.TcpWorker
-
The target host.
- targetHost - Variable in class io.parallec.core.actor.UdpWorker
-
The target host.
- targetHost - Variable in class io.parallec.core.commander.workflow.ssh.SshProvider
-
The target host.
- targetHostBuilder - Variable in class io.parallec.core.ParallelTaskBuilder
-
The targetHostBuilder.
- targetHostId - Variable in class io.parallec.core.bean.TargetHostMeta
-
The target host id.
- targetHostMeta - Variable in class io.parallec.core.actor.ExecutionManager
-
The node group metadata.
- TargetHostMeta - Class in io.parallec.core.bean
-
The metadata about the targetHost, which is mainly a list of hostnames (IP or FQDN)
the primary key is the targetHostId, generated with timestamp
- TargetHostMeta(List<String>) - Constructor for class io.parallec.core.bean.TargetHostMeta
-
Instantiates a new target host meta.
- TargetHostMeta() - Constructor for class io.parallec.core.bean.TargetHostMeta
-
Instantiates a new target host meta.
- targetHostMeta - Variable in class io.parallec.core.ParallelTask
-
The target host meta.
- targetHostMeta - Variable in class io.parallec.core.ParallelTaskBuilder
-
The target host meta data.
- targetHostMeta - Variable in class io.parallec.core.task.ParallelTaskBean
-
The target host meta.
- targetHosts - Variable in class io.parallec.core.actor.message.CancelTaskOnHostRequest
-
- targetHosts - Variable in class io.parallec.core.ParallelTaskBuilder
-
The target hosts.
- TargetHostsBuilder - Class in io.parallec.core.taskbuilder.targethosts
-
The Class TargetHostsBuilder.
- TargetHostsBuilder() - Constructor for class io.parallec.core.taskbuilder.targethosts.TargetHostsBuilder
-
Instantiates a new target hosts builder.
- TargetHostsBuilderHelperCms - Class in io.parallec.core.taskbuilder.targethosts
-
load node from CMS.
- TargetHostsBuilderHelperCms() - Constructor for class io.parallec.core.taskbuilder.targethosts.TargetHostsBuilderHelperCms
-
- TargetHostsLoadException - Exception in io.parallec.core.exception
-
The Class TargetHostsLoadException.
- TargetHostsLoadException(String, Exception) - Constructor for exception io.parallec.core.exception.TargetHostsLoadException
-
Instantiates a new target hosts load exception.
- task - Variable in class io.parallec.core.actor.ExecutionManager
-
The parallel task.
- TaskErrorMeta - Class in io.parallec.core.task
-
The Class TaskErrorMeta.
- TaskErrorMeta(TaskErrorMeta.TaskErrorType, String) - Constructor for class io.parallec.core.task.TaskErrorMeta
-
Instantiates a new task error meta.
- TaskErrorMeta(TaskErrorMeta.TaskErrorType, String, Throwable) - Constructor for class io.parallec.core.task.TaskErrorMeta
-
Instantiates a new task error meta.
- TaskErrorMeta.TaskErrorType - Enum in io.parallec.core.task
-
The Enum TaskErrorType.
- taskErrorMetas - Variable in class io.parallec.core.ParallelTask
-
The task error metas.
- taskErrorMetas - Variable in class io.parallec.core.task.ParallelTaskBean
-
The task error metas.
- TaskErrorType() - Constructor for enum io.parallec.core.task.TaskErrorMeta.TaskErrorType
-
- taskId - Variable in class io.parallec.core.actor.AssistantExecutionManager
-
- taskId - Variable in class io.parallec.core.actor.ExecutionManager
-
The task id.
- taskId - Variable in class io.parallec.core.actor.message.RequestToBatchSenderAsstManager
-
The task id.
- taskId - Variable in class io.parallec.core.ParallelTask
-
The task id.
- taskId - Variable in class io.parallec.core.task.ParallelTaskBean
-
The job id.
- taskIdTrim - Variable in class io.parallec.core.actor.AssistantExecutionManager
-
- taskIdTrim - Variable in class io.parallec.core.actor.ExecutionManager
-
The task id trim.
- taskLogFolderWithSlash - Static variable in class io.parallec.core.config.ParallecGlobalConfig
-
The task log folder with slash.
- taskLogPostfix - Static variable in class io.parallec.core.config.ParallecGlobalConfig
-
The task log postfix.
- taskManager - Variable in class io.parallec.core.ParallelClient
-
The task manager.
- TaskRequest - Class in io.parallec.core.bean
-
This is the request send to the operation worker.
- TaskRequest(int, RequestProtocol, String, String, int, String, String, HttpMethod, boolean, Map<String, String>, ParallecResponseHandler, Map<String, Object>, SshMeta, TcpMeta, UdpMeta, PingMeta, ResponseHeaderMeta) - Constructor for class io.parallec.core.bean.TaskRequest
-
Instantiates a new task request.
- TaskRunMode - Enum in io.parallec.core.bean
-
The Enum Mode of running Parallel Task: async or sync.
- TaskRunMode() - Constructor for enum io.parallec.core.bean.TaskRunMode
-
- TcpChannelHandler(TcpWorker) - Constructor for class io.parallec.core.actor.TcpWorker.TcpChannelHandler
-
Instantiates a new tcp channel handler.
- tcpConnectTimeoutMillis - Variable in class io.parallec.core.bean.tcp.TcpMeta
-
- tcpConnectTimeoutMillisDefault - Static variable in class io.parallec.core.config.ParallecGlobalConfig
-
The tcp connection timeout millis default.
- tcpIdleTimeoutSec - Variable in class io.parallec.core.bean.tcp.TcpMeta
-
- tcpIdleTimeoutSecDefault - Static variable in class io.parallec.core.config.ParallecGlobalConfig
-
The tcp idle timeout seconds default.
- tcpMeta - Variable in class io.parallec.core.actor.TcpWorker
-
The tcp meta.
- tcpMeta - Variable in class io.parallec.core.bean.TaskRequest
-
The tcp meta.
- TcpMeta - Class in io.parallec.core.bean.tcp
-
all ssh metadata except for the target host name.
- TcpMeta(String, int, int, int, ChannelFactory) - Constructor for class io.parallec.core.bean.tcp.TcpMeta
-
- TcpMeta() - Constructor for class io.parallec.core.bean.tcp.TcpMeta
-
- tcpMeta - Variable in class io.parallec.core.ParallelTask
-
The TCP meta.
- tcpMeta - Variable in class io.parallec.core.ParallelTaskBuilder
-
The TCP request meta data.
- tcpMeta - Variable in class io.parallec.core.task.ParallelTaskBean
-
The ssh meta.
- tcpPort - Variable in class io.parallec.core.bean.tcp.TcpMeta
-
The tcp port.
- tcpSshPingResourceStore - Variable in class io.parallec.core.ParallelClient
-
The tcp client store.
- TcpUdpRequestCreateException - Exception in io.parallec.core.exception
-
The Class HttpRequestCreateException.
- TcpUdpRequestCreateException(String, Exception) - Constructor for exception io.parallec.core.exception.TcpUdpRequestCreateException
-
Instantiates a new TCP / UDP request create exception.
- TcpUdpSshPingResourceStore - Class in io.parallec.core.resources
-
