Nagaramhi kusumanāme,
Pāṭaliputtamhi pathaviyā maṇḍe;
Sakyakulakulīnāyo,
Dve bhikkhuniyo hi guṇavatiyo.
In Pāṭaliputta, the cream of the world,
the city named for a flower,
there were two nuns from the Sakyan clan,
both of them ladies of quality.
Isidāsī tattha ekā,
Dutiyā bodhīti sīlasampannā ca;
Jhānajjhāyanaratāyo,
Bahussutāyo dhutakilesāyo.
One was named Isidāsī, the second Bodhī.
They both were accomplished in ethics,
lovers of meditation and chanting,
learned, crushing corruptions.
Tā piṇḍāya caritvā,
Bhattatthaṁ kariya dhotapattāyo;
Rahitamhi sukhanisinnā,
Imā girā abbhudīresuṁ.
They wandered for alms and had their meal.
When they had washed their bowls,
they sat happily in a private place
and started a conversation.
“Pāsādikāsi ayye,
Isidāsi vayopi te aparihīno;
Kiṁ disvāna byālikaṁ,
Athāsi nekkhammamanuyuttā”.
“You’re so lovely, Venerable Isidāsī,
your youth has not yet faded.
What problem did you see that made you
dedicate your life to renunciation?”
Evamanuyuñjiyamānā sā,
Rahite dhammadesanākusalā;
Isidāsī vacanamabravi,
“Suṇa bodhi yathāmhi pabbajitā”.
Being pressed like this in private,
Isidāsī, skilled in teaching Dhamma,
voiced the following words.
“Bodhī, hear how I went forth.
“Ujjeniyā puravare,
Mayhaṁ pitā sīlasaṁvuto seṭṭhi;
Tassamhi ekadhītā,
Piyā manāpā ca dayitā ca.
In the fine town of Ujjenī,
my father was a financier, a good and moral man.
I was his only daughter,
dear, beloved, and cherished.
Atha me sāketato varakā,
Āgacchumuttamakulīnā;
Seṭṭhī pahūtaratano,
Tassa mamaṁ suṇhamadāsi tāto.
Then some suitors came for me
from the top family of Sāketa.
They were sent by a financier abounding in wealth,
to whom my father then gave me as daughter-in-law.
Sassuyā sasurassa ca,
Sāyaṁ pātaṁ paṇāmamupagamma;
Sirasā karomi pāde,
Vandāmi yathāmhi anusiṭṭhā.
Come morning and come night,
I bowed with my head to the feet
of my father and mother-in-law,
just as I had been told.
Yā mayhaṁ sāmikassa,
Bhaginiyo bhātuno parijano vā;
Tamekavarakampi disvā,
Ubbiggā āsanaṁ demi.
Whenever I saw my husband’s sisters,
his brothers, his servants,
or even he, my one and only,
I nervously gave them a seat.
Annena ca pānena ca,
Khajjena ca yañca tattha sannihitaṁ;
Chādemi upanayāmi ca,
Demi ca yaṁ yassa patirūpaṁ.
Whatever they wanted—food and drink,
treats, or whatever was in the cupboard—
I brought out and offered to them,
ensuring each got what was fitting.
Kālena upaṭṭhahitvā,
Gharaṁ samupagamāmi ummāre;
Dhovantī hatthapāde,
Pañjalikā sāmikamupemi.
Having risen bright and early,
I approached the main house,
washed my hands and feet,
and went to my husband with joined palms.
Kocchaṁ pasādaṁ añjaniñca,
Ādāsakañca gaṇhitvā;
Parikammakārikā viya,
Sayameva patiṁ vibhūsemi.
Taking a comb, adornments,
eyeshadow, and a mirror,
I myself did the makeup for my husband,
as if I were his beautician.
Sayameva odanaṁ sādhayāmi,
Sayameva bhājanaṁ dhovantī;
Mātāva ekaputtakaṁ,
Tathā bhattāraṁ paricarāmi.
I myself cooked the rice;
I myself washed the pots.

Evaṁ maṁ bhattikataṁ,
Anurattaṁ kārikaṁ nihatamānaṁ;
Uṭṭhāyikaṁ analasaṁ,
Sīlavatiṁ dussate bhattā.
Thus I showed my devotion to him,
a loving, virtuous, and humble servant,
getting up early, and working tirelessly:
yet still my husband did me wrong.
