Both from small towns, we moved to the city to create our own lives. We met on the way out to a metal club, joined by his best friend and my sister. It turned out that the company was just too good not to find out where this might go.
There was a connection that was unmistakable, that something special we where both looking for. Over the next couple of years we became best friends, sharing our lives, hopes and dreams.
Then one sunset afternoon, on a cruise ship over a big lake, came that magical moment when he went down on one knee to ask "the BIG question". And the rest is not as they say history, but the beginning of a wonderful new life for us.
"Meeting you was fate, becoming your friend was a choice, but falling in love with you was beyond my control" ..Anonymous
We have found the person that does not just say I love you, but the person that means it every time. The person that we want to go to bed with every night and wake up next to every morning. This is our beginning, our start to something wonderful.
There was a connection that was unmistakable, that something special we where both looking for. Over the next couple of years we became best friends, sharing our lives, hopes and dreams.
Then one sunset afternoon, on a cruise ship over a big lake, came that magical moment when he went down on one knee to ask "the BIG question". And the rest is not as they say history, but the beginning of a wonderful new life for us.
"Meeting you was fate, becoming your friend was a choice, but falling in love with you was beyond my control" ..Anonymous
We have found the person that does not just say I love you, but the person that means it every time. The person that we want to go to bed with every night and wake up next to every morning. This is our beginning, our start to something wonderful.
This picture was taken minutes after proposing, thank you random stranger for capturing the moment :)
Villa Tuscana Wedding Village
Situates in Midrand Johannesburg, this is an exquisite venue with beautiful gardens and breathtaking buildings. The venue has been around for just over 10 years and specialises in events such as weddings.
Accommodation is available on the venue premises, please contact the establishment and use the couples names as reference for your bookings.
Phone:<PHONE_NUMBER>
Situates in Midrand Johannesburg, this is an exquisite venue with beautiful gardens and breathtaking buildings. The venue has been around for just over 10 years and specialises in events such as weddings.
Accommodation is available on the venue premises, please contact the establishment and use the couples names as reference for your bookings.
Phone:<PHONE_NUMBER>
Directions from Johannesburg
Take the N1 North towards Pretoria
Take exit 108 for M39/Allandale Road towards Midrand/Grand Central Airport
Follow the signs for Grand Central/Kempton when this road forks and drive under the bridge
Get into the left hand lane after the bridge
At the first robot turn left onto the R101
Turn left at the third set of robots into Johnnic Boulevard
Turn left into the first road (Lupton)
Follow the curves of the road that will lead you into Pendulum Road
Midrand Conference Centre is on the left, Villa Tuscana Wedding Village on the right
Directions from Pretoria
Take the N1 towards Johannesburg
Take exit 111 New Road off ramp towards M71/Grand Central Airport/Midrand
Turn left at the robot into New Road
Turn right onto the R101
Turn right at the fourth set of robots into Johnnic Boulevard
Turn left into the first road (Lupton)
Follow the curves of the road that will lead you into Pendulum Road
Midrand Conference Centre is on the left, Villa Tuscana Wedding Village on the right
GPS co-ordinates
26°00'18.29"S 28°07'53.67"E
Take the N1 North towards Pretoria
Take exit 108 for M39/Allandale Road towards Midrand/Grand Central Airport
Follow the signs for Grand Central/Kempton when this road forks and drive under the bridge
Get into the left hand lane after the bridge
At the first robot turn left onto the R101
Turn left at the third set of robots into Johnnic Boulevard
Turn left into the first road (Lupton)
Follow the curves of the road that will lead you into Pendulum Road
Midrand Conference Centre is on the left, Villa Tuscana Wedding Village on the right
Directions from Pretoria
Take the N1 towards Johannesburg
Take exit 111 New Road off ramp towards M71/Grand Central Airport/Midrand
Turn left at the robot into New Road
Turn right onto the R101
Turn right at the fourth set of robots into Johnnic Boulevard
Turn left into the first road (Lupton)
Follow the curves of the road that will lead you into Pendulum Road
Midrand Conference Centre is on the left, Villa Tuscana Wedding Village on the right
GPS co-ordinates
26°00'18.29"S 28°07'53.67"E
The date is 21 March 2014
Arrival 15:00 for 15:30
We would love for you to join us, so please RSVP before 1 December 2013.
Reply to the original email with your partner's (or +1's) name.
Additional Info
Large open parking for ceremony/reception on venue premises
Please leave the little ones at home :)
Arrival 15:00 for 15:30
We would love for you to join us, so please RSVP before 1 December 2013.
Reply to the original email with your partner's (or +1's) name.
Additional Info
Large open parking for ceremony/reception on venue premises
Please leave the little ones at home :)
1 Corinthians 13
4 Love is patient, love is kind. It does not envy, it does not boast, it is not proud. 5 It is not rude, it is not self-seeking, it is not easily angered, it keeps no record of wrongs. 6 Love does not delight in evil but rejoices with the truth. 7 It always protects, always trusts, always hopes, always perseveres. 8 Love never fails. But where there are prophecies, they will cease; where there are tongues, they will be stilled; where there is knowledge, it will pass away. 9 For we know in part and we prophesy in part, 10 but when perfection comes, the imperfect disappears. 11 When I was a child, I talked like a child, I thought like a child, I reasoned like a child. When I became a man, I put childish ways behind me. 12 Now we see but a poor reflection as in a mirror; then we shall see face to face. Now I know in part; then I shall know fully, even as I am fully known. 13 And now these three remain: faith, hope and love. But the greatest of these is love.
4 Love is patient, love is kind. It does not envy, it does not boast, it is not proud. 5 It is not rude, it is not self-seeking, it is not easily angered, it keeps no record of wrongs. 6 Love does not delight in evil but rejoices with the truth. 7 It always protects, always trusts, always hopes, always perseveres. 8 Love never fails. But where there are prophecies, they will cease; where there are tongues, they will be stilled; where there is knowledge, it will pass away. 9 For we know in part and we prophesy in part, 10 but when perfection comes, the imperfect disappears. 11 When I was a child, I talked like a child, I thought like a child, I reasoned like a child. When I became a man, I put childish ways behind me. 12 Now we see but a poor reflection as in a mirror; then we shall see face to face. Now I know in part; then I shall know fully, even as I am fully known. 13 And now these three remain: faith, hope and love. But the greatest of these is love.
1 Thessalonians 5
[16] Always rejoice. [17] Pray without ceasing. [18] In all things give thanks; for this is the will of God in Christ Jesus concerning you all. [19] Extinguish not the spirit. [20] Despise not prophecies. [21] But prove all things; hold fast that which is good. [22] From all appearance of evil refrain yourselves. [23] And may the God of peace himself sanctify you in all things; that your whole spirit, and soul, and body, may be preserved blameless in the coming of our Lord Jesus Christ. [24] He is faithful who hath called you, who also will do it. [25] Brethren, pray for us. [26] Salute all the brethren with a holy kiss. [27] I charge you by the Lord, that this epistle be read to all the holy brethren. [28] The grace of our Lord Jesus Christ be with you. Amen.
[16] Always rejoice. [17] Pray without ceasing. [18] In all things give thanks; for this is the will of God in Christ Jesus concerning you all. [19] Extinguish not the spirit. [20] Despise not prophecies. [21] But prove all things; hold fast that which is good. [22] From all appearance of evil refrain yourselves. [23] And may the God of peace himself sanctify you in all things; that your whole spirit, and soul, and body, may be preserved blameless in the coming of our Lord Jesus Christ. [24] He is faithful who hath called you, who also will do it. [25] Brethren, pray for us. [26] Salute all the brethren with a holy kiss. [27] I charge you by the Lord, that this epistle be read to all the holy brethren. [28] The grace of our Lord Jesus Christ be with you. Amen.


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This is a retrospective summary of roughly ten Salvia Divinorum experiences over the course of the past three months.
My Salvia was un-enhanced (but high-quality) Peruvian leaf, ordered from an internet supplier. I used a sitter the first three times that I tried this new substance, and I do recommend it, although in my case it did not seem necessary because, unlike many reports, I did not feel the urge to move or go outside. In fact, I found movement to be very difficult, and I usually planted (no pun intended) myself wherever it was that I had smoked for the duration of the experience.
I tried doses ranging from half of a small leaf to five whole large leaves - I found that the most effective dose for me seemed to be about three large hits, held for 20-30 seconds each, which seems to agree with many other reports. In every case except one, I smoked from an average-sized wooden pipe - in the one case, I rigged up a makeshift hookah with a Gatorade bottle, which surprisingly seemed less effective because by the time I took one large hit with that I was too disoriented to take another. I really found that to be the limiting factor in my dosing - I would quickly reach a point where I was unable to operate the lighter and draw in smoke. One word of caution: during one of the experiences I completely lost awareness of holding a pipe in my hand, apparently dropped it on the carpet (with still smoldering materials in it) and nearly caught my house on fire.
As to the effects of this substance, I found it to be very unique but not particularly pleasant. Although the first few experiences were interesting enough that I wanted to repeat them, this is not a substance that I would like to use on a regular basis. In fact, my conclusion at the end of my experiments was that I felt a distinctly malevolent quality to this drug - I often identify a personality with natural drugs, and the overall feeling that I got from Salvia was that if Salvia were a person, it would not be one that I would invite to my home, if that makes sense.
Mostly my experiences were characterized by near-total confusion and disoriention. I did not experience any hallucinations, per se, although I did experience some CEV's on a few occasions. On all occasions except for one (which I will discuss briefly below) I lost all practical sense of where I was, what I was doing, and even to some extent WHO I was. I noticed that when this happened indoors, it was extremely unpleasant and frightening, but when it happened outdoors it was sort of enjoyable; I got the sense of melting into my surroundings and losing myself completely in nature, with thoughts along the lines of 'I am that tree' - in particular, I noted the very alien feeling of empathy and brotherhood with plants. In retrospect, I can see how use of this plant in a jungle or wild forest setting, teeming with other organisms, could be a very powerful experience.
The one experience that differed from this was when I smoked the smallest dosage (half of a small leaf), which I combined with Cannabis. I strongly agree with the findings of others that Salvia prolongs the effects of Cannabis - instead of the Cannabis high lasting for one or two hours and then tapering off, it continued full-strength for over five and a half hours. What was even more interesting to me was that at the five and a half hour mark I smoked a little more Salvia and the Cannabis effect, which had not tapered off at all, stopped very abruptly, and once the Salvia had worn off in about ten minutes I felt completely clear-headed. I'm not a chemist, so I can't speculate what would cause this, but I think it warrants looking into - it could be a very useful effect for someone who needed to sober up quickly.
I think it's likely that I will use Salvia again, in the name of experimentation and exploration, but I do not *enjoy* the Salvia experience. It reminded me oddly of crack cocaine in the way that it comes on so suddenly, kicks your ass, then is gone just as quickly, but without any of the euphoria of crack. I don't think it's very useful as a recreational drug, and I think that using it that way is not very wise.
If you're really dedicated to mental exploration, it's worth trying out, but otherwise I would advise to stay away from it.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