Provide external resources needed for netty based TCP/UDP worker: ChannelFactory
and HashedWheelTimer timer
- TcpUdpSshPingResourceStore() - Constructor for class io.parallec.core.resources.TcpUdpSshPingResourceStore
-
Instantiates a new http client store.
- TcpWorker - Class in io.parallec.core.actor
-
A worker for single TCP request class
- TcpWorker(int, TcpMeta, String) - Constructor for class io.parallec.core.actor.TcpWorker
-
Instantiates a new tcp worker.
- tcpWorker - Variable in class io.parallec.core.actor.TcpWorker.MyIdleHandler
-
The tcp worker.
- tcpWorker - Variable in class io.parallec.core.actor.TcpWorker.MyPipelineFactory
-
The tcp worker.
- tcpWorker - Variable in class io.parallec.core.actor.TcpWorker.TcpChannelHandler
-
The tcp worker.
- TcpWorker.MyIdleHandler - Class in io.parallec.core.actor
-
how to pass the idle event back to the worker.
- TcpWorker.MyPipelineFactory - Class in io.parallec.core.actor
-
define the list of handlers for this channel.
- TcpWorker.TcpChannelHandler - Class in io.parallec.core.actor
-
The Netty response/channel handler.
- ThreadData(String, String, long) - Constructor for class io.parallec.core.monitor.MonitorProvider.ThreadData
-
Instantiates a new thread data.
- threadData - Variable in class io.parallec.core.monitor.MonitorProvider.ThreadUsage
-
The thread data.
- threadName - Variable in class io.parallec.core.monitor.MonitorProvider.ThreadData
-
The thread name.
- threadPoolForSshPing - Variable in class io.parallec.core.resources.TcpUdpSshPingResourceStore
-
- threadState - Variable in class io.parallec.core.monitor.MonitorProvider.ThreadData
-
The thread state.
- ThreadUsage() - Constructor for class io.parallec.core.monitor.MonitorProvider.ThreadUsage
-
- THRESHOLD_PERCENT - Static variable in class io.parallec.core.monitor.MonitorProvider
-
The threshold percent.
- throwable - Variable in class io.parallec.core.task.TaskErrorMeta
-
The throwable.
- timeoutAskManagerSec - Variable in class io.parallec.core.config.ParallelTaskConfig
-
The timeout the director send to the manager to cancel it from outside.
- timeoutAskManagerSec - Static variable in class io.parallec.core.config.ParallelTaskConfigDefault
-
The timeout the director send to the manager to cancel it from outside.
- timeOutDuration - Static variable in class io.parallec.core.actor.ActorConfig
-
The Constant timeOutDuration.
- timeoutDuration - Variable in class io.parallec.core.actor.HttpWorker
-
The timeout duration.
- timeoutDuration - Variable in class io.parallec.core.actor.OperationWorker
-
The timeout duration.
- timeoutDuration - Variable in class io.parallec.core.actor.PingWorker
-
The timeout duration.
- timeoutDuration - Variable in class io.parallec.core.actor.SshWorker
-
The timeout duration.
- timeoutDuration - Variable in class io.parallec.core.actor.TcpWorker
-
The timeout duration.
- timeoutDuration - Variable in class io.parallec.core.actor.UdpWorker
-
The timeout duration.
- timeoutInManagerSec - Variable in class io.parallec.core.config.ParallelTaskConfig
-
The command manager internal timeout and cancel itself time in seconds
Note this may need to be adjusted for long polling jobs.
- timeoutInManagerSec - Static variable in class io.parallec.core.config.ParallelTaskConfigDefault
-
The command manager internal timeout and cancel itself time in seconds
Note this may need to be adjusted for long polling jobs.
- timeoutMessageCancellable - Variable in class io.parallec.core.actor.ExecutionManager
-
The timeout message cancellable.
- timeoutMessageCancellable - Variable in class io.parallec.core.actor.HttpWorker
-
The timeout message cancellable.
- timeoutMessageCancellable - Variable in class io.parallec.core.actor.OperationWorker
-
The timeout message cancellable.
- timeoutMessageCancellable - Variable in class io.parallec.core.actor.PingWorker
-
The timeout message cancellable.
- timeoutMessageCancellable - Variable in class io.parallec.core.actor.SshWorker
-
The timeout message cancellable.
- timeoutMessageCancellable - Variable in class io.parallec.core.actor.TcpWorker
-
The timeout message cancellable.
- timeoutMessageCancellable - Variable in class io.parallec.core.actor.UdpWorker
-
The timeout message cancellable.
- timer - Variable in class io.parallec.core.resources.TcpUdpSshPingResourceStore
-
- timeStamp - Variable in class io.parallec.core.task.ParallelTaskBean
-
The time stamp.
- toString() - Method in class io.parallec.core.actor.message.NodeReqResponse
-
- toString() - Method in class io.parallec.core.actor.message.ResponseOnSingeRequest
-
- toString() - Method in class io.parallec.core.actor.poll.HttpPollerProcessor
-
- toString() - Method in class io.parallec.core.actor.poll.PollerData
-
- toString() - Method in class io.parallec.core.bean.HttpMeta
-
- toString() - Method in class io.parallec.core.bean.ResponseHeaderMeta
-
- toString() - Method in class io.parallec.core.bean.SetAndCount
-
"SetAndCount [count=" + count + ", set=" + set + "]";
- toString() - Method in class io.parallec.core.bean.TargetHostMeta
-
- toString() - Method in class io.parallec.core.bean.TaskRequest
-
- toString() - Method in class io.parallec.core.bean.udp.UdpMeta
-
- toString() - Method in class io.parallec.core.config.ParallelTaskConfig
-
- toString() - Method in class io.parallec.core.monitor.MonitorProvider.Jsonable
-
- toString() - Method in class io.parallec.core.ParallecHeader
-
- toString() - Method in class io.parallec.core.ParallelTask
-
- toString() - Method in class io.parallec.core.ParallelTaskBuilder
-
- toString() - Method in enum io.parallec.core.RequestProtocol
-
- toString() - Method in class io.parallec.core.ResponseOnSingleTask
-
- totalMemory - Variable in class io.parallec.core.monitor.MonitorProvider.PerformUsage
-
The total memory.
- trueTargetNode - Variable in class io.parallec.core.actor.OperationWorker
-
The true target node.
- tryCount - Variable in class io.parallec.core.actor.HttpWorker
-
The try count.
- tryCount - Variable in class io.parallec.core.actor.PingWorker
-
The try count.
- tryCount - Variable in class io.parallec.core.actor.SshWorker
-
The try count.
- tryCount - Variable in class io.parallec.core.actor.TcpWorker
-
The try count.
- tryCount - Variable in class io.parallec.core.actor.UdpWorker
-
The try count.
- type - Variable in exception io.parallec.core.exception.ExecutionManagerExecutionException
-
The type.
- type - Variable in class io.parallec.core.task.TaskErrorMeta
-
The type.