So mātarañca pitarañca,
Bhaṇati ‘āpucchahaṁ gamissāmi;
Isidāsiyā na saha vacchaṁ,
Ekāgārehaṁ saha vatthuṁ’.
He said to his mother and father:
“I’ll take my leave and go,
I can’t stand to live together with Isidāsī
staying in the same house.”
‘Mā evaṁ putta avaca,
Isidāsī paṇḍitā paribyattā;
Uṭṭhāyikā analasā,
Kiṁ tuyhaṁ na rocate putta’.
“Son, don’t speak like this!
Isidāsī is astute and competent,
she gets up early and works tirelessly,
son, why doesn’t she please you?”
‘Na ca me hiṁsati kiñci,
Na cahaṁ isidāsiyā saha vacchaṁ;
Dessāva me alaṁ me,
Apucchāhaṁ gamissāmi’.
“She hasn’t done anything to hurt me,
but I just can’t stand to live with her.
As far as I’m concerned, she’s just horrible.
I’ve had enough, I’ll take my leave and go.”
Tassa vacanaṁ suṇitvā,
Sassu sasuro ca maṁ apucchiṁsu;
‘Kissa tayā aparaddhaṁ,
Bhaṇa vissaṭṭhā yathābhūtaṁ’.
When they heard his words,
my father-in-law and mother-in-law asked me:
“What did you do wrong?
Tell us honestly, have no fear.”
‘Napihaṁ aparajjhaṁ kiñci,
Napi hiṁsemi na bhaṇāmi dubbacanaṁ;
Kiṁ sakkā kātuyye,
Yaṁ maṁ viddessate bhattā’.
“I’ve done nothing wrong,
I haven’t hurt him, or said anything bad.
What can I possibly do,
when my husband finds me so hateful?”
Te maṁ pitugharaṁ paṭinayiṁsu,
Vimanā dukhena adhibhūtā;
Puttamanurakkhamānā,
‘Jitāmhase rūpiniṁ lakkhiṁ’.
They led me back to my father’s home,
distraught, overcome with suffering, and said:
“By caring for our son,
we’ve lost her, so lovely and lucky!”
Atha maṁ adāsi tāto,
Aḍḍhassa gharamhi dutiyakulikassa;
Tato upaḍḍhasuṅkena,
Yena maṁ vindatha seṭṭhi.
Next my dad gave me to the household
of a second wealthy family-man.
For this he got half the bride-price
of that which the financier paid.
Tassapi gharamhi māsaṁ,
Avasiṁ atha sopi maṁ paṭiccharayi;
Dāsīva upaṭṭhahantiṁ,
Adūsikaṁ sīlasampannaṁ.
In his house I also lived a month,
before he too wanted me gone;
though I served him like a slave,
virtuous and doing no wrong.
Bhikkhāya ca vicarantaṁ,
Damakaṁ dantaṁ me pitā bhaṇati;
‘Hohisi me jāmātā,
Nikkhipa poṭṭhiñca ghaṭikañca’.
My father then spoke to a beggar for alms,
a tamer of others and of himself:
“Be my son-in-law;
set aside your rags and bowl.”
Sopi vasitvā pakkhaṁ,
Atha tātaṁ bhaṇati ‘dehi me poṭṭhiṁ;
Ghaṭikañca mallakañca,
Punapi bhikkhaṁ carissāmi’.
He stayed a fortnight before he said to my dad:
“Give me back my rag robes,
my bowl, and my cup—
I’ll wander begging for alms again.”
Atha naṁ bhaṇatī tāto,
Ammā sabbo ca me ñātigaṇavaggo;
‘Kiṁ te na kīrati idha,
Bhaṇa khippaṁ taṁ te karihi’ti.
So then my mum and my dad
and my whole group of relatives said:
“What has not been done for you here?
Quickly, tell us what we can do for you!”
Evaṁ bhaṇito bhaṇati,
‘Yadi me attā sakkoti alaṁ mayhaṁ;
Isidāsiyā na saha vacchaṁ,
Ekagharehaṁ saha vatthuṁ’.

I can’t stand to live together with Isidāsī
staying in the same house.”
Vissajjito gato so,
Ahampi ekākinī vicintemi;
‘Āpucchitūna gacchaṁ,
Marituye vā pabbajissaṁ vā’.
Released, he left.
But I sat by myself contemplating:
“Having taken my leave, I’ll go,
either to die or to go forth.”
Atha ayyā jinadattā,
Āgacchī gocarāya caramānā;
Tātakulaṁ vinayadharī,
Bahussutā sīlasampannā.
