This web apps shows the possible interaction between "Unorganized Violent Riots" and droughts in Africa between 2005 and 2016.
Press the play button on the timeline slider to begin the animation. As an incident of violence occurs, a point will appear on the map. At the same time, the drought data will update month by month. Pause the animation at any time or drag the slider to manually change the time. Click on any violence point to get information about number of deaths and a description of the incident.
Created by Kimberly Byron, William Houser, and Kenneth Abarra for GEOG 5201 by Morteza Karimzadeh, April, 2018.
Link to video: Link


War Office
Maritime Special Projects
Room 543,
Building 1234, Admirals Way,
New Portsmouth
12th September 1983
Dr John Craven
TOP SECRET
SUBJECT: AN ASW CAPABILITY FOR THE FUTURE - ASW ‘90
Petty Officer Jim Stoner,
1. Overview: Following the near loss of the
Isle of Wright to Nergurial Forces
during Autumn 1981, Command In Chief Allied Forces
mandate 4321/82
directed the urgent development of a step-change in ASW capability.
2. CTF-568
has been stood up to administer improvements to ASW equipments,
technologies and skills sufficient to put the Allied ASW capability
on a clear pillar of superiority - with the working title ASW ‘90.
3. SubTrack ‘90: A significant part of the ASW ‘90 capability improvement
will be the trials of a radical ASW platform
carrying SkunkWorks sensors, equipments, and systems.
This platform has the working title SubTrack ‘90.
4. You are to present yourself to AF Brigand, 12 Berth, New Portsmouth by 14th September ready for ASW duties.
5. Structure: You are assigned exclusively to
CTF-568 until satisfactory completion of the
Phased development of new capabilities. Each Phase will represent increased complexity/challenge,
comprising a series of Missions to validate skillsets.
You will only proceed to the next Mission on satisfactory completion of the previous one.
After each Mission (successfully completed or not) you will be invited to perform Post Mission Review.
Similarly, as an Investor in People,
CTF-568 will provide Remedial Guidance, plus
Suspension Of Leave as appropriate.
6. Following successful demonstration of Sound Room skills,
you will be given elevated Ship Control responsibilities,
with subsequent control of Advanced Ranging tools, plus Weapons-Free status for
destruction of enemy forces, subject to relaxed ROE.
7. Needless to say, the successful provision of ASW ‘90 is critical to the
future defence of Allied Territories.
Yours Aye
Vice Admiral Gordon Chachachansky


This might take a while... I'm loading an entire dictionary!
These are the letters at the bottom of the game screen. They can be entered in any order.
Please enter the possible letters that can make up the word. The number of letters must be greater than or equal to the characters in the above pattern.
This is the word you're trying to solve for. Use "?" for each letter that you don't know.
For example, if the word you're looking for is SDA, enter "s?da".
If you don't know anything about the word, enter that many ?'s (for example, for enter "???").
Please enter the word you're attempting to solve with one or more ? for unknown letters.
Matching Words
Solution 1
Solution 2
Solution 3
No matches found!
Tip: If you're on a phone or tablet, autocorrect may have changed some of your letters. Double-check that everything was entered correctly.


Some images:
This is a
with an id of
someDiv
Hello
Goodbye
jQuery supports
CSS1
CSS2
CSS3
Basic XPath
jQuery also supports
Custom selectors
Form selectors
Language
Type
Invented
Java
Static
1995
Ruby
Dynamic
1993
Smalltalk
Dynamic
1972
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Static
1983
Text:
Radio group:
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Checkboxes:
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Up: Contents
Next: Names, Addresses, Ports, and All That
Previous: Manager-worker Example, Using MPI_COMM_SPAWN.
This section provides functions that establish communication between
two sets of MPI processes that do not share a communicator.
Some situations in which these functions are useful are:
1. Two parts of an application that are started independently need to
communicate.
2. A visualization tool wants to attach to a running process.
3. A server wants to accept connections from multiple clients. Both
clients and server may be parallel programs.
In each of these situations, MPI must establish communication
channels where none existed before, and there is no parent/child
relationship.
The routines described in this section establish communication
between the two sets of processes by
creating an MPI intercommunicator,
where the two groups of the intercommunicator
are the original sets of processes.
Establishing contact between two groups of processes that do not share an
existing communicator is a collective but asymmetric process. One group of
processes indicates its willingness to accept connections from other groups of
processes. We will call this group the (parallel) server, even if this
is not a client/server type of application. The other group connects to the
server; we will call it the client.
Advice to users.
While the names client and server are used throughout
this section, MPI does not guarantee the traditional robustness
of client server systems. The functionality described in this
section is intended to allow two cooperating parts of the
same application to communicate with one another. For instance,
a client that gets a segmentation fault
and dies, or one that doesn't participate in a collective
operation may cause a server to crash or hang.
( End of advice to users.)
Up: Contents
Next: Names, Addresses, Ports, and All That
Previous: Manager-worker Example, Using MPI_COMM_SPAWN.
Return to MPI-2.2 Standard Index
Return to MPI Forum Home Page
(Unofficial) MPI-2.2 of September 4, 2009
HTML Generated on September 10, 2009


File
Measure
Note
Choose example
Chant.xml
Echigo-Jishi.xml
Saltarello.xml
MusicXML export
Measure:
Clef:
treble
bass
alto
tenor
Key Signature:
C
G
D
A
E
B
F#
C#
F
Bb
Eb
Ab
Db
Gb
Cb
Time Signature
2
3
4
5
6
1
2
4
8
16
set
Pitch:
Duration:
Dot:
Accidental:


cameraViewEx
/
com.priyankvasa.android.cameraviewex
/
CameraView
/
onSaveInstanceState
onSaveInstanceState
protected
fun
onSaveInstanceState
(
)
:
Parcelable
?


Blog Site Title Home Select archived post for your viewing. Visit Us on FaceBook Visit Us on Twitter December 2019 December 15, 2019: Blog99


JukeBox
Playlist
Play All
Library
Welcome to Jukebox!
Add some songs to the Playlist to start listening.