Here are some of my open source projects:
- ResumeCards: Markdown-based resume generator (590+ stars)
- Twemoji Awesome: Like font awesome, but for Twitter Emoji (540+ stars)
- Purplecoat.js: Simple JS library for labeled overlays (790+ stars)
- Shiori: Bootstrap-based Jekyll Theme (250+ stars)


Chamberlain Zhang is a Chinese electronic musician, DJ, improviser, poet
and sound artist. Coming from a background as an experimental techno DJ,
he tells stories by manipulating sounds while performing and composing.
Chamberlain’s music and poetry are highly based on the idea of
transcendence, using sounds to describe things that are larger,
approaching something, leaving something, being mentally affected by
something, imagining and creating those and other scenarios. He explores
sounds integrated with movement and spatiality, producing sonic
architecture that remains.
I believe the task of any art is to connect human beings to their higher
nature - c.z.


The mass, spring, damper system displayed above is the typical setting that is analysed as a start of any Vibrations module, providing all the necessary components that allow us to understand the dynamic behaviour of a one degree of freedom system. However, as you will see, the Vibration of an Aircraft Laboratory, even though complex, can be split into components that behave exactly like the system in the figure. The following part contains the graphical representation of the response of such a system. Before you advance, however, allow yourself some time to answer the questions below:


Thakur Village
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India
Vellore Institute of Technology
Vellore-632014
India


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What do you like most in FCC:
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RxJS Practices
For more info, visit
https://github.com/DavisChang/RxJS-practices
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output:
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Ten arrested in London over £15m money laundering plot
by James WarringtonTen suspected members of an organised crime group were arrested in London today on suspicion of flying roughly £15.5m out of the UK to Dubai hidden in suitcases.
National Crime Agency (NCA) officers, who arrested the suspects in a series of raids across the capital this morning, said they believed the group also tried to smuggle 17 migrants into the country this summer.
Read more: Police assessing allegations Brexit Party candidates were offered peerage
The suspects are accused of being part of a well-orchestrated attempt to launder millions of pounds in money made through class A drugs and organised immigration crime.
They are believed to have transferred the money from the UK to Dubai in a series of trips over the last three years.
Estimations of travel history suggest the group transported more than £14m in 2017 and 2018 alone.
Officers arrested a 41-year-old man alleged to be the head of the network at his home in Hayes.
Police also recovered a quantity of cash, illegal drugs and luxury cars, including Range Rovers, Audi Q7s and BMW 5 series during raids in Hounslow, Uxbridge and Southall.
Read more: Police watchdog denies delaying inquiry into Boris Johnson
“Cash is the lifeblood of organised crime groups and they need the services of money launderers,” said Chris Hill, NCA senior investigating officer.
“We believe that the action we and our partners have taken will have caused permanent damage to a well-established money laundering network.”
Main image credit: NCA


{% extends "app/app_base.html" %} {% import "bootstrap/wtf.html" as wtf %} {% import "_macros.html" as macros %} {% block title %}BrainDump{% endblock %} {% block page_content %}


A-Z Index | Map | People Finder | AU Access
| Students | Future Students | Employees | Alumni | Parents | Athletics |
Auburn University respects both the privacy of individuals who use its websites and the privacy and security of the information they provide to the University. The University makes every reasonable effort to ensure the confidentiality and security of that information within its system.
From its official web pages, Auburn University routinely collects information from Internet visitors. This data is used statistically and in aggregate to help manage the site and improve service. Some information is automatically logged, such as the pages visited and the IP address from which the access occurred. Some information is stored in cookies, which visitors can control by their browser settings. As a general rule, Auburn University does not track individual visitor profiles, but does reserve the right to use log data to investigate resource management or security concerns.
Web visitors using online forms or applications may choose to supply information voluntarily. However, it is Auburn University’s intention that such information be kept private and secure and be used only for the purposes for which it was supplied.
Auburn University policy does not allow the release of personally identifiable information to third parties (other than its agents when required for university business) except with permission of the person identified or as required by law.
Last Updated: Feb. 03, 2011