But then the venerable lady Jinadattā,
learned and virtuous,
who had memorized the texts on monastic training,
came to my dad’s house in search of alms.
Taṁ disvāna amhākaṁ,
Uṭṭhāyāsanaṁ tassā paññāpayiṁ;
Nisinnāya ca pāde,
Vanditvā bhojanamadāsiṁ.
When I saw her,
I got up from my seat and prepared it for her.
When she had taken her seat,
I honored her feet and offered her a meal,
Annena ca pānena ca,
Khajjena ca yañca tattha sannihitaṁ;
Santappayitvā avacaṁ,
‘Ayye icchāmi pabbajituṁ’.
satisfying her with food and drink,
treats, or whatever was in the cupboard.
Then I said:
“Ma’am, I wish to go forth!”
Atha maṁ bhaṇatī tāto,
‘Idheva puttaka carāhi tvaṁ dhammaṁ;
Annena ca pānena ca,
Tappaya samaṇe dvijātī ca’.
But my dad said to me:
“Child, practice Dhamma right here!
Satisfy ascetics and twice-born brahmins
with food and drink.”
Athahaṁ bhaṇāmi tātaṁ,
Rodantī añjaliṁ paṇāmetvā;
‘Pāpañhi mayā pakataṁ,
Kammaṁ taṁ nijjaressāmi’.
Then I said to my dad,
crying, my joined palms raised to him:
“I’ve done bad things in the past;
I shall wear that bad deed away.”
Atha maṁ bhaṇatī tāto,
‘Pāpuṇa bodhiñca aggadhammañca;
Nibbānañca labhassu,
Yaṁ sacchikarī dvipadaseṭṭho’.
And my dad said to me:
“May you attain awakening, the highest state,
and may you find the extinguishment
that was realized by the best of men!”
Mātāpitū abhivādayitvā,
Sabbañca ñātigaṇavaggaṁ;
Sattāhaṁ pabbajitā,
Tisso vijjā aphassayiṁ.
I bowed down to my mother and father,
and my whole group of relatives;
and then, seven days after going forth,
I realized the three knowledges.
Jānāmi attano satta,
Jātiyo yassayaṁ phalavipāko;
Taṁ tava ācikkhissaṁ,
Taṁ ekamanā nisāmehi.
I know my last seven lives;
I shall relate to you the deeds
of which this life is the fruit and result:
focus your whole mind on that.
Nagaramhi erakacche,
Suvaṇṇakāro ahaṁ pahūtadhano;
Yobbanamadena matto,
So paradāraṁ asevihaṁ.
In the city of Erakacca
I was a goldsmith with lots of money.
Drunk on the pride of youth,
I had sex with someone else’s wife.
Sohaṁ tato cavitvā,
Nirayamhi apaccisaṁ ciraṁ;
Pakko tato ca uṭṭhahitvā,
Makkaṭiyā kucchimokkamiṁ.

Rising up from there
I was conceived in a monkey’s womb.
Sattāhajātakaṁ maṁ,
Mahākapi yūthapo nillacchesi;
Tassetaṁ kammaphalaṁ,
Yathāpi gantvāna paradāraṁ.
When I was only seven days old,
I was castrated by the monkey chief.
This was the fruit of that deed,
because of adultery with another’s wife.
Sohaṁ tato cavitvā,
Kālaṁ karitvā sindhavāraññe;
Kāṇāya ca khañjāya ca,
Eḷakiyā kucchimokkamiṁ.
Having passed away from there,
passing away in Sindhava grove,
I was conceived in the womb
of a lame, one-eyed she-goat.
Dvādasa vassāni ahaṁ,
Nillacchito dārake parivahitvā;
Kimināvaṭṭo akallo,
Yathāpi gantvāna paradāraṁ.
I carried children on my back for twelve years,
and all the while I was castrated,
worm-eaten, and tail-less,
because of adultery with another’s wife.
Sohaṁ tato cavitvā,
Govāṇijakassa gāviyā jāto;
Vaccho lākhātambo,
Nillacchito dvādase māse.
Having passed away from there,
I was reborn in a cow
owned by a cattle merchant.
A red calf, castrated, for twelve months
Voḍhūna naṅgalamahaṁ,
Sakaṭañca dhārayāmi;
Andhovaṭṭo akallo,
Yathāpi gantvāna paradāraṁ.
I drew a big plow.
I shouldered a cart,
blind, tail-less, feeble,
because of adultery with another’s wife.
