Bus Mall
From the three images below.
Please only click on the image you would potentially purchase.


| O |
This is a simulation of Conway's Game of Life. You can customize the size of the grid by adjusting the height and width (5x5 up to 25x25). The Play button will run the simulation, Step will run one turn, and New will create a new blank grid according to your specifications. Clicking on a turn number on the right will revert the grid back to that turn. Enjoy!


| | |
- builtins.object
-
- Body
class Body(builtins.object) |
| |
Body(mass=1, initial_pos=Vec3[0.00,0.00,0.00], initial_vel=Vec3[0.00,0.00,0.00], initial_acc=Vec3[0.00,0.00,0.00], forces=[], name='')
Object modelling a massive body |
| |
Methods defined here:
- __init__(self, mass=1, initial_pos=Vec3[0.00,0.00,0.00], initial_vel=Vec3[0.00,0.00,0.00], initial_acc=Vec3[0.00,0.00,0.00], forces=[], name='')
- Body object constructor
mass: The mass of the body [float]
initial_pos: The position of the body as t = 0 [Vec3]
initial_vel: The velocity of the body at t = 0 [Vec3]
initial_acc: The acceleration of the body at t = 0 [Vec3]
forces: The forces acting upon the body [Vec3 iterable]
name: The name of the body [String]
Returns: None
- __repr__(self)
- Returns a string representation of the body object.
Returns: string
- __str__(self)
- Returns a printable representation of the body object.
Returns: string
- tstep(self, timestep=0.001)
- Update each variable
timestep: The timestep to use [float]
Returns: (new position, new velocity, new acceleration)
Data descriptors defined here:
- __dict__
- dictionary for instance variables (if defined)
- __weakref__
- list of weak references to the object (if defined)
| |


Project J.A.R.V.I.S.
Just A Rather Very Intelligent System, or J.A.R.V.I.S. is Tony Stark's artificially intelligent computer. It is programmed to speak with a male voice in a British accent.
Automate Your Day
Automate your day by hearing your emails and todo list as well as news weather and the time.
Get the info you need
Author
Joseph Nwachukwu (@Josephnwachukwu)
Support or Contact
Having trouble with Pages? Check out our documentation or contact support and we’ll help you sort it out.


You can see * in application id if checked.
You can get all received messages from specified queue as debug information using it. This feature should be used for debug purpose since often heavy process.


The ball falls into darkness and is lost forever.
the two little black hobbits stare at you for a while and then begin to speak as they
wipe the tears from their eyes.
black hobbit1:"you bitch!!!!"
Black hottit2:"your a mean mean lady!"


Welcome to Pat's Salmon Cookies
7 / 7
Salmon Fish
1 / 7
Chinook
2 / 7
Cutter
3 / 7
The Family
4 / 7
Fish
5 / 7
Ftosted Cookie
6 / 7
Salmon Shirt
❮
❯
Seattle
- Working Hours: 6 AM - 7 PM
- Contact Number: +12068860524
- 5608 17th Avenue NW Seattle, WA 98107
Tokyo
- Working Hours: 6 AM - 7 PM
- Contact Number: +81<PHONE_NUMBER>
- 104-0031 Kyobashi MID Bldg., 13-10, Kyobashi 2-chome, Chuo-ku, Tokyo
Dubai
- Working Hours: 6 AM - 7 PM
- Contact Number: +971<PHONE_NUMBER>
- Oasis Mall, Sheikh Zayed Road, 2nd Interchange, Al Quoz 1, Dubai, United Arab Emirates
Paris
- Working Hours: 6 AM - 7 PM
- Contact Number: +(33)(1)48876360
- 34, 5ue des Rosiers, 75004 Paris
Lima
- Working Hours: 6 AM - 7 PM
- Contact Number: +(78)(9)487851360
- 34, 5ue des Rosiers, 2nd Interchange, 75004 Lima


RDBMS/Redis-NOSQL
by Nabarun Banerjee
Sr. Software Developer at Kreeti Technologies
Data, Databse and Database Management System
Data
- Data is numerical, charecter or other symbols which can be recorded in a form suitable for processing by a company. (e.g names and addresses of students enrolling onto a university course.)
Schema
-
The schema is structure of data, whereas data as facts. Schema basically indicates the rules which the data must obey. Such rules can be enforced by a database. and the more rules there is the harder it is to enter poor quality data. Example of rules includes (Name is a string, and needs to hold least 12 charecters, DOB is a date, the company forbids people over 100 years old or younger than 18 years old working for them.)
Database Management System
-
A Database Management System is a collection of programs that allows users to specify the structure of a database, to create, query and modify the data in database and to controle access to it. (e.g. limit access to the database so that only relevant staff can access details of enrolling students).
File System vs. DBMS
- Kreeti Technologies has 500 GB of data on employees, departments, products, sales, & so on..
-
Data is accessed concurrently by several employees
-
Questions about the data must be answered quickly.
-
Changes made to the data by different users must be applied consistently
-
Access to certain parts of the data be restricted
-
Many drawbacks!!!
- 500 GB of main memory not available to hold all data. Data must be stored on secondary storage devices.
- Even if 500 GB of main memory is available, with 32-bit addressing, we cannot refer directly to more than 4GB of data.
-
Data redundancy and inconsistency
- Multiple file formats, duplicate of information in different files
- Special program to answer each question a user may ask.
- These drawbacks have prompted the development of database systems
- Database systems offer solutions to all the above problems.
ACID properties of DBMS
Atomicity, Consistency, Isolation, Durability
-
Transactions should prosssess several properties, often called the ACID properties; they should be enforced by the concurrency controle and recovery methods of the DBMS.
- Atomicity: A transaction is an atomic unit of processing; it should either be performed in its entirely or not performed at all.
- Consistency preservation: A transaction should be consistency preserving, meaning that if it is completely executed from begining to end without interference from other transactions, it should take the database from one consistent state to another.
- Isolation:A transaction should appear as though it's being executed in isolation from other transactions, even though many transactions are executing concurrently. That is, the execution of a transaction should not be interfered with by any other transactions executing concurrently.
- Durability or permanency: The changes applied to the database by a committed transaction must persist in the database. These changes must not be lost because of any failure.
DDL
-
DDL is abbrevation of Data Defination Language.It is used to create and modify the structure of database object in database.
- Examples: CREATE, ALTER, DROP statements
Create Table
CREATE TABLE Students
(Reg_no varchar2(10),
Name char(30),
DOB date,
Address varchar2(50));
Drop Table
DROP TABLE Students
DML
-
DML is abbrevation of Data Manipulation Language.It is used to retrive, store, modify, delete insert and update data in database.
- Examples: SELECT, UPDATE, INSERT statements
Select from Table
SELECT column_name1, column_name2
FROM table_name;
Update data in Table
UPDATE table_name
SET column1=value1,column2=value2,...
WHERE some_column=some_value
DCL
-
Data Control Language(DCL) is used to control privilege in Database. To perform any operation in the database, such as for creating tables, sequences or views we need privileges. Privileges are of two types.
- System : creating session, table etc are all types of system privilege.
- Object : any command or query to work on tables comes under object privilege.
- DCL defines two commands, Grant and Revoke
Database Constraints
Constraints are rules used to limit the type of data that can go into a table, to maintain the accuracy and integrity of the data inside table.
-
Column level constraints : limits only column data
-
NOT NULL
CREATE table Student(s_id int NOT NULL, Name varchar(60), Age int);
-
UNIQUE
CREATE table Student(s_id int NOT NULL UNIQUE, Name varchar(60), Age int);
-
FOREIGN KEY
CREATE table Order_Detail(order_id int PRIMARY KEY,
order_name varchar(60) NOT NULL,
c_id int FOREIGN KEY REFERENCES Customer_Detail(c_id));
- Table level constraints : limits whole table data


---
title: "Coase Theorem Game"
linktitle: "Games 1: Coase"
date: "2021-02-12 20:53:36"
menu:
content:
parent: Menu
weight: 101
type: docs
output:
blogdown::html_page:
toc: false
---
Context
There are only two stakeholders at the margins of a lake, both want to maximize their individual payoffs:
- Player A: a chemical plant
- Player B: a water sports equipment rental company
Players’ payoffs vary based on the amount of chemical residuals the plant emits (in hundred gallons/month). Their payoff schedules (in hundred thousand dollars/month) are:
| 0 |
0 |
12 |
| 1 |
4 |
10 |
| 2 |
6 |
6 |
| 3 |
6 |
4 |
| 4 |
9 |
2 |
| 5 |
10 |
1 |
| 6 |
11 |
0 |
Round 1
The chemical plant (player A) is the controller and owns the property rights on the lake.
- Player A will unilaterally choose the level of emissions (one that maximizes its payoff) and announce it.
- Player B can attempt to influence A’s decision by offering to pay part of all of their earnings to the controller.
- Once players achieve an agreement, take note of the resulting level of emissions and players’ payoffs accounting for any payments made to the other player.
Round 2
The water sports company (player B) is the controller and owns the property rights on the lake.
- Player B will unilaterally choose the level of emissions (one that maximizes its payoff) and announce it.
- Player A can attempt to influence B’s decision by offering to pay part of all of their earnings to the controller.
- Once players achieve an agreement, take note of the resulting level of emissions and players’ payoffs accounting for any payments made to the other player.
Round 3
The water sports company (player B) remains as the the controller and owns the property rights on the lake. However, now any agreements on payments must be enforced with a legal agreement that costs $5 (hundred thousand) in fees.
- Player B will unilaterally choose the level of emissions (one that maximizes its payoff) and announce it.
- Player A can attempt to influence B’s decision by offering to pay part of all of their earnings to the controller. Players must also agree on how the costs with legal fees are going to be shared between them.
- Once players achieve an agreement, take note of the resulting level of emissions and players’ payoffs accounting for any payments made to the other player and fees paid.