{% extends 'admin/base.html' %} {% load i18n %} {% block content %} {% comment %} Translators: This text is shown to staff who are uploading access codes, instructing them on the format the file should take. {% endcomment %} {% blocktrans trimmed %} To upload access codes, create a .csv file containing two columns: The first containing the access codes, and the second the ID of the partner the code should be linked to. {% endblocktrans %}


Annotator used to detect and report overlaps between structural variations and annotated genes.
The GeneOverlap annotator is invoked through the SVAnnotator framework, which defines arguments common to all annotators.
The GeneOverlap annotator reports on the genes and transcripts that overlap a structural variation and the significance of the overlap (currently coding vs. exonic vs. intronic).
The -geneTrackFile must be specified in GTF format and certain restrictions on content and sort order must be followed. See the SortGTFFile utility program for details.
This annotator is new and so not all GTF files may work correctly. The GENCODE v17 GTF file works after running it through SortGTFFile.
The -geneDescriptionFile is a tab delimited file with two columns: GENENAME and DESCRIPTION. The GENENAME column must match the gene names in the geneTrack GTF file.
This annotator can produce the following outputs: report file.
The report file contains one or more lines per input site. If the input site overlaps one or more genes, one line is produced for each overlapping gene.
The report file contains the following columns:
java -Xmx4g -cp SVToolkit.jar \ org.broadinstitute.sv.main.SVAnnotator \ -A GeneOverlap \ -R human_g1k_v37.fasta \ -vcf input.vcf \ -geneTrackFile gencode.v17.annotation.sorted.gtf \ -geneTypeFilter protein_coding \ -geneDescriptionFile ucsc_gene_descriptions.dat \ -writeReport true \ -reportDirectory reportdir
| Name | Type | Default value | Summary |
|---|---|---|---|
| Optional | |||
| --geneDescriptionFile | File | NA | Tab-delimited two column file mapping gene names to text gene descriptions |
| --geneTrackFile | File | NA | File of gene models for gene overlap analysis (GTF format) |
| --geneTypeFilter | List[String] | NA | Set of gene types to consider when analyzing gene overlap |
| --sequenceTranslationMapFile | File | NA | Mapping file from sequence name aliases used in annotation files to reference sequence names (e.g. "chr1" to "1") |
Tab-delimited two column file mapping gene names to text gene descriptions.
File of gene models for gene overlap analysis (GTF format).
Set of gene types to consider when analyzing gene overlap.
Mapping file from sequence name aliases used in annotation files to reference sequence names (e.g. "chr1" to "1").
See also Documentation index | GenomeSTRiP Site | GenomeSTRiP Support
GenomeSTRiP version 1.04-r1441 built at 2014/07/14 14:26:06.


Powerlifting 82-year-old makes intruder regret breaking into her home
Man subdued until police arrived
by Elizabeth Wolfe and Douglas S. Wood, CNN(CNN) - A man broke into the Rochester, New York, home of an 82-year-old woman. It didn't end well -- for him.

Murphy told WHAM she called the police but wouldn't let the man in her house. Then, she said, he became angry and broke through the door.
"It's kind of semi-dark and I'm alone, and I'm old. But guess what, I'm tough," she said, bearing her muscular arms. "He picked the wrong house to break into."
Murphy is an award-winning bodybuilder who said she works out at her local YMCA almost every day.
As Murphy tells it, she used a barrage of household items to attack the intruder, beginning with her own table.
"I took that table and I went to working on him," she said. "And guess what? The table broke."
Unphased, Murphy said, she used the metal legs of the table to keep hitting him.
After jumping on him a couple times, Murphy ran to the kitchen, grabbed a bottle of baby shampoo and squirted it on the man's face as he tried to get up.
It didn't end there. Next, she said, she took a broom and whacked him some more.
By that time, the intruder was ready to leave. Though Murphy said she can deadlift 225 pounds, she struggled to drag the man out of the house.
"He wants to get the heck out of there. And I'm trying to help him get out of the house, but he's too heavy. I can't move him. He's dead weight."
At that point, the police arrived in response to Murphy's earlier call.
"So they come in," she said. "He's laying down already because I had really did a number on that man. I'm serious."
The man was put in an ambulance. Murphy thinks he was probably relieved to be out of the house.
"I think he was happy when he went in the ambulance because I sent him in the ambulance. Yes, I did."


#
# Copyright (c) 2019 Intel Corporation
#
# 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.
#
import copy
from typing import Union
from collections import OrderedDict
import numpy as np
from rl_coach.agents.ddpg_agent import DDPGAlgorithmParameters, DDPGActorNetworkParameters, \
DDPGCriticNetworkParameters, DDPGAgent
from rl_coach.base_parameters import AgentParameters
from rl_coach.core_types import ActionInfo
from rl_coach.exploration_policies.additive_noise import AdditiveNoiseParameters
from rl_coach.memories.episodic.episodic_experience_replay import EpisodicExperienceReplayParameters
from rl_coach.memories.non_episodic.differentiable_neural_dictionary import AnnoyDictionary
from rl_coach.spaces import DiscreteActionSpace, BoxActionSpace
from rl_coach.architectures.head_parameters import WolpertingerActorHeadParameters
class WolpertingerCriticNetworkParameters(DDPGCriticNetworkParameters):
def __init__(self, use_batchnorm=False):
super().__init__(use_batchnorm=use_batchnorm)
class WolpertingerActorNetworkParameters(DDPGActorNetworkParameters):
def __init__(self, use_batchnorm=False):
super().__init__()
self.heads_parameters = [WolpertingerActorHeadParameters(batchnorm=use_batchnorm)]
[docs]class WolpertingerAlgorithmParameters(DDPGAlgorithmParameters):
def __init__(self):
super().__init__()
self.action_embedding_width = 1
self.k = 1
class WolpertingerAgentParameters(AgentParameters):
def __init__(self, use_batchnorm=False):
exploration_params = AdditiveNoiseParameters()
exploration_params.noise_as_percentage_from_action_space = False
super().__init__(algorithm=WolpertingerAlgorithmParameters(),
exploration=exploration_params,
memory=EpisodicExperienceReplayParameters(),
networks=OrderedDict(
[("actor", WolpertingerActorNetworkParameters(use_batchnorm=use_batchnorm)),
("critic", WolpertingerCriticNetworkParameters(use_batchnorm=use_batchnorm))]))
@property
def path(self):
return 'rl_coach.agents.wolpertinger_agent:WolpertingerAgent'
# Deep Reinforcement Learning in Large Discrete Action Spaces - https://arxiv.org/pdf/1512.07679.pdf
class WolpertingerAgent(DDPGAgent):
def __init__(self, agent_parameters, parent: Union['LevelManager', 'CompositeAgent'] = None):
super().__init__(agent_parameters, parent)
def learn_from_batch(self, batch):
# replay buffer holds the actions in the discrete manner, as the agent is expected to act with discrete actions
# with the BoxDiscretization output filter. But DDPG needs to work on continuous actions, thus converting to
# continuous actions. This is actually a duplicate since this filtering is also done before applying actions on
# the environment. So might want to somehow reuse that conversion. Maybe can hold this information in the info
# dictionary of the transition.
output_action_filter = \
list(self.output_filter.action_filters.values())[0]
continuous_actions = []
for action in batch.actions():
continuous_actions.append(output_action_filter.filter(action))
batch._actions = np.array(continuous_actions).squeeze()
return super().learn_from_batch(batch)
def train(self):
return super().train()
def choose_action(self, curr_state):
if not isinstance(self.spaces.action, DiscreteActionSpace):
raise ValueError("WolpertingerAgent works only for discrete control problems")
# convert to batch so we can run it through the network
tf_input_state = self.prepare_batch_for_inference(curr_state, 'actor')
actor_network = self.networks['actor'].online_network
critic_network = self.networks['critic'].online_network
proto_action = actor_network.predict(tf_input_state)
proto_action = np.expand_dims(self.exploration_policy.get_action(proto_action), 0)
nn_action_embeddings, indices, _, _ = self.knn_tree.query(keys=proto_action, k=self.ap.algorithm.k)
# now move the actions through the critic and choose the one with the highest q value
critic_inputs = copy.copy(tf_input_state)
critic_inputs['observation'] = np.tile(critic_inputs['observation'], (self.ap.algorithm.k, 1))
critic_inputs['action'] = nn_action_embeddings[0]
q_values = critic_network.predict(critic_inputs)[0]
action = int(indices[0][np.argmax(q_values)])
self.action_signal.add_sample(action)
return ActionInfo(action=action, action_value=0)
def init_environment_dependent_modules(self):
super().init_environment_dependent_modules()
self.knn_tree = self.get_initialized_knn()
# TODO - ideally the knn should not be defined here, but somehow be defined by the user in the preset
def get_initialized_knn(self):
num_actions = len(self.spaces.action.actions)
action_max_abs_range = self.spaces.action.filtered_action_space.max_abs_range if \
(hasattr(self.spaces.action, 'filtered_action_space') and
isinstance(self.spaces.action.filtered_action_space, BoxActionSpace)) \
else 1.0
keys = np.expand_dims((np.arange(num_actions) / (num_actions - 1) - 0.5) * 2, 1) * action_max_abs_range
values = np.expand_dims(np.arange(num_actions), 1)
knn_tree = AnnoyDictionary(dict_size=num_actions, key_width=self.ap.algorithm.action_embedding_width)
knn_tree.add(keys, values, force_rebuild_tree=True)
return knn_tree