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16 Jun 2014
My [Trusty] New Ubuntu install via Chromebook...
The weekend was dedicated to relaxing, spending one day with family and one day alone. Saturday my sister, her children, and I did dinner, then had ice cream. Sunday I took myself to brunch. Too much sashimi thrust me into a midday coma nap.
Of course, I had some ongoing freelance work to wrap up as well. Weekends tend to be workdays to some extent after starting a full-time job post self-employment.
But my nerd highlight of the weekend was -finally- getting Ubuntu onto my Chromebook. Afterward it essentially turns into a dualboot system (kind of), but one much more robust. For the purists that believe that a Chromebook is meant to remain a simple, Google-powered netbook - where’s the fun in that?!
On my Samsung Chromebook (ARM) I pressed Esc+Refresh+Power to cycle into Developer Mode. Wait a moment. Press Enter. Then, wait for it to delete your local files (which you’ll want to back up beforehand) before booting into what looks like a fresh Chrome OS environment.
The difference is, now you are able to type Ctrl+Alt+T to bring up a Terminal window tab.
But first, install crouton and leave it in your Downloads folder.
I decided I wanted to install Ubuntu 14.04 Trusty. Both my Windows machine at home and my machine at work are running 12.04 Precise. Old, buggy, yet familiar. In with the new (and stable)!
Back to the Terminal.
shell
That takes you into a shell environment where you are able to tinker to your heart’s content. (Careful, don’t break anything…)
$ sudo sh -e ~/Downloads/crouton -r trusty -t xfce,chromium
The xfce desktop is fugly at best but that’s what themes are for. We’re kind of limited with 14.04 on the ARM Chromebook. No Unity. (I tried both Unity and Gnome to no avail before reading that xfce was our best bet on an ARM Chromebook.) And naturally, you’ll want to have Chromium installed.
Either way, my installation was underway and at that point I took a shower and did my makeup while letting it finish.
Once I returned it asked for a username and password. Success!
Afterward, you’ll want to enter your chroot:
$ sudo enter-chroot
Then start your Linux environment.
$ startxfce4
Replace xfce4 with whichever target environment you chose to switch into your [Trusty] new Linux environment.
Spiffy!
Til next time,


This will fetch incomplete surveys and flag duplicate to not show in the reports.
Updating the documents....


SelectionSet¶
Selection Sets Stored search queries for objects selection. It is useful to group object selection by creating a selection set. Selection Set entry is stored as Document Data with a prefix SelectionSet.
- Filter:
Create a selection set by filtering object attributes. The following options are commonly used:
name: * .Filter by Name layerName: * Filter by Layer name (Full Path) layout: * Filter by Layout name filter: 0 Filter by type. Refer to rs.filter type values.User Text key/value pairs can also be included in the query <key>: <value> More than one UserText key/value pair can be filtered. Note only usertext attached to attributes are searched.
- Save:
Create a selection set with the current object selection. Object_IDs are stored/included as a special filter in the query. Current Method:
Set Query to contain a custom filter OBJECT_IDS with all GUIDs of selected objects as value. This method allows an object to belong to MULTIPLE Selection Set.- Attempted Method:
- Set custom UserText key/value on Selected Objects. On saving a selection set, a key/value pair of “SelectionSet” as key and the newly created selection set name as value is stored on the selected objects. This method only allow an object to belong to ONE Selection Set.
- Restore:
- Restore a previously saved Selection set. Does not deselect.
- Delete:
- Remove a selection set entry from the document.


{% extends "base.html" %} {% block content %}
Welcome {{user}}. You have requested an account for the UC Libraries Digital Collection (UCLDC).
At this time, accounts are limited to UCLDC Implementation Project collaborators (SAG2 and Product Stakeholder Group members and their designees). If your request is approved, you will receive an email within 72 hours with additional instructions on how to edit the Collection Registry and access the Nuxeo DAMS.
For more information about UCLDC Implementation, visit our project wiki or contact oacops@cdlib.org.


web decentralization software experiment
Before browsing web+dcntr://
urls, you need to install and run dcntr.
git clone https://gitlab.com/dcntr/dcntr.git
npm install
npm start
You can also clone/fetch from http://dcntr42s5hct7pqomwwyevinja43eolslzhhoxbi2qgnjinmyox4bzqb.dcntr.localhost:32687/dcntr.git, after you have dcntr running. ;)
Social media platforms made content more accessible, but with their influence and filtering power, they are diminishing freedom, by promoting cherry picked "truths" and suppressing "wrongthink" speech.
Reinventing the wheel, the lazy way.
Let's start with every content bundle being distributed by torrent, with peers and metadata discoverable by DHT, like usual. Content bundles may be superseeded by new ones with a DHT mutable put. The public key used for that may be mapped to a hostname, like Tor Hidden Services. User content will be shared with DHT mutable put using the public key of target as salt.
Maybe integrate or replace this with Hypercore or IPFS in the future? Sure.
Maybe realize that ZeroNet is just better? Probably...
🄯<PHONE_NUMBER>00000000071f7145692f86d0b513a5b94f1876104f8dd5a334b3f4 dcntr42. ideas are not scarse, copy == multiply != steal