Sohaṁ tato cavitvā,
Vīthiyā dāsiyā ghare jāto;
Neva mahilā na puriso,
Yathāpi gantvāna paradāraṁ.
Having passed away from there,
I was born of a prostitute in the street,
neither woman nor man,
because of adultery with another’s wife.
Tiṁsativassamhi mato,
Sākaṭikakulamhi dārikā jātā;
Kapaṇamhi appabhoge,
Dhanika purisapātabahulamhi.
I died at thirty years of age,
and was reborn as a girl in a carter’s family.
We were poor, of little wealth,
greatly oppressed by creditors.
Taṁ maṁ tato satthavāho,
Ussannāya vipulāya vaḍḍhiyā;
Okaḍḍhati vilapantiṁ,
Acchinditvā kulagharasmā.
Because of the huge interest we owed,
I was dragged away screaming,
taken by force from the family home
by a caravan leader.
Atha soḷasame vasse,
Disvā maṁ pattayobbanaṁ kaññaṁ;
Orundhatassa putto,
Giridāso nāma nāmena.
When I was sixteen years old,
his son named Giridāsa,
seeing that I was a girl of marriageable age,
took me as his wife.
Tassapi aññā bhariyā,
Sīlavatī guṇavatī yasavatī ca;
Anurattā bhattāraṁ,
Tassāhaṁ viddesanamakāsiṁ.
He also had another wife,
a virtuous and well-known lady of quality,
faithful to her husband;
yet I stirred up resentment in her.
Tassetaṁ kammaphalaṁ,
Yaṁ maṁ apakīritūna gacchanti;
Dāsīva upaṭṭhahantiṁ,
Tassapi anto kato mayā”ti.
As the fruit of that deed,
they abandoned me and left,
though I served them like a slave.
Now I’ve made an end to this as well.”
…
Isidāsī therī ….


Before Change
gui.spin(box, self, "min_leaf", 1, 1000,
label="Min. instances in leaves: ", checked="limit_min_leaf",
callback=self.settings_changed)
gui.spin(box, self, "min_internal", 1, 1000,
label="Stop splitting nodes with less instances than: ",
checked="limit_min_internal",
callback=self.settings_changed)
gui.spin(box, self, "max_depth", 1, 1000,
label="Limit the depth to: ", checked="limit_depth",
callback=self.settings_changed)
After Change
self.min_leaf_spin = gui.spin(
box, self, "min_leaf", 1, 1000, label="Min. instances in leaves: ",
checked="limit_min_leaf", callback=self.settings_changed)
self.min_internal_spin = gui.spin(
box, self, "min_internal", 1, 1000,
label="Stop splitting nodes with less instances than: ",
checked="limit_min_internal", callback=self.settings_changed)
self.max_depth_spin = gui.spin(
box, self, "max_depth", 1, 1000, label="Limit the depth to: ",
checked="limit_depth", callback=self.settings_changed)
def create_learner(self):
return self.LEARNER(
criterion=self.scores[self.attribute_score][1],


- Notify Blood Bank immediately, send blood sample for type and cross
- Activate institutional pediatric massive transfusion protocol. Consider RBC : FFP : Platelets = 2:1:1 or 1:1:1
- Use un-crossmatched O negative PRBCs and AB+ plasma until crossmatched blood available
- Consider intraoperative blood salvage (e.g., Cell Saver)
- Obtain additional vascular access if needed
- Watch for HYPERKALEMIA,
if needed give calcium gluconate 60 mg/kg or calcium chloride 20 mg/kg while directly visualizing IV site (if peripheral)
- Watch for HYPERKALEMIA,
if needed give calcium gluconate mg (60 mg/kg)
or calcium chloride mg (20 mg/kg) while directly visualizing IV site (if peripheral)
- Warm the room
- Send labs/perform point of care testing q 30 min: hgb/hct, platelets, PT/PTT/INR, fibrinogen, rapid TEG, ABG, Na, K, Ca, lactate
- Blood product administration:
- Use 140 micron filter for all products
- Use a blood warmer for RBC and FFP transfusion (NOT for platelets)
- Consider use of rapid transfusion pumps
- Monitor ABG, electrolytes, and temperature
- When under control: call Blood Bank to terminate


What does Thim Core do!
- Register necessary custom post types, custom fields for the themes.
- Add a Control Panel, Customization Page to easier manage the theme.