Messages:
To:
Title:
Important
From
Description
Time
Action
{{msg.important}}
{{msg.sender}}
{{msg.description}}
{{msg.created_at}}


Today, we’re announcing the availability of PyTorch 1.7, along with updated domain libraries. The PyTorch 1.7 release includes a number of new APIs including support for NumPy-Compatible FFT operations, profiling tools and major updates to both distributed data parallel (DDP) and remote procedure call (RPC) based distributed training. In addition, several features moved to stable including custom C++ Classes, the memory profiler, extensions via custom tensor-like objects, user async functions in RPC and a number of other features in torch.distributed such as Per-RPC timeout, DDP dynamic bucketing and RRef helper.
A few of the highlights include:
- CUDA 11 is now officially supported with binaries available at PyTorch.org
- Updates and additions to profiling and performance for RPC, TorchScript and Stack traces in the autograd profiler
- (Beta) Support for NumPy compatible Fast Fourier transforms (FFT) via torch.fft
- (Prototype) Support for Nvidia A100 generation GPUs and native TF32 format
- (Prototype) Distributed training on Windows now supported
- torchvision
- (Stable) Transforms now support Tensor inputs, batch computation, GPU, and TorchScript
- (Stable) Native image I/O for JPEG and PNG formats
- (Beta) New Video Reader API
- torchaudio
- (Stable) Added support for speech rec (wav2letter), text to speech (WaveRNN) and source separation (ConvTasNet)
To reiterate, starting PyTorch 1.6, features are now classified as stable, beta and prototype. You can see the detailed announcement here. Note that the prototype features listed in this blog are available as part of this release.
Find the full release notes here.
Front End APIs
[Beta] NumPy Compatible torch.fft module
FFT-related functionality is commonly used in a variety of scientific fields like signal processing. While PyTorch has historically supported a few FFT-related functions, the 1.7 release adds a new torch.fft module that implements FFT-related functions with the same API as NumPy.
This new module must be imported to be used in the 1.7 release, since its name conflicts with the historic (and now deprecated) torch.fft function.
Example usage:
>>> import torch.fft
>>> t = torch.arange(4)
>>> t
tensor([0, 1, 2, 3])
>>> torch.fft.fft(t)
tensor([ 6.+0.j, -2.+2.j, -2.+0.j, -2.-2.j])
>>> t = tensor([0.+1.j, 2.+3.j, 4.+5.j, 6.+7.j])
>>> torch.fft.fft(t)
tensor([12.+16.j, -8.+0.j, -4.-4.j, 0.-8.j])
[Beta] C++ Support for Transformer NN Modules
Since PyTorch 1.5, we’ve continued to maintain parity between the python and C++ frontend APIs. This update allows developers to use the nn.transformer module abstraction from the C++ Frontend. And moreover, developers no longer need to save a module from python/JIT and load into C++ as it can now be used it in C++ directly.
[Beta] torch.set_deterministic
Reproducibility (bit-for-bit determinism) may help identify errors when debugging or testing a program. To facilitate reproducibility, PyTorch 1.7 adds the torch.set_deterministic(bool)
function that can direct PyTorch operators to select deterministic algorithms when available, and to throw a runtime error if an operation may result in nondeterministic behavior. By default, the flag this function controls is false and there is no change in behavior, meaning PyTorch may implement its operations nondeterministically by default.
More precisely, when this flag is true:
- Operations known to not have a deterministic implementation throw a runtime error;
- Operations with deterministic variants use those variants (usually with a performance penalty versus the non-deterministic version); and
torch.backends.cudnn.deterministic = True
is set.
Note that this is necessary, but not sufficient, for determinism within a single run of a PyTorch program. Other sources of randomness like random number generators, unknown operations, or asynchronous or distributed computation may still cause nondeterministic behavior.
See the documentation for torch.set_deterministic(bool)
for the list of affected operations.
Performance & Profiling
[Beta] Stack traces added to profiler
Users can now see not only operator name/inputs in the profiler output table but also where the operator is in the code. The workflow requires very little change to take advantage of this capability. The user uses the autograd profiler as before but with optional new parameters: with_stack
and group_by_stack_n
. Caution: regular profiling runs should not use this feature as it adds significant overhead.
Distributed Training & RPC
[Stable] TorchElastic now bundled into PyTorch docker image
Torchelastic offers a strict superset of the current torch.distributed.launch
CLI with the added features for fault-tolerance and elasticity. If the user is not be interested in fault-tolerance, they can get the exact functionality/behavior parity by setting max_restarts=0
with the added convenience of auto-assigned RANK
and MASTER_ADDR|PORT
(versus manually specified in torch.distributed.launch)
.
By bundling torchelastic
in the same docker image as PyTorch, users can start experimenting with TorchElastic right-away without having to separately install torchelastic
. In addition to convenience, this work is a nice-to-have when adding support for elastic parameters in the existing Kubeflow’s distributed PyTorch operators.
[Beta] Support for uneven dataset inputs in DDP
PyTorch 1.7 introduces a new context manager to be used in conjunction with models trained using torch.nn.parallel.DistributedDataParallel
to enable training with uneven dataset size across different processes. This feature enables greater flexibility when using DDP and prevents the user from having to manually ensure dataset sizes are the same across different process. With this context manager, DDP will handle uneven dataset sizes automatically, which can prevent errors or hangs at the end of training.
[Beta] NCCL Reliability - Async Error/Timeout Handling
In the past, NCCL training runs would hang indefinitely due to stuck collectives, leading to a very unpleasant experience for users. This feature will abort stuck collectives and throw an exception/crash the process if a potential hang is detected. When used with something like torchelastic (which can recover the training process from the last checkpoint), users can have much greater reliability for distributed training. This feature is completely opt-in and sits behind an environment variable that needs to be explicitly set in order to enable this functionality (otherwise users will see the same behavior as before).
[Beta] TorchScript rpc_remote
and rpc_sync
torch.distributed.rpc.rpc_async
has been available in TorchScript in prior releases. For PyTorch 1.7, this functionality will be extended the remaining two core RPC APIs, torch.distributed.rpc.rpc_sync
and torch.distributed.rpc.remote
. This will complete the major RPC APIs targeted for support in TorchScript, it allows users to use the existing python RPC APIs within TorchScript (in a script function or script method, which releases the python Global Interpreter Lock) and could possibly improve application performance in multithreaded environment.
[Beta] Distributed optimizer with TorchScript support
PyTorch provides a broad set of optimizers for training algorithms, and these have been used repeatedly as part of the python API. However, users often want to use multithreaded training instead of multiprocess training as it provides better resource utilization and efficiency in the context of large scale distributed training (e.g. Distributed Model Parallel) or any RPC-based training application). Users couldn’t do this with with distributed optimizer before because we need to get rid of the python Global Interpreter Lock (GIL) limitation to achieve this.
In PyTorch 1.7, we are enabling the TorchScript support in distributed optimizer to remove the GIL, and make it possible to run optimizer in multithreaded applications. The new distributed optimizer has the exact same interface as before but it automatically converts optimizers within each worker into TorchScript to make each GIL free. This is done by leveraging a functional optimizer concept and allowing the distributed optimizer to convert the computational portion of the optimizer into TorchScript. This will help use cases like distributed model parallel training and improve performance using multithreading.
Currently, the only optimizer that supports automatic conversion with TorchScript is Adagrad
and all other optimizers will still work as before without TorchScript support. We are working on expanding the coverage to all PyTorch optimizers and expect more to come in future releases. The usage to enable TorchScript support is automatic and exactly the same with existing python APIs, here is an example of how to use this:
import torch.distributed.autograd as dist_autograd
import torch.distributed.rpc as rpc
from torch import optim
from torch.distributed.optim import DistributedOptimizer
with dist_autograd.context() as context_id:
# Forward pass.
rref1 = rpc.remote("worker1", torch.add, args=(torch.ones(2), 3))
rref2 = rpc.remote("worker1", torch.add, args=(torch.ones(2), 1))
loss = rref1.to_here() + rref2.to_here()
# Backward pass.
dist_autograd.backward(context_id, [loss.sum()])
# Optimizer, pass in optim.Adagrad, DistributedOptimizer will
# automatically convert/compile it to TorchScript (GIL-free)
dist_optim = DistributedOptimizer(
optim.Adagrad,
[rref1, rref2],
lr=0.05,
)
dist_optim.step(context_id)
[Beta] Enhancements to RPC-based Profiling
Support for using the PyTorch profiler in conjunction with the RPC framework was first introduced in PyTorch 1.6. In PyTorch 1.7, the following enhancements have been made:
- Implemented better support for profiling TorchScript functions over RPC
- Achieved parity in terms of profiler features that work with RPC
- Added support for asynchronous RPC functions on the server-side (functions decorated with
rpc.functions.async_execution)
.
Users are now able to use familiar profiling tools such as with torch.autograd.profiler.profile()
and with torch.autograd.profiler.record_function
, and this works transparently with the RPC framework with full feature support, profiles asynchronous functions, and TorchScript functions.
[Prototype] Windows support for Distributed Training
PyTorch 1.7 brings prototype support for DistributedDataParallel
and collective communications on the Windows platform. In this release, the support only covers Gloo-based ProcessGroup
and FileStore
.
To use this feature across multiple machines, please provide a file from a shared file system in init_process_group
.
# initialize the process group
dist.init_process_group(
"gloo",
# multi-machine example:
# init_method = "file://////{machine}/{share_folder}/file"
init_method="file:///{your local file path}",
rank=rank,
world_size=world_size
)
model = DistributedDataParallel(local_model, device_ids=[rank])
- Design doc
- Documentation
- Acknowledgement (gunandrose4u)
Mobile
PyTorch Mobile supports both iOS and Android with binary packages available in Cocoapods and JCenter respectively. You can learn more about PyTorch Mobile here.
[Beta] PyTorch Mobile Caching allocator for performance improvements
On some mobile platforms, such as Pixel, we observed that memory is returned to the system more aggressively. This results in frequent page faults as PyTorch being a functional framework does not maintain state for the operators. Thus outputs are allocated dynamically on each execution of the op, for the most ops. To ameliorate performance penalties due to this, PyTorch 1.7 provides a simple caching allocator for CPU. The allocator caches allocations by tensor sizes and, is currently, available only via the PyTorch C++ API. The caching allocator itself is owned by client and thus the lifetime of the allocator is also maintained by client code. Such a client owned caching allocator can then be used with scoped guard, c10::WithCPUCachingAllocatorGuard
, to enable the use of cached allocation within that scope.
Example usage:
#include <c10/mobile/CPUCachingAllocator.h>
.....
c10::CPUCachingAllocator caching_allocator;
// Owned by client code. Can be a member of some client class so as to tie the
// the lifetime of caching allocator to that of the class.
.....
{
c10::optional<c10::WithCPUCachingAllocatorGuard> caching_allocator_guard;
if (FLAGS_use_caching_allocator) {
caching_allocator_guard.emplace(&caching_allocator);
}
....
model.forward(..);
}
...
NOTE: Caching allocator is only available on mobile builds, thus the use of caching allocator outside of mobile builds won’t be effective.
torchvision
[Stable] Transforms now support Tensor inputs, batch computation, GPU, and TorchScript
torchvision transforms are now inherited from nn.Module
and can be torchscripted and applied on torch Tensor inputs as well as on PIL images. They also support Tensors with batch dimensions and work seamlessly on CPU/GPU devices:
import torch
import torchvision.transforms as T
# to fix random seed, use torch.manual_seed
# instead of random.seed
torch.manual_seed(12)
transforms = torch.nn.Sequential(
T.RandomCrop(224),
T.RandomHorizontalFlip(p=0.3),
T.ConvertImageDtype(torch.float),
T.Normalize([0.485, 0.456, 0.406], [0.229, 0.224, 0.225])
)
scripted_transforms = torch.jit.script(transforms)
# Note: we can similarly use T.Compose to define transforms
# transforms = T.Compose([...]) and
# scripted_transforms = torch.jit.script(torch.nn.Sequential(*transforms.transforms))
tensor_image = torch.randint(0, 256, size=(3, 256, 256), dtype=torch.uint8)
# works directly on Tensors
out_image1 = transforms(tensor_image)
# on the GPU
out_image1_cuda = transforms(tensor_image.cuda())
# with batches
batched_image = torch.randint(0, 256, size=(4, 3, 256, 256), dtype=torch.uint8)
out_image_batched = transforms(batched_image)
# and has torchscript support
out_image2 = scripted_transforms(tensor_image)
These improvements enable the following new features:
- support for GPU acceleration
- batched transformations e.g. as needed for videos
- transform multi-band torch tensor images (with more than 3-4 channels)
- torchscript transforms together with your model for deployment
Note: Exceptions for TorchScript support includes
Compose
,RandomChoice
,RandomOrder
,Lambda
and those applied on PIL images, such asToPILImage
.
[Stable] Native image IO for JPEG and PNG formats
torchvision 0.8.0 introduces native image reading and writing operations for JPEG and PNG formats. Those operators support TorchScript and return CxHxW
tensors in uint8
format, and can thus be now part of your model for deployment in C++ environments.
from torchvision.io import read_image
# tensor_image is a CxHxW uint8 Tensor
tensor_image = read_image('path_to_image.jpeg')
# or equivalently
from torchvision.io import read_file, decode_image
# raw_data is a 1d uint8 Tensor with the raw bytes
raw_data = read_file('path_to_image.jpeg')
tensor_image = decode_image(raw_data)
# all operators are torchscriptable and can be
# serialized together with your model torchscript code
scripted_read_image = torch.jit.script(read_image)
[Stable] RetinaNet detection model
This release adds pretrained models for RetinaNet with a ResNet50 backbone from Focal Loss for Dense Object Detection.
[Beta] New Video Reader API
This release introduces a new video reading abstraction, which gives more fine-grained control of iteration over videos. It supports image and audio, and implements an iterator interface so that it is interoperable with other the python libraries such as itertools.
from torchvision.io import VideoReader
# stream indicates if reading from audio or video
reader = VideoReader('path_to_video.mp4', stream='video')
# can change the stream after construction
# via reader.set_current_stream
# to read all frames in a video starting at 2 seconds
for frame in reader.seek(2):
# frame is a dict with "data" and "pts" metadata
print(frame["data"], frame["pts"])
# because reader is an iterator you can combine it with
# itertools
from itertools import takewhile, islice
# read 10 frames starting from 2 seconds
for frame in islice(reader.seek(2), 10):
pass
# or to return all frames between 2 and 5 seconds
for frame in takewhile(lambda x: x["pts"] < 5, reader):
pass
Notes:
- In order to use the Video Reader API beta, you must compile torchvision from source and have ffmpeg installed in your system.
- The VideoReader API is currently released as beta and its API may change following user feedback.
torchaudio
With this release, torchaudio is expanding its support for models and end-to-end applications, adding a wav2letter training pipeline and end-to-end text-to-speech and source separation pipelines. Please file an issue on github to provide feedback on them.
[Stable] Speech Recognition
Building on the addition of the wav2letter model for speech recognition in the last release, we’ve now added an example wav2letter training pipeline with the LibriSpeech dataset.
[Stable] Text-to-speech
With the goal of supporting text-to-speech applications, we added a vocoder based on the WaveRNN model, based on the implementation from this repository. The original implementation was introduced in “Efficient Neural Audio Synthesis”. We also provide an example WaveRNN training pipeline that uses the LibriTTS dataset added to torchaudio in this release.
[Stable] Source Separation
With the addition of the ConvTasNet model, based on the paper “Conv-TasNet: Surpassing Ideal Time-Frequency Magnitude Masking for Speech Separation,” torchaudio now also supports source separation. An example ConvTasNet training pipeline is provided with the wsj-mix dataset.
Cheers!
Team PyTorch