- longNodeName() - Method in class lx4p.LXArtNetPollReplyInfo
-
- lx4p - package lx4p
-
- LXArtNet - Class in lx4p
-
LXArtNet
- LXArtNet(InetAddress) - Constructor for class lx4p.LXArtNet
-
constructor initializes data buffers and local IP address
- LXArtNet(InetAddress, InetAddress) - Constructor for class lx4p.LXArtNet
-
constructor initializes data buffers and IPv4 addresses
- LXArtNetPollReplyInfo - Class in lx4p
-
LXArtNetPollReplyInfo
- LXArtNetPollReplyInfo(byte[], InetAddress) - Constructor for class lx4p.LXArtNetPollReplyInfo
-
construct LXArtNetPollReplyInfo using ArtPollReply packet bytes
- LXArtNetPollReplyListener - Interface in lx4p
-
LXArtNetPollReplyListener
- LXDMXEthernet - Class in lx4p
-
LXDMXEthernet
- LXDMXEthernet() - Constructor for class lx4p.LXDMXEthernet
-
- LXDMXInterface - Class in lx4p
-
LXDMXInterface
Abstract class representing an interface capable of reading and writing dmx
contained in a serial or network packet.
- LXDMXInterface() - Constructor for class lx4p.LXDMXInterface
-
- LXDNSReplyRecord - Class in lx4p
-
LXmDNSReplyRecord holds a Reply Record Data structure
- LXDNSReplyRecord(String, int, int, long, int, byte[]) - Constructor for class lx4p.LXDNSReplyRecord
-
construct a LXDNSReplyRecord
- LXENTTEC - Class in lx4p
-
LXDMXENTTEC.java
- LXENTTEC() - Constructor for class lx4p.LXENTTEC
-
- LXENTTEC(Serial) - Constructor for class lx4p.LXENTTEC
-
- LXHueInterface - Class in lx4p
-
LXHueInterface provides a network interface connection to a Phillips Hue Bridge.
- LXHueInterface(String) - Constructor for class lx4p.LXHueInterface
-
initialize the hue interface with a user name to use when connecting to the Hue Bridge
- LXJSONElement - Class in lx4p
-
LXJSONElement is a class that holds an element of a JSON object tree.
- LXJSONElement() - Constructor for class lx4p.LXJSONElement
-
construct an empty element
- LXJSONElement(LXJSONElement) - Constructor for class lx4p.LXJSONElement
-
construct an element that is a sub-element of a parent element
- LXJSONElement(boolean, LXJSONElement) - Constructor for class lx4p.LXJSONElement
-
construct an element and set the is_array property
- LXJSONElement(String, String, LXJSONElement) - Constructor for class lx4p.LXJSONElement
-
construct an element with a tag, value and parent element
- LXJSONParser - Class in lx4p
-
- LXJSONParser() - Constructor for class lx4p.LXJSONParser
-
- LXMDNS_PRINT_ALL - Static variable in class lx4p.LXmDNSDiscoverer
-
- LXMDNS_PRINT_ERRORS - Static variable in class lx4p.LXmDNSDiscoverer
-
- LXMDNS_PRINT_SILENT - Static variable in class lx4p.LXmDNSDiscoverer
-
- LXmDNSDelegate - Interface in lx4p
-
LXmDNSDelegate is an interface for searching for devices using multicast DNS
Classes implementing LXmDNSDelegate receive a receivedResponse() call when
LXmDNSDiscoverer receives a mDNS packet with a matching qualified domain name.
- LXmDNSDiscoverer - Class in lx4p
-
LXmDNSDiscoverer is a class for implementing mDNS discovery of devices
on a local network.
- LXmDNSDiscoverer(String, int) - Constructor for class lx4p.LXmDNSDiscoverer
-
- LXOSC - Class in lx4p
-
LXOSC
- LXOSC() - Constructor for class lx4p.LXOSC
-
construct LXOSC interface
- LXOSCArgument - Class in lx4p
-
LXOSCArgument
- LXOSCArgument(double) - Constructor for class lx4p.LXOSCArgument
-
construct an LXOSCArgument from a double
- LXOSCArgument(float) - Constructor for class lx4p.LXOSCArgument
-
construct an LXOSCArgument from a float
- LXOSCArgument(int) - Constructor for class lx4p.LXOSCArgument
-
construct an LXOSCArgument from an int
- LXOSCArgument(String) - Constructor for class lx4p.LXOSCArgument
-
construct an LXOSCArgument from a String
- LXOSCArgument(byte[]) - Constructor for class lx4p.LXOSCArgument
-
construct an LXOSCArgument from a byte array
- LXOSCArgument(double, boolean) - Constructor for class lx4p.LXOSCArgument
-
construct an LXOSCArgument from a double
- LXOSCArgument(char) - Constructor for class lx4p.LXOSCArgument
-
construct an LXOSCArgument of one of the "no bytes" types
- LXOSCArgument(byte[], int, int) - Constructor for class lx4p.LXOSCArgument
-
construct an LXOSCArgument from a source byte array
- LXOSCBundleMessage - Class in lx4p
-
LXOSCBundleMessage
- LXOSCBundleMessage(Vector<LXOSCMessage>) - Constructor for class lx4p.LXOSCBundleMessage
-
- LXOSCMessage - Class in lx4p
-
LXOSCMessage
- LXOSCMessage() - Constructor for class lx4p.LXOSCMessage
-
construct empty OSC message
- LXOSCMessage(Vector<String>) - Constructor for class lx4p.LXOSCMessage
-
construct OSC message with list of address pattern parts
- LXOSCMessage(String) - Constructor for class lx4p.LXOSCMessage
-
construct OSC message with list of address pattern parts
- LXOSCPacketReader - Class in lx4p
-
LXOSCPacketReader
- LXPButton - Class in lx4p
-
LXPButton
it highlights when it is moused over
when clicked, it calls its mouseClicked() method
to use LXPButton, create a subclass and override mouseClicked()
- LXPButton(int, int, int, int) - Constructor for class lx4p.LXPButton
-
constructs a LXPButton
- LXPButton(int, int, int, int, String) - Constructor for class lx4p.LXPButton
-
constructs a LXPButton
- LXPColorPicker - Class in lx4p
-
LXColorPicker
Displays a color wheel type color picker.
- LXPColorPicker(int, int, int, int, int) - Constructor for class lx4p.LXPColorPicker
-
LXColorPicker
Displays a color wheel type color picker.
- LXPRadioButton - Class in lx4p
-
LXPRadioButton is a member of a LXPRadioGroup
it highlights when it is moused over
when clicked, it requests the RadioGroup select its station
- LXPRadioButton(int, int, int, LXPRadioGroup) - Constructor for class lx4p.LXPRadioButton
-
constructs a LXPRadioButton (called by LXPRadioGroup addButton)
- LXPRadioGroup - Class in lx4p
-
LXPRadioGroup is a controller for a group of RadioButtons
only a single station (button) can be selected at a time
- LXPRadioGroup(int) - Constructor for class lx4p.LXPRadioGroup
-
construct an array to hold buttons
buttons must be added with calls to addButton
- LXPTextField - Class in lx4p
-
LXPTextField is a member of a LXPTextGroup
it highlights when the cursor hovers over it
When clicked, it requests the LXPTextGroup select its station to receive keyPressed messages
Other key presses are added to the fields value string which is displayed,
up to the fields maximum number of characters.
- LXPTextField(int, int, int, LXPTextGroup) - Constructor for class lx4p.LXPTextField
-
constructs a LXPTextField (called by LXPTextGroup addField)
- LXPTextGroup - Class in lx4p
-
LXPTextGroup is a controller for a group of LXPTextFields
only a single field can have focus and receive keyPressed messages
- LXPTextGroup(int) - Constructor for class lx4p.LXPTextGroup
-
construct an array to hold fields
fields must be added with calls to addField
- LXPVScrollbar - Class in lx4p
-
LXPVScrollbar is a vertical slider type control
A LXPVScrollbar should receive both an update and draw message inside a PApplet's draw method.
- LXPVScrollbar(float, float, int, int, int) - Constructor for class lx4p.LXPVScrollbar
-
Create a vertical scrollbar
- LXSACN - Class in lx4p
-
LXSACN.java
- LXSACN() - Constructor for class lx4p.LXSACN
-
constructor initializes packet and data buffers
- LXSACN(InetAddress) - Constructor for class lx4p.LXSACN
-
constructor initializes data buffers and IPv4 multicast address
- LXUPnPDelegate - Interface in lx4p
-
LXUPnPDelegate is an interface for implementing Universal Plug and Play discovery.
- LXUPnPDiscoverer - Class in lx4p
-
LXUPnPDiscoverer is a class for implementing Universal Plug and Play discovery.
- LXUPnPDiscoverer(String) - Constructor for class lx4p.LXUPnPDiscoverer
-