Hyundai Veloster N Beats Corvette, 911 For R&T Performance COTY Award
Road & Track made a very surprising choice, but it's also a surprisingly good car.
by Christopher SmithWe don't often cover awards such as this. Some are exceptions, and we’re making an exception for the team at Road & Track because their choice for performance car of the year is, in a word, exceptional. Among a field of serous grin-inducing machines, which this year includes nothing less than the return of the Supra and the first-ever mid-engined Corvette, a front-wheel-drive hatchback from South Korea took top honors. That’s right – Road & Track’s 2020 performance car of the year is the Hyundai Veloster N.
Now Available With Incentives:
We suspect that the decision is something many readers will not understand. Given a choice, what self-respecting enthusiast would choose the Veloster N over a McLaren 600LT, or a Porsche 911, or a Lamborghini Huracán EVO? In fact, the Lambo didn’t even make the final cut in this showdown despite being the fastest car around California’s Thunderhill Raceway. For that matter, the reborn Toyota Supra was also canned early on, along with the BMW M2 Competition. We’re fairly certain readers can appreciate the irony in this, especially with both cars being chastised for basically having no soul.
Gallery: 2019 Hyundai Veloster N: First Drive
What about the Porsche 911? It was apparently fantastic except when it felt big, like a Porsche Panamera. As for the Corvette, its dual-clutch transmission left the drivers longing for an old-school manual, and its handling characteristics weren't quite up to snuff. Road & Track’s fantastically detailed write-up covers all the bases of the decision process, though we suspect some might see an 8,000-word article – much of which is devoted to explaining why other cars didn’t win – as a sign that perhaps the wrong decision was reached.
Our Take On The Veloster:
Here’s the thing. The team involved in this review knows cars. Furthermore, this isn’t simply a bench racing experiment where the fastest car automatically wins. We know Motor1.com readers understand what it means to be an enthusiast – it’s why many people prefer to row gears the old-fashioned way even though it’s slower than paddle-shifted dual-clutch transmissions. It’s why pinning the throttle on a 150-horsepower runabout through a tight autocross course can be as satisfying as piloting a 600-hp supercar. We’ve also driven the Veloster N, and you know what? We came to a similar conclusion in that it’s shockingly good as a performance machine. It also has some measure of real-world practicality, and just about anyone can afford it. Those things matter, too.
Would we pick it over all the rest? That remains to be seen until we conduct our own such automotive awards gala, but love for the Veloster N is certainly justified. More importantly, what do you think about this performance car of the year choice?
Source: Road & Track


|
ARK2D
1.0
Game development framework for Windows, Mac OS X and Android.
|
A bunch of Image frames thrown together to produce an animation. More...
#include <Animation.h>
Public Member Functions | |
| Animation () | |
| void | addImage (Image *image) |
| void | addFrame (Image *image) |
| Image * | getCurrentFrame () |
| unsigned int | getCurrentFrameIndex () |
| void | setCurrentFrameIndex (unsigned int i) |
| Image * | getNextFrame (unsigned int i=1) |
| Image * | getFrame (unsigned int i) |
| void | setNextFrameModifier (signed int mod) |
| signed int | getNextFrameModifier () |
| void | update (GameTimer *timer) |
| void | update (float delta) |
| void | setTime (float f) |
| float | getTime () |
| void | setFrameTime (unsigned int ft) |
| void | setFrameTime (float ft) |
| float | getFrameTime () |
| float | getDuration () |
| unsigned int | size () |
| void | setPingPong (bool b) |
| bool | isPingPong () |
| void | setAlpha (float f) |
| void | draw (int x, int y) |
| void | drawCentered (int x, int y) |
| void | drawFlipped (int x, int y, bool fx, bool fy) |
| void | drawCenteredFlipped (int x, int y, bool fx, bool fy) |
| void | clear () |
| void | reset () |
| virtual | ~Animation () |
A bunch of Image frames thrown together to produce an animation.
Definition at line 26 of file Animation.h.
| ARK::Graphics::Animation::Animation | ( | ) |
Definition at line 16 of file Animation.cpp.
|
virtual |
Definition at line 151 of file Animation.cpp.
| void ARK::Graphics::Animation::addFrame | ( | Image * | image | ) |
Definition at line 62 of file Animation.cpp.
| void ARK::Graphics::Animation::addImage | ( | Image * | image | ) |
Definition at line 66 of file Animation.cpp.
| void ARK::Graphics::Animation::clear | ( | ) |
Definition at line 33 of file Animation.cpp.
| void ARK::Graphics::Animation::draw | ( | int | x, |
| int | y | ||
| ) |
Definition at line 137 of file Animation.cpp.
| void ARK::Graphics::Animation::drawCentered | ( | int | x, |
| int | y | ||
| ) |
Definition at line 140 of file Animation.cpp.
| void ARK::Graphics::Animation::drawCenteredFlipped | ( | int | x, |
| int | y, | ||
| bool | fx, | ||
| bool | fy | ||
| ) |
Definition at line 146 of file Animation.cpp.
| void ARK::Graphics::Animation::drawFlipped | ( | int | x, |
| int | y, | ||
| bool | fx, | ||
| bool | fy | ||
| ) |
Definition at line 143 of file Animation.cpp.
| Image * ARK::Graphics::Animation::getCurrentFrame | ( | ) |
Definition at line 69 of file Animation.cpp.
|
inline |
Definition at line 33 of file Animation.h.
|
inline |
Definition at line 50 of file Animation.h.
| Image * ARK::Graphics::Animation::getFrame | ( | unsigned int | i | ) |
Definition at line 72 of file Animation.cpp.
| float ARK::Graphics::Animation::getFrameTime | ( | ) |
Definition at line 99 of file Animation.cpp.
| Image * ARK::Graphics::Animation::getNextFrame | ( | unsigned int | i = 1 | ) |
Definition at line 76 of file Animation.cpp.
| signed int ARK::Graphics::Animation::getNextFrameModifier | ( | ) |
Definition at line 29 of file Animation.cpp.
| float ARK::Graphics::Animation::getTime | ( | ) |
Definition at line 52 of file Animation.cpp.
| bool ARK::Graphics::Animation::isPingPong | ( | ) |
Definition at line 96 of file Animation.cpp.
| void ARK::Graphics::Animation::reset | ( | ) |
Definition at line 39 of file Animation.cpp.
| void ARK::Graphics::Animation::setAlpha | ( | float | f | ) |
Definition at line 56 of file Animation.cpp.
|
inline |
Definition at line 34 of file Animation.h.
| void ARK::Graphics::Animation::setFrameTime | ( | unsigned int | ft | ) |
Definition at line 86 of file Animation.cpp.
| void ARK::Graphics::Animation::setFrameTime | ( | float | ft | ) |
Definition at line 89 of file Animation.cpp.
| void ARK::Graphics::Animation::setNextFrameModifier | ( | signed int | mod | ) |
Definition at line 26 of file Animation.cpp.
| void ARK::Graphics::Animation::setPingPong | ( | bool | b | ) |
Definition at line 92 of file Animation.cpp.
| void ARK::Graphics::Animation::setTime | ( | float | f | ) |
Definition at line 49 of file Animation.cpp.
| unsigned int ARK::Graphics::Animation::size | ( | ) |
Definition at line 45 of file Animation.cpp.
| void ARK::Graphics::Animation::update | ( | GameTimer * | timer | ) |
Definition at line 103 of file Animation.cpp.
| void ARK::Graphics::Animation::update | ( | float | delta | ) |
Definition at line 106 of file Animation.cpp.


Lambda Calculus
The Universal Programming Language
Why λ Calculus?
-
Encoding of logic
- Typed λ calculus
- Howard-Curry Isomorphism
- Transparency {Location, Execution, Sugar}
Why Learn λ Calculus?
- Understanding of reduction strategies
- Equational Reasoning = Easy to refactor
- Pure Functional programming = λ + Sugar
-- Definition of λ Calculus
<expression> ::= <name> | <function> | <application>
<function> ::= λ<name>.<body>
<body> ::= <expression>
<application> ::= (<expression> <expression>)
-- Examples
λx.x
λfoo.λbar.foo
λf.λa.(f a)
-- Defining functions
def identity = ???
def self_apply = ???
def apply = ???
def true = ???
def false = ???
def identity = λx.x
def self_apply = λs.(s s)
def apply = λf.λa(f a)
def true = λfirst.λsecond.first
def false = λfirst.λsecond.second
-- Mmmmm... Sugar!
identity x = x
self_apply s = s s
apply f a = f a
true first second = first
false first second = second
def cond = ???
def not = ???
def and = ???
def or = ???
def cond e1 e2 c = c e1 e2
def not x = cond false true x
def and x y = cond y false x
def or x y = cond true y x
--Natural Numbers
def zero = identity
def succ n s = s false n


| Overview | Namespace | Class | Index | Help |
| PUBLIC MEMBERS: | CLASSES | STRUCTS | UNIONS | ENUMS | TYPEDEFS | METHODS | STATIC METHODS | DATA | STATIC DATA |
| virtual | abstract | interface | template |
| NO | NO | NO | NO |
Methods |
|
| Type( ) throw( ); |
Default Constructor: Type is set to void. |
| Type( TypeClass eTypeClass, const ::rtl::OUString & rTypeName ) throw( ); |
Constructor: Type is constructed by given name and type class. |
| Type( TypeClass eTypeClass, const sal_Char * pTypeName ) throw( ); |
Constructor: Type is constructed by given name and type class. |
| Type( typelib_TypeDescriptionReference * pType ) throw( ); |
Constructor: Type is (copy) constructed by given C type description reference. |
| Type( typelib_TypeDescriptionReference * pType, UnoType_NoAcquire ) throw( ); |
Constructor: Type is (copy) constructed by given C type description reference without acquiring it. |
| Type( typelib_TypeDescriptionReference * pType, __sal_NoAcquire ) throw( ); |
Constructor: Type is (copy) constructed by given C type description reference without acquiring it. |
| Type( const Type & rType ) throw( ); |
Copy constructor: Type is copy constructed by given type. |
| ~Type( ) throw( ); |
Destructor: Releases acquired C type description reference. |
| Type & operator=( const Type & rType ) throw( ); |
Assignment operator: Acquires right side type and releases previously set type. |
| TypeClass getTypeClass( ) const throw( ); |
Gets the type class of set type. |
| ::rtl::OUString getTypeName( ) const throw( ); |
Gets the name of the set type. |
| void getDescription( typelib_TypeDescription * * ppDescr ) const throw( ); |
Obtains a full type description of set type. |
| typelib_TypeDescriptionReference * getTypeLibType( ) const throw( ); |
Gets the C typelib type description reference pointer. Does not acquire the reference! |
| sal_Bool isAssignableFrom( const Type & rType ) const throw( ); |
|
| sal_Bool equals( const Type & rType ) const throw( ); |
Compares two types. |
| sal_Bool operator==( const Type & rType ) const throw( ); |
Equality operator: Compares two types. |
| sal_Bool operator!=( const Type & rType ) const throw( ); |
Unequality operator: Compares two types. |
Copyright © 2012, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


|
MetaDrone
2.0
|
Contains the event data associated with a WebSocket.OnClose event. More...
Properties | |
| ushort | Code [get] |
| Gets the status code for the close. More... | |
| string | Reason [get] |
| Gets the reason for the close. More... | |
| bool | WasClean [get, set] |
| Gets a value indicating whether the WebSocket connection has been closed cleanly. More... | |
Contains the event data associated with a WebSocket.OnClose event.
A WebSocket.OnClose event occurs when the WebSocket connection has been closed. If you would like to get the reason for the close, you should access the Code or Reason property.
|
get |
Gets the status code for the close.
A ushort that represents the status code for the close if any.
|
get |
Gets the reason for the close.
A string that represents the reason for the close if any.
|
getset |