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The goal of the above code is to combine functions together in order to
create new functions. The composability of functions to generate new functions
is a form of code-reuse and application of
DRY typically found
in more functional or function-oriented languages. Our specific goal is to combine
collect
, which iterates over collection of items, with a function that
works on single-elements, to create a new function that works over a collection of
elements, to calculate an aggregate value.
The structure of both solutions is identical. While both are idiomatic, both are also very raw. JavaScript has many libraries to help with this, such as Lodash. Similarly, C++ has Boost HOF which contains utilities specifically for HOF programming in C++.
The differences mostly lie in type declarations, syntax, and the necessity to use generic-like
programming in order to work for multiple types (int
, float
, etc).
Most of these differences are covered in the Lambdas
versus.
This is actually a really good thing! C++, being a language incredibly focused on performance and low-level details, can still make use of higher-level language features one would expect to find in modern programming languages.


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4.5 % GDP growth rate unacceptable, worrisome: Manmohan Singh
India oi-PTI By PTI | Published: Friday, November 29, 2019, 19:58 [IST]
New Delhi, Nov 29: Former Prime Minister Manmohan Singh said on Friday the GDP growth rate of 4.5 per cent was unacceptable and worrisome, and urged his successor Prime Minister Narendra Modi to set aside "deep-rooted suspicion" of society and nurse India back to harmonious, mutually trustworthy society that can help the economy soar.
Delivering his valedictory address at a national conclave on economy, Singh said mutual trust is the bedrock of societal transactions fostering economic growth, but "our social fabric of trust, confidence is now torn and ruptured".
He said the "toxic combination of deep distrust, pervasive fear and a sense of hopelessness in our society" is stifling economic activity and growth.
We are in a virtual free-fall: Congress on GDP growth slip
Congress chief spokesperson Randeep Surjewala alleged that for the BJP, the GDP was "Godse Divisive Politics".
India's economic growth slipped further to hit an over six-year low of 4.5 per cent in July-September, according to official data released on Friday.
- Ind-Ra slashes FY20 GDP growth forecast for fourth time to 5.6 per cent
- Moody's cuts India's GDP growth forecast to 5.6 pc for 2019
- Weird! Yashwant Sinha takes on Sitharaman for Ola, Uber affecting auto sector statement
- P Chidambaram gets family to post Twitter msg, expresses concern over state of economy
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- What is Repo Rate, how does it impact general public?
- India drops to 7th spot in Global GDP Rankings of 2018, France march ahead
- Vision to achieve $5 trillion economy: PM Modi on Economic survey
- 'Blue Sky Thinking': Economic Survey of Modi 2.0 govt has a blue cover
- Govt defends GDP figures after Arvind Subramanian claims \"growth overestimated\"
- GDP growth overestimated during UPA, NDA rule: Arvind Subramanian
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From:Hayslett Rod To:Saunders James ; Clayton Lawrence Sent:2017-01-11T04:37:03.0000000Z Subject:EOTT Issue
On tuesday of this week after EOTT's staff meeting, I was made aware of a potential environmental estimate problem (too big). I am looking at ways of potentially dealing with the problem so that Lawrence will feel comfortable not booking a reserve in the 3rd qtr, which may have consequences on the plans we have underway to recapitalize the entity. This means coming up with an answer very quickly. There are a number of potential alternatives and I am sure there are more than I will attempt to lay out here.
1) We could simply make a contribution to EOTT for the sole purpose of environmental cleanup, and if unused will be returned. Seems like an expense item, but doable.
2) We could provide an insurance policy to EOTT to provide for environmental expenses in excess of the existing policy, for a fee. Better expense treatment (we get to manage the reserve) and appears to cover the EOTT issue. Because this is an affiliated deal, I guess it would have to go through the audit committee. Potentially the captive could be used.
3) Provide an accounting answer that might give EOTT a one-time gain to offset the one time reserve set-up. i.e., there is a least an argument that the recapitalization proposed will result in the extinguishment of a portion of the debt on the books represented by the API's. Since we are getting a conversion of less than a dollar for dollar deal, this should be doable.
For Lawrence: Jim Bouillion has indicated that the insurance proposal may have merit, and so I will need some input from you regarding the coverage that exists now and what we would want going forward. If you want us to talk directly with Susan, we will. I am thinking that you are getting a quote for increasing the cap on the existing policy and that we could give you the same deal, or maybe even slightly better, to satisfy the audit committee.
I am obviously looking for any help that I can get here, so if there any more ideas I would like to hear them. If you have questions, feel free to ask. Stan is aware of what we are discussing. 1) and 3) were his requests to review.
Rod Hayslett
EB4054
713-853-6178
***********
EDRM Enron Email Data Set has been produced in EML, PST and NSF format by ZL Technologies, Inc. This Data Set is licensed under a Creative Commons Attribution 3.0 United States License <http://creativecommons.org/licenses/by/3.0/us/> . To provide attribution, please cite to "ZL Technologies, Inc. (http://www.zlti.com)."
***********
California


A simple demostration of how to use artyom in Continuous mode , add all the notes that you want ! They will be added in your Local Storage and will be accessible whenever you enter to this site
Artyom will be always available if you allow the use of the microphone for the first time thanks to the https:// connection.
You can visit another websites while artyom is active ! It will listen although another tab is on user focus,visit the Facebook wall of your girlfriend while this site is opened and add some dead notes :)
Click on any note, artyom will read it, and all the recognized text will appear here :
| Voice commands (say according to the initialization language) | Description |


This is a project submission for the course OOAD Lab
(UE18CS355)
Worked on by
Nikhil KR (PES2201800044)
Hemant Sathish (PES2201800045)
Ruchira R Vadiraj (PES2201800602)


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Hanna's Party
A stitch in time saves nine. All good things come to those who wait. Too many cooks spoil the broth.
Hanna's Party
A stitch in time saves nine. All good things come to those who wait. Too many cooks spoil the broth.
Hanna's Party
A stitch in time saves nine. All good things come to those who wait. Too many cooks spoil the broth.
Hanna's Party
A stitch in time saves nine. All good things come to those who wait. Too many cooks spoil the broth.
Hanna's Party
A stitch in time saves nine. All good things come to those who wait. Too many cooks spoil the broth.
Hanna's Party
A stitch in time saves nine. All good things come to those who wait. Too many cooks spoil the broth.