--- layout: post title: Some Useful Links from the ASP.NET Ajax Forums date: 2007-05-10 16:50:39.000000000 -04:00 type: post published: true status: publish categories: [] tags: - AJAX - Animation - AutoCompleteExtender - JavaScript - ModalPopupExtender meta: _encloseme: '1' orig_url: http://blogs.msdn.microsoft.com/b/phaniraj/archive/2007/05/10/some-useful-links-from-the-asp-net-ajax-forums.aspx orig_site_id: '7524' orig_post_id: '2529912' orig_parent_id: '2529912' orig_thread_id: '512829' _wds_ratings_users: '0' orig_application_key: phaniraj orig_post_author_id: '56365' orig_post_author_username: PhaniRajuYN orig_post_author_created: Nov 10 2006 05:47:39:000PM orig_is_approved: '1' orig_attachment_count: '0' orig_url_title: http://blogs.msdn.com/b/phaniraj/archive/2007/05/10/some-useful-links-from-the-asp-net-ajax-forums.aspx opengraph_tags: | author: login: phanirajuyn email<EMAIL_ADDRESS>display_name: Phani Raju MSFT first_name: '' last_name: '' ---
Hi ,
Over the past couple of months, I have been actively contributing to the Asp.net Ajax forums and have come across some very
weird and challenging problems to solve.Anyone who's been at the forums can tell, the community is VERY Active and helpful when it comes to helping
out your fellow developer . Below is a list of some FAQs that I often encountered and was able to address on the Forums .
Helping someone out with a brain-bender they are stuck on and seeing the issue resolved after some brainstorming is VERY satisfying.
Why am I doing this ?
There is a lot of content on the Forums and I wanna share what I learnt and was able to share with my fellow devs.
Also, I could have blogged about this but felt that its better to point you guys to the place where we learnt about this .
You might find some content duplicated from my Blog , as far as possible I have tried to avoid that and give you guys the unique ones that I have seen.
As time goes by , I will be putting up another list of issues that I helped on ,
these are the unique ( sort-of ) ones that I could find out of all the ones that I answered .
If you are not a part of the Forums , get yourself an account and start helping out !
Hope this helps someone out there !


https://www.twitch.tv
https://www.cubetv.sg/
https://mixer.com/
https://www.huya.com
https://v.douyu.com/


Dart Programming Language Tutorial Part 4 | Comments
Aug 30, 2018 01:15 · 532 words · 3 minute read
In this post we will look into various ways in which we can write comments in dart. Let’s get started.
Quick Note
If you notice our original road map, we had data types before comments. Comments were the third topic in the list, but we are taking it just after variables. There are two reasons for this quick diversion
- Comments are a very small and easy topic, let’s get it out of the way
- We are already using it from the very first post!!!
Comments
There are many times when our long, complex code becomes cryptic and putting in some help text in there becomes necessary, so that someone else looking at the code or even the one who wrote it, looking at it later in time can understand it well. These help text are generally in plain text, strings, that can be simple plain English or any other language that you might be comfortable with. These comments can be small (adjusted in single line), big explanations (multi line), and can used for formally documenting your code. Now we need some way for our dart compiler to ignore these comments, because these do not wrap program logic, they don’t affect output or behaviour of the program. Comments are just for our ease, to help us understand our own code or others code better.
We have three types of comments in dart. Let’s look into then one by one.
Single line comments
Single line comments are, well comments that fit in a single line. To write a single line comment we start the line with //
and write our comment. If you remember our two lines code starts here
and code ends here
used to start with //
. Those two lines were single line comments.
// this is a single line comment
Multi line comments
Multi line comments are comments that can be written in multiple lines. They start with /*
and end with */
. Basically, everything that these two wraps become comments. Multi-line comments are very useful to describe complex program logic. Let’s see an example
/*
This is a multi-line comment.
I can go to next line too.
I can write code here.
int a =0;
this code won't run.
*/
Documentation comments
Documentation comments are used to write documentation inside code. It can be single line using ///
or multiline /**
. The difference between a normal comment and a documentation comment is compiler ignores the documentation comments except for the text inside []
. It creates a link when passed through a documentation generation tool.
/// variable [alpha] holds the value of the result from the complex calculation
Here [alpha]
will become a link to the original variable alpha where it was declared.
There you go guys, you made it to the end of the blog. Please check out the video below if you still have any doubts. Subscribe to my youtube channel and my mailing list below for regular updates. Follow me on twitter , drop me a mail or leave a comment here if you still have any doubts and I will try my best to help you out. Thanks
Stay tuned and see you around :)
- Hackerrank | Solution of Migratory Birds in Golang
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- From The AGC to Smartphones and Beyond
- Hackerrank | Solution of Birthday Chocolate in Golang
- Hackerrank | Solution of Breaking the Records in Golang
- Hackerrank | Solution of Between Two Sets in Golang
- New Mornings New Subscribers
- They Can Smell What You are Cooking
- Hackerrank | Solution of Apple and Orange in Golang
- PUBG: A New Gaming Sensation