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Dr. Al Lieberman Prof. of Marketing, Executive Director Entertainment, Media and Technology Program Stern School of Business, NYU
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Prof. Allan Baker Associate Dean, Administration and International Projects School of Cinematic Arts University of Southern California
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Dr. Allan L. Fisher President and CEO Carnegie Technology Education, Pittsburgh
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Dr. Ashish Arora Professor of Economics and Public Policy Carnegie Mellon University
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Prof. Dr. Bernhard Glaeser Social Science Research Centre Berlin
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Dr. Bob Hoekstra Former CEO, Philips R&D Center CEO, Opportunity India Consulting
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Dr. Bopaya Bidanda Ernest E. Roth Professor and Chair, Dept. of Industrial Engg. Prof. of Business Administration Joseph M. Katz Graduate Business School University of Pittsburgh
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Dr. Cauligi S. Raghavendra Sr. Associate Dean for Strategic Initiatives Prof. Electrical Engineering and Prof. of Computer Science Viterbi School of Engineering University
of Southern California |
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Dr. Christopher R Lowe Director
Institute of Biotechnology University of Cambridge
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Dr. Daniel Chandran Deputy Head of School,School of Systems, Management & Leadership Associate Member, Centre for Human Centered Technology Design University of Technology, Sydney New South Wales
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Dr. Prof. David E.Luzzi Dean, College of Engineering 230, Snell Engineering Center North Eastern University
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Dr. David L. Bartlett Vice Chairman, Surgical Oncology & Gastrointestinal Services Bernard Fisher Professor of Surgery Chief of the Division of Surgical Oncology University
of Pittsburgh
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Prof. Ernest J. Wilson III Dean and Walter H.Annenberg Chair in Communication Annenberg School for Communication and Journalism University of Southern California
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Dr. Francis Y. L. Chin Associate Dean of Engineering Professor and Chair, Computer Science University of Hong Kong
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Dr. Ganesh Krishnamoorthy Professor, Accounting Northeastern University
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Dr. Gilbert H. Mudge Senior Cardiologist and Senior Medical Advisor Director BWH International Program Brigham and Women's Hospital
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Dr. H. Raghav Rao Professor, Department of MSS, School of Management State University of New York Buffalo
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Dr. Hemant K. Bhargava Professor, and Jerome and Elsie Suran Chair in Technology Management Graduate School of Management University of California, Davis
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Dr. Hemant K. Jain Professor
Sheldon B. Lubar School of Business University of Wisconsin, Milwaukee
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Prof. J. N. Reddy Distinguished Professor and Holder of Oscar S.Wyatt Chair Department of mechanical engineering Texas A & M University
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Dr. Jeremy Howells Dean, Faculty of Business and Law University of Southampton Southampton, United Kingdom
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Dr. Joanne L. Russel Director, Center for Global Health University of Pittsburgh
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Dr. John N.Fini Homewood Intellectual Property & Technology Commercialization (Homewood IP), Director, Fast-forward Initiative, The Johns Hopkins University
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Dr. K. Sivakumar Chairperson
Professor of Marketing Lehigh University
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Dr. Kannan Srinivasan Rohet Tolani Distinguished Professor of International Business H. J. Heinz II Professor of Management, Marketing and Information Systems Carnegie Mellon University
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Prof. Katsutoshi Ayano Chief of the Dept. of Business Administration and Political Sciences, Tokai University
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Dr. Kenneth K.W. Lee Associate Professor of Surgery Vice Chair for Graduate Education and Program Director Department of Surgery University of Pittsburgh
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Dr. Lee Loke Chong Executive Director Singapore Institute of Manufacturing Technology
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Dr. Malcom Peat Executive Director Queen's University
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Dr. Mark Stehlik Professor
Assistant Dean for Undergraduate Education, CSD Carnegie Mellon University
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Dr. Medini R. Singh Senior Lecturer in Discipline in Business Columbia University
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Dr. V. G. Narayanan Thomas D. Casserly, Jr. Professor of Business Administration Unit Head, Accounting and Management Harvard Business School Harvard University
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Dr. V. Narayanamurti Benjamin Peirce Professor and Director of Science Technology and Public Policy Program Harvard Kennedy School
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Dr. Oliver Linton Professor of Econometrics London School of Economics London
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Dr. Parasuraman James W. McLamore Chair in Marketing, Professor, and Department Chair, Marketing University of Miami Miami
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Dr. Pradeep Khosla Chancellor
University of California, San Diego
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Dr. Prasant Mohapatra Professor, Computer Science Department Associate Chancellor, University of California, San Diego
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Prof. Raj Acharya Professor and Head, Computer Science & Engineering Director, Advanced Laboratory for Information Systems & Analysis (ALISA) The Pennsylvania State University
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Dr. Ramaiya Balachandra Professor, IOA Group College of Business Administration Northeastern University, Boston
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Dr. Ravi Kumar Associate Dean for International Programs and Professor University of Southern California
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Prof. Dr. Rer. Pol. Eberhard K. Hohl Head of MBA Program, International Business Management Director of International Affairs Faculty Technology and Management Hochschule Ravensburg-Weingarten University of Applied Sciences
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Dr. Rohan Abeyaratne Quentin Berg Professor of Mechanics Massachusetts Institute of Technology
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Dr. S. P. Raj Professor, Johnson Graduate School of Management Cornell University
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Prof. Satish Udpa Dean, College of Engineering University Distinguished Professor Michigan State University
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Dr. Seeram Ramakrishna Professor of Materials Engineering and Director of Center for Nan fibers & Nanotechnology National University of Singapore
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Dr. Shiladitya Sengupta Assistant Professor of Medicine and Health Science and Technology Harvard Medical School Brigham and Women's Hospital
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Dr. Stacey Lawson Co-Founder and Industry Fellow Center of Entrepreneurship and Technology University of California, Berkeley
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Dr. Sunil Dutta Chair, Accounting Group Joan and Egon von Kaschnitz Distinguished Associate Professor University of California at Berkeley California
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Dr. Sunil Gupta Edward W. Carter Professor of Business Administration Chair, General Management Program Harvard Business School Harvard University
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Prof. Sunil Saigal Distinguished Professor and Dean Newark College of Engineering New Jersey Institute of Technology University Heights Newark, NJ 07102
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Dr. Thas Nirmalathas Director, MERIT Associate Dean of Engineering University of Melbourne
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Dr. Tom Byers Professor and Academic Director Stanford Technology Ventures Program Stanford University
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Dr. N. Venkatraman David J. McGrath Jr. Professor in Management Boston University Boston
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Dr. M. S. Vijay Kumar Senior Strategic Advisor for Digital Learning & Director,OEIT Massachusetts Institute of Technology
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Dr. Vithala R. Rao Deane W. Malott Professor of Management Johnson Graduate School of Management Cornell University
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Dr. Wai K. Cheng Professor of Mechanical Engineering Director, Sloan Automotive Laboratory Massachusetts Institute of Technology
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Dr. William David Evans Head, Dept of Medical physics Cardiff and Vale NHS Trust University Hospital of Wales Wales
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Dr. Wong Poh Kam Director
NUS Entrepreneurship Centre National University of Singapore
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Ravi Chugh, Patrick Rondon, Ranjit Jhala (UC San Diego)
Nested Refinements: A logic for Duck Typing
Ross Tate (UC San Diego)
Designing the Ceylon Type System
Alen Stojanov (UC Irvine)
Return oriented programming in standalone executables
Hessam Samimi and Todd Millstein (UC Los Angeles)
Repairing PHP Web Applications
Miuath Alkhalaf and Tevfik Bultan (UC Santa Barbara)
Verifying client-side input validation functions using string analysis
Jeffrey McDaniel, Aurelila Baez, Brian Crites, Aditya Tammewar, Douglas Hill and Philip Brisk (UC Riverside)
The case for microfluidic hardware design languages
Kishore Pusukuri, Rajiv Gupta and Laxmi Bhuyan (UC Riverside)
Co-scheduling multithreaded programs on multicore systems
Donghwan Jeon, Saturnino Garcia, Chris Louie and Michael Taylor (UC San Diego)
Kismet: Speedup Estimates for serial programs
Pamela Bhattacharya, Iulian Neamtiu (UC Riverside)
Assessing programming language impact on development and maintenance: A study on C and C++
Stephen Foster, Sorin Lerner and William Griswold (UC San Diego)
WitchDoctor: A system for refactoring on the fly
Christoph Kerschbaumer and Eric Hennigan (UC Irvine)
Information Flow in Web Browsers
Alexei Kopylov, Aleksey Nogin and George Kuan (Hughes Research Labs)
A library for integrity information flow policy and robust declassification
Eric Griffis, Jeffrey Vaughan, Todd Millstein (UC Los Angeles)
A platform for expressive and secure data sharing with untrusted third parties
Yan Wang, Min Feng, Rajiv Gupta and Iulian Neamtiu (UC Riverside)
QuickZoom: A state alteration and inspection-based interactive debugger
Jaideep Nijar and Tevfik Bultan (UC Santa Barbara)
Bounded verification of Ruby on Rails data models
Daniel Grissom, Christopher Curtis, Philip Brisk (UC Riverside)
Compiling biocoder assays onto digital microfludic biochips
Min Feng and Rajiv Gupta (UC Riverside)
The SpiceC parallel programming system
Saturnino Garcia, Donghwan Jeon and Michael Taylor (UC San Diego)
Kremlin: Rethinking and rebooting gprof for the multicore age


---
layout: post
title: The True Story of Audion
categories: []
tags: []
status: publish
type: post
published: true
meta:
_original_post_id: ''
_original_import_author: John Duprey
author:
---
The True Story of Audion is a rather long write up on the history of the
Panic's Audio MP3 player/encoder and why it was retired. The best part is the interaction with Steve Jobs and Cabel, one of Panic's founders. If you are the impatient type, scroll towards the end, seciton: "The Big E-Mail".
( Read More... )
Ahh.. the double edged sword of capitalism.
In the same vein, this guy talks about what it typically means to sell out your start up company. Sound familiar?


# Copyright (c) 2021 - present / Neuralmagic, Inc. All Rights Reserved.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing,
# software distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
"""
Helper functions for performing quantization aware training with PyTorch
"""
from copy import deepcopy
import torch
from torch.nn import BatchNorm2d, Conv2d, Module, ReLU
try:
from torch import quantization as torch_quantization
except Exception:
torch_quantization = None
from sparseml.pytorch.nn import ReLU as ReLU_nm
__all__ = [
"add_quant_dequant",
"get_qat_qconfig",
"fuse_module_conv_bn_relus",
]
[docs]def add_quant_dequant(module):
"""
Wraps all Conv and Linear submodule with a qconfig with a QuantWrapper
:param module: the module to modify
"""
module_type = str(type(module)).split(".")[-1].lower()
is_quantizable_module = "conv" in module_type or "linear" in module_type
if is_quantizable_module and hasattr(module, "qconfig") and module.qconfig:
return torch_quantization.QuantWrapper(module)
for name, child in module.named_children():
setattr(module, name, add_quant_dequant(child))
return module
[docs]def get_qat_qconfig() -> torch_quantization.QConfig:
"""
:return: A QAT fake quantization config for symmetric weight quantization and
asymmetric activation quantization. The difference between this and
torch.quantization.default_qat_qconfig is that the activation observer
will not have reduce_range enabled.
"""
activation_observer = torch_quantization.FakeQuantize.with_args(
observer=torch_quantization.MovingAverageMinMaxObserver,
quant_min=0,
quant_max=255,
dtype=torch.quint8,
qscheme=torch.per_tensor_affine,
reduce_range=False,
)
weight_observer = torch_quantization.default_weight_fake_quant
return torch_quantization.QConfig(
activation=activation_observer,
weight=weight_observer,
)
[docs]def fuse_module_conv_bn_relus(module: Module, inplace: bool = True) -> Module:
"""
Performs fusion of Conv2d, BatchNorm2d, and ReLU layers found in the
given module. To be fused, these layers must appear sequentially in
module.named_modules() and be in the same submodule.
Fuses either Conv2d -> BatchNorm2d or Conv2d -> BatchNorm2d -> ReLU blocks
If this function does not fuse the model in the desired way, implement an
in place fusing function for the model.
:param module: the module to fuse
:param inplace: set True to perform fusions in-place. default is True
:return: the fused module
"""
if torch_quantization is None:
raise RuntimeError(
"Unable to import package torch.quantization. "
"Try upgrading your PyTorch version."
)
if not inplace:
module = deepcopy(module)
conv_blocks = []
current_block = []
current_block_submodule_name = ""
for name, layer in module.named_modules():
submodule_name = ".".join(name.split(".")[:-1])
if (
len(current_block) == 1 # [Conv2d]
and isinstance(layer, BatchNorm2d)
and submodule_name == current_block_submodule_name
) or (
len(current_block) == 2 # [Conv2d, BatchNorm2d]
and isinstance(layer, ReLU)
and submodule_name == current_block_submodule_name
):
if isinstance(layer, ReLU_nm):
_replace_nm_relu(module, name, layer)
current_block.append(name)
else:
if current_block:
if len(current_block) > 1: # cannot fuse single module
conv_blocks.append(current_block)
current_block = []
current_block_submodule_name = ""
if isinstance(layer, Conv2d):
current_block.append(name)
current_block_submodule_name = submodule_name
if conv_blocks:
torch_quantization.fuse_modules(module, conv_blocks, inplace=True)
return module
def _replace_nm_relu(root_module, relu_path, nm_relu):
current_module = root_module
relu_path = relu_path.split(".")
for sub_module in relu_path[:-1]:
current_module = getattr(current_module, sub_module)
new_relu = ReLU(inplace=nm_relu.inplace)
setattr(current_module, relu_path[-1], new_relu)