This is a command line (aka console) based tool for redirecting stdin to a serial port. This was written specially for use on Windows 95 where this behaviour is not built in.
The default behaviour for the tool is to take lines of input on stdin and write
them to a serial port defined with the --port
switch. Whilst you
can do this interactively it was always intended that you'd want to do this by
piping the ouput through from a previous command, e.g.
> echo Hello, World! | SerialPort --port 3
By default any data coming through on stdin is silently directed to the serial
port, but if you also want to echo it onto stdout you can specify the
--echo
switch
> echo Hello, World! | SerialPort --port 3 --echo Hello, World!
If you just need to veriy that a serial port exists on a certain port you can
use the --test
switch which just attempts to open the specified
port. If the port was open okay it will write a success message on stdout and
set errorlevel
to 0. However if opening it fails then a failure
message is written to stderr and errorlevel
is set to a non-zero
value.
> SerialPort --port 3 --test Port opened successfully.
To find out what the default settings are for a given serial port you can use
the --defaults
switch. This will write out the basic port
settings.
> SerialPort --port 3 --defaults Baud Rate: 1200 Data Bits: 7 Parity: 2 Stop Bits: 0
Note: This switch essentially gives you the same information you'd get from
using mode comX: /status
.
To change the COM port configuration you can use the --settings
switch. The argument value is a comma-separated list of values for the baud
rate, parity, data bits and stop bits. The parity can be the first letter or
whole word of: none, odd, even, mark or space. The number of data bits can be
between 5 and 8, and the numbr of stop bits is 1, 1.5 or 2.
> SerialPort --port 3 --settings 9600,N,8,1
Note: Some combinations of data bits and stop bits are invalid, e.g. 5 with 2 and 6/7/8 with 1.5.
This application is freeware - you get what you pay for, nothing more, nothing less.
The full source code (C++) is available from my web site listed below.
Using the --version switch will also display my contact details. Please check the web site for updates.
Email<EMAIL_ADDRESS>Web: www.chrisoldwood.com
Chris Oldwood
24th October 2017


--- layout: pre-30-archived-docs/side-by-side title: Custom Matcher test-source: src/custom_matcher.js ---
custom_matcher.js |
|
|---|---|
|
Often a project will want to encapsulate custom matching code for use across multiple specs. Here is how to create a Jasmine-compatible custom matcher. A custom matcher at its root is a comparison function that takes an |
|
|
This object has a custom matcher named "toBeGoofy". |
var customMatchers = {
|
Matcher FactoriesCustom matcher factories are passed two parameters: |
toBeGoofy: function(util, customEqualityTesters) {
|
|
The factory method should return an object with a |
return {
|
A Function to
|
compare: function(actual, expected) {
|
|
|
if (expected === undefined) {
expected = '';
}
|
ResultThe |
var result = {};
|
|
|
result.pass = util.equals(actual.hyuk, "gawrsh" + expected, customEqualityTesters);
|
Failure MessagesIf left |
if (result.pass) {
|
|
The matcher succeeded, so the custom failure message should be present in the case of a negative expectation - when the expectation is used with |
result.message = "Expected " + actual + " not to be quite so goofy";
} else {
|
|
The matcher failed, so the custom failure message should be present in the case of a positive expectation |
result.message = "Expected " + actual + " to be goofy, but it was not very goofy";
}
|
|
Return the result of the comparison. |
return result;
}
};
}
};
|
Custom negative comparatorsIf you need more control over the negative comparison (the |
|
Registration and Usage |
describe("Custom matcher: 'toBeGoofy'", function() {
|
|
Register the custom matchers with Jasmine. All properties on the object passed in will be available as custom matchers (e.g., in this case |
beforeEach(function() {
jasmine.addMatchers(customMatchers);
});
|
|
Once a custom matcher is registered with Jasmine, it is available on any expectation. |
it("is available on an expectation", function() {
expect({
hyuk: 'gawrsh'
}).toBeGoofy();
});
it("can take an 'expected' parameter", function() {
expect({
hyuk: 'gawrsh is fun'
}).toBeGoofy(' is fun');
});
it("can be negated", function() {
expect({
hyuk: 'this is fun'
}).not.toBeGoofy();
});
});
|


Please take a photo of the water and upload it using this page.
The photo will be used to add to existing physical and chemical data, such as salinity and temperature, plus satellite imaging and
The only data captured with the image will be date, time and geolocation. No other information will be stored. The submission may ask for your location if it isn't tagged in the photo already. Please allow this as this is the only way we can link your photo to the other data.


{% extends "core/base.html" %} {% load i18n %} {% load crispy_forms_tags %} {% block content %}
Part time PR
You will be responsible for the communication
with our customers old or potential,
Face to face, Phone or online
Technical Support Agent
You will be responsible for the communication
with our users to solve any problem,
using whatsapp (Technical knowledge / background is a must)
Graphic Designer
You will be responsible for making the designs
that our users wants (Click here to join),
using his/her knowledge


Overview
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Class
Use
Tree
Deprecated
Index
Help
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FRAMES
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H
has_been_visited
- Variable in class gov.nasa.ltl.trans.
Formula
hasAnchoringBounds()
- Method in class synoptic.util.
NamedMatcher
hashCode()
- Method in class synoptic.invariants.
BinaryInvariant
hashCode()
- Method in class synoptic.invariants.ltlcheck.
AtomicProposition
hashCode()
- Method in class synoptic.invariants.ltlcheck.
Literal
hashCode()
- Method in class synoptic.invariants.ltlcheck.
Pair
hashCode()
- Method in class synoptic.model.
Action
hashCode()
- Method in class synoptic.model.
Transition
hashCode()
- Method in class synoptic.util.
NamedMatcher
hashCode()
- Method in class synoptic.util.time.
DTotalTime
hashCode()
- Method in class synoptic.util.time.
FTotalTime
hashCode()
- Method in interface synoptic.util.time.
ITime
hashCode()
- Method in class synoptic.util.time.
ITotalTime
hashCode()
- Method in class synoptic.util.time.
VectorTime
hashCodeTest()
- Method in class synoptic.tests.units.
VectorTimeTests
Test the hashCode() method.
hasNext()
- Method in class synoptic.model.
MessageToPartitionIterator
hasNext()
- Method in class synoptic.util.
IterableAdapter
hasTransparentBounds()
- Method in class synoptic.util.
NamedMatcher
head
- Variable in class gov.nasa.ltl.trans.
Automaton
help()
- Static method in class gov.nasa.ltl.graph.
Degeneralize
help()
- Static method in class gov.nasa.ltl.graph.
SCC
help
- Static variable in class synoptic.main.
Main
Print the short usage message.
helpersTest()
- Method in class synoptic.tests.units.
FsmStateSetTests
Makes sure that we implemented parseBitSet correctly.
hitEnd()
- Method in class synoptic.util.
NamedMatcher
ht
- Variable in class gov.nasa.ltl.graph.
Attributes
ht
- Static variable in class gov.nasa.ltl.trans.
Formula
Overview
Package
Class
Use
Tree
Deprecated
Index
Help
PREV LETTER
NEXT LETTER
FRAMES
NO FRAMES
All Classes
A
B
C
D
E
F
G
H
I
J
K
L
M
N
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P
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R
S
T
U
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W
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Z


Welcome!
Logout
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About
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Name
:
Paola Proêza
Need help for
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I can help!


We're sorry but gobang doesn't work properly without JavaScript enabled. Please enable it to continue.


|
PX4 Firmware
PX4 Autopilot Software http://px4.io
|
the structures of the binary packets More...
#include <mtk.h>
Public Attributes | |
| uint8_t | payload |
| Number of payload bytes. More... | |
| int32_t | latitude |
| Latitude in degrees * 10^7. More... | |
| int32_t | longitude |
| Longitude in degrees * 10^7. More... | |
| uint32_t | msl_altitude |
| MSL altitude in meters * 10^2. More... | |
| uint32_t | ground_speed |
| velocity in m/s More... | |
| int32_t | heading |
| heading in degrees * 10^2 More... | |
| uint8_t | satellites |
| number of satellites used More... | |
| uint8_t | fix_type |
| fix type: XXX correct for that More... | |
| uint32_t | date |
| uint32_t | utc_time |
| uint16_t | hdop |
| horizontal dilution of position (without unit) More... | |
| uint8_t | ck_a |
| uint8_t | ck_b |
| uint8_t gps_mtk_packet_t::ck_a |
Definition at line 80 of file mtk.h.
Referenced by GPSDriverMTK::parseChar().
| uint8_t gps_mtk_packet_t::ck_b |
Definition at line 81 of file mtk.h.
Referenced by GPSDriverMTK::parseChar().
| uint32_t gps_mtk_packet_t::date |
Definition at line 77 of file mtk.h.
Referenced by GPSDriverMTK::handleMessage().
| uint8_t gps_mtk_packet_t::fix_type |
fix type: XXX correct for that
Definition at line 76 of file mtk.h.
Referenced by GPSDriverMTK::handleMessage().
| uint32_t gps_mtk_packet_t::ground_speed |
| uint16_t gps_mtk_packet_t::hdop |
horizontal dilution of position (without unit)
Definition at line 79 of file mtk.h.
Referenced by GPSDriverMTK::handleMessage().
| int32_t gps_mtk_packet_t::heading |
heading in degrees * 10^2
Definition at line 74 of file mtk.h.
Referenced by GPSDriverMTK::handleMessage().
| int32_t gps_mtk_packet_t::latitude |
Latitude in degrees * 10^7.
Definition at line 70 of file mtk.h.
Referenced by GPSDriverMTK::handleMessage().
| int32_t gps_mtk_packet_t::longitude |
Longitude in degrees * 10^7.
Definition at line 71 of file mtk.h.
Referenced by GPSDriverMTK::handleMessage().
| uint32_t gps_mtk_packet_t::msl_altitude |
MSL altitude in meters * 10^2.
Definition at line 72 of file mtk.h.
Referenced by GPSDriverMTK::handleMessage().
| uint8_t gps_mtk_packet_t::satellites |
number of satellites used
Definition at line 75 of file mtk.h.
Referenced by GPSDriverMTK::handleMessage().
| uint32_t gps_mtk_packet_t::utc_time |
Definition at line 78 of file mtk.h.
Referenced by GPSDriverMTK::handleMessage().


The contemporary e-commerce trend recommends companies to shift the traditional business model where focus on "standardized products, homogeneous market and long product life cycle" to the new business model where focus on "varied and customized products". E-commerce requires the company to have the ability to satisfy multiple needs of different customers and provide them with wider range of products. With more choices of products, the information of products for customers to select and meet their needs become crucial. In order to address the mass customization principle to the company, the use of recommender system is suggested.