A responsive site is a site that adapts to a users screensize and/or the changing of any browser sizing.
Mobile first is a desgin approach which advises that desgining for smaller screens first and then adding additional material for larger wider screens is the way to do it. It's often a good idea because it forces the dev to prioritize the important information for the user by utilizing space on the smaller scree.
A CSS frame work is simply a style sheet which is creates new rules and allows the dev to look at the divs in a different, usually simpler way. They're a great tool for devs but websites do end up looking similar if they're all using the same framework.
A wireframe is a design layout which breaks a site down into divs/boxes. They're extrememly helpful as a guide for the dev to make sure they know exactly what they're trying to make.
I got severly blocked for a few days while using skeleton, as a result my current index page is not what I wanted and it is in my opinion worse than it was. I have been having a hard time resizing my imgs when they are in a skeleton container. I think the skeleton stylesheet is overriding my main.css


Chester Billiards League League 2018-2019
CONSTITUTION August 2018
The Billiards League is a section of the CDBSL, but because certain administrative matters and rules of play are specific to billiards this document defines these special areas. Overall administration and control remain with the C&DB&SL via its constitution.
- There will be a Chairman and a Secretary who will be elected at an Annual General Meeting held before the start of the season on a mutually acceptable date.
- The management of the league shall be vested in a committee consisting of the Chairman and
Secretary and one representative from each team. Other meetings may be called for specific
purposes at times set by the Officers, for example to set and review handicaps or to deal
with any disciplinary matters.
In these meetings each team representative shall have one vote. The Chairman and Secretary are only entitled to vote if they are representing a team; if necessary the Chairman shall have the casting vote. - Additions or amendments of these rules may only be made at a General Meeting.
- All applications to enter a team in the league shall be made before or at the Annual General Meeting. At a Committee Meeting following the AGM lists of players shall be submitted for registration and handicapping. Further registrations may be submitted up to 31 December; in exceptional circumstances additional registrations may be requested after this date for consideration by the committee.
- A player may not represent more than one team in the league season. Anyone registered for a team for which he has not played in that season may apply to be transferred to another team at the discretion of the management committee. In very special circumstances, a player having already played for one team may apply to the committee for permission to transfer to another team.
- All fees will be paid directly to the C&DB&S Treasurer.
- Start time for matches will be: One table 7.00pm - Two tables 7.30pm
- The Rules of Billiards as issued by the EABA shall apply unless otherwise stated.
- Players will be handicapped using League results using the following system:
Each player will be allocated a handicap at the start of the season. This handicap will be adjusted on a match by match basis. If a player wins, his handicap will be reduced 5 points. If a player loses, his handicap is increased by 5 points. The new handicap will then be used for the player's following match.
New players will be allocated an initial handicap based on any relevant information from Clubs, other players or other Leagues. Their handicap will then be adjusted as detailed in the paragraph above.
The handicap that a player has attained at the end of the League season will then be used for all Cayzer Cup matches and will then be carried forward to the start of the following League Season.
The winner of the Will Thomas Cup and the player(s) with the most wins in the League will have his handicap reduced by 10 points for the start of the following League Season. The runner-up of the Will Thomas Cup will have his handicap reduced by 5 points.
The maximum handicap will be +115
The committee will have the power to review a players handicap at any stage should they believe there are exceptional circumstances. - Each team will consist of four players and each game will be 200 up played off the set
handicap.
If a team is a player short the non-offending team shall nominate one of the 3 players to play again. The nominated player shall play with the same handicap as was used in the first game. The nominated players handicap WILL NOT be adjusted as a result of the game nor will the game count towards the most wins. - In determining the order of play where there are two tables, the home captain will nominate the first two players which the away captain will match with two of his team; in the case of one table clubs, players will be nominated in order. For team matches on neutral tables each captain will list their playing order independently.
- In all games the players will string for break.  However, the home player shall play with the yellow ball and will be marked as spot at the top of the scoreboard.
- Stalemate Rule: If, during a game, the referee decides that a stalemate has been reached, he will allow each player three further shots. If the issue is still not resolved, the red ball shall be respotted and the players will string as at the beginning of a game. The scores will continue from the point of the stalemate.
- Two points will be awarded for each game won and two points for the highest aggregate; in the event of a tied aggregate each team will receive one point.
- If teams finish on level points at the end of the season, a play off match will be arranged at a neutral venue on a mutually acceptable date.
- Matches may only be postponed in exceptional circumstances. A match may be brought forward if agreed by the two teams and the Secretary must immediately be informed. In rearranging a match at a future date the postponing team must give 72 hours notice to the opponents and the non-offending team shall give three dates during the 14 days following the scheduled match date. The postponing team must accept one of these dates (or agree an alternative within the 14 days) or the matter will be referred to the committee. The Secretary must be kept fully informed of all these proceedings.
- Teams which have not played in the league must apply, with names of the players, and be accepted by the committee. Standard league rules will apply apart from the following.
- The format of the competition will be confirmed at the start of each season.
- The result of each match will be on aggregate only with two points being awarded for a win and one point each for a draw.
- Should teams be level on points at the end of the competition the winner will be decided on total aggregate point difference.
- In the final on neutral tables, captains will list their players from 1 to 4 and the organiser will number the tables 1 and 2. Numbers 1 and 3 players will play on table 1 and players 2 and 4 will play on table 2 in that order.
- This is an individual KO competition with all players on scratch. Games will be 200 up except the semi-finals, 300 up, and the final 400 up.
- This is an individual KO competition played off league handicaps and all games will be 200
up. The handicap at the beginning of the first round will apply throughout the competition.
For both these competitions initial rounds will be drawn, home or away; semifinals and finals will be played on neutral tables. - In all semi-finals and finals a dress code will be applied:
Players must wear appropriate clothing, being shirts with collars attached, trousers (not shorts) and shoes. In no circumstances will collarless shirts, jeans or trainers be acceptable.
In individual competitions i.e. the Davies and Will Thomas Cups, any transgression will result in the offending player being eliminated from the competition and the game awarded to his opponent.
In the Cayzer Cup team competition, the offending player will forfeit his game and his opponent will score 200 points; the offending player will score the amount of his handicap (positive or negative). - Team and Individual Prizes will be awarded for the following:
- Team winning the league (5)
- Team runner up in the league (5)
- Team winning the Cayzer Cup (5)
- Team runner up in the Cayzer Cup (5)
- Davies Cup Winner
- Davies Cup runner up
- Will Thomas Winner
- Will Thomas runner up
- Highest break in the league
- Most wins in the league