Knockback.js - All Tests (Latest)
Knockback.js - All Tests (Stack)
Knockback.js - All Tests (Deprecated)
Interactive Tests (Latest)
Interactive Tests (Deprecated)


Appendix A. A Little Bit of Logic
In Chapter 1, I mentioned that there's an alternative to the relational algebra called the relational calculus. Relational calculus is essentially an applied form of predicate calculus, tailored to the needs of relational databases. Queries and constraints, for example, can be formulated using relational calculus instead of relational algebra; indeed, sometimes it's easier to come up with a calculus formulation (on the other hand, sometimes the opposite is true). And it's desirable, in my opinion, for database professionals to have at least a nodding acquaintance with the basic concepts of the calculus as well as the algebra; hence this appendix, which offers a brief and very informal introduction to such matters.
By the way, it follows from the preceding paragraph that a relational language can be based on either the algebra or the calculus. So which is SQL based on? The answer, regrettably, is partly both and partly neither. When it was first designed, SQL was specifically intended to be different from both the algebra and the calculus; indeed, such a goal was the prime motivation for the introduction of the SQL "IN subquery" construct. As time went by, however, it turned out that certain features of both the algebra and the calculus were needed after all, and the language grew to accommodate them. The situation today is thus that some aspects of SQL are "algebra-like," some are "calculus-like," and some are neither.
|


Contributing¶
Welcome hacker! So you have got something you would like to see in
watchdog
? Whee. This document will help you get started.
Important URLs¶
watchdog
uses git to track code history and hosts its code repository
at github. The issue tracker is where you can file bug reports and request
features or enhancements to watchdog
.
Before you start¶
Ensure your system has the following programs and libraries installed before beginning to hack:
- Python
- git
- ssh
- XCode (on Mac OS X)
- select_backport (on BSD/Mac OS X if you’re using Python 2.6)
Setting up the Work Environment¶
watchdog
makes extensive use of zc.buildout to set up its work
environment. You should get familiar with it.
Steps to setting up a clean environment:
Fork the code repository into your github account. Let us call you
hackeratti
for the sake of this example. Replacehackeratti
with your own username below.Clone your fork and setup your environment:
$ git clone --recursive git@github.com:hackeratti/watchdog.git $ cd watchdog $ python tools/bootstrap.py --distribute $ bin/buildout
Important
Re-run bin/buildout
every time you make a change to the
buildout.cfg
file.
That’s it with the setup. Now you’re ready to hack on watchdog
.
Enabling Continuous Integration¶
The repository checkout contains a script called autobuild.sh
which you must run prior to making changes. It will detect changes to
Python source code or restructuredText documentation files anywhere
in the directory tree and rebuild sphinx documentation, run all tests using
nose, and generate coverage reports.
Start it by issuing this command in the watchdog
directory
checked out earlier:
$ tools/autobuild.sh
...
Happy hacking!


COBB A film review by James Berardinelli Copyright 1995 James Berardinelli
RATING (0 TO 10): 7.7
Date Released: varies (1/95) Running Length: 2:08 Rated: R (Violence, language, nudity)
Starring: Tommy Lee Jones, Robert Wuhl, Lolita Davidovich Director: Ron Shelton Producer: David Lester Screenplay: Ron Shelton based on COBB: A BIOGRAPHY by Al Stump Cinematography: Russell Boyd Music: Elliot Goldenthal Released by Warner Brothers
It's the nature of our society to put people on pedestals. Some wear the title of "hero" like a mantle; to others, it is an albatross. You need look no further than the O. J. Simpson story to see this. So what defines greatness? This question, in conjunction with the reality gap that so often exists between the media's portrayal of a public figure and their actual personality, lies at the core of COBB, a new film from writer/director Ron Shelton, the man who brought us the baseball comedy BULL DURHAM.
COBB is a character study of the greatest man ever to play Major League baseball. It is not a biography, though it contains biographical (or pseudo-biographical, depending on how much you want to believe) information. Rather, the film is an examination of Ty Cobb's personality--a look at the demons that made him as much of a terror off the baseball field as on it, and which didn't depart once his career was over.
A notorious drunkard, bigot, and womanizer, the "Georgia Peach" had few qualities to praise other than his ability to hit a baseball. He claimed to be misunderstood, but the sad truth is that he was understood too well. Described at various times as "difficult at best, psychotic at worst" and someone whose "brooding soul ... bubbled with violence", Cobb represented the kind of man who could be admired only from a distance--the farther the better.
In 1960, with death stalking him, Cobb (Tommy Lee Jones) decides that he wants his story told. To write this tale of a "prince among men", he recruits sportswriter Al Stump (Robert Wuhl) to do the typing. At first, Stump is ecstatic at the opportunity to spend days on end with the greatest baseball player of all time--until he meets him, that is. Cobb's poisonous personality quickly convinces him that little pleasure will be derived from the task. Yet, despite continual verbal and physical abuse, Stump stays with Cobb, and even drives him across country from his Nevada home to Cooperstown. Friendship is never the lure, however; Stump is seduced by the need to understand greatness. And, in the end, he compromises his principles to capture his own small measure of it.
With a lead character as abrasive as they come, COBB is not always a pleasant movie. At times, it is downright uncomfortable. The film is perhaps too long; much of the last half-hour feels excessive and redundant. Nevertheless, given such a forceful anti-hero, the viewer's horrified fascination lasts all one-hundred twenty-eight minutes, even to the end of the credits when Cobb declares, "Baseball is 100% of my life."
Jones' on-target portrayal of the dying athlete is mesmerizing. Robert Wuhl has considerably less screen presence, but this serves only to highlight Jones.  There is a share of male bonding here, but not enough to turn COBB into a cloying buddy picture. And, thankfully, the title character is never redeemed. Cobb remains detestable to the day of his death.
Shelton took a chance with this film. Given a less talented performer, COBB could have been an awkward, over-the-top melodrama. As it is, however, the movie works much as MRS. PARKER AND THE VICIOUS CIRCLE does--as an unobstructed view of human degradation and the damage it wreaks.
Forrest Gump might say that "Greatness is as greatness does." COBB goes to pains to dispel this simplistic view. Image has little to do with reality. Tremendous statistics do not make for a tremendous person. When our heroes turn out to be less like Dale Murphy and more like Ty Cobb, we feel betrayed and slighted. On those occasions, we have only ourselves to blame because in our society, it's the .367 lifetime batting average that earns the reverence, regardless of how despicable the man holding the bat is.
- James Berardinelli<EMAIL_ADDRESS>.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


-->
Configurations
High Score:
0
Rules Learnt:
0
Trials:
0
Game speed:
Environment:
Static
Random
Display Target:
Yes
No
Actions:


From the moment you step inside one of our display homes you will notice the HomeBuilders difference. Our passion for homes that meet your needs is reflected in their quality designs and elegant solutions. No matter where you are throughout New South Wales or the Canberra Region, we have a display home to inspire you.
Aliquam dictum elit vitae mauris facilisis, at dictum urna dignissim donec vel lectus vel felis.
Aliquam dictum elit vitae mauris facilisis, at dictum urna dignissim donec vel lectus vel felis.
Aliquam dictum elit vitae mauris facilisis, at dictum urna dignissim donec vel lectus vel felis.
Aliquam dictum elit vitae mauris facilisis, at dictum urna dignissim donec vel lectus vel felis.


CheckFortranSourceRuns¶
Check if given Fortran source compiles and links into an executable and can subsequently be run.
-
check_fortran_source_runs
¶ check_fortran_source_runs( <resultVar> [SRC_EXT <extension>])
Check that the source supplied in

can be compiled as a Fortran source file, linked as an executable and then run. The
must be a Fortran program containing at least anend
statement–for example:check_fortran_source_runs("real :: x[*]; call co_sum(x); end" F2018coarrayOK)
This command can help avoid costly build processes when a compiler lacks support for a necessary feature, or a particular vendor library is not compatible with the Fortran compiler version being used. Some of these failures only occur at runtime instead of linktime, and a trivial runtime example can catch the issue before the main build process.
If the

could be built and run successfully, the internal cache variable specified by<resultVar>
will be set to 1, otherwise it will be set to an value that evaluates to boolean false (e.g. an empty string or an error message).By default, the test source file will be given a
.F90
file extension. TheSRC_EXT
option can be used to override this with.<extension>
instead.The underlying check is performed by the
try_run()
command. The compile and link commands can be influenced by setting any of the following variables prior to callingcheck_fortran_source_runs()
:CMAKE_REQUIRED_FLAGS
- Additional flags to pass to the compiler. Note that the contents of
CMAKE_Fortran_FLAGS
and its associated configuration-specific variable are automatically added to the compiler command before the contents ofCMAKE_REQUIRED_FLAGS
. CMAKE_REQUIRED_DEFINITIONS
- A ;-list of compiler definitions of the form
-DFOO
or-DFOO=bar
. A definition for the name specified by<resultVar>
will also be added automatically. CMAKE_REQUIRED_INCLUDES
- A ;-list of header search paths to pass to
the compiler. These will be the only header search paths used by
try_run()
, i.e. the contents of theINCLUDE_DIRECTORIES
directory property will be ignored. CMAKE_REQUIRED_LINK_OPTIONS
- A ;-list of options to add to the link
command (see
try_run()
for further details). CMAKE_REQUIRED_LIBRARIES
- A ;-list of libraries to add to the link
command. These can be the name of system libraries or they can be
Imported Targets (see
try_run()
for further details). CMAKE_REQUIRED_QUIET
- If this variable evaluates to a boolean true value, all status messages associated with the check will be suppressed.
The check is only performed once, with the result cached in the variable named by
<resultVar>
. Every subsequent CMake run will re-use this cached value rather than performing the check again, even if the
changes. In order to force the check to be re-evaluated, the variable named by<resultVar>
must be manually removed from the cache.