{% extends "base.html" %} {% block content %}
Thanks for signing up! We'll get in touch when it's time to launch.


mdPage is a minimal, opinionated, command line utility (and Rust crate) for creating single-page HTML documentation from markdown files. At it's simplest basic form of usage, it takes no input and should generate practical documentation from all markdown files in a folder.
Indeed this very documentation is generated using mdpage
tool with some minor configuration and serves as an example of generated output.
The basic goal is simply to generate a self-contained single page HTML file for all documentation in a folder (and immediate subdirectories). The tool has some opinions on structure and patterns used, and has limited configuration and customization options. It purposefully lacks in features, to let you focus on creating the content and not waste time on style or format of the output.
mdPage is a minimal, opinionated, command line utility (and Rust crate) for creating single-page HTML documentation from markdown files. At it's simplest basic form of usage, it takes no input and should generate practical documentation from all markdown files in a folder.
Indeed this very documentation is generated using mdpage
tool with some minor configuration and serves as an example of generated output.
The basic goal is simply to generate a self-contained single page HTML file for all documentation in a folder (and immediate subdirectories). The tool has some opinions on structure and patterns used, and has limited configuration and customization options. It purposefully lacks in features, to let you focus on creating the content and not waste time on style or format of the output.
Precompiled binaries are provided for major platforms on a best-effort basis. Visit the releases page to download the appropriate version for your platform.
mdPage can also be installed from source.
mdPage is written in Rust and therefore needs to be compiled with Cargo. If you haven't already installed Rust, please go ahead and install it now.
Installing mdPage is relatively easy if you already have Rust and Cargo installed. You just have to type this snippet in your terminal:
cargo install mdpage
This will fetch the source code for the latest release from
Crates.io and compile it. You will have to add Cargo's
bin
directory to your PATH
.
Run mdpage --help
in your terminal to verify if it works. Congratulations, you
have installed mdPage!
mdpage
tool takes a singe argument, the root path directory where all the content is located.
$ mdpage --help
mdpage 0.1.1
Generate simple documentation
USAGE:
mdpage [FLAGS] [OPTIONS] <path>
FLAGS:
--full-page Generate full page documentation
-h, --help Prints help information
-V, --version Prints version information
OPTIONS:
-o, --output <output> The output file
--subtitle <subtitle> Subtitle of the document
--title <title> Title of the document
ARGS:
<path> Path for the directory containing data
The result of running the tool is always an index.html
file.
Example workflow:
$ ls ./examples/basic | sort
page1.md
page2.md
readme.md
$ mdpage ./examples/basic
$ ls ./examples/basic | sort
index.html
page1.md
page2.md
readme.md
This is exacly how the basic was generated!
The title of the generated documents is automatically inferred from the readme.md
(or index.md
) document's heading, or, if not possible, from the directory name. Similarly the page links in the menu are inferred from the file headings, or, if not possible, from the file name.
mdPage expects all contents to be in the immediate directory as root of the content and immediate subdirectories. It makes certain assumptions about structure and meaning. The content in subdirectories is separated out and used as different "sections" in the menu. Similar to the rules stated above, the section title is inferred from heading readme.md
(or index.md
) or, if not possible, from the directory name.
Take a look at the sections example for an idea of how that works and what the result looks like.
We can customize some things via command line options such as title, subtitle, and whether to generate a single full page document (no JavaScript "pagination").
$ mdpage ./docs/examples/full_page --full-page --title "Full Page" --subtitle "Full page example"
See the resulting full page example.
All of this and more can be controlled via a configuration file, but the basic idea is that the tool in most cases should just work.
mdPage uses env_logger crate, which can be used to enable logging.
RUST_LOG=info mdpage .
or for debug
level logging:
RUST_LOG=debug mdpage .
Configs must be located in the root folder, and named either mdpage.json
or mdpage.toml
.
mdpage.json
takes precedence.
Other than top-level strings in the config, there are two main object types part of the configuration.
There are "Link" objects used in the "links"
property to specify script or style links.
There are also "Content" objects which are used to specify the main page, header, footer, and the different contents and menu items.
Links have the following properties:
link_type
- has to be either "script"
for a script link; or "style"
or "stylesheet"
to specify a stylesheet link.src
- the URL to be applied to the <link>
elementintegrity
- the integrity
tag to be applied for SRIcrossorigin
- the crossorigin
tag to be applied for SRIThe content object has the following properties:
is_heading
- A boolean flag to specify that the object is a heading in the menu. In this case it must have "label"
specified to be displayed in the menu.is_break
- A boolean flag to specify a line break in the menu.label
- The string to be used as label for the content in the menu.url
- The URL for an external link. If specified the menu will be a link to this URL.markdown
- The optional raw markdown to be converted into HTML for the content. Usually this would be read from a file.html
- The raw markdown to be converted into HTML for the content. This is generated by converting the markdown
contents.file
- The markdown or HTML file used for the content. We read this into markdown
property and convert it to HTML content to be displayed. If label
is not specified, we also infer the title for the content from the heading in markdown content.dir
- As an alternative to file
we can specify the directory path used to build contents. The content will be sourced from all the files and immediate subdirectories in the path.The main
config property is the main content. We automatically infer this from readme.md
or index.md
in the root folder, but it can be customized.
The header
config property is the custom header content to be displayed at the top of the page. We automatically build this based on "title" (which we infer from main file or root directory) and "subtitle". If root folder has header.md
that is automatically used as header property of the config if one is not specified. The header can be customized using header
property to center content or add logos or custom buttons.
The footer
config property is the custom footer content to be displayed at the top of the page. If root folder has footer.md
that is automatically used as footer property of the config if one is not specified. The footer can be customized using footer
property to center content or add logos or custom buttons.
Custom styles can be added within the style
property. We use a forked / customized version of Milligram so all the same classes are available in markdown and HTML content.
Custom JavaScript can be added within the script
config property.
{
"label": "Reference",
"is_heading: true
}
This will create a "REFERENCE" heading in the menu to separate a section of menu items.
{
"file": "guide.md"
}
And guide.md
starts with # User's Guide
markdown content.
This will create a menu item with label "User's Guide" and the content for that menu item will be the converted content of the file. We can customize the label using label
property:
{
"label": "Guide",
"file": "guide.md"
}
We can also explicitely use HTML files, which will be included in the result:
{
"label": "HTML content",
"file": "page.html"
}
A custom header can be created with custom logo using something like this in `header.md`:
```markdown

# My Project
##### Some title

GITHUB

Example config with descriptions.
full_page = false # whether to do full page or not
title = "My Document" # title used in header and title of the document
subtitle = "Something" # subtitle used in header
author = "Joe Smith" # author used in metadata
icon = "favicon.ico" # favicon link
# We can add several links to be used in the head of the document
# This can be used to add extra scripts or styles, such as highlight.js
# Script properties can have SRI fields for "integrity" and "crossorigin"
[[links]]
link_type = "script" # link_type has to be either "script" or "style" or "stylesheet"
src = "https://cdnjs.example.com/highlight.min.js"
integrity = "sha256-1zu+3BnLYV9LdiY85uXMzii="
crossorigin = "anonymous"
[[links]]
link_type = "script"
src = "https://cdnjs.example.com/json.min.js"
[[links]]
link_type = "style"
src = "https://cdnjs.example.com/styles/github.min.css"
# We can specify a script to be run when document is loaded
script = "(function () { hljs.initHighlightingOnLoad(); })()"
# We can specify custom style which will be applied as well
style = "body { color: #222222; }"
# This is the main page.
# We automatically look for index.md or readme.md
[main]
file = "main.md"
# Footer
# Content can have markdown directly which we convert to HTML
[footer]
markdown = "### My footer"
# These are the contents. The order determines the order of menu items.
# This is a heading of a section in the menu
[[contents]]
label = "Heading"
is_heading = true
[[contents]]
label = "Home" # Custom label otherwise we infer it from file contents
file = "index.md"
[[contents]]
file = "install.md"
# We can have raw markdown
[[contents]]
label = "Raw Markdown"
markdown = """
## Raw content\n\n \
We can specify markdown content like this.\
"""
# We can have raw HTML
[[contents]]
label = "Raw HTML"
html = """

Some HTML Content
 \

Some content.
 \
 \

 \

This is paragraph of raw HTML content.
\
"""
# This will add a line break in the menu so we can start another section
[[contents]]
is_break = true
[[contents]]
label = "Links"
is_heading = true
[[contents]]
label = "External Link"
url = "https://github.com" # An external link
All examples can be viewed on GitHub.
No custom configuration.
Structure:
./docs/examples/basic
├── page1.md
├── page2.md
└── readme.md
Command:
$ mdpage ./docs/examples/basic
No custom configuration. Demonstrates how different directories are automatically treated as different sections of content.
Structure:
./docs/examples/sections
├── index.md
├── guide
│ ├── install.md
│ └── readme.md
└── reference
├── api.md
└── config.md
Command:
$ mdpage ./docs/examples/sections
Using command line to specify custom title, subtitle, and full page options.
Automatically injects footer because we have footer.md
.
Structure:
./docs/examples/full_page
├── index.md
├── code.md
├── footer.md
├── guide
│ ├── install.md
│ └── readme.md
└── reference
├── api.md
└── config.md
Command:
$ mdpage ./docs/examples/full_page --full-page --title "Full Page" --subtitle "Full page example"
Customized build using mdpage.json
file. Specifies script and style links to add highlight.js support. Specifies content to control order of menu items and sections, and to add external links.
Structure:
./docs/examples/config
├── mdpage.json
├── page1.md
└── readme.md
Command:
$ mdpage ./docs/examples/config
Single page examples.
Config using dir
content property to specify sections.
./docs/examples/config_dir
├── index.md
└── mdpage.json
mdpage.json
"
{
"subtitle": "Dir config example",
"contents": [
{
"dir": "../sections"
},
{
"file": "../config/page1.md"
},
{
"dir": "../basic"
},
{
"file": "../single_index/readme.md"
},
{
"dir": "../single_page"
}
]
}
This documentation is created using mdPage using a header and footer, and a config file to customize content.
Structure:
./docs
├── config.md
├── examples.md
├── footer.md
├── header.md
├── index.html
├── index.md
├── install.md
├── usage.md
├── TODO.md
├── mdpage.toml
├── static
│ ├── logo-192x192.png
│ └── favicon.ico
├── examples
├── basic
├── config
├── full_page
└── sections