| Package | Description |
|---|---|
| org.jamplate.impl |
Jamplate specific implementations.
|
| org.jamplate.impl.compiler |
A package containing implementations of the interface
Compiler . |
| org.jamplate.impl.processor |
A package containing implementations of the interface
Processor . |
| org.jamplate.model.function |
All about processors.
|
| Modifier and Type | Field and Description |
|---|---|
static @NotNull Compiler |
Jamplate.COMPILER
The default jamplate compiler.
|
static @NotNull Compiler |
Compilers.CX_CMD_CONSOLE
A compiler that compiles console commands.
|
static @NotNull Compiler |
Compilers.CX_CMD_DECLARE
A compiler that compiles declare commands.
|
static @NotNull Compiler |
Compilers.CX_CMD_DEFINE
A compiler that compiles define commands.
|
static @NotNull Compiler |
Compilers.CX_CMD_ERROR
A compiler that compiles error commands.
|
static @NotNull Compiler |
Compilers.CX_CMD_INCLUDE
A compiler that compiles include commands.
|
static @NotNull Compiler |
Compilers.CX_CMD_MESSAGE
A compiler that compiles message commands.
|
static @NotNull Compiler |
Compilers.CX_CMD_SPREAD
A compiler that compiles spread commands.
|
static @NotNull Compiler |
Compilers.CX_CMD_UNDEC
A compiler that compiles undec commands.
|
static @NotNull Compiler |
Compilers.CX_CMD_UNDEF
A compiler that compiles undef commands.
|
static @NotNull Compiler |
Compilers.CX_FLW_CAPTURE
A compiler that compiles capture-contexts.
|
static @NotNull Compiler |
Compilers.CX_FLW_FOR
A compiler that compiles for-contexts.
|
static @NotNull Compiler |
Compilers.CX_FLW_IF
A compiler that compiles if-contexts.
|
static @NotNull Compiler |
Compilers.CX_FLW_WHILE
A compiler that compiles while-contexts.
|
static @NotNull Compiler |
Compilers.CX_INJ
A compiler that compiles injections.
|
static @NotNull Compiler |
Compilers.CX_PCM_LGC
A compiler that compiles logical contexts.
|
static @NotNull Compiler |
Compilers.CX_PCM_REF
A compiler that compiles references.
|
static @NotNull Compiler |
Compilers.CX_TXT
A compiler that compiles the non-command text.
|
static @NotNull Compiler |
Compilers.DC_EOL
A compiler that compiles line separators.
|
static @NotNull Compiler |
Compilers.DC_EOL_SUPPRESSED
A compiler that compiles suppressed line separators.
|
static @NotNull Compiler |
Compilers.DC_ROT
A compiler that compiles the root.
|
static @NotNull Compiler |
Compilers.SX_CUR
A compiler that compiles curly braces.
|
static @NotNull Compiler |
Compilers.SX_DQT
A compiler that compiles double quotes.
|
static @NotNull Compiler |
Compilers.SX_NME
A compiler that compiles name instructions.
|
static @NotNull Compiler |
Compilers.SX_NUM
A compiler that compiles numbers.
|
static @NotNull Compiler |
Compilers.SX_QTE
A compiler that compiles quotes.
|
static @NotNull Compiler |
Compilers.SX_RND
A compiler that compiles parentheses.
|
static @NotNull Compiler |
Compilers.SX_SQR
A compiler that compiles square brackets.
|
| Modifier and Type | Class and Description |
|---|---|
class |
CombineCompiler
A compiler that compiles using a pre-specified list of other compilers and then
combines the compiled instructions using a
IterXinstr instruction. |
class |
ExclusiveCompiler
A wrapper compiler that passes a pre-specified fallback compiler to the wrapped
compiler.
|
class |
FallbackCompiler
A compiler that delegates to the fallback compiler.
|
class |
FilterByKindCompiler
A compiler that targets a pre-specified kind of trees and compiles using another
compiler.
|
class |
FirstCompileCompiler
A compiler that tris compiling using multiple other compilers in order and returns the
results of the first compiler to succeed.
|
class |
FlattenCompiler
A compiler that compiles using two compilers.
|
class |
MandatoryCompiler
A compiler that delegates to another compiler and raises an exception if that other
compiler failed to compile.
|
class |
ToIdleCompiler
A compiler that compiles an empty instruction.
|
class |
ToIdleWhitespaceCompiler
A compiler that compiles whitespaces.
|
class |
ToPushConstCompiler
A compiler that always compiles into a
PushConst with the constant being the
result of reading the tree given to it. |
class |
ToPushConstUnescapeCompiler
A compiler that always compiles into a
PushConst with the constant being the
result of reading the tree given to it. |
class |
ToPushEvalAddrCompiler
A compiler that always compiles into a
PushEvalAddr with the address being the
result of reading the tree given to it. |
class |
ToReprntConstCompiler
A compiler that always compiles into a
ReprntConst with the constant being the
result of reading the tree given to it. |
| Modifier and Type | Field and Description |
|---|---|
protected @NotNull Compiler |
FilterByKindCompiler.compiler
The wrapped compiler.
|
protected @NotNull Compiler |
MandatoryCompiler.compiler
The wrapped compiler.
|
protected @NotNull Compiler |
FlattenCompiler.compiler
The compiler to be used.
|
protected @NotNull Compiler |
ExclusiveCompiler.compiler
The fallback compiler.
|
protected @NotNull Compiler |
ExclusiveCompiler.fallback
The fallback compiler.
|
protected @NotNull Compiler |
FlattenCompiler.fallBack
The compiler used by this compiler to compile the non-reserved ranges.
|
| Modifier and Type | Method and Description |
|---|---|
@Nullable Instruction |
FilterByKindCompiler.compile(@NotNull Compiler compiler,
@NotNull Compilation compilation,
@NotNull Tree tree) |
@Nullable Instruction |
ToIdleWhitespaceCompiler.compile(@NotNull Compiler compiler,
@NotNull Compilation compilation,
@NotNull Tree tree) |
@Nullable Instruction |
ToReprntConstCompiler.compile(@NotNull Compiler compiler,
@NotNull Compilation compilation,
@NotNull Tree tree) |
@Nullable Instruction |
ToPushConstUnescapeCompiler.compile(@NotNull Compiler compiler,
@NotNull Compilation compilation,
@NotNull Tree tree) |
@Nullable Instruction |
FallbackCompiler.compile(@NotNull Compiler compiler,
@NotNull Compilation compilation,
@NotNull Tree tree) |
@Nullable Instruction |
MandatoryCompiler.compile(@NotNull Compiler compiler,
@NotNull Compilation compilation,
@NotNull Tree tree) |
@Nullable Instruction |
CombineCompiler.compile(@NotNull Compiler compiler,
@NotNull Compilation compilation,
@NotNull Tree tree) |
@Nullable Instruction |
FirstCompileCompiler.compile(@NotNull Compiler compiler,
@NotNull Compilation compilation,
@NotNull Tree tree) |
@Nullable Instruction |
ToPushConstCompiler.compile(@NotNull Compiler compiler,
@NotNull Compilation compilation,
@NotNull Tree tree) |
@Nullable Instruction |
FlattenCompiler.compile(@NotNull Compiler compiler,
@NotNull Compilation compilation,
@NotNull Tree tree) |
@Nullable Instruction |
ExclusiveCompiler.compile(@NotNull Compiler compiler,
@NotNull Compilation compilation,
@NotNull Tree tree) |
@Nullable Instruction |
ToIdleCompiler.compile(@NotNull Compiler compiler,
@NotNull Compilation compilation,
@NotNull Tree tree) |
@Nullable Instruction |
ToPushEvalAddrCompiler.compile(@NotNull Compiler compiler,
@NotNull Compilation compilation,
@NotNull Tree tree) |
| Constructor and Description |
|---|
CombineCompiler(Compiler... compilers)
Construct a new compiler that compiles using the given
compilers then
combine the results with an IterXinstr instruction. |
ExclusiveCompiler(@NotNull Compiler compiler)
Construct a new exclusive compiler that compiles using the given
compiler
with itself as the fallback compiler (ignoring the fallback compiler given to it). |
ExclusiveCompiler(@NotNull Compiler compiler,
@NotNull Compiler fallback)
Construct a new exclusive compiler that compiles using the given
compiler
with the given fallback compiler as the fallback compiler (ignoring the
fallback compiler given to it). |
ExclusiveCompiler(@NotNull Compiler compiler,
@NotNull Compiler fallback)
Construct a new exclusive compiler that compiles using the given
compiler
with the given fallback compiler as the fallback compiler (ignoring the
fallback compiler given to it). |
FilterByKindCompiler(@NotNull java.lang.String kind,
@NotNull Compiler compiler)
Construct a new kind-filtered compiler that compiles trees with the given
kind using the given compiler . |
FirstCompileCompiler(Compiler... compilers)
Construct a new order-compiler that uses the given
compilers . |
FlattenCompiler(@NotNull Compiler compiler,
@NotNull Compiler fallBack)
Construct a new strict compiler that compiles the unreserved ranges using the given
fallback compiler. |
FlattenCompiler(@NotNull Compiler compiler,
@NotNull Compiler fallBack)
Construct a new strict compiler that compiles the unreserved ranges using the given
fallback compiler. |
MandatoryCompiler(@NotNull Compiler compiler)
Construct a new compiler wrapper that wraps the given
compiler and throws
an exception if it fails to compile. |
| Modifier and Type | Field and Description |
|---|---|
protected @NotNull Compiler |
CompilerProcessor.compiler
The compiler used by this processor.
|
| Constructor and Description |
|---|
CompilerProcessor(@NotNull Compiler compiler)
Construct a new compiler processor that compiles using the given
compiler . |
| Modifier and Type | Method and Description |
|---|---|
@Nullable Instruction |
Compiler.compile(@NotNull Compiler compiler,
@NotNull Compilation compilation,
@NotNull Tree tree)
Compile the given
tree and the trees in it. |


Encrypt a message with the recipient's Public Key
Send a message to someone using their Public Key
Step 1: Use the button to enter the recipient's Public Key.
The PUBLIC key
This belongs to the message recipient
Generate new keys
Enter your own keys
Step 2: The message is "numerized"
Enter a message in the box below
This is the "numerized" message
Step 3: The encrypts the message.
Give this message to the receipient
The numerized message from Step 2:
This is the "encrypted" message
AP Computer Science Principles Section 2.2D
Recipient's Public modulus
Recipient's Public key


The graphical image tree map showing the trend of the each district in india describing corresponding states with respect to population, area in (sq km) and density in (per sq km) as per the latest available data as of year 2014 .
Order by: Population Area Density submit Search:


Today we made {{index}} {{index | tuiPluralize: pluralize}}
Import TuiPluralizePipeModule
into a module
where you want to use our component
Use pipe in template with function and its arguments:


fun districtAt(coordinate: BlockCoordinate): District
Returns the District that we found at the current coordinate
coordinate - the coordinate to search at
coordinate


Salmon Cookies
Home
sales
Location
Add New Store
Store location
Min customers
Max customores
Avreage