| Enum | Description |
|---|---|
| AudioBookAttribute |
Enumeration of audio book attributes that can be used to narrow down searches.
|
| AudioBookSearchReturnType |
Enumeration of the possible entity return types from audio book search queries.
|
| EBookAttribute |
Enumeration of eBook attributes that can be used to narrow down searches.
|
| EBookSearchReturnType |
Enumeration of the possible entity return types from eBook search queries.
|
| Genre |
Enumeration of all genres & their id's.
|
| ItunesApiVersion |
enumeration of the iTunes api versions
Created by Tobi Adeyinka on 2017.
|
| ItunesMedia |
enumeration of all iTunes media types
Created by Tobi Adeyinka on 2017.
|
| MediaAttribute |
Enumeration of music attributes that can be used to narrow down searches.
|
| MediaSearchReturnType |
Enumeration of the possible entity return types from media search queries.
|
| MovieAttribute |
Enumeration of movie attributes that can be used to narrow down searches.
|
| MovieSearchReturnType |
Enumeration of the possible entity return types from movie search queries.
|
| MusicAttribute |
Enumeration of music attributes that can be used to narrow down searches.
|
| MusicSearchReturnType |
Enumeration of the possible entity return types from music search queries.
|
| MusicVideoAttribute |
Enumeration of music video attributes that can be used to narrow down searches.
|
| MusicVideoSearchReturnType |
Enumeration of the possible entity return types from music video search queries.
|
| PodcastAttribute |
Enumeration of podcast attributes that can be used to narrow down searches.
|
| PodcastSearchReturnType |
Enumeration of the possible entity return types from podcast search queries.
|
| ReturnLanguage |
Enumeration of supported return value languages.
|
| ShortFilmAttribute |
Enumeration of short film attributes that can be used to narrow down searches.
|
| ShortFilmSearchReturnType |
Enumeration of the possible entity return types from short film search queries.
|
| SoftwareAttribute |
Enumeration of software attributes that can be used to narrow down searches.
|
| SoftwareSearchReturnType |
Enumeration of the possible entity return types from software search queries.
|
| TvShowAttribute |
Enumeration of tv show attributes that can be used to narrow down searches.
|
| TvShowSearchReturnType |
Enumeration of the possible entity return types from tv show search queries.
|


|
LibGBA-CPP
Alpha 0.1
|
It's a C++ library for GBA homebrew development. Focused on better API and abstraction, so programmers can focus more on game logic and call functions for effects instead of thinking in a too low-level way.
A lot of statements are being written with C++11/14/17 features, so, the requirements are:
There are two main contributions for the knowledge necessary to make this library: one is the greatly well explained tutorials TONC by J Vijn (which I really want to thank him for making it), and the other is the great GBA Techical Manual by Martin Korth.


--- layout: sidebar title: Soheil Eshghi's Teaching Statement ---
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Feel free to write a bit about it.
@yckart #jquery #i18n
http://yckart.com
Copyright (c) <2013> <Yannick Albert>
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED 'AS IS', WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


Electrical Enginnering - 1st year
Communicative English
Open
Engineering Mathematics-I
Open
Engineering Physics
Open
Engineering Chemistry
Open
Problem Solving and Python Programming
Open
Basic Civil and Mechanical Engineering
Open
-Technical English
Open
Engineering Mathematics-II
Open
Physics for Electronics Engineering
Open
Environmental Science and Engineering
Open
Engineering Mathematics-II
Open
-Basic Civil and Mechanical Engineering
Open
-Circuit Theory
Open


A scraping and aggregating package using the CollegeFootballData API
cfbscrapR
is an R package for working with CFB data. It is an R API wrapper around https://collegefootballdata.com/. It provides users the capability to retrieve data from a plethora of endpoints and supplement that data with additional information (Expected Points Added/Win Probability added).
Note: The API ingests data from ESPN as well as other sources. For details on those source, please go the website linked above. Sometimes there are inconsistencies in the underlying data itself. Please report issues here or to https://collegefootballdata.com/.
You can install cfbscrapR
from GitHub with:
# Then can install using the devtools package from either of the following:
devtools::install_github(repo = "saiemgilani/cfbscrapR")
# or the following (these are the exact same packages):
devtools::install_github(repo = "meysubb/cfbscrapR")
For more information on the package and function reference, please see the cfbscrapR
documentation website.
If you would like to learn more about the Expected Points and Win Probability models, please refer to the cfbscrapR
tutorials or for the code repository where the models are built, click here
cfb_calendar()
function from APIcfb_team_roster()
to reflect new parameters.cfb_game_box_advanced()
to incorporate new columns from API.This was a big update!
cfb_pbp_data()
pull thanks to a great deal of help from @NickTice
cfb_pbp_data()
pullcfb_pbp_data()
function team
argument.