Command:
$ mdpage ./docs
The markdown content in examples
subdirectories is automatically ignored since it's too deep. mdpage
only looks at content in immediate subdirectories.
❤
Say Thanks!


Proficient: Python
Experienced: C++, C#, Visual Basic, Java
Utilies: Git, Bash, Powershell, Kubernetes, Docker, AutoCAD, Aramis
Specialties: Fintech, ETL, Blockchain, Outside Plant (Networking Infrastructure)


Linux from Scratch
Posted on Sat 25 March 2017 in Learning
Let's Scratch the surface
LFS follows Linux Standards : POSIX.1-2008 Filesystem Hierarchy Standard (FHS) Version 3.0 * Linux Standard Base (LSB) Version 5.0
Pre-Requisites
Software Building
Overview
Many software packages for the various flavors of UNIX and Linux come as compressed archives of source files. The same package may be "built" to run on different target machines, and this saves the author of a software from having to produce multiple versions.
A single distribution of a software package may thus end up running, in various incarnations, on a Intel box, a DEC Alpha, a RISC workstation, or even a mainframe.
Thus, this puts the responsibility of actually "building" and installing the software on the end user, the de facto "system administrator", the fellow sitting at the keyboard -- you.
Unpacking the Files
Once you have downloaded or otherwise acquired a software package. Most likely, it is archived (tarred) and compressed (gzipped),
On it's own, a TAR file is not a compressed file, it is simply a format used for archiving files (merging several files into one). TAR stands for tape archive. The TAR format was originally designed for backup purposes using tapes, however it is quite often used for downloads and application packages. TAR files are not able to run a single file in the archive without first extracting the contents of the whole archive.
in .tar.gz
or .tgz
form (familiarly known as a tarball).
First copy it to a working directory. Then untar
and gunzip
it. The appropriate command for this is
$ tar -xvzf <filename>
where filename is the name of the software file, of course. The de-archiving process will usually install the appropriate files in subdirectories it will create.
If the package name has a
.Z
suffix, then the above procedure will serve just as well
The above method of unpacking "tarballs" is equivalent to either of the following :
$ gzip -cd <filename> | tar xvf -
$ gunzip -c <filename> | tar xvf -
The '-' causes the
tar
comand to take it's input fromstdin
Source files in the new bzip2 (.bz2
) format can be unarchived by
$ bzip2 -cd <filename> | tar xvf -
$ tar xyvf <filename>
Sometimes, the archived file must be untarred and installed from the user's home directory, or perhaps in a certain other directory, such as /
,/usr/src
, or /opt
, as specified in the package's config info.
Should you get an error message attempting to untar it, this may be the reason. Read the package docs, especially the README
and/or Install
files, if present, and edit the config files and/or Makefiles
as necessary, consistent with the installation instructions.
Note that you would not ordinarily alter the Imake
file, since this could have unforeseen consequences.
Most software packages permit automating this process by running make install
to emplace the binaries in the appropriate system areas.
-
You might encounter
shar
files or shell archives, especially in the source code newsgroups on the Internet. These remain in use because they are readable to humans, and this permits newsgroup moderators to sort through them and reject unsuitable ones. They may be unpacked by theunshar filename.shar
command. Otherwise the procedure for dealing with them is the same as for "tarballs". -
Patching can be done to incorporate bug fixes into the unarchived source files using a
patch
ordiff
file that lists the changes. The doc files and/orREADME
file will inform you should this be the case. Normal syntax for invoking Larry Wall's powerful patch utility ispatch < patchfile
.
Build Stage i.e. Using Make
The Makefile
is the key to the build process.
In its simplest form, a Makefile
is a script for compiling or building the "binaries", the executable portions of a package.
The Makefile
can provide a means of updating a software package without having to recompile every single source file in it.
At some point, the Makefile launches cc
or gcc
. This is actually a preprocessor, a C (or C++) compiler and linker, invoked in that order. This process converts source in to binaries, the actual executables.
Invoking make
usually involves just typing make
. This generally builds all the necessary executable files for the package in question. However, make can also do other tasks, such as installing the files in proper directories (make install
) and removing stale object files (make clean
).
Running make -n
permits previewing the build process, as it prints out all the commands that would be triggered by a make, without actually executing them.
Only the simplest software uses a generic Makefile.
More complex installations require tailoring the Makefile according to the location of libraries, include files, and resources on your particular machine. This is especially the case when the build needs X11
libraries to install. lmake
and xmkmf
accomplish the task.
- An
Imakefile
is, to quote the man page, a "template" Makefile. The imake utility constructs a Makefile appropriate for your system from the Imakefile. In almost all cases, however, you would runxmkmf
, a shell script that invokes imake, a front end for it.
Check the README
or INSTALL
file included in the software archive for specific instructions.
xmkmf
and make
may need to be invoked as root, especially when doing a make install
to move the binaries over to the /usr/bin
or /usr/local/bin
directories.
Using make
as an ordinary user without root priveleges will likely result in write access denied error messages because you lack write permission to system directories. Check also that the binaries created have the proper execute permissions for you and any other appropriate users.
- Sometimes, there will be no
Imake
file, instead there will be anINSTALL
orconfigure
script that will accomplish this purpose.
Note that if you run configure
, it should be invoked as ./configure
to ensure that the correct configure
script in the current directory is called. In most cases, the README
file included with the distribution will explain the install procedure.
It is usually a good idea to visually inspect the Makefile
that xmkmf
or one of the install script builds. The Makefile will normally be correct for your system, but you may occasionally be required to "tweak" it or correct errors manually.
Installing the freshly built binaries into the appropriate system directories is usually a matter of running make install
as root. The usual directories for system-wide binaries on modern Linux distributions are /usr/bin, /usr/X11R6/bin,/usr/local/bin
. The preferred directory for new packages is /usr/local/bin
as this will keep separate binaries not part of the original Linux installation.
Packages originally targeted for commercial versions of UNIX may attempt to install in the /opt
or other unfamiliar directory. This will, of course, result in an installation error if the intended installation directory doesn't exist.
The simplest way to deal with this is to create, as root, an /opt
directory, let the package install there, then add the directory to the PATH
environmental variable. Alternatively, you may create symbolic links to the /usr/local/bin
directory.
Your general installation procedure will therefore be :
- Read the
README
file and other applicable docs. - Run
xmkmf -a
or theINSTALL
orconfigure
script. - Check the
Makefile
- If necessary, run
make clean
,make Makefiles
,make includes
, andmake depend
. - Run
make
- Check the file permissions
- If necessary, run
make install
- You would not normally build a package as root. Doing an
su
to root is only necessary for installing the compiled binaries into system directories.- After becoming familiar with
make
and its uses, you may wish to add additional optimization options passed togcc
in the standardMakefile
included or created in the package you are installing.
General Concepts
- Concurrent Execution : Functions that suspend the execution of the calling thread shall not cause the execution of other threads to be independently suspended.
- Default Initialization: Default Initialization causes an object to be initialized according to these rules :
- If it has pointer type, it is initialized to a null pointer.
- If it has arithmetic type, it is initialized to (positive or unsigned) zero.
- If it is an aggregate type, every member is initialized (recursively) according to these rules
- If it is a union, the first named member is initialized (recursively) according to these rules.
For an object of aggregate type, with an explicit initializer, the initialization shall occur in initializer list order, each initializer provided for a particular sub-object overriding any previously listed initializer for the same sub-object; all sub-objects that are not initialized explicitly shall by initialized implicitly according to the rules for default initialization. 3.


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Code Generation is the final step of the journey through Grammars, Parsers, Semantics and Compilers.
In this article, I will discuss with you the implementation I made of a Code Generation module, as part of the Compiler I wrote for a new programming language that I designed.
Let’s also briefly review what we’ve learnt so far in this course about Compilers and Programming Languages. We went into the details of many central subjects as well as some side-topics that are useful to understand the whole picture.
[Read More]
Design of a New Context-Free Grammar
We studied Formal Grammars in some of the previous articles in this course, What is a Grammar in programming languages and How to design formal Grammars. The most important concepts we learned are:
There are 4 types of Grammar in the Chomsky hierarchy. Type-2 Grammars, also said Context-Free Grammars, are the ones used to design new programming languages. One must avoid many pitfalls while creating a new Grammar, for example left-recursion and ambiguity.
[Read More]
Do Compilers Depend on the Computer Architecture?
In all previous articles in this course, I tried to emphasize equally all steps in the compilation:
Lexical Analysis Parsing Semantic Analysis Optimization Code Generation For some reason, though, I noticed that the first three steps receive a lot of attention, usually much more than the last two.
Moreover, the first three steps form what’s usually called front-end compilation, as opposed to the back-end compilation that if formed by the last two.
[Read More]
How Compilers Optimize the Source Code (Part I)
A previous aricle of this course was entirely devoted to an overview of Optimization in Compilers. Reading that article is a clear prerequisite for this one (see the references at the end).
We did study the following concepts:
What Compilers optimize. When Compilers optimize, that is, at which point in the compilation process. Where they optimize, that is, what parts of the code. In this article I want to study How Compilers Optimize source code.
[Read More]
How Compilers Optimize the Source Code (Part II)
In Part I of this class we learned a great deal about how Compilers do Local Optimization.
Local Optimization is the process of improving the performance of each basic block of code, isolated from the rest of the code. A basic block is a subset of the program that doesn’t contain label, except possibly in the first instruction, and doesn’t contain jump, except possibly in the last instruction.
In Part II of the class on How Compilers Optimize the Source code, we will be studying Global Optimization and Data-Flow Analysis.
[Read More]
Implementation of a Recursive Descent Parser
We learned a great deal about Parsing algorithms in previous articles of this course. In one sentence, a Parser is a software that receives a list of Token objects and decide whether such a list fulfills the constraints given by a Formal Grammar.
In other words, within a Compiler, the Parser is the element that makes sure the grammatical rules are respected.