Greta Thunberg: Children's book about teenage climate activist shortlisted for Blue Peter prize
Story of how the teenager sparked a global movement is among the collected tales of inspirational children in Rise Up: Ordinary Kids with Extraordinary Stories
by Roisin O'ConnorA book about the efforts of environmental activist Greta Thunberg has been shortlisted for a Blue Peter prize.
The teenage climate activist is among the collected tales of inspirational children gathered in Rise Up: Ordinary Kids With Extraordinary Stories, which was written by Amanda Li.
It is among the shortlisted titles for the 2020 Blue Peter Book Awards in the “best book with facts” category.
Li commented: “I’m over the moon that Rise Up is on the shortlist for the Blue Peter Book Award. I grew up with Blue Peter and never missed an episode. I loved writing this book as it gave me the chance to find out all about the lives of some amazing young people.
“All of them are working in their own ways, big and small, feel empowered and fire your imagination.”
Thunberg has attracted a number of high-profile supporters in the entertainment world, most recently from Arnold Schwarzenegger, Patti Smith and Leonardo DiCaprio.
Other shortlisted titles for the 2020 awards include books about astronauts, stories of magical guilds, student elections, and a lonely young boy.
The winner will be announced on 5 March 2020 on CBBC.


| Date: | 2013-02-11 |
|---|---|
| Version: | 0.2.6 |
| Manual section: | 1 |
| Manual group: | Compilers and Programming Languages |
- braid [-h] [--gen-sexp] [--gen-sidl] [-c <language>] [-s <language>]
- [--makefile] [-i] [--suppress-contracts] [-m <prefix>] [--debug] [--profile] [--version] [--license] [-v] [<file.sidl> [<file.sidl> ...]]
Braid 0.2.6 - Do magically wonderful things with SIDL (scientific interface definition language) files. BRAID is a high-performance language interoperability tool that generates Babel-compatible bindings for the Chapel programming language. For details on using the command-line tool, please consult the BRAID man page and the Babel user's guide.
BRAID, the Braid system for Rewriting Abstract Descriptions, is a compiler-like tool to generate the glue code necessary for language interoperability. Developed by the Components project [1] at Lawrence Livermore National Laboratory, BRAID supports the Scientific Interface Definition Language (SIDL) for the language-independent declaration of interfaces associated with scientific software packages.
The language bindings generated by BRAID are binary-compatible to those generated by the related Babel [2] tool. While Babel handles traditional programming languages (such as C, C++, Fortran (77-2008), Python, and Java), BRAID adds support for modern PGAS [3] languages.
In practice, this means that if you want to, for example, let a Chapel program use a component implemented in Fortran 95, you would invoke Babel for the Fortran code and Braid for Chapel code:
braid --makefile --client=Chapel interface.sidl babel --makefile --server=F95 interface.sidl
| [1] | https://computation.llnl.gov/casc/components/ |
| [2] | https://computation.llnl.gov/casc/components/ |
| [3] | http://en.wikipedia.org/wiki/Partitioned_global_address_space |
At this moment Chapel client code is well-tested and considered stable. Chapel server works also fairly well, however, the Chapel compiler imposes the limitation that there can only be one copy of the Chapel runtime system per executable (e.g., 1 Chapel library or one Chapel main() function).
| Language | Client | Server |
| Chapel | stable | stable |
| UPC | testing | planned |
| X10 | planned | planned |
In addition to all regular Babel/SIDL features, the Chapel backend also extends the Chapel runtime to support borrowed arrays; i.e., Arrays that are initialized by an external function and can be passed to Chapel code without copying. It also provides an interface for distributed arrays which allow non-Chapel code to access non-local data residing in the PGAS-space.
The following features are not yet implemented:
Generic arrays, arrays of objects, structs, contracts, hooks and RMI.
BRAID uses an autotools-based build system, so the regular:
./configure && make install
will work just fine. Below is the step-by-step break-down of the the
installation process:
tar xvf braid-0.2.3.tar.bz2 && cd braid-0.2.3 mkdir build && cd build ../configure --prefix=<INSTALL_PATH> make [-j<N>] && make install # other useful commands ../configure --help make check
We found the following setup to be working with MPI (to spawn processes) and direct Infiniband (for the actual communication).
It seems that Chapel (~1.5) cannot be compiled with a GCC version newer than 4.6.X, because of issues with GASnet and the Chapel code base. A known good version of GCC for compiling Chapel is 4.3.6. To compile Chapel in CHPL_HOME use the following commands:
export CHPL_COMM=gasnet export CHPL_COMM_SUBSTRATE=ibv make -C ${CHPL_HOME}
To initialize the environment (using bash) run:
export CHPL_COMM=gasnet export CHPL_COMM_SUBSTRATE=ibv cd ${CHPL_HOME} source util/setchplenv.bash cd -
To run a Chapel program using Infiniband communication and MPI to spawn new processes via SLURM:
export MPIRUN_CMD="srun -p<partition> -N %N %P %A" # you can customize this ./program
Those are substitutions made by Chapel (or GASnet), here is a list taken from one of the Chapel-internal Makefiles:
# The following substitutions are performed: # %P = program executable name # %N = requested node count # %A = program arguments # %Q = program arguments w/ an extra level of quotes # %D = the current working directory # %H = hostfile (if any) CONDUIT_RUNCMD = mpirun -np %N %P %A
The way I understand it SLURM provides the mpirun launcher on the machines it manages. Chapel/GASnet uses this mechanism to trick SLURM into launching processes on multiple nodes. If you compiled Chapel with the 'ibv' conduit, however, no actual communication will be done over MPI, instead GASnet will directly use the Infiniband network to exchange data between nodes.
Using Infiniband directly is supposed to perform better because MPI apparently does not do one-sided communication well.
You will need to patch your Chapel 1.4.0 compiler using the following command _after_ running ./configure:
bash <builddir>/patch-chapel-compiler.sh
The script will patch and recompile the compiler automatically. You can undo this operation by running:
bash <builddir>/patch-chapel-compiler.sh --undo
this will reverse the effects of the patch.
If you just want to compile and install BRAID, you will need: - Python: Version 2.6 or higher - gcc, ld, Perl, AWK, sed
If you want to run the regression tests, you will also need: - GNU make Version 3.74 or higher - Babel: Version 2.0 or higher - Chapel: Version 1.4.0 - Java: JVM 1.6 or higher - NumPy: Version 1.0.4 or higher
A call from one language into another starts with the client (the caller) invoking a stub, which accepts all the arguments of the method in the native data format (such as value representation or memory layout) of the client language. The stub is automatically generated by Braid/Babel and is usually output in the client's language, or in C, if the native language is not expressive enough to perform the argument conversion, which often involves byte-level memory manipulation. Stubs are very small and the compiler can sometimes inline them. The stub converts the arguments into the intermediate object representation (IOR) which is Babel's native data format. It then calls the server implementation, which also has to accept the IOR. On the server side resides a skeleton, which does the reverse operation of converting the IOR into the native representation of the server (callee). The skeleton invokes the implementation which is the actual method to be called. Upon return, it converts all outgoing arguments and the return value into the IOR and returns to the Stub, which performs the translation back to the client's data format.
Braid cannot (yet) parse source code. In order to generate bindings for a component the user needs to specify the interface that the component provides in the SIDL format. A lengthy description of all SIDL features can be found in the .. _Babel Manual: https://computation.llnl.gov/casc/components/docs/users_guide/ , Chapter 6.
This section describes how the various features of SIDL are mapped onto Chapel constructs.
Chapel is a modern high-level parallel programming language originally developed by Cray Inc. as part of the DARPA HPCS program. In contrast to traditional programming languages such as C++, the runtime system of the language takes care of executing the code in parallel. The language still offers the user fine-grained control over things such as the data layout and the allocation of distributed data, but it renders the tedious explicit encoding of communication through, e.g., a message-passing interface, obsolete.
To see examples of how to use the Chapel language with Braid, please refer to the many examples located in the braid/regression/interop directory. The corresponding SIDL files can be found in the Babel sources the regression subdirectory.
Chapel classes cannot have static methods. BRAID will generate a <classname_>_static module that contains all static methods defined by the SIDL class classname.
Objects are created using the <classname_>_static.create(out exception) function. This indirection is necessary because constructors may throw a SIDL exception. The <classname_>_static.wrap_<classname>(in obj, out exception) function can be used to create a Chapel version of an existing externally created SIDL object.
Objects can be up-casted by using the provided as_<baseclass>() methods. Down-casting can be down by using the generated <baseclass>_cast_<target>() methods.
The following table lists the scalar types supported by SIDL and the corresponding Chapel types used by the skeleton or stub while converting Chapel code from or into the IOR. The SIDL scalar types are (with the exception of strings) of fixed length and were easy to support especially since Chapel has parametric support for the number of bits in the integral and floating point types which map to the same representation as used by the IOR. It also has native types for both single-precision and double-precision complex numbers and supports opaque types that allow data to be passed around through Babel/BRAID back into the original address space. Chapel also supports enumerated type to defines a set of named constants. On the other hand, the Babel IOR and the Chapel compiler use different representations for complex numbers, hence BRAID generates glue code to pass around copies. Since Chapel does not have a char type, BRAID generates code to convert Chapel unit-length strings into chars using a statically allocated lookup table.
| SIDL type | Size (in bits) | Corresponding Chapel type |
|---|---|---|
| bool | 1 | bool |
| char | 8 | string (length=1) |
| int | 32 | int(32) |
| long | 64 | int(64) |
| float | 32 | real(32) |
| double | 64 | real(64) |
| fcomplex | 64 | complex(64) |
| dcomplex | 128 | complex(128) |
| opaque | 64 | int(64) |
| string | varies | string |
| enum | 32 | enum |
Scalar Data Types in SIDL and their Chapel equivalents on a 64-bit machine.
SIDL arrays can be generated by using the sidl.<type>_array.create() family of functions:
var max_size = 1024; var arr = sidl.double_array.create2dCol(max_size, max_size); var a_meta = arr(1) var a_data = arr(2) for i in 0..#max_size do { for j in 0..#max_size do { a_data[i:int(32),j:int(32)] = 3.14; }
The create functions return a tuple with SIDL-related metadata and a Chapel borrowed array. Borrowed arrays are an extension to Chapel; they inherit all the syntactic sugar support Chapel provides for natively defined arrays. Hence there is no change in the Chapel code while using these arrays except during array creation. We require a small extension to the Chapel compiler to support borrowed arrays. Borrowed arrays have data blocks allocated external to the Chapel runtime unlike traditional Chapel arrays where each array uses a data block managed by the Chapel runtime. This avoids superfluous allocation and deallocation of array data blocks while passing the array reference between Babel/BRAID calls. It becomes the user's responsibility to manage the memory while using borrowed arrays.
In the above example, a generic SIDL array<> version of the created SIDL array could be accessed using the a_meta.generic data member. Generic arrays are passed as Chapel opaque values. To cast them to a proper sidl.Array, use the following code:
proc generic_array_input(in ga: opaque /* array< > */) { var ga_meta = sidl.double_array.cast(ga); if ga_meta != nil then { var ga_data = createBorrowedArray1d(ga_meta); ga_data[0] = 42; } }
From the user's perspective there is no difference between Chapel representation of SIDL arrays and R-arrays. It should be noted that non column-major arrays will be automatically copied and converted in the Chapel stub generated by BRAID.
Chapel does not (yet) support exception handling. To throw an exception, a Chapel method should create a new exception object and assign it to the _ex argument before returning.
This section describes how the various features of SIDL are mapped onto Unified Parallel C constructs.
Braid so far has been tested with Berkeley UPC v. 2.14.2.
TODO.
BRAID is written in 98% Python; the SIDL scanner is implemented in flex (C). Some of the Python sources are automatically generated from a high-level specification (sidl.def, ir.def) by a Prolog script. The implementation language choice is motivated by Python being the highest-level language that we can assume to be pre-installed on all our target systems. So far we have three components:
A complete parser for SIDL which generates an object-oriented intermediate representation (IR)
A converter to an extensible s-expression-based language independent IR
Code generators that convert this IR into Chapel and C code. Other languages supported by Babel will follow.
To facilitate the writing of these code generators we put some effort into extending Python with a pattern-matching mechanism for arbitrarily complex tuples. (And the s-expressions from the IR are internally represented as Python tuples.)
This diagram shows the work-flow implemented in BRAID:
Parser Conversion +-------------+ +------------------+ +---------------------+ | SIDL |--| SIDL-based |--| Language indep. IR | | | | declarative IR | | (s-expressions) | +-------------+ +------------------+ +---------------------+ | | | | Code | | | Generators | | | | | +-----------+ +----------+ | Chapel | | C, ... | | | | | +-----------+ +----------+
The idea to use the s-expression-based IR to interface with ROTE at some later point. Other components (e.g. PAUL) can also generate this IR to get access to the code generators.
The following files are available at the top of the release directory structure provide additional information on the Babel release:
BUGS: Lists known bugs
COPYRIGHT: Lawrence Livermore National Security, LLC notice
INSTALL: Provides installation instructions
README: This file
Additional background information can be found at our web site at
http://www.llnl.gov/CASC/components/
and
Adrian Prantl: Architect, main author<EMAIL_ADDRESS><EMAIL_ADDRESS>Shams Imam, Rice University
Please report bugs to<EMAIL_ADDRESS>consult the BRAID man page and the Babel user's guide.
<file.sidl> SIDL files to use as input
-h, --help show this help message and exit --gen-sexp generate an s-expression --gen-sidl generate SIDL output again -c <language>, --client <language> generate client code in the specified language (Chapel, UPC, or any language supported through Babel) -s <language>, --server <language> generate server code in the specified language (Chapel, UPC, or any language supported through Babel) --makefile generate a default GNUmakefile -i, --generate-hooks generate pre-/post-method hooks --suppress-contracts refrain from generating contract enforcement from SIDL specs -m <prefix>, --make-prefix <prefix> <prefix> is prepended to the name of babel.make and the symbols defined internally to allow Braid to be run multiple times in a single directory. --debug enable debugging features --profile enable profiling --version print version and exit --license print licensing details -v, --verbose print more debug info
Please report bugs to<EMAIL_ADDRESS>Copyright (c) 2011-2013 Lawrence Livermore National Security, LLC. Produced at the Lawrence Livermore National Laboratory. Written by the Components Team<EMAIL_ADDRESS>LLNL-CODE-473891. All rights reserved.
Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met:
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL LAWRENCE LIVERMORE NATIONAL SECURITY, LLC, THE U.S. DEPARTMENT OF ENERGY OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
Additional BSD Notice