Angular directive
map source template
Description
Implementation of MapController
Initialize a Google map within a <div>
tag with given options and register events
It accepts children directives; marker, shape, or marker-clusterer
It initialize map, children tags, then emits message as soon as the action is done The message emitted from this directive is; . mapInitialized
Parameters
| Name | Type | Description |
|---|---|---|
| Attr2Options | service |
Converts html attributes to Google map options |
| $timeout | service |
Angular window.setTimeout wrapper |
| $parse | service |
Angular html parser |
Attributes
| Name | Type | Description |
|---|---|---|
| geo-callback | Expression |
If center is an address or current location, the expression is will be executed when geo-lookup is successful. e.g., geo-callback="showMyStoreInfo()" |
| geo-fallback-center | Array |
The center of map incase geolocation failed. i.e. [0,0] |
| zoom-to-include-markers | Boolean |
If true, map boundary will be changed automatially to include all markers when initialized |
| default-style | Boolean |
When false, the default styling, |
| init-event | String |
The name of event to initialize this map.
If this option is given, the map won't be initialized until the event is received.
To invoke the event, use $scope.$emit or $scope.$broacast.
i.e. |
| <MapOption> | String | |
| <MapEvent> | String |
Example
Usage:
<map MAP_OPTIONS_OR_MAP_EVENTS ..>
... Any children directives
</map>
<map center="[40.74, -74.18]" on-click="doThat()">
</map>
<map geo-fallback-center="[40.74, -74.18]" zoom-to-inlude-markers="true">
</map>
Methods
-
linkFunc (scope, element, attrs, ctrl)
-
Initialize map and events
Parameters
Name Type Description scope service the scope of this element
element service element that this direcive is assigned to
attrs service attribute of this element
ctrl MapController map controller


General Election: Labour has 'close to zero' chance of majority, says pollster John Curtice
by Catherine NeilanLabour has “close to zero” chance of securing a majority this election, according to one of the country’s foremost polling experts.
Sir John Curtice today said the most likely outcome was either an outright Conservative victory or a hung parliament. But he noted that could still result in a Remain-led coalition and second referendum.
Read more: Nigel Farage refuses to stand down Brexit Party candidates in Labour-held seats
However, a straight win for Jeremy Corbyn when Britain heads to the polls on 12 December is next to impossible.
“The chances of the Labour party winning a majority are frankly as close to zero as one can safely say it to be given they look utterly incapable of regaining anything in Scotland,” he said.
Curtice added that the election was “a pretty binary contest”.
“Either Boris gets a majority and we’re leaving the EU on the terms he’s negotiating, or we get a hung parliament in which case we have to anticipate that a minority Labour administration which will apply for an extension and there will be a referendum, the result of which we do not know.”
Read more: Most Brits are left confused by Labour’s balancing act on Brexit, poll finds
Labour’s policy on Brexit – which is to renegotiate a new deal with Brussels and hold another referendum next summer – has eroded their support, Curtice warned.
“The problem the Labour party has is they’ve tried to satisfy everybody and have ended up satisfying nobody,” he said.
Scottish polling expert professor Ailsa Henderson and Welsh expert professor Roger Awan-Scully backed that view.
Speaking at the Institute for Government this morning, Henderson said while many voters were still undecided: “No one is moving to Labour – no one.
“This is the consequence of having an on-the-fence policy… with no articulated vision on the constitution, and when it is articulated is immediately contradicted by London.”
Read more: Film star Eddie Marsan calls Jeremy Corbyn ‘either an antisemite or ignorant’
A worst case scenario could see Labour lose all six seats in Scotland, she warned. At best, she estimated the party would retain Edinburgh South.
Meanwhile in Wales, which voted to leave in 2016, Labour risks losing its position as the most dominant party for first time in over 100 years, Awan-Scully said.
He pointed to five seats in North East Wales as a “key battleground”, which Labour must hold if they are serious about making Boris Johnson “an ex-prime minister by Christmas”.


|
|
Consequently, the modification of front-end characteristics at runtime is not directly supported, and it is the intention that use of sophisticated front-ends whose behaviour is runtime modifiable is left to front-end extensions. The stock front-ends provide simple severity level arbitration only.
Notwithstanding, certain stock front-ends have a potential spectrum of behaviour that means some limited runtime decision-making would be of use in a significant number of scenarios. It has proven possible to facilitate this without breaking the fundamental architecture of Pantheios, whose significant benefits (in particular the one-time, main-thread initialisation of front and front-ends), it would be unwise to disturb. Hence, these stock front-ends provide "callback" functionality.
In every case of a callback front-end, rather than defining the global character array PANTHEIOS_FE_PROCESS_IDENTITY
, the callback function pantheios_fe_getAppProcessIdentity() must be defined, as shown in the following example:
PANTHEIOS_CALL(PAN_CHAR_T const*) pantheios_fe_getAppProcessIdentity(void) /* throw() */ { return "my-program-identity"; }
Naturally, it is expected that users will have specific reasons for defining the process identity dynamically: specifically, they require to generate it dynamically, which must be done in pantheios_fe_init()
.
|
|
|
| pantheios Library documentation © Matthew Wilson & Synesis Software, 2006-2011 |


The Gallery
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A Missing Feature From Apple TV+ (On The Mac)
by Charlotte HenryI’ve been watching a lot of Apple TV+ on My Mac Mini. I either plug it into my main TV or use the 4K monitor that I usually use for work. Generally, it works great. The quality is great and I’ve never had any streaming issues. However, there is one feature I’ve noticed is missing on the Mac.
Stopping Binge Watching on Apple TV+
When I watch a show on my iPhone, I get a “Skip Intro” button in the bottom right-hand corner. It does not appear on the Mac. I’ve tried multiple shows and not seen. I tested one specific episode of For All Mankind. I saw the same advert on both devices, but on my Mac there was no “Skip Intro” button. Apparently it does appear on an iPad and Apple TV, as well as the iPhone, but I’m not sure why this feature does not seem to be working on the Mac. For the record – my Mac is up to date, running Catalina 10.15.1.
As it happens, I think Apple also needs also introduce a “Skip Recap” button for viewers who do not want to watch round-ups of previous episodes. They need to make it as easy as possible to binge-watch shows on Apple TV+. The ability to do that is already limited due to the fact that many shows are only having episodes released on a weekly basis. Not having these features across all devices only exacerbates the problem.


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|
| virtual bool | AddProgram (const char *path, Common::ShaderType type) override |
| | Adds and compile a single shader program. More...
|
| |
| virtual bool | GenerateShader () override |
| | Generates the full shader program from previously compiled individual shaders. More...
|
| |
| virtual bool | GenerateUniforms (std::vector< std::string > uniforms) override |
| | Generates the uniforms for the current program. More...
|
| |
| virtual void | DeleteShader () override |
| |
| virtual void | Use () override |
| |
| virtual void | Stop () override |
| |
| virtual unsigned int | GetProgram () override |
| |
| virtual int | AssignUniform (std::string uniform, glm::mat4x4 matrix) override |
| |
| virtual int | AssignUniform (std::string uniform, glm::vec4 vector) override |
| |
| virtual int | AssignUniform (std::string uniform, glm::vec3 vector) override |
| |
| virtual int | AssignUniform (std::string uniform, glm::vec2 vector) override |
| |
| virtual int | AssignUniform (std::string uniform, int integer) override |
| |
| virtual int | AssignUniform (std::string uniform, float val) override |
| |
◆ AddProgram()
| bool Graphics::GLShader::AddProgram |
( |
const char * |
path, |
|
|
Common::ShaderType |
type |
|
) |
| |
|
overridevirtual |
Adds and compile a single shader program.
- Parameters
-
| path | : The path to the shader source. |
| type | : The type of shader. |
- Returns
- true if no problem occured.
-
false otherwise.
Implements Common::IShader.
◆ AssignUniform() [1/6]
| int Graphics::GLShader::AssignUniform |
( |
std::string |
uniform, |
|
|
glm::mat4x4 |
matrix |
|
) |
| |
|
inlineoverridevirtual |
◆ AssignUniform() [2/6]
| int Graphics::GLShader::AssignUniform |
( |
std::string |
uniform, |
|
|
glm::vec4 |
vector |
|
) |
| |
|
inlineoverridevirtual |
◆ AssignUniform() [3/6]
| int Graphics::GLShader::AssignUniform |
( |
std::string |
uniform, |
|
|
glm::vec3 |
vector |
|
) |
| |
|
inlineoverridevirtual |
◆ AssignUniform() [4/6]
| int Graphics::GLShader::AssignUniform |
( |
std::string |
uniform, |
|
|
glm::vec2 |
vector |
|
) |
| |
|
inlineoverridevirtual |
◆ AssignUniform() [5/6]
| int Graphics::GLShader::AssignUniform |
( |
std::string |
uniform, |
|
|
int |
integer |
|
) |
| |
|
inlineoverridevirtual |
◆ AssignUniform() [6/6]
| int Graphics::GLShader::AssignUniform |
( |
std::string |
uniform, |
|
|
float |
val |
|
) |
| |
|
inlineoverridevirtual |
◆ DeleteShader()
| void Graphics::GLShader::DeleteShader |
( |
| ) |
|
|
overridevirtual |
◆ GenerateShader()
| bool Graphics::GLShader::GenerateShader |
( |
| ) |
|
|
overridevirtual |
Generates the full shader program from previously compiled individual shaders.
- Returns
- true if no problem occured.
-
false otherwise.
Implements Common::IShader.
◆ GenerateUniforms()
| bool Graphics::GLShader::GenerateUniforms |
( |
std::vector< std::string > |
uniforms | ) |
|
|
overridevirtual |
Generates the uniforms for the current program.
- Parameters
-
| uniforms | : The list of uniform to be generated. |
- Returns
- true if no problem occured.
-
false otherwise.
Implements Common::IShader.
◆ GetProgram()
| unsigned int Graphics::GLShader::GetProgram |
( |
| ) |
|
|
overridevirtual |
◆ Stop()
| void Graphics::GLShader::Stop |
( |
| ) |
|
|
inlineoverridevirtual |
Tells the graphics API to stop using the current shader.
Implements Common::IShader.
◆ Use()
| void Graphics::GLShader::Use |
( |
| ) |
|
|
inlineoverridevirtual |
Tells the graphics API to use the current shader.
Implements Common::IShader.
The documentation for this class was generated from the following files:


Sample applications created using JUNG, largely focused on visualization.
Current features demonstrated in the samples include:
visualization of changing graphs
visualization animation
layouts: BalloonLayout, TreeLayout, RadialTreeLayout
clustering, shortest path, minimum spanning tree
sublayouts
label variations: orientation, position
customization of color, shape, stroke
on-the-fly visualization filtering
graph editor
vertex 'collapsing'
multiple models, multiple views with the same model
vertices as Icons
magnifying lens overlay
satellite view


Every movie and show coming to Netflix in December
Follow Polygon online:
by Petrana RadulovicEven with Netflix’s recommendation algorithm steadily serving you new movies, new TV shows and original programming tailored to your binging habits, the streaming service’s firehose of content makes what’s coming and going difficult to parse.
That’s why we break down each month’s additions with a spotlight on what to keep on your radar. Netflix’s own “new releases” category is an info dump. Consider us a picture-in-picture talking head, screaming recommendations at the screen.
After a pretty blustering November, Netflix’s December releases are a little more quiet — but not without some big names. Marriage Story and The Two Popes debut on the platform this month, along with epic fantasy series The Witcher. A flurry of international titles and true crime documentaries also drop, along with mid-2000s kiddie cult classic Sharkboy and Lavagirl. And of course, who could forget the third installment in the Christmas Prince series?
Available Dec. 1
Dead Kids (Netflix Film)
From Netflix: A socially awkward teen bonds with a group of misfits who plot to take out the school’s arrogant rich kid — until their kidnapping scheme turns deadly.
A Cinderella Story: Christmas Wish
The Adventures of Sharkboy and Lavagirl
Time to go down memory lane with the single most batshit movie of the 2000s. From Alita: Battle Angel director Robert Rodriguez, when he was fresh off his Spy Kids kick.
Austin Powers in Goldmember
Austin Powers: International Man of Mystery
Austin Powers: The Spy Who Shagged Me
Cut Bank
Eastsiders: Season 4
Malcolm X
Searching for Sugar Man
The Academy Award-winning documentary dives into the mysterious legacy of Sixto Rodriguez, a folk musician in the ’70s who disappeared from the public eye in the United States, but unknowingly fueled a whole counterculture movement in South Africa.
Sweet Virginia
The Tribes of Palos Verdes
Available Dec. 2
Nightflyers: Season 1
Team Kaylie: Part 2 (Netflix Family)
From Netflix: Ready for more glitz, glam and grit? Kaylie and the Porcupines sharpen their skills for a new slate of action-packed shenanigans.
Available Dec. 3
Especial de Natal Porta dos Fundos: A Primeira Tentação de Cristo (Netflix Film)
From Netflix: Jesus, who’s hitting the big 3-0, brings a surprise guest to meet the family. A Christmas special so wrong, it must be from comedians Porta dos Fundos.
Tiffany Haddish: Black Mitzvah (Netflix Original)
From Netflix: She ready... to celebrate! Tiffany Haddish is getting in touch with her Jewish roots in her upcoming Netflix Original Comedy Special, Black Mitzvah, while she takes us on a revealing journey through her life. With her bold and barrier-breaking brand of comedy, Tiffany reflects on fame, receiving her “inheritance,” the valuable lessons you learn when raising yourself, that time she received a jumpsuit from the one and only...Beyoncé, her infamous New Year’s Eve set, and more. Tiffany Haddish: Black Mitzvah launches globally on Netflix on December 3, 2019. Mazel Tov! The special is executive produced by Haddish for She Ready Productions and Emmy nominated producers Wanda Sykes and Page Hurwitz for Push It Productions.
War on Everyone
Available Dec. 4
The Last O.G.: Season 2
Let’s Dance (Netflix Film)
From Netflix: After his crew breaks up, a gifted but insecure hip-hop dancer teaches at a top ballet school in Paris, where he falls for an aspiring ballerina.
Los Briceño (Netflix Original)
From Netflix: After an argument with her dad, a young woman from a family of macho truck drivers is kicked out of the home and must make her own success as a trucker.
Magic for Humans: Season 2 (Netflix Original)
From Netflix: Hilarious and heartfelt, Justin Willman pulls out all the stops and props to amaze real people with playful tricks and showstopping magic routines.
Available Dec. 5
A Christmas Prince: The Royal Baby (Netflix Film)
From Netflix: Christmas brings the ultimate gift to Aldovia: a royal baby. But first, Queen Amber must help her family and kingdom by finding a missing peace treaty.
Apache: La vida de Carlos Tevez (Netflix Original)
From Netflix: This gritty dramatization of the life of Carlos Tevez shows his rise to soccer stardom amid the harrowing conditions in Argentina’s Fuerte Apache.
Greenleaf: Season 4
Home for Christmas (Netflix Original)
From Netflix: Fed up with the constant comments on her relationship status, perpetually single Johanne starts a 24-day hunt for a partner to bring home for Christmas.
V Wars (Netflix Original)
Ian Somerhalder — who played a vampire in The Vampire Diaries — and Nikki Reed — who played a vampire in Twilight — now face off against vampires. Based on the comics by Jonathan Maberry and Alan Robinson.
Available Dec. 5
Astronomy Club: The Sketch Show (Netflix Original)
From Netflix: Astronomy Club: The Sketch Show is a new 6-episode sketch series from Kenya Barris’ Khalabo Ink Society, launching on Netflix on December 6, 2019. The members of the eponymous group, who first formed in 2014 and built a following through live performance in New York, include Shawtane Bowen, Jonathan Braylock, Ray Cordova, James III, Caroline Martin, Jerah Milligan, Monique Moses, and Keisha Zollar. Sketches will explore an array of topics ranging from pop culture and social issues to the Black experience. Barris executive produces the series alongside showrunner Daniel Powell (Inside Amy Schumer, I Think You Should Leave with Tim Robinson) and Khalabo Ink Society’s Anni Weisband.
The Chosen One: Season 2 (Netflix Original)
From Netflix: The world pours into the once-closed Aguazul as the doctors circle back to the village, and a journalist promises to tell the Chosen One’s story.
The Confession Killer (Netflix Documentary)
From Netflix: Henry Lee Lucas was known as America’s most prolific serial killer. But will DNA results expose the biggest criminal justice hoax in U.S. history?
Fuller House: Season 5 (Netflix Original)
From Netflix: Jimmy and Steph bring their new baby home and dive headfirst into the world of parenting. But no worries: They’ve got a houseful of hands to help.
Glow Up (Netflix Original)
From Netflix: Aspiring makeup artists apply themselves to celebrity looks, movie prosthetics and more in a colorful competition show hosted by Stacey Dooley.
Marriage Story (Netflix Film)
A heart wrenching look at a family in the midst of a divorce, Marriage Story stars Adam Driver and Scarlett Johansson.
Spirit Riding Free: The Spirit of Christmas (Netflix Family)
From Netflix: Lucky and friends must figure out how to get home in time for Christmas when a falling boulder — and a serious snowstorm — derail their travel plans.
Teasing Master Takagi-san: Season 2 (Netflix Anime)
From Netflix: Now in his second year of middle school, Nishikata still tries to outplay Takagi, but continues to fail miserably at his quest to get even.
Three Days of Christmas (Netflix Original)
From Netflix: Four sisters deal with family drama and secrets throughout three different time periods, all occurring on Christmas Day.
Triad Princess (Netflix Original)
From Netflix: After growing up in the shadow of her mafia-affiliated father, Angie defies his wishes and takes a gig as an undercover bodyguard for a famous actress.
Virgin River (Netflix Original)
From Netflix: Searching for a fresh start, a nurse practitioner moves from LA to a remote northern California town and is surprised by what -- and who -- she finds.
Available Dec. 8
From Paris with Love
Available Dec. 9
A Family Reunion Christmas (Netflix Family)
From Netflix: M’Dear and her sisters struggle to keep their singing act together before a church Christmas pageant while Grandpa teaches the kids a valuable lesson.
It Comes at Night
Available Dec. 10
Michelle Wolf: Joke Show (Netflix Original)
From Netflix: Comedian Michelle Wolf, wants to fight for women’s equality...but not in like that annoying way. In her upcoming Netflix comedy special, Michelle Wolf: Joke Show, the comedian dissects the differences between men and women, explores gender equality, explains why society should be a little “less” woke and more, all the while, constantly defying expectations. Michelle Wolf: Joke Show launches globally on Netflix on December 10, 2019.
Outlander: Season 3
Available Dec. 11
The Sky Is Pink
Available Dec. 12
Especial de Natal Porta dos Fundos (Netflix Film)
From Netflix: In this biblical “Hangover” spoof, the apostles awaken to find Jesus is missing and must piece together events of the previous night’s wild Last Supper.
Jack Whitehall: Christmas with my Father (Netflix Original)
From Netflix: Jack Whitehall attempts to get his notoriously stodgy father into the holiday spirit in this comedy-variety Christmas extravaganza.
Available Dec. 13
6 Underground (Netflix Film)
From Netflix: Meet a new kind of action hero. Six untraceable agents, totally off the grid. They’ve buried their pasts so they can change the future. Ryan Reynolds stars in this gritty globe-trotting action adventure from director Michael Bay.
Available Dec. 15
A Family Man
Dil Dhadakne Do
Karthik Calling Karthik
Available Dec. 16
Burlesque
The Danish Girl
The Magicians: Season 4
Available Dec. 17
Ronny Chieng: Asian Comedian Destroys America! (Netflix Original)
From Netflix: Comedian, The Daily Show Correspondent, and Crazy Rich Asians actor Ronny Chieng makes his Netflix comedy special debut in Asian Comedian Destroys America! Born in Malaysia and raised in Manchester, New Hampshire, Singapore, and Australia, Chieng shares his unapologetic perspective about his journey to America thus far. From evaluating the effects of consumerism to theorizing how efficient the U.S. would be with an Asian-American President, Chieng shares what he thinks really makes America great in Ronny Chieng: Asian Comedian Destroys America! when it launches globally on Netflix on December 17, 2019
Available Dec. 18
Don’t F**k With Cats: Hunting an Internet Killer (Netflix Documentary)
From Netflix: Cyber sleuths engage in a dangerous game of cat and mouse with a man who posts sadistic animal-abuse videos online — and then turns to murder.
Soundtrack (Netflix Original)
From Netflix: This romantic musical drama follows the love stories connecting an eclectic group of people in modern-day Los Angeles.
Available Dec. 19
After The Raid (Netflix Documentary)
From Netflix: A large immigration raid in a small Tennessee town leaves emotional fallout as well as far-reaching questions about justice, faith and humanity.
Ultraviolet: Season 2 (Netflix Original)
From Netflix: Ola and her team of amateur sleuths continue to solve crimes — including one that hits close to home — as a new detective joins the force.
Twice Upon a Time (Netflix Original)
From Netflix: Still reeling from a breakup, Vincent Dauda receives a package with mysterious properties that could give him a chance to win back his ex, Louise.
Available Dec. 20
The Two Popes (Netflix Film)
From Netflix: From Fernando Meirelles, the Academy Award-nominated director of City of God, and three-time Academy Award-nominated screenwriter Anthony McCarten, comes an intimate story of one of the most dramatic transitions of power in the last 2,000 years. Frustrated with the direction of the church, Cardinal Bergoglio (Jonathan Pryce) requests permission to retire in 2012 from Pope Benedict (Anthony Hopkins). Instead, facing scandal and self-doubt, the introspective Pope Benedict summons his harshest critic and future successor to Rome to reveal a secret that would shake the foundations of the Catholic Church. Behind Vatican walls, a struggle commences between both tradition and progress, guilt and forgiveness, as these two very different men confront their pasts in order to find common ground and forge a future for a billion followers around the world. Inspired by true events.
The Witcher (Netflix Original)
Henry Cavill stars as Geralt, the monster hunter from Andrzej Sapkowski’s hit fantasy series. The highly anticipated show will draw from the books, not the games, which means that Geralt only carries one sword, among other details.
Available Dec. 22
Private Practice: Season 1-6
Available Dec. 23
Transformers Rescue Bots Academy: Season 1
Available Dec. 24
CAROLE & TUESDAY: Part 2 (Netflix Anime)
From Netflix: Carole and Tuesday’s newfound attention brings with it new challenges. Angela considers them rivals, and the Mars music business isn’t easy.
Como caído del cielo (Netflix Film)
From Netflix: Legendary Mexican actor-singer Pedro Infante is sent back to Earth in an impersonator’s body to mend his womanizing ways and earn entrance into heaven.
Crash Landing on You (Netflix Original)
From Netflix: A paragliding mishap drops a South Korean heiress in North Korea — and into the life of an army officer, who decides he will help her hide.
John Mulaney & The Sack Lunch Bunch (Netflix Original)
From Netflix: Emmy Award Winning Comedian John Mulaney aims to recapture the magic of that bygone television era when children sang songs about their feelings with celebrity guests on funky outdoor sets. The result: John Mulaney & The Sack Lunch Bunch.
I’m John Mulaney and I am a 37 year old man. The Sack Lunch Bunch is a group of children ages 8-13 who are more talented than me. In this special, we are joined by celebrity guests like David Byrne, Tony Award Winner Andre De Shields, Natasha Lyonne, Annaleigh Ashford, Richard Kind, and Jake Gyllenhaal from the movie Zodiac. The result is a collage of Broadway caliber showstoppers, comedy sketches for all ages, meditations on the unknown from children and adults, and a papier mache volcano.It’s funny, musical, joyous, anxious, and surprisingly profound.
Lost in Space: Season 2 (Netflix Original)
There’s more danger — and adventure — ahead for the Robinson family! With the Jupiter 2 stranded on a mysterious ocean planet without their beloved Robot, the Robinsons must work together, alongside the mischievous and manipulative Dr. Smith and the always charming Don West, to make it back to the Resolute and reunite with the other colonists.
But they quickly find all is not as it seems. A series of incredible new threats and unexpected discoveries emerge as they look for the key to finding Robot and safe passage to Alpha Centauri. They will stop at nothing to keep their family safe ... survival is a Robinson specialty, after all.
TERRACE HOUSE: TOKYO 2019-2020: Part 2 (Netflix Original)
From Netflix: As Kenji and Risako’s story reaches its conclusion, Ruka faces a choice. A new member opens the door to the house as life in Tokyo continues.
Available Dec. 25
Sweetheart
Available Dec. 26
The App (Netflix Film)
From Netflix: While in Rome to shoot his first movie, actor and industrial heir Nick becomes obsessed with a dating app that sends him into a self-destructive spiral
Le Bazar de la Charité (Netflix Original)
From Netflix: Amid a devastating fire in 1897 Paris, three women see their destinies turned upside down by identity theft, forbidden love, betrayal and emancipation.
Fast & Furious Spy Racers (Netflix Family)
From Netflix: Adventures abound as a group of teenagers infiltrates an elite racing league controlled by a nefarious organization bent on world domination.
You: Season 2 (Netflix Original)
From Netflix: The dark drama returns for its second season, with Joe now laying low and hiding from his ex in LA. Can he deal with his past and make a fresh start, this time with the right woman?
Available Dec. 27
The Gift (Netflix Original)
From Netflix: In an Anatolian ruin, an archaeologist finds a mysterious link to a young painter (Beren Saat), who embarks on a quest to uncover secrets in her past.
Kevin Hart: Don’t F**k This Up (Netflix Documentary)
From Netflix: In a new 6-part documentary-series Don’t F**k This Up, Kevin Hart gives unprecedented access to his life over the past year. Tapping into the trials and tribulations of what it means to be a father, a partner, a role-model, and a businessman, Hart reflects on the events that have shaped his life, making him into the person he is today. Viewers will get a behind-the-scenes look at Kevin’s day-to-day life as he deals with the fallout from the Oscar controversy, his marriage, and his growing career. The series includes interviews with Hart’s friends and family, rare archival footage from his childhood and early stand-up days, and personal anecdotes from the comic himself. Kevin Hart: Don’t F**k This Up launches globally on Netflix on December 27, 2019. The series is produced by Hartbeat Productions, Lionsgate, Makemake, 3 Arts Entertainment, and Magical Elves.
The Secret Life of Pets 2
Available Dec. 28
Hot Gimmick: Girl Meets Boy (Netflix Film)
From Netflix: After Hatsumi’s single-minded neighbor blackmails her into being his servant, they learn the real meaning of love and trust. Based on the hit manga.
Available Dec. 29
Lawless
Available Dec. 30
Alexa & Katie: Season 3 (Netflix Family)
From Netflix: Alexa tries to put cancer behind her, but a new person in her life might make that especially hard, while Katie will need all the support she can get from her best friend. The teen series returns for Season 3.
The Disastrous Life of Saiki K.: Reawakened (Netflix Anime)
From Netflix: Kusuo and his gaggle of self-proclaimed friends are back for more psychic mishaps. If he didn’t have enough problems before, he’s got even more now.
Available Dec. 31
The Degenerates: Season 2 (Netflix Original)
From Netflix: The Netflix Original stand-up comedy series The Degenerates is back for season 2 with six new wild and unfiltered sets from - Adrienne Iapalucci, Donnell Rawlings, Jim Norton, Nikki Glaser, Ms. Pat, and Robert Kelly. Spend your New Years the right way when the second season launches globally on December 31.
Die Another Day
GoldenEye
Heartbreakers
The Neighbor (Netflix Original)
From Netflix: Javier, a 20-something struggling with adulthood and his girlfriend, unexpectedly becomes a superhero. Based on Santiago García and Pepo Pérez’s comic.
Red Dawn
Tomorrow Never Dies
The World Is Not Enough
Yanxi Palace: Princess Adventures (Netflix Original)
From Netflix: Determined to win the heart of a Mongolian prince, a Qing dynasty princess contends with palace intrigue and vendettas against her family.