At the organization level, the Parser is the second step in front-end compilation, after Lexical Analysis, but before Semantic Analysis.
[Read More]
Implementation of Semantic Analysis
This article is part of my course on Compilers, Formal Grammars and Programming Languages. Up to this point we have studied:
What is a Compiler. What are the several stages of the compilation process. What is a Formal Grammar, and several existing types of Grammars. A real design example of a new Context-Free Grammar, for a new Turing-complete programming language. What is Parsing, the second stage of compilation. A real implementation of a Recursive Descent Parser, made for the new programming language mentioned above.
[Read More]
How do Compilers Manage Garbage Collection?
A Garbage Collector is the module of a programming language that takes care of cleaning the memory during the program’s execution.
Even though we are used to it, Garbage Collection (also called Automatic Memory Management) is a relatively recent innovation in programming languages.
In the good old days, programming languages such as C and C++ asked the developer to take care of every bit of memory. For example, in C the developer should:
[Read More]
Source Code Optimization in Compilers
The strongest Compilers out there do not limit their work to direct compilation of the source code.
They also modify the original source code in order to optimize performances.
The first concepts we must study are:
What they optimize. When they optimize, that is, at which point in the compilation process. Where they optimize, that is, what parts of the code. What do Compilers Optimize? Software applications vary over a very broad range.
[Read More]
Why Are Some Programming Languages Faster?
Thanks to “Compilers” being the main keyword for this course, we also learned a great deal about Programming Language.
In a previous article I described what features can differentiate a programming language from the others. In particular:
General Purpose vs Domain Specific Language. High vs Low Level Language. Interpreted vs Compiled Language. Procedural vs Functional vs Object Oriented Language. Typed vs Untyped Language. Statically vs Dynamically Typed Language. Static vs Dynamic Scope.
[Read More]


Snapchat adds age-transforming slider feature
People can see how they might look in the future as well as reversing the years.
Snapchat is aiming to lure more users on to its photo-sharing app with a new filter that allows people to change the age of their appearance.
The Time Machine feature works as a slider, making faces appear younger from one end and older in the opposite direction.
Platform owner Snap will be hoping to replicate previous successful filters such as gender swapping, which became popular after a number of celebrities shared their own results on social media.
According to the firm, more than 70% of its daily users play with or view Lenses every day to transform the way they look.
In October, Snapchat reported that it had added another seven million daily active users in its latest quarter, while losses narrowed.
It managed to attract 210 million daily active users in the three months to the end of September, up 13% year-over-year.
The company continued to operate at a net loss, but edged a step closer to profitability, with losses shrinking to 227.3 million dollars (£176.5 million) this period, compared with 255.2 million dollars (£198.1 million) the three months before.
Earlier this year FaceApp service went viral again with a similar ageing feature, though there was some concern about the Russia-based company’s privacy policy.


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My name is Samuel Mwangi and i currently finished courses in Moringa School. i have done HTML, CSS, JAVA script C and C++ and later finished Data science. Hence qualified as a Full Stack developer. The institution ensured that i have aquired and understood all the languages listed above and capable of designing and launching web page.
I studied at Thika Memorial School, joined Pioneer High School and later join Jomo Kenyatta University Of Agriculture and Technology. Here i did Mechatronic Engineering and hence specialized in robitics and automation. I later got employed to practice my profession in the engineering department. later i joined Moringer to expand my knoledge.
The process and the product produced is efficient and very essential for my business. This is a great company to invest in.
The customer service is very good and i loved the product that they offered. The website works perfectly and well in evry aspect expected.
The ability of the personel to host and provide a web domain for free makes it easy for us to invest. Also the services enable us to intaract with the customers with ease.


---
layout: post
title: what are these called anyway ?
date: '2007-02-23T16:04:00.000+01:00'
author: Steven Van Acker
tags:
modified_time: '2008-01-18T10:41:50.054+01:00'
blogger_id: tag:blogger.com,1999:blog-5513234137363262204.post-8657662612349840072
blogger_orig_url: http://www.singularity.be/2007/02/what-are-these-called-anyway.html
---
[G2:11002]
I was playing with these trying to think of something that I could use to fortify the wires of my UTP cables, the ones I want to use to connect to my K8000. And then I suddenly realised I was holding the solution in my hands :)
So after burning off the plastic (don't try this at home kids), I was left with a couple metal wires that were strong enough for my purpose.
I melted off the plastic with the soldering stick the last time, it much less dangerous and the wires aren't scorched :P


- Train
- Car
- Buses
Here are our contacts
There are several means of transport that you can use to come visit use:
Do you want to be more sustainable? Use public transport to reach Bolzano and then use
bikesharing and carsharing to travel around South Tyrol.
Here's a map you can use to find the nearest cars and bike stations:


WHO AM I
I'm a developer with experience in HTML, CSS, JS, Java, and other various languages. If you know who I am and are here for this reason, no, I don't usually code for people, but sometimes I make exceptions. Besides coding, I like winning deathrun games and good rgps, and I'm occasionally active on my YouTube and Twitch channels, among other things.
 Let me explain. You're probably here because you want to know something about Eerie. Sorry, but I don't have much for you. I haven't talked to him in months. And, even if I did have any relavent information, there's not much I'd be willing to show you. Even after everything, I'm still not going to leak it, even though they're only development builds its still information I'd rather not give away.
WAYS TO CONTACT ME
You can find me as @RudRecciah#5681. Still, no gurarantees you'll be able to get anything out of it. You can find me on YouTube here. My home on Twitch is here. Do not attempt to contact me through Helios Practice, or anything and anyone its connected with. It's pretty obvious I left that place a while ago.


Oulipo
问题描述 :
The French author Georges Perec (1936–1982) once wrote a book, La disparition, without the letter 'e'. He was a member of the Oulipo group. A quote from the book:
Tout avait Pair normal, mais tout s’affirmait faux. Tout avait Fair normal, d’abord, puis surgissait l’inhumain, l’affolant.
Perec would probably have scored high (or rather, low) in the following contest. People are asked to write a perhaps even meaningful text on some subject with as few occurrences of a given “word” as possible. Our task is to provide the jury with a program that counts these occurrences, in order to obtain a ranking of the competitors. These competitors often write very long texts with nonsense meaning; a sequence of 500,000 consecutive 'T's is not unusual. And they never use spaces.
So we want to quickly find out how often a word, i.e., a given string, occurs in a text. More formally: given the alphabet {'A', 'B', 'C', …, 'Z'} and two finite strings over that alphabet, a word W and a text T, count the number of occurrences of W in T. All the consecutive characters of W must exactly match consecutive characters of T. Occurrences may overlap.
输入:
The first line of the input file contains a single number: the number of test cases to follow. Each test case has the following format:
- One line with the word W, a string over {'A', 'B', 'C', …, 'Z'}, with 1 ≤ |W| ≤ 10,000 (here |W| denotes the length of the string W).
- One line with the text T, a string over {'A', 'B', 'C', …, 'Z'}, with |W| ≤ |T| ≤ 1,000,000.
输出:
For every test case in the input file, the output should contain a single number, on a single line: the number of occurrences of the word W in the text T.
样例输入:
3 BAPC BAPC AZA AZAZAZA VERDI AVERDXIVYERDIAN
样例输出:
1 3 0
解题代码:
//* @author<EMAIL_ADDRESS>import java.io.*; public class Main { static int[] next; static String s1,s2; static int l1,l2,cnt; public static void main(String[] args) throws IOException { InputStreamReader is=new InputStreamReader(System.in); BufferedReader in=new BufferedReader(is); int a=Integer.parseInt(in.readLine()); while((a--)!=0) { s1=in.readLine(); s2=in.readLine(); l1=s1.length(); l2=s2.length(); cnt=0; next=new int[l1]; next(); kmp(); System.out.println(cnt); } } static void kmp() { int i=0,j=0; while(i< l2&&j< l1) { if(j==-1||s2.charAt(i)==s1.charAt(j)) { i++; j++; } else j=next[j]; if(j==l1) { cnt++; i=i-1; j=next[j-1]; } } } static void next() { int i = 0; next[0] = -1; int j = -1; while(i < l1 - 1) { if(j == -1 || s1.charAt(i) == s1.charAt(j)) { ++i; ++j; next[i] = j; } else j = next[j]; } } }
mark, 很巧妙的实现！
非常好，初学者就应该先理解递归
正有此意，欢迎更多的建议~
信息不全
非常不错
97行缺一个分号
通不过。
赞！！~~大赞！！~
分三种情况讨论。Not Possible就是impossible
方法二可行，已测试
http://blog.csdn.net/alpc_paul/article/details/33769407
这一题的代码这样提交时错误的~少考虑了很多情况
涨姿势了
Often We don’t set up on weblogs, but I would like to condition that this established up really forced me individually to do this! considerably outstanding publish
很有用，收藏了


The purpose of this demo is not only allow you to learn about the features of ab-datepicker but also to assist you in its configuration.
Choose the appropriate options to the right of the screen, then check their effects by operating the datepicker control in to the left of the screen.
This demonstrator automatically updates the scripts for you, you will only need to copy/paste them into your HTML page.


| OLD line(s): 200
<xsd:include schemaLocation="../../CorporateIncomeTax/Common/IRS970/OtherGoodsInventoryAndLIFOMethodExplnStatement.xsd" /> | NEW line(s): 200
<xsd:include schemaLocation="../../CorporateIncomeTax/Common/IRS970/OtherDollarValueMethodUsedExplnStatement.xsd" /> |
| OLD line(s): 201
| NEW line(s): 202
<xsd:include schemaLocation="../../CorporateIncomeTax/Common/IRS970/OtherGoodsInventoryAndLIFOMethodExplnStatement.xsd" /> |
| OLD line(s): 391,393
<!-- Includes for 8820 (supporting info, schedules, computations, and such) --> <xsd:include schemaLocation="../../CorporateIncomeTax/Common/IRS8820/OrphanDrugStatement.xsd" /> | NEW line(s): 391
|
| OLD line(s): 496,498
<!-- Includes for 8882 (supporting info, schedules, computations, and such) --> <xsd:include schemaLocation="../../CorporateIncomeTax/Common/IRS8882/CreditFromPassThroughEntitiesStatement.xsd"/> | NEW line(s): 493
|
| OLD line(s): 2461,2467
<!-- Form 8820 statement --> <xsd:element ref="OrphanDrugStatement" minOccurs="0" maxOccurs="unbounded"> <xsd:annotation> <xsd:documentation>Orphan Drug Statement</xsd:documentation> </xsd:annotation> </xsd:element> | NEW line(s): 2455
|
| OLD line(s): 3210,3216
<!-- Form 8882 statement --> <xsd:element ref="CreditFromPassThruEntitiesStmt" minOccurs="0" maxOccurs="unbounded"> <xsd:annotation> <xsd:documentation>Credit From Pass-Through Entities Statement</xsd:documentation> </xsd:annotation> </xsd:element> | NEW line(s): 3197
|
| OLD line(s): 3358
<xsd:element ref="OthGdsInvntryAndLIFOMthdStmt" minOccurs="0" maxOccurs="unbounded"> | NEW line(s): 3339
<xsd:element ref="OtherDollarValueMthdUsedExpln" minOccurs="0" maxOccurs="unbounded"> |
| OLD line(s): 3360
<xsd:documentation>Other Goods Inventory And LIFO Methods Used Statement</xsd:documentation> | NEW line(s): 3341