You are given an integer $N$. Print the factorial of this number.
$$N!= N \times (N-1) \times (N-2) \times \cdots \times 3 \times 2 \times 1$$
Input
Input consists of a single integer $N$, where $1 \le N \le 100$.
Output
Print the factorial of $N$.
Example
For an input of $25$, you would print $15511210043330985984000000$.
Note: Factorials of $N > 20$ can't be stored even in a $64-bit$ long long variable. Big integers must be used for such calculations. Languages like Java, Python, Ruby etc. can handle big integers, but we need to write additional code in C/C++ to handle huge values.
We recommend solving this challenge using BigIntegers.


Play Pig Dice
Rule #1: We do not make fun of the scrabble background.
Rule #2: We do NOT make fun of the scrabble background.
Rule #3: If and when you reach a score of 100, you win.

Rule #6: Seriously, we are NOT joking about Rules 1 and 2.

Your overall score is
.
computer score:
computer last-roll:


4. gComposite.py¶
4.1. Description¶
This program Calculates these Composite Expression Scores. Compared to expression score of a single gene, composite expression score measure the overall activity of a set of genes. It is often used to measure the activity of a pathway or transcription factor.
It calculates these scores:
Note
The R package GSVA will be automatically installed and used to calculate these scores.
4.2. Options¶
- --version
show program’s version number and exit
- -h, --help
show this help message and exit
- -e EXPR_FILE, --expr_matrix=EXPR_FILE
Tab-separated data matrix file containing gene expression values. The 1st row containing sample/patient IDs and the 1st column containing gene symbols(mut be unique). File can be compressed (.gz, .Z, .z, .bz, .bz2, bzip2).
- -g GENE_FILE, --gene=GENE_FILE
GMT file. The GMT file format is a tab delimited file format that describes gene sets (Each gene set is described by a name, a description, and the genes in the gene set). In the GMT format, each row represents a gene set. The first column is get set name (must be unique). The second column is brief description (can be ‘na’).
- -k GROUP_FILE, --group=GROUP_FILE
Group file (in CSV format). First column is sample ID, second column is group ID
- -s SAMPLE_FILE, --sample=SAMPLE_FILE
Sample list file containing sample IDs. Each row can be a single sample ID, a comma-separated sample IDs or a space-separated sample IDs. Sample IDs must match exactly to those in the data matrix file. If omitted, calculated activity scores for all the samples. File can be compressed (.gz, .Z, .z, .bz, .bz2, bzip2). default=none (All samples will be used)
- -l, --log
If True, will do log2(x+1) transformation for gene experssion values. Must set to ‘True’ if expressin values are RNA-seq count. default=False
- -p N_THREAD, --processor=N_THREAD
Number of processors to use when doing the calculations in parallel. default=0 (use all available processors)
- -o OUT_FILE, --output=OUT_FILE
The prefix of the output file.
4.3. Input files (examples)¶
Gene expression table. Example: lung_expr.81genes.tsv
Gene list in GMT format. Example: lung_p53_target.gmt
Group file. Example: lung_group.csv
4.4. Command¶
$ python3 gComposite.py -e lung_expr.81genes.tsv -g lung_p53_target.gmt -k lung_group.csv -o lung
4.5. Output files¶
output.R : R script to run GSVA package
output.mat.tsv : Data that is actually used. Might be the same as the input “lung_expr.81genes.tsv”, or just a subset of “lung_expr.81genes.tsv”.
output_combined.tsv : comma-separated composite expression score (group IDs were also included)
output_gsva.csv : GSVA scores
output_pca.csv : First two principal components of PCA.
output_plage.csv : PLAGE scores
output_ssgsea.csv : ssGSEA scores
output_zscore.csv : Z-scores
Note
The file “output_combined.tsv” contains everything you need for SVM model building and testing.
4.6. References¶
- 1
Hänzelmann S, Castelo R, Guinney J. GSVA: gene set variation analysis for microarray and RNA-seq data. BMC Bioinformatics. 2013;14:7. Published 2013 Jan 16. doi:10.1186/1471-2105-14-7
- 2
Barbie DA, Tamayo P, Boehm JS, et al. Systematic RNA interference reveals that oncogenic KRAS-driven cancers require TBK1. Nature. 2009;462(7269):108-112. doi:10.1038/nature08460
- 3
Lee E, Chuang HY, Kim JW, Ideker T, Lee D. Inferring pathway activity toward precise disease classification. PLoS Comput Biol. 2008;4(11):e1000217. doi:10.1371/journal.pcbi.1000217
- 4
Tomfohr J, Lu J, Kepler TB. Pathway level analysis of gene expression using singular value decomposition. BMC Bioinformatics. 2005;6:225. Published 2005 Sep 12. doi:10.1186/1471-2105-6-225


centroid
PURPOSE
CENTROID compute centroid (center of mass) of a set of points
SYNOPSIS
function center = centroid(varargin)
DESCRIPTION
CROSS-REFERENCE INFORMATION
This function calls:
This function is called by:
- clipPolygon CLIPPOLYGON clip a polygon with a rectangular window
- curveCMoment CURVECMOMENT Compute centered inertia moment of a 2D curve
- curveCSMoment CURVECSMOMENT Compute centered scaled moment of a 2D curve
- polynomialCurveCentroid POLYNOMIALCURVECENTROID compute the centroid of a polynomial curve
Generated on Fri 05-Feb-2010 11:20:41 by m2html © 2003


{% extends "base_generic.html" %} {% block content %}
Welcome to FreeRangeHuman, BE FREE HUMANS. THE EARTH IS FLAT.
| Weekly Meal Plan |
|---|
|
{{meal_plan.meal_plans.date}} |
The kitchen has the following counts:
You have visited this page {{ num_visits }}{% if num_visits == 1 %} time{% else %} times{% endif %}.
{% endblock %}


Top to Bottom (Default)
Left to right
Diagonal: To bottom Right
Diagonal: To bottom left
15 Degree
30 Degree
45 Degree
60 Degree
75 Degree
90 Degree
105 Degree
120 Degree
135 Degree
150 Degree
165 Degree
180 Degree
195 Degree
210 Degree
225 Degree
240 Degree
255 Degree
270 Degree
285 Degree
300 Degree
315 Degree
330 Degree
345 Degree
360 Degree
Transparency: To Right
Transparency: To Left
Transparency: To Bottom Right
Transparency: To Bottom Left
Repeated Gradient


@jonarer
The attacker can now:
User input stored on the server, then included as html
Scripts reading user data and then
writing html(.innerHtml, .outerHtml, .html(), document.write, createElement
)
or executing (eval(), setInterval(), setTimeout(), new Function() or location.replace
)
Predictable requests to a site can be forged
<form action="account.jsp">
<input type="hidden" name="csrf_token" value="FRUjQxPbyqmTtuXxip2tOWEqLFd">
Username: <input type="hidden" name="username" value="user">
Password: <input type="password" name="password">
...
</form>
', ", <, >
...)SELECT, <script>
...) -> validate as strictly as you can given the functional constraints
Technical error messages are interesting!
-> Detailed logs serveside, generic messages to the client