public class HomeScreen extends BasePage
| Modifier and Type | Field and Description |
|---|---|
EULAPopup |
eulaPopup
Access for
EULAPopup popup instance for the screen |
WelcomePopup |
welcomePopup
Access for
WelcomePopup popup instance for the screen |
EXPLICIT_WAIT_VALUE, IMPLICIT_WAI_UNIT, IMPLICIT_WAIT_VALUE, logger
| Constructor and Description |
|---|
HomeScreen() |
| Modifier and Type | Method and Description |
|---|---|
HomeScreen |
clearSearch()
Clears the Search Bar contents
|
HomeScreen |
enterSearchPhrase(java.lang.String searchPhrase)
Enters phrase provided as argument to the Search Bar
|
java.util.List<SearchResult> |
getFirstResults()
Returns 5 first results visible in the view
|
java.lang.String |
getSearchBarText()
Returns text currently displayed at the Search Bar
|
SettingsScreen |
goToSettings()
Navigates to the Settings screen by clicking on the gear button
|
java.lang.Boolean |
isAnythingFound()
Checks if search results are available
|
HomeScreen |
searchFor(java.lang.String searchPhrase)
Searches for a phrase provided as argument
|
HomeScreen |
setFavouriteByIndex(int index,
java.lang.Boolean favourite)
Adds search result to favourites list by clicking on it's "star" button
|
getDriver, initDriver, navigateBack
public final WelcomePopup welcomePopup
WelcomePopup
popup instance for the screenpublic HomeScreen searchFor(java.lang.String searchPhrase)
searchPhrase
- HomeScreen
instance for call chainingpublic HomeScreen enterSearchPhrase(java.lang.String searchPhrase)
searchPhrase
- HomeScreen
instance for call chainingpublic java.lang.String getSearchBarText()
public java.lang.Boolean isAnythingFound()
public java.util.List<SearchResult> getFirstResults()
SearchResult
instances as a resultpublic SettingsScreen goToSettings()
SettingsScreen
instance for call chainingpublic HomeScreen clearSearch()
public HomeScreen setFavouriteByIndex(int index, java.lang.Boolean favourite)


This calendar shows all currently planned UQCS events.
While most of our events are held in person (and are catered)
we're committed to making as much of our content available
online. Recordings of technical talks and other events (where
possible) are made available on
our YouTube channel.
You can also read more about our flagship competitive events
(code jams, hackathons)
here.


| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
BROWS |
300 |
public static final int |
EYELIDS |
301 |
public static final int |
EYES_PITCH |
310 |
public static final int |
JAW |
322 |
public static final int |
LEFT_ANKLE_PITCH |
620 |
public static final int |
LEFT_ANKLE_ROLL |
621 |
public static final int |
LEFT_ELBOW_PITCH |
411 |
public static final int |
LEFT_ELBOW_YAW |
410 |
public static final int |
LEFT_EYE_YAW |
311 |
public static final int |
LEFT_HAND_GRASP |
430 |
public static final int |
LEFT_HIP_PITCH |
602 |
public static final int |
LEFT_HIP_ROLL |
600 |
public static final int |
LEFT_HIP_YAW |
601 |
public static final int |
LEFT_KNEE_PITCH |
610 |
public static final int |
LEFT_SHOULDER_PITCH |
400 |
public static final int |
LEFT_SHOULDER_ROLL |
401 |
public static final int |
LEFT_SMILE |
320 |
public static final int |
LEFT_WRIST_YAW |
420 |
public static final int |
NECK_PITCH |
202 |
public static final int |
NECK_ROLL |
201 |
public static final int |
NECK_YAW |
200 |
public static final int |
RIGHT_ANKLE_PITCH |
720 |
public static final int |
RIGHT_ANKLE_ROLL |
721 |
public static final int |
RIGHT_ELBOW_PITCH |
511 |
public static final int |
RIGHT_ELBOW_YAW |
510 |
public static final int |
RIGHT_EYE_YAW |
312 |
public static final int |
RIGHT_HAND_GRASP |
530 |
public static final int |
RIGHT_HIP_PITCH |
702 |
public static final int |
RIGHT_HIP_ROLL |
700 |
public static final int |
RIGHT_HIP_YAW |
701 |
public static final int |
RIGHT_KNEE_PITCH |
710 |
public static final int |
RIGHT_SHOULDER_PITCH |
500 |
public static final int |
RIGHT_SHOULDER_ROLL |
501 |
public static final int |
RIGHT_SMILE |
321 |
public static final int |
RIGHT_WRIST_YAW |
520 |
public static final int |
WAIST |
100 |
| Modifier and Type | Constant Field | Value |
|---|---|---|
public static final int |
LEFT_FOOT_GROUND |
1 |
public static final int |
LEFT_FOOT_HEEL |
2 |
public static final int |
LEFT_FOOT_KICK |
0 |
public static final int |
LEFT_HIP_PROXIMITY |
9 |
public static final int |
RIGHT_FOOT_GROUND |
4 |
public static final int |
RIGHT_FOOT_HEEL |
5 |
public static final int |
RIGHT_FOOT_KICK |
3 |
public static final int |
RIGHT_HIP_PROXIMITY |
11 |
Copyright © 2011–2014. All rights reserved.


--- layout: page title: Thank You tagline: Thanks! comments: false ---
I'll respond as soon as I can!


Retreat from the desk, return refreshed.
Have the work week you always dreamed of — without the bad wifi
Located in a peaceful bungalow outside of Lake Geneva, Wisconsin.
12 private rooms with ensuite bathrooms, 2 group meeting rooms, and 4 breakout rooms.
Private chef team providing on demand meals - just like your team kitchen.
5 outdoor obstacle courses, including private beach ½ mile from bungalow.
Retreat facilitator to manage your day to day activities so you all get a chance to reset.
Dedicated computer rooms for times you must wifi
Be a better team in 5 days, like these.
LaCrue Bottling Co.
October 2017
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur.


Page 1 of 1
Funny Thadius, Funny.
Posted:
Sun Dec 23, 2007 4:48 pm
by Necromadon
You keep banning me from Xentales for no reason. Just because my points are correct and the points your butt buddies make are retarded. If Ej stopped supporting Xentales you'd commit suicide. That's pretty much why you ban me, that's the only other reason besides the fact that I offended your boyfriend.
Posted:
Sun Dec 23, 2007 5:16 pm
by speed3b
EJ hadnt supported Xentales for about 4 years. It was still the most popular xenboard and they had no problems with member registration. It wasnt until earlier this year that EJ actually listed it back on the site again.
Posted:
Tue Dec 25, 2007 10:19 pm
by thadiusofx3
I keep re-banning you because you were banned and keep coming back.
You had 0 valid points in that post.
Posted:
Wed Dec 26, 2007 2:25 pm
by Necromadon
I wasn't talking about that post. The main reason why I wonder about EJ using Xentales is that you support hackers and give them adminship, then bash Ej behind his back in the "All Servers" forum.
P.S.
Outside your own immature forum, EJ thought the points were very valid:
"I have actually had several emails from new people that play the game asking why I use this message board for the same reasons. It could have been him emailing me but at the same time I know there are a lot of childish people on here that do nothing but bash me, the game, and other people.
I think there are certainly some people out there that don't like this message board and their reasons are valid. But I know better than anyone that you cant please everyone all the time.
I have no problem adding another message board to the list if someone wants to set one up."
Posted:
Thu Jan 03, 2008 9:38 am
by Sankt Pauli
This cracks me up.
Re: Funny Thadius, Funny.
Posted:
Wed Sep 24, 2008 12:31 am
by Draco
I just barely glanced through this post.

Re: Funny Thadius, Funny.

Now that That closed the talk to EJ forum on XenTales and EJ no longer bothers with it, I hope Thad is alright. He hasn't posted in 6 days. Say it's not so!
Re: Funny Thadius, Funny.
Posted:
Thu Sep 25, 2008 4:52 am
by Sankt Pauli
Im pretty sure the op was/is kaz.
Re: Funny Thadius, Funny.
Posted:
Fri Sep 26, 2008 6:32 pm
by ascent
actually, as far as i remember (almost 10 years) ej has never supported anything other than himselve, his idea of listening to players is "zomg whats they mean dont do GvE? lets put it in and try it" and "zomg whatsd they mean no durability? lets put it in anyways"
EJ=Fing IDIOT
Necromadon=Fing IDIOT
Re: Funny Thadius, Funny.
Posted:
Sun Sep 28, 2008 11:37 am
by Burnt Ferret
and you tell me not to bash....


Number Range Prompt Task
The number range prompt task displays an Options tab containing From and To input fields.
When values are specified macro variables are created as follows:
- NumRange_Min - set to the From value specified
- NumRange_Max - set to the To value specified
An example of the code generated by this task if values in the From and To input fields are 1 and 10,000.
%global NumRange_Min;
%let NumRange_Min=1.0;
%global NumRange_Max;
%let NumRange_Max=10000.0;