<xsd:documentation>Explanation For Other Dollar Value Method Used To Figure The Current Year Cost Of Goods Sold</xsd:documentation> |
| OLD line(s): 3376
| NEW line(s): 3358,3364
<!-- Form 970 statement --> <xsd:element ref="OthGdsInvntryAndLIFOMthdStmt" minOccurs="0" maxOccurs="unbounded"> <xsd:annotation> <xsd:documentation>Other Goods Inventory And LIFO Methods Used Statement</xsd:documentation> </xsd:annotation> </xsd:element> |


Lab Technician
UA Little Rock || IT Services
February 2018 - Present
Assist students in the library printing lab and take calls in the IT Services call center.
IT Services Website Little Rock, ArkansasRyan Hood
Assist students in the library printing lab and take calls in the IT Services call center.
IT Services Website Little Rock, ArkansasCleaned interior and exterior of windows, power washed driveways, aided primary window washer.
Weekly cleaning of office buildings, assist other janitorial staff when needed.


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On March 8, President Lee Bollinger announced Columbia would shift to remote learning and temporarily canceled classes prior to spring break after a Columbia affiliate came in contact with someone with COVID-19, the first suspected case across the Ivy League.
On March 8, President Lee Bollinger announced Columbia would shift to remote learning and temporarily canceled classes prior to spring break after a Columbia affiliate came in contact with someone with COVID-19, the first suspected case across the Ivy League.
Students were encouraged to leave campus but were able to stay on campus if needed. Days later, in light of the growing epidemic and the first known case in the Columbia community, the University announced a mandatory move out on March 15.
Students were encouraged to leave campus but were able to stay on campus if needed. Days later, in light of the growing epidemic and the first known case in the Columbia community, the University announced a mandatory move out on March 15.
Despite Columbia being the first Ivy League university to respond to the coronavirus pandemic by shifting to partial online instruction, it was the last to mandate students leave campus, when there were 3,499 cases nationally and 732 cases in New York. The University followed the guidance of public health experts and state officials.
Despite Columbia being the first Ivy League university to respond to the coronavirus pandemic by shifting to partial online instruction, it was the last to mandate students leave campus, when there were 3,499 cases nationally and 732 cases in New York. The University followed the guidance of public health experts and state officials.


Presentation
Design:
Use strong ciphers (AES 128 or better) with secure mode of operations (do not use ECB).
Use strong hashes (SHA 256 or better) with salts for passwords.
Protect keys more than any other asset.
Use TLS 1.2 or later for all web communications.
Buy extended validation (EV) certificates for public web servers.
Tip: Use TLS 1.2 always – even internally. Most snooping is done within corporate networks – and it is as easy and unethical as fishing with dynamite.
Render:
Do not send keys or hashes to the browser.


Js Console
:clear - to clear the history
:history - list current session history
press tab to autocomplete


§431:4-108 Application for a solicitation permit. To apply for a solicitation permit a person shall:
(1) File with the commissioner a request showing:
(A) Name, type and purpose of insurer or corporation proposed to be formed;
(B) Names, addresses and business records of each person associated or to be associated with in the formation of the proposed insurer or corporation;
(C) Full disclosure of the terms of all understandings and agreements existing or proposed among persons so associated relative to the proposed insurer or corporation or the formation thereof;
(D) The plan according to which solicitations are to be made;
(E) Such additional information as the commissioner may reasonably require.
(2) File with the commissioner:
(A) (i) The articles of incorporation, or
(ii) The proposed subscribers' agreement and power of attorney, if the proposed insurer is a reciprocal;
(B) Original and one copy of any proposed bylaws;
(C) Copy of any security proposed to be issued and copy of application or subscription agreement therefor;
(D) Copy of any insurance contract proposed to be offered and copy of application therefor;
(E) Copy of any prospectus, advertising or literature proposed to be used;
(F) Copy of proposed form of any escrow agreement required.
(3) Deposit with the commissioner the appropriate fees required by this code. [L 1987, c 347, pt of §2]


Go
Hoosiers
Boo
Boilermakers
This is the first column.
This is the second column.
This is the third column.
This is the fourth column.
Skeleton


We’re hosting an in-person meetup at MITAOE on 18th October, from 3pm - 5pm, to gather all free and open source enthusiasts from the Pune city to contribute to open source projects together. Hacktoberfest is an annual month-long event to celebrate and encourage more developers to become involved with open source software. It’s open for anyone, especially beginners just getting started with open source! In this meetup, we’ll take a beginner friendly session on Git and GitHub. The most active contributors, who make at least 4 PR’s merged, will receive T-shirts sponsored by Digital Ocean.
MIT Academy of Engineering, Alandi Pune
Time:3pm-5pm


graticuleps documentation
graticuleps is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.
The graticuleps places a graticule on a polar stereographic cartesian coordinate map of the southern hemisphere.
Contents
Syntax
graticuleps graticuleps(lats,lons) graticuleps(...,'km') graticuleps(...,LineProperty,LineValue) h = graticuleps(...)
Description
graticuleps places a grey graticule on a cartesian-coordinate map.
graticuleps(lats,lons) specifies lines of latitude and longitude. By default, lats = -80:10:-30 and lons = -150:30:180.
graticuleps(...,'km') plots in polar stereographic kilometers instead of the default meters.
graticuleps(...,LineProperty,LineValue) formats line properties such as color, linewidth, linestyle, etc.
h = graticuleps(...) returns a graphics handle h of the plotted graticule.
Example 1: Simplest case
Simply place a graticule on a cartesian coordinate map:
graticuleps
And if you'd like, you can overlay a light blue (RGB values obtained with the rgb function) patchps of the continent:
load AMTdata patchps(glat{1},glon{1},rgb('light blue')) xlabel 'eastings (m)' ylabel 'northings (m)'
Example 2: Specify parallels and meridians
Place labels every 5 degrees of latitude and every 45 degrees of longitude:
figure
graticuleps(-85:5:-60,-135:45:180)
patchps(glat{1},glon{1},rgb('toupe'))
Format lines and plot in polar stereographic kilometers
Some data sets are in polar stereographic kilometers instead of meters.  % Plot every 5 degrees latitude, -135:45:180,... % every 45 degrees longitude, 'r:',... % garish red dotted line, 'linewidth',2,... % make that a fat garish red dotted line, 'km'); % in polar stereographic kilometers. xlabel 'eastings (km)' ylabel 'northings (km)'
Citing AMT
If this function or any other part of Antarctic Mapping Tools is useful for you, please cite the paper that describes AMT.
Greene, C. A., Gwyther, D. E., & Blankenship, D. D. Antarctic Mapping Tools for Matlab. Computers & Geosciences. 104 (2017) pp.151-157. doi:10.1016/j.cageo.2016.08.003.
Author Info
This function was written by Chad A. Greene of the University of Texas at Austin's Intitute for Geophysics, July 2015. It is included in Antarctic Mapping Tools for Matlab.


RQ108/RQ109 - Wandering/Bump Test
Overview
Put the robot in wandering mode and display the bump counter.
Usage - Bump Test
You do not need to start for this test.
- Place hammering device in front of the bumper (left, centre or right)
- Keep an eye on the bump counter
Usage - Safe Wandering
- Place on a table
- Configure speeds appropriately
- Press start
- It will use bump and cliff sensors to avoid a fall


THE RAINMAKER
By Harvey Karten, Ph.D. Paramount Pictures/Constellation Films Director: Francis Ford Coppola Writer: Francis Ford Coppola from novel by John Grisham Cast: Matt Damon, Claire Danes, Jon Voight, Mary Kay Place, Mickey Rourke, Danny DeVito, Danny Glover
Question: "How do you know when a lawyer is lying?" Answer: "When you see his lips moving." This gag, narrated soon after the opening scene of Francis Ford Coppola's adaptation of John Grisham's book, sums up the novelist's attitude toward the legal profession. Grisham, who was easily able to give up his day job as an attorney when he turned to writing about the responsibility, is cynical almost to the point of hopelessness. What saves him from despair is his conviction that somewhere out there you can find professionals of integrity who do not lie each time they move their lips and juries who are justifiably incensed enough to mete out justice.
In the hands of director Coppola, "The Rainmaker," given the appropriate time of two hours and fifteen minutes, must still come up short on some of the story's subplots, most expressly in the case of an elderly woman who pretends to have a small fortune put away which, she insists, will go to her children only if they treat her right in her declining years. But Coppola more than makes up for this omission by playing up the humor in what is at base a tale of pathos involving a twenty-two-year old man who is dying of leukemia, a kid who could have been saved if his medical insurance policy approved his family's claim. "The Rainmaker" features a stellar cast with Danny De Vito providing most of the yocks, young and relatively unknown Matt Damon eliciting audience cheers and good will, and Jon Voight as the big, bad, corporate attorney absolutely full of himself as he brings his enormous skills and experience to bear against a poor Memphis woman whose son in slipping into death.
To Coppola's credit this tale, which could have been hammered home with all the hysteria of a mega- melodrama, is played out low-key almost as though the trial scenes were taking place as cinema verite. The story is peppered throughout with Michael Herr's narration of the budding views of the twenty-four-year-old Rudy Baylor (Matt Damon), who has just graduated from law school and is looking for his first job. Landing a position with a shady firm of ambulance chasers bossed by "Bruiser" Stone (Mickey Rourke), he learns quickly that he needs not chase ambulances unless he has a penchant for eating. Opening scenes feature Danny DeVito in scenes that could have come out of "Critical Care," as Deck Schifflet (DeVito) and his new associate Rudy hustle about a local Memphis hospital looking for accident cases to take on.
While the principal action involves the lawsuit by Rudy Baylor's sprouting legal office against an insurance company which has a policy of refusing virtually all claims, there is an ample diversity of smaller accounts to keep the audience busy, the most melodramatic of which involves the young and pretty Kelly Riker (Claire Danes) who is regularly beaten up by her husband. Baylor's relationship with the hapless and mousy woman provides the right romantic touch and is treated with subtlety and good taste.
Jon Voight is particularly dependable as the big-shot lawyer who tries every tactic to squelch the plaintiff's case of wrongful death while Mickey Rourke, in a solid, over-the-top performance, demonstrates the sleaze of an attorney whose fumbling little law firm is just a front for mob activity. Matt Damon operates in a role that could have gone to Matthew McCannaughey, Damon's youth and inexperience providing the proper feel of a young urban professional who will have a very tough time ever duplicating the success he enjoys in his very first test.
"The Rainmaker" is not noted particularly for saying anything new or for subverting audience prejudices against shyster lawyers and corporate evils, but what it says comes across in a crisp professional style under Coppola's direction and provides "The Rainmaker" with a solid story ably told. Rated PG-13. Running Time: 135 minutes. (C) 1997 Harvey Karten
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