Please wait..
while song is loading..
Airlift
Soch na sake
00:00
00:00
Your browser does not support the audio element.
Inspired By


| Home | Libraries | People | FAQ | More |
An n-ary Polymorphic Function Object adapter template for an unary Polymorphic Function Object target function. When called, its arguments are bundled to a Random Access Sequence of references that is passed to the target function. Non-const LValue arguments are transported as references to non-const, otherwise references to const are used.
The type of the target function is allowed to be const qualified or a reference. Const qualification is preserved and propagated appropriately (in other words, only const versions of operator() can be used if the target function object is const - or, in case the target function object is held by value, the adapter is const).
/functional/adapter/unfused_generic.hpp>
template <class Function> class unfused_generic;
|
Parameter |
Description |
Default |
|---|---|---|
|
Function |
An unary Polymorphic Function Object |
|
Notation
A possibly const qualified, unary Polymorphic Function Object type or reference type thereof
An object convertible to F
The type unfused_generic<F>
An instance of UG, initialized with f
Arguments to ug
|
Expression |
Semantics |
|---|---|
|
UG(f) |
Creates a fused function as described above, initializes the target function with f. |
|
UG() |
Creates a fused function as described above, attempts to use F's default constructor. |
|
ug(a0...aN) |
Calls f with a Sequence that contains references to the arguments a0...aN. |
template <typename Function, typename T> class fused_bound_1st { typename traits::deduce<Function>::type fnc_deferred; typename traits::deduce<T>::type xxx_bound; public: fused_bound_1st(Function deferred, T bound) : fnc_deferred(deferred), xxx_bound(bound) { } template <typename Sig> struct result; template <class Self, class Seq> struct result< Self(Seq) > : result_of::invoke< Function, typename result_of::push_front< typename remove_reference<Seq>::type, T>::type > { }; template <class Seq> typename result< void(Seq) >::type operator()(Seq const & s) const { return invoke(fnc_deferred, push_front(s,xxx_bound)); } }; template <typename Function, typename T> unfused_generic< fused_bound_1st<Function,T> > bind_1st(Function f, T const & x) { return unfused_generic< fused_bound_1st<Function,T> >( fused_bound_1st<Function,T>(f,x) ); } int test_func(int a, int b, int c) { return a+b+c; } void try_it() { assert(bind_1st(& test_func,3)(-2,-1) == 0); assert(bind_1st(std::plus<float>(), 1)(0.5f) == 1.5f); }


Properties
capitalExpenditures
capitalExpenditures: number = 0
cashChange
cashChange: number = 0
cashFlow
cashFlow: number = 0
cashFlowFinancing
cashFlowFinancing: number = 0
changesInInventories
changesInInventories: number = 0
changesInReceivables
changesInReceivables: number = 0
depreciation
depreciation: number = 0
dividendsPaid
dividendsPaid: number = 0
exchangeRateEffect
exchangeRateEffect: number | null = 0
investingActivityOther
investingActivityOther: number = 0
investments
investments: number = 0
netBorrowings
netBorrowings: number = 0
netIncome
netIncome: number = 0
otherFinancingCashFlows
otherFinancingCashFlows: number = 0
reportDate
reportDate: string = ""
symbol
symbol: string = ""
totalInvestingCashFlows
totalInvestingCashFlows: number = 0


Goldbach's conjecture
Goldbach's conjeture is that:
Every even number greater than 2 can be expressed uniquely as the sum of two primes.
It was formulated 1742 by the mathematician Christian Goldbach in a letter to Leonhard Euler. Many mathematicians have tried to prove or disprove the conjecture, but to date no one has achieved this. Proof of the truth of Goldbach's conjecture is one of the great unsolved Problems in Mathematics.


Output files¶
While some information of a run is written into STDOUT
to monitor its
progress, most outputs are printed into dedicated files identified by the chosen
TAG extension. These files can be parsed and analysed using the
python classes. The following pages describe the content
and the structure of the different type of output files:
Most of the information found in
STDOUT
is also written to the log-file called log.TAG. In addition, this file contains all input parameters, truncation, information on other output files, and some results like the time averaged energies (when l_average=.true.).There are several ascii files that contain the time-evolution of integrated quantities (energies, heat fluxes, rotation rate, Reynolds numbers, etc.) that are systematically produced:
Kinetic energies: e_kin.TAG,
Magnetic energies: e_mag_oc.TAG and e_mag_ic.TAG,
Rotation rates: rot.TAG,
Informations about the dipolar component of the magnetic field: dipole.TAG,
Diagnostic parameters (Reynolds, Elsasser, etc.): par.TAG,
There are additional conditional time series that contain the time-evolution of other physical quantities that depend on the chosen input parameters:
Angular momentum balance: AM.TAG,
Heat transport: heat.TAG,
Helicity: helicity.TAG,
Square velocities: u_square.TAG,
Drift rates: drift[V|B][D|Q].TAG and iner[P|T].TAG,
Torques: SR[IC|MA].TAG,
Geostrophy: geos.TAG,
RMS calculations of the force balances: dtVrms.TAG and dtBrms.TAG,
Kinetic energies perpendicular and parallel to the rotation axis: perpPar.TAG.
Time-averaged radial profiles:
Kinetic energies: eKinR.TAG,
Magnetic energies: eMagR.TAG,
Diagnostic quantities: parR.TAG,
Power budget: powerR.TAG,
Average temperature, entropy and pressure: heatR.TAG,
Heat fluxes: fluxesR.TAG,
Temperature and horizontal velocities: bLayersR.TAG,
Kinetic energies perpendicular and parallel to the rotation axis: perpParR.TAG.
Radial profiles of the transport properties of the reference state (those files will only be produced when the appropriate input option is chosen):
Temperature, density and gravity: anel.TAG,
Electrical conductivity: varCond.TAG,
Thermal conductivity: varDiff.TAG,
Kinematic viscosity: varVisc.TAG,
Mapping of the Chebyshev grid: rNM.TAG.
Kinetic energy, magnetic energy and temperature/entropy spectra:
Kinetic energy: kin_spec_#.TAG,
Magnetic energy: kin_spec_#.TAG,
Velocity square: u2_spec_#.TAG,
Temperature/entropy: T_spec_#.TAG,
Time-averaged kinetic energy: kin_spec_ave.TAG,
Time-averaged magnetic energy: mag_spec_ave.TAG,
Time-averaged temperature/entropy: T_spec_ave.TAG,
2-D ([r,ell] and [r,m]) spectra: 2D_[mag|kin]_spec_#.TAG.
Time-averaged 2-D ([r,ell] and [r,m]) spectra: 2D_[mag|kin]_spec_ave.TAG.
Output snapshot that contains the 3-D components of the velocity field, the magnetic field and the temperature/entropy. Those files are named graphic files G_#.TAG (or G_ave.TAG for its time-averaged counterpart).
Time evolution of some chosen fields. Those files are named movie files: *_mov.TAG.
Checkpoints outputs that will allow the code to restart. Those files are named restart files: checkpoint_end.TAG.
Time-evolution of the poloidal and toroidal coefficients at different depths:
Time evolution of the poloidal magnetic field at the CMB: B_coeff_cmb.TAG,
Time evolution of the potentials at several depths: [V|T|B]_coeff_r#.TAG
Additional specific outputs:
Torsional oscillations (see here),
Potential files: V_lmr_#.TAG, B_lmr_#.TAG and T_lmr_#.TAG,
Magnetic spectra for various radii: rB[r|p]Spec.TAG.


{% extends 'site.html' %} {% block content %} {% load static %}
Which of the following statements are correct regarding hours of work and income? (Based on the graph above)
The average product of labour is diminishing when:
Consider an individual’s indifference curves for the consumption of two goods (things you would like to have more of). In this case, which of the following statements are true?
Consider indifference curves for the consumption of milk and chocolates (you may assume that both are "goods"). The indifference curves are drawn with the number of chocolate bars on the horizontal axis and pints of milk on the vertical axis. Suppose consumer A has a flatter indifference curve than consumer B. In this case, we can conclude that:
The graph above shows Alexei’s production function, with the final grade (the output) related to the number of hours spent studying (the input).
Which of the following is true?
The graph above shows Alexei’s indifference curves for free time and final grade.
Which of the following is true?
What is the marginal rate of substitution (MRS)?


-
{{ history.doctor }}
State: {{ history.currentState }}
{{ history.created_at }}
{% endfor %}
History | Page {{ page }}
{% for history in histories %}You have no more appointment history. Stay blessed!
{% endif %}History | Page {{ page }}
{% for history in histories %}{{ history.doctor }}
State: {{ history.currentState }}
{{ history.created_at }}
You have no more appointment history. Stay blessed!
{% endif %}


Kari is a full-stack blockchain developer
with 10+ years of experience in the software
development industry.
By combining Software Development, writing, and teaching,
he demonstrates how to build decentralized applications
on EVM-compatible blockchain networks.
His stacks include JavaScript, React, Vue, Angular,
Node, React Native, NextJs, Solidity, Java, Python and more.
Do you have a designed UI/UX prototype? At a reasonable cost, I will assist you to translate your ideas from Figma or Adobe XD into a real-world solution.
 I have a track record of demonstrating tech products to a diverse range of online audiences.
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I produce web3 video content for YouTube, Udemey, and other course content marketplaces.
You want a private class with me?
Do you have a unique request?
You want me to build for you?


TL;DR
Slim and modular ES9 javascript slider/carousel library ~ 8.0KB gzipped.
Default usage
Add the JS and CSS to your markup.