Intro to Cispy Channels for Async Functions
Here are a few basic examples to show how to use channels with async functions. This page is in large part a port of the examples at http://swannodette.github.io/2013/07/12/communicating-sequential-processes, which is written using Clojure's core.async but which translates nicely.
A note on terminology
Processes in the CSP world are the lightweight processes created by the go
function. (This shouldn't be confused with operating system processes — like the ones you might see in your Task Manager in Windows — which have carry a tremendous amount of overhead to both create and switch between.) With Cispy, async functions serve as those lightweight processes. Cispy is primarily about channels to easily communicate between those processes, along with some utility to make it a bit easier to run the processes; most of the legwork is done by the JavaScript engine.
Despite async functions being a thing with another name, when discussing them in terms of channels and CSP I will refer to them as processes as well.
Basic async functions and channels
To get things started, here's a basic example to illustrate how to communicate between processes. Of course, you can communicate between async functions by simply updating the values of shared variables, but this is a less than ideal way to do it because a lot of thought and care needs to be put into making sure that those shared variables aren't updated in a way that breaks things for another process. Channels are a safe way to communicate between processes.
This example coordinates three different processes, all of them running at different speeds, by using a fourth process which also displays the results of the coordination. Here's the end result:
Process 1 is running 4 times a second, Process 2 once per second, and Process 3 once every 1.5 seconds. This isn't anything that we couldn't do with regular JavaScript, using a function that updates the output div
and then calls setTimeout
with the right delay whose callback just re-calls the same function again. Let's see what this looks like with CSP.
const ch = chan();
go(async () => {
while (true) {
await sleep(250);
await put(ch, 1);
}
});
go(async () => {
while (true) {
await sleep(1000);
await put(ch, 2);
}
});
go(async () => {
while (true) {
await sleep(1500);
await put(ch, 3);
}
});
Functions with the async
keyword are a new feature to ES2017, though every modern browser already implements them (if the example isn't working for you, your browser may be out of date). They use the generators to do something that is otherwise not available in JavaScript: to create code that can be suspended and restarted.
The async
functions act as separate processes, and they allow the use of the await
keyword inside of them. await
causes the function to pause, waiting for the result of the function that comes right after it (in these cases, either sleep
or put
). In the meantime, it releases control of the engine to allow other functions to run while it waits. When the awaited function returns a value, the async
function is resumed from where it left off.
In our code, a channel is first created with chan
. Then three processes are created with go
, which takes one of those async functions and executes the code in it as a separate process. Each of these processes calls await sleep
, which blocks the process and does not allow it to unblock until some number of milliseconds have elapsed. After that time passes, the process will unblock and call await put
to put a value onto the already-created channel. (await put
also blocks until the value that was put onto a channel is taken off by some other process, but in this example that will be happening instantly.)
There are two ways this is very different from setTimeout
-based code. The first is that there isn't anything that looks like a callback at all. In their place, there are local event loops (while (true)
) which run continually, blocking for some amount of time before putting a value onto a channel and starting over again.
Secondly, there is no rendering code here whatsoever. The only interaction that any of these processes have with the outside world is through putting a value onto the channel. What happens then? The processes don't care. They have no knowledge of what's done with the value that they put onto that channel. This is as close to complete decoupling between event code and rendering code that you can get — decoupling that isn't often seen in JavaScript code because it's very difficult to do.
So what does happen to those values placed on the channel?
go(async () => {
const processDiv = document.querySelector('#processes');
const lines = [];
while (true) {
const index = await take(ch);
lines.unshift(`<div class="proc-${index}">Process ${index}</div>`);
if (lines.length > 10) {
lines.pop();
}
processDiv.innerHTML = lines.join('');
}
});
Here we create a fourth process, also with the local event loop running continuously. It blocks with await take
as it waits for the other three processes to put a value on the channel. When one of those values appears, the process unblocks and the value of the await take
expression becomes that value (assigned here to index
). It processes that value into a line of HTML. It also keeps track of the prior HTML lines to make sure that there isn't ever more than ten of them, and then it pushes all of those lines to the output div
.
Again, there isn't a whiff of a callback anywhere, and the rendering process has no knowledge or interest in what created the values on the channel or how they got there.
Taking from multiple channels
Our first example saw a channel being shared among four different processes. Sometimes it's useful to do the opposite, having a single channel that deals with multiple processes.
In this example, we're going to put DOM events onto channels. To facilitate that, here's a function that listens for those events and puts them onto a channel.
function listen(el, type, ch = chan()) {
el.addEventListener(type, event => putAsync(ch, event));
return ch;
}
This is an interesting function that can be used almost as-is in any event-related code you could ever write, so it's worth going through in some detail.
It takes three parameters: a DOM element, an event type, and a channel. The channel is optional; if it is not passed, then the default value for the parameter creates a new channel and assigns it to the same ch
variable.
The element's addEventListener
function property is invoked, sending the event type, to add a handler for any event of that type on that element. When such an element fires, the callback function (which takes the event object generated by the event) is fired. This uses a new cispy function, putAsync
, to put the event object onto the same channel that was passed in/created. putAsync
is just like put
except that it can be called outside an async function. In place of blocking (which can't be done outside of an async function), it accepts a callback as a third parameter that is invoked when some process takes the value from the channel. (In our case, our only purpose is to put the event on the channel; since we don't care to have anything else happen, we don't even pass a callback to putAsync
.)
At the end, the channel, whether passed in or created, will be returned. The event handler attached to the listened-to DOM element will ensure that this channel will continue to receive event objects for any events that might be triggered, up until the channel is closed (or the program ends).
This time we have a single process that creates two of these event channels and takes from them both.
go(async () => {
const el = document.querySelector('#events');
const mouseCh = listen(el, 'mousemove');
const clickCh = listen(el, 'click');
let mousePos = [0, 0];
let clickPos = [0, 0];
while (true) {
const v = await alts([mouseCh, clickCh]);
const event = v.value;
if (v.channel === mouseCh) {
mousePos = [event.layerX || event.clientX, event.layerY || event.clientY];
} else {
clickPos = [event.layerX || event.clientX, event.layerY || event.clientY];
}
el.innerHTML = `${mousePos[0]}, ${mousePos[1]} : ${clickPos[0]}, ${clickPos[1]}`;
}
});
Before the familiar continuous loop begins, some setup is done. Two event channels are created, both on the target div
, one for the mousemove
event and one for the click
event. A pair of variables to track the coordinates of the mouse when these events happen is also initialized.
That leaves us with two channels to pay attention to, and we do that with await alts
. This function takes an array of channels to take from, and it blocks until the first of these channels produces a value (alts
can also perform puts, but that's beyond this simple demo). When it unblocks, it returns an object instead of a value, with the properties value
(containing the value taken from a channel) and channel
(containing the channel that the value was ultimately taken from). We can then use the channel
property to figure out which coordinates we want to update, based on which event channel produced a value. The coordinates are then displayed in the target div
.
The result is below. Mouse over the gray box and see how the mouse coordinates (the numbers before the colon) update. Click on the box and see the numbers on the right of the colon update with the coordinates of the last click.
Channels and transducers
In the last example, the coordinates displayed were relative to the example's div
itself. What if we wanted to make the coordinates relative to the top left of the page itself? We could write code into our event loop to calculate the offset, but there's a better way.
Transducers are generic transformation functions that work on a wide variety of collection types — the same function is able to handle arrays, strings, and any other object that supports (or can be made to support) transducers. Cispy channels support transducers, which can be passed to the chan
function to create a channel that performs transformations on the values put onto the channel before they're made available to be taken off. We can use these transformations to automatically calculate the offset, so that the value is already calculated relative to the top left of the page before it even gets taken off the channel.
We're going to use a map
transducer to change what's coming into the channel to what we actually want on the channel. The particular transducer that we'll use is in my xduce library, though the map
transducer from any transducer library should work just fine. This transducer, like the regular functional map
, requires a function that takes an input and maps it to the output we want. Since our input is going to be the object put onto the channel - an event - we can create a function like this.
function coordinates(el) {
const top = el.offsetTop;
const left = el.offsetLeft;
return event => {
const x = (event.layerX || event.clientX) + left;
const y = (event.layerY || event.clientY) + top;
return { x, y };
};
}
coordinates
takes a DOM element, calculates its offset from the top and left of the page, and returns a function that takes an event and calculates the offset coordinates as an object. This means that when our event loop takes a value from the channel, rather than getting an event object, it's going to get this coordinates object. This isn't necessary - our event loop can still just calculate the coordinates like we did in our last example - but it is a little nicer and makes for a good demonstration.
This pattern uses a nifty trick. We don't pass coordinates
itself to map
, but instead pass a function that coordinates
creates. This is a good way to be able to specify some values at runtime. In this case, we're passing the element that's being used to calculate the offset. If we were to write a function to pass directly to map
, we'd have to write a different function for each element we wanted to use, each with their own values of el
. This way we can write one function and use it to generate any function we might want.
Here is our new event loop process, modified to take advantage of the map
transducer.
go(async () => {
const el = document.querySelector('#transducers');
const mouseCh = listen(el, 'mousemove', chan(1, { transducer: map(coordinates(el)) }));
const clickCh = listen(el, 'click', chan(1, { transducer: map(coordinates(el)) }));
let mousePos = { x: 0, y: 0 };
let clickPos = { x: 0, y: 0 };
while (true) {
const v = await alts([mouseCh, clickCh])
if (v.channel === mouseCh) {
mousePos = v.value;
} else {
clickPos = v.value;
}
el.innerHTML = `${mousePos.x}, ${mousePos.y} : ${clickPos.x}, ${clickPos.y}`;
}
});
There are three basic differences between this loop and the one we used in our last example: we're storing our coordinates as objects instead of arrays, await alts
is returning a plain object instead of an event object, and we're passing a third parameter to listen
.
The first two are just nice-to-haves. Our transducer, using the function generated by coordinates
, will be causing the values taken from the event channels to be simple objects instead of event objects. Since we can make these objects look however we want by adjusting coordinates
, we've chosen to make them coordinates objects, with x
and y
as their properties. This lends itself very well to an application that is designed to display coordinates, and it means we can write the slightly less cryptic mousePos.x
instead of mousePos[0]
.
This is possible because of the third parameter to listen
, which we didn't use in the last example. Passing a channel as this parameter means that listen
doesn't create a new channel, it just uses the one we send. And that means we can customize that channel any way we want.
In this case, we customize it by passing a couple of parameters to chan
, something we have not done before. The map
transducer, fueled by a function coming from coordinates
, is the second parameter. So what is the first parameter, the 1
? That's the specification for a buffer which stores values in the channel. By default, channels are unbuffered. Passing the 1
means that the channel will be backed by a buffer that can store one value. Buffers are useful and can have some desirable effects, but the real reason we're using one here is because you cannot put a transducer on an unbuffered channel.
The result is in the gray box below. It works exactly the same as the last example, except that the coordinates are much larger because they're in relation to the top and left of the page instead of the top and left of the div
.
Channel operations
One very noticeable issue with both of the last two examples is the sheer number of mousemove
events that get fired. As long as the mouse is moving, the events are constantly streaming forth. We might find that there are situations where this can be an issue, particularly if that event (or, say, a window scrolling event) is driving some expensive UI update process. Maybe we only want to see an update to mouse position every 100 milliseconds, for example, or we don't want to know about the window scrolling until it's finished.
Cispy has a number of operation functions that operate on channels, and debounce
and throttle
are two that work well for these situations.
Debouncing combines several closely-spaced inputs into one input. This would be the perfect operation to use if we didn't want to know about window scroll events until they were all over - all of the scroll events would be ignored except for the last one, which is what we probably want.
In this example, we apply debouncing to the same mousemove
channel that we've used in the last couple of examples. This is really easy to accomplish: just wrap that channel with the debounce
function, adding the desired debounce delay to the call.
const el = document.querySelector('#debounce');
const mouseCh = debounce(listen(el, 'mousemove', chan(1, { transducer: map(coordinates(el)) })), 500);
All other code remains the same as the transducers example.
The end effect of this is to make it so that our mouse channel doesn't produce a value until mousemove
events have stopped for 500 milliseconds (half a second). This is an unnaturally long delay in practice, but for this demonstration it makes the debounce delay visible and clear.
Move your mouse around the gray box above, and notice that nothing happens until the mouse has been stopped (or has moved out of the gray box, which also causes events on that box to stop) for a half second. Since the debounce
function is only applied to the mousemove
channel, mouse clicks still happen exactly as they had before.
Throttling is another option. While debouncing combines inputs together into a single input, throttling leaves the multiple inputs but makes sure that they can only come every so often. This is useful for events that you want to know about while they're happening, but when you don't need to know about all of them. Mouse move events are actually a good example, because there are a large number of them generated, but perhaps you only need to know about them every so often.
This is accomplished in code in a very similar manner to debouncing.
const el = document.querySelector('#throttle');
const mouseCh = throttle(listen(el, 'mousemove', chan(1, { transducer: map(coordinates(el)) })), 500);
The rest of the code remains the same as the last example.
In this example, we're replacing the debounce behavior of the last example with throttling behavior. This makes the difference between the two operations very clear. While moving the mouse continually prevents anything new from being displayed in the debouncing example, the same action in the throttling example below continues to produce events, but at a slower rate.
What happened to the old processes?
Cispy was started before async functions were even really known about, much less as common as they are now. It used generator functions as processes, and it controlled every aspect of them, even down to not being able to pass anything with yield
(the generator process analogue to await
) except for process functions like put
and take
. Eventually, async functions made an appearance, and as time went on, it became clear that they were just better.
The mechanism for running async functions is already a part of the JavaScript engine. Generators required their own engine and all of the attendent code that went with it. It was fun, but these days it's far less practical, has a worse syntax, and makes for a larger library.
I had for a time planned to continue forward with both mechanisms available, but then it occurred to me that probably I was the only one who cared much. End users shouldn't care so much what is going on behind the scenes. The extra effort in maintaining a second parallel code base is simply not worth it. Async functions it is.


Good things happen when people can move, whether
across town or toward their dreams. Opportunities appear, open up, become reality.
What started as a way to tap a button to get a ride has led to billions of moments of human connection as people
around the world go all kinds of places in all kinds of ways with the help of our technology.
our website
provide some basic facilities:
*people can hier any type of car
*In emergency situation people
can hier ambulance
*For safty reason people can see the informathon about driver and Vehicle
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