<link rel="stylesheet"<EMAIL_ADDRESS>Add Slider Markup

…

…

…

…

Instantiate Slider

Use with bundler
If you use a package manager install it via npm/yarn
npm i esnext-slider --save
Import l10n, plugins and slider and instantiate slider with custom settings
import de from "esnext-slider/src/l10n/de"; import History from "esnext-slider/src/plugins/history"; import Slider from "esnext-slider" document.addEventListener('DOMContentLoaded', () => { new Slider({ l10n: de, history: { base: 'slider', write: true, read: true, } }); });
Examples
Showing is better than telling, therefor a little showcase
Pagination
Autoplay
Align
Synchronize Sliders - extended via plugin
History API - extended via plugin
Features
- BEM class names (configurable)
- full API access on slider
HTMLElement
- horizontal/vertical mode (Fade mode planned)
- carousel (Loop) / slider ((not) rewind)
- pagination (dots, prev, next)
- align active slide (left, center, right)
- swipe (touch) and/or drag (mouse) support
IntersectionObserver
(or polyfill) to change slide visibility (configurable)- FPS throttle for slide/resize calculations (24fps)
-
custom events on
init
,beforeslide
,whileslide
,whiledrag
,afterslide
,edgejump
anddestroy
- passive events, if supported an applicable
- stop autoplay on hidden, if supported by browser.
- l10n of strings, default:
en
; available:de
- plugin: history.js: implements
HistoryAPI
on slider - plugin: sync.js: allows syncing of n sliders, e.g. A => B, A <=> B or A <= B
Settings
node
Type:
void
/string
/HTMLElement
Default value:
void
Description:
Either HTMLElement
of Slider or selector of slider(s)
block
Type:
string
Default value:
'slider'
Description:
Block class name
element
Type:
object
Default values:
element.track
: 'track'
element.slide
: 'slide'
element.pagination
: 'pagination'
element.dots
: 'dots'
element.dot
: 'dot'
element.button
: 'button'
Description:
Element class names
modifier
Type:
object
Default values:
modifier.active
: 'active'
modifier.visible
: 'visible'
modifier.next
: 'next'
modifier.prev
: 'prev'
modifier.dot
: 'dot'
modifier.edge
: 'edge'
modifier.horizontal
: 'horizontal'
modifier.vertical
: 'vertical'
modifier.play
: 'play'
modifier.pause
: 'pause'
modifier.disabled
: 'disabled'
Description:
Modifier class names for states/description of elements
clones
Type:
integer
Default value:
3
Description:
Number of generated clones per edge, if loop
is enabled.
transition
Type:
integer
Default value:
250
Description:
Transition time per slide.
multiplyTransition
Type:
bool
Default value:
true
Description:
Multiply transition time if distance is greater than one slider.
ease
Type:
function
Default value:
easeInOutQuart
Description:
Transition easing function with time
, start
, value
,
duration
as arguments.
align
Type:
enum
Default value:
'left'
Description:
Alignment of slides. Allowed values: left
, center
or right
.
mode
Type:
enum
Default value:
'horizontal'
Description:
Slider mode. Allowed values: horizontal
or vertical
.
initialSlide
Type:
integer
Default value:
0
Description:
Initial slide on a zero-based index.
slidesToSlide
Type:
integer
Default value:
1
Description:
Number of slides to slide on play
, prev
or next
.
play
Type:
bool
/HTMLElement
Default value:
true
Description:
Flag to enable autoplay. If it is a HTMLElement
, it will replace the autoplay toggle button.
autoplay
Type:
object
Default values:
autoplay.direction
: enum
'>'
autoplay.mode
: enum
'bounce'
autoplay.duration
: integer
3800
autoplay.pauseOnInteraction
: bool
true
Description:
autoplay.direction
:
Allowed values: '<'
or '>'
autoplay.mode
:
Allowed values: 'bounce'
, 'rewind'
or 'loop'
(needs loop
enabled)
autoplay.duration
: Duration for autoplay timeout in
ms
autoplay.pauseOnInteraction
: Flag to toggle autoplay on interaction.
intersection
Type:
object
Default values:
intersection.root
: HTMLElement
'this.$slider'
intersection.rootMargin
: string
'-20px'
intersection.threshold
: float
0
Description:
intersection.root
:
Element to calculate the intersection against.
intersection.rootMargin
:
Adaptions to bounding box of root element.
intersection.threshold
:
Value between 0
and 1
that will define the percentage of intersection needed
to display/hide slide. 0
is at least 1px
l10n
Type:
object
Default values:
l10n.prev
: string
'Previous slide'
l10n.next
: string
'Next slide'
l10n.start
: string
'Start autoplay'
l10n.pause
: string
'Pause autoplay'
l10n.goto
: string
'Go to slide %d'
l10n.active
: string
'Go to current slide'
l10n.nav
: string
'Go to slider pagination'
Description:
l10n.prev
: Title for prev button
l10n.next
: Title for next button
l10n.start
: Title for play
button, if autoplay.stop
is enabled
l10n.pause
: Title for play
button, if autoplay.stop
is disabled
l10n.goto
: Title for dot %d
l10n.active
: Title for current slide shortcut (not implemented)
l10n.nav
: Title for pagination shortcut (not implemented)
Settings for: sync.js
syncedSliders
Type:
NodeList
/Array of HTMLElements
Description:
If the provided elements have a slider
attribute (are instantiated), the current slider will
sync its movements with them.
Settings for: history.js
You must add all settings if you want to use the history.js
plugin.
history
Type:
object
Needed keys:
history.base
: string
history.write
: bool
history.read
: bool
Description:
history.base
:
Will be the unique identifier within your location.hash
.
The base is needed for history.read
and/or history.write
.
history.write
:
If enabled, each slide change will push in your browsers history. On popstate
slider will slide to those pushes.
history.read
:
If enabled, the event popstate
will check for the presence of
history.base
and the slide id index + 1)
.
The slider will slide to the given slide if possible.
API
Available methods & settings. The API is also exposed in the HTMLElement
as attribute slider.slider
and can be extended by plugins.
slider.$$slides
An array of all your slides (without clones).
slider.settings
If you want to mutate the slider instance.
slider.prev()
Slides to prev slide. It will slide slidesToSlide
in length, if possible.
slider.to( slide
)
Slides to slide with index slide
. The slide index is zero based.
slider.next()
Slides to next slide. It will slide slidesToSlide
in length, if possible.
slider.destroy()
Destroy slider and remove all event listeners.
slider.reInit()
To re-initialize a destroyed slider.
slider.synced - extended via sync.js
Boolean to prevent endless loops while syncing (if sliders sync each other)
Events
Custom events you can hook into to enhance/extend your slider. Both shipped plugins (history.js
& sync.js
) use those Events.
init
Arguments:
slider
-
Description:
Will be fired just before slider initialization.
beforeslide
Arguments:
slider
- Instance of slider
current
- Zero-based slide index of current slide
next
- Zero-based slide index of target slide
isEdgeSlide
- true
or false
indicates that an edge will be jumped
Description:
Will be fired before sliding to the next slide. If dragToSlide
/swipeToSlide
is
enabled, this event will be fired on drag/swipe start, without next
or isEdgeSlide
If loop
is enabled isEdgeSlide
indicates an edge jump.
afterslide
Arguments:
slider
- Instance of slider
current
- Zero-based slide index of current slide
isEdgeSlide
- true
or false
indicates that an edge will be jumped
Description:
Will be fired after sliding to the current slide. If loop
is enabled isEdgeSlide
indicates an edge jump.
whiledrag
Arguments:
slider
- Instance of slider
direction
- '<'
or '>'
indicates drag direction
distance
- object
dragged distance in px
origin
- object
original track position
Description:
Will be fired during drag/swipe.
whileslide
Arguments:
slider
- Instance of slider
direction
- '<'
or '>'
indicates slide direction
distance
- total distance to transform in px
distancePassed
- distance transformed in px
transition
- total transition time in ms
transitionPassed
- passed transition time in ms
Description:
Will be fired during sliding.
edgejump
Arguments:
slider
- Instance of slider
direction
- <
or >
indicate jump direction.
Description:
Event is fired after an edge jump. The edge does only exist if loop
is enabled and a clone is
the next slide.
destroy
Arguments:
slider
- Instance of slider
$slider
- $slider HTMLElement
to bind event listeners to.
Description:
Will be fired after slider destruction.
slideend - internal
Description:
Event is immediately fired after transition is ended but before magic is happening. This Event is triggered
on the track and not the slider itsself.


mixed yaml_parse_url ( string $url [, int $pos = 0 [, int &$ndocs [, array $callbacks ]]] )
Convert all or part of a YAML document stream read from a URL to a PHP variable.
Returns the value encoded in input in appropriate PHP type or FALSE on failure. If pos is -1 an array will be returned with one entry for each document found in the stream.


This sample tests cmp behavior with simple integration path for using DigiTrust ID with Prebid. You can use DigiTrust ID without integrating the entire DigiTrust suite.


This Week in Rust
Hello and welcome to another issue of This Week in Rust! Rust is a systems language pursuing the trifecta: safe, concurrent, and fast. This is a weekly summary of its progress and community. Want something mentioned? Send me an email! Want to get involved? We love contributions.
What’s cooking on master?
83 pull requests were merged this week.
Breaking Changes
- IterBytes and
std::to_bytes
have been removed. If you were depending on them for anything non-Hash
related, look into usingserialize
instead. break
andcontinue
are now hygienic in macros, with respect to labels. Unfortunately there’s a bug in it where loop labels hide variables of the same name.extern fn
now always meansextern "C" fn
, rather than being context-dependent.std::run
has been removed, andstd::io::process
improved to pick up the slack.#[deriving(ToStr)]
has been removed in favor of#[deriving(Show)]
.ToStr
is now implemented over all types which implementShow
, asformat!("{}" val)
.flate
now returns aCVec<u8>
rather than a~[u8]
, for efficiency.extra::json
has been liberated and now lives inlibserialize
.swap_remove
on vectors now returns anOption
.- A curious bug where bindings in match weren’t treated as assignment has been fixed. See the associated bug report for examples which this will break.
- Some useless reexports have been removed from the prelude.
- The
Bool
trait has been removed. - A bug where operator overloads were over-zealous has been fixed.
- Statics are no longer allowed to contain anything with destructors. The exact rules are laid out quite nicely in the PR.
collections:List
has been refactored to use iterators.HashMap
is now generic over hashers.assert_eq!
now uses{}
instead of{:?}
for the error message.- Type parameter overrides are now feature gated.
Other Changes
- Invalid crate handling is now more graceful.
std::io::stdout()
andstderr()
are buffered by default now.- Improper operator overloads are no longer an ICE.
- There’s now a warning for publicly exposing private types in function signatures.
libnative
’s Windows file handling has been rewritten and now actually works. rustc uses libnative by default now.- Generated binary size has been brought down a bit. There is much more room for improvement.
- “Strict Version Hashes” have been introduced. This is a purely internal change. The hash is of the crate’s public ABI and rustc checks this when linking crates together, to avoid problems such as “def id drift”.
New Contributors
- Daniel Fagnan
- Felix Crux
- Gary M. Josack
- George Papanikolaou
- Jag Talon
- Johannes Löthberg
- Mickaël Delahaye
Weekly Meeting
The weekly
meeting
discussed TotalEq/TotalOrd, weak extern functions, channel naming, and a brief
discussion on use
paths being absolute.
It was announced that a Sam Wright has been contracted to work on the tutorial, and the Michael Woerister has been contracted to work on debug info.
This Week in Servo
Servo is a web browser engine written in Rust and is one of the primary test cases for the Rust language.
This week, we landed 27 PRs.
Notable additions
- Josh Matthews landed the massive changes to remove
@mut
from the DOM types in preparation for a Rust upgrade in #1735 #1591 and #1755. - Tetsuharu Ohzeki refactored our commandline options out of the rendering crate and into a more reasonable place in #1738.
- Ms2ger simplified our Document implementation in #1739.
- Patrick Walton removed the need to explicitly create leaf sets during parallel layout in #1700.
- Harrison Gentry cleaned up some type names in #1781.
- Keegan McAllister moved fontconfig in-tree on Linux in order to get a thread-safe implementation in #1780.
- Saurabh Anand made the DOM parser pass in the correct content types in #1775.
- tgkokk fixed the bindings generator to no longer produce .pyc files in #1735.
New contributors
- Saurabh Anand (sawrubh)
- Harrison Gentry (hgentry)
- tgkokk
Meetings
At this week’s meeting, we discussed embedding, the JSManaged conversion, a Rust upgrade, vtables, and recruiting efforts.
Announcements, etc
- RFC: Opt-in Builtin Traits
- Structural single-inheritance counter-proposal
- RFC: Stronger Guarantees for Mutable Borrows
- Dark, an experimental universal data compressor based on the BWT-DC scheme
- cargo-lite v1.1.0 release
- Revamped parallel layout in servo
- February Bay Area Rust Recording
- A bloom filter implementation
- A tweening library