- Works as a One-Click Installer to install WordPress themes easier.
Installation
The latest version of the Thim Core plugin can be downloaded from the gh-pages
branch as a WordPress installable package. DO NOT click the Github "Download ZIP" button, this plugin is meant to be installed in the WordPress plugins
directory as thim-core
and Github will not package the plugin correctly.
Installing the Thim Core plugin.
- Download the
thim-core.zip
and unpack the archive. - Upload
thim-core
to the/wp-content/plugins/
directory. - Activate the plugin through the 'Plugins' menu in WordPress.
- Read our guide on how to Get Started with Thim Core.
What themes does Thim Core support
- Education WordPress Theme - Education WP - The best theme for education, online teaching, LMS...
- WordPress Theme for Coaches - Coaching WP
- Hotel WordPress Theme - Hotel WP
- Hair Salon WordPress Theme - Hair Salon WP
- Elearning LMS WordPress Theme - Elearning WP


Designed on the same principles that allows Google to run billions of containers a week, Kubernetes can scale without increasing your ops team. From testing locally to running a global enterprise, your application scales consistently and easily.
Never Outgrow
Simple cases, complex cases. Kubernetes is flexible enough for your needs.
Run Anywhere
Kubernetes is open source giving you the flexibility to take advantage of on-premise, hybrid, or public cloud infrastructure allowing you to easily move workloads to where it matters to you.
A techincal overview of Kubernetes
Brendan Burns, Software Engineer and a founder of Kubernetes at Google, gives a technical overview of Kubernetes in this
30-minute presentation from CoreOS Fest 2015.
Kubernetes Features
Automatic binpacking
Automatically places containers based on their resource requirements and other constraints, never sacrificing
availability. Mix critical and best-effort workloads in order to drive up utilization and save even more resources.
Self-healing
Restarts containers that fail, replaces and reschedules containers when nodes die, kills containers that don't
respond to your user-defined health check, and doesn't advertise containers to clients until they are ready to serve.
Horizontal scaling
Scale your application up and down with a simple command, a UI, or automatically based on CPU usage.
Service discovery and load balancing
No need to modify your application to use an unfamiliar service discovery mechanism. Kubernetes gives containers
their own IP addresses and a single DNS name for a set of containers, and can load-balance across them.
Automated rollouts and rollbacks
Kubernetes progressively rolls out application and configuration changes, while monitoring
application health to ensure it doesn't kill all your instances at the same time. If something goes wrong,
Kubernetes will rollback the change for you. Take advantage of a growing ecosystem of deployment solutions.
Secret and configuration management
Deploy and update secrets and application configuration changes without rebuilding your image and without exposing
secrets in your stack configuration.
Storage orchestration
Automatically mount the storage system of your choice, whether from local storage, a public cloud provider
such as Google or Amazon, or a network storage system such as NFS, iSCSI,
Gluster, Ceph, Cinder, or Flocker.
Batch execution
In addition to services, Kubernetes can manage your batch and CI workloads, replacing containers that fail, if desired.
Talk to Us!
We would love to hear from you, how you are using Kubernetes, and what we can do to make it better.


Hi there,
can you advise me how I should modify the example code from https://github.com/openenergymonitor/emonTxFirmware/blob/master/emonTxShield/Shield_CT1234_3Phase_Voltage/Shield_CT1234_3Phase_Voltage.ino in order to use it with UNO on a 3-phase installation if I do not have the 9V adaptor?
Thanks
Re: emontxshield 3-phase no voltage adaptor
You cannot use any ....voltage.ino sketch if you do not have an ac-ac adapter to give you a voltage measurement. You must use the Shield_CT1234 sketch instead. That will give you apparent power only, it will give you reasonably accurate results, limited by how close your actual average voltage is to 230 V. As there is no voltage reference, the relative phases of the current inputs is quite irrelevant.
Re: emontxshield 3-phase no voltage adaptor
ok. Then my wonder is, for the appliances that use all the 3 phases (380V) can I assume that the total power consumption is aparentPower1 + aparentPower2 + aparentPower3 ?
Re: emontxshield 3-phase no voltage adaptor
Yes, because your CT does not know whether the current is going through a single-phase load to neutral or through one or more parts of a three-phase load and back through another CT. In each case, if the total power is the same, then the total current must be the same because the system voltage has not changed, even though the part of it that each load sees is different. That's the magic of 3-phase. But you must tell it the correct voltage - 220 V in your case, not the 230 V that is the default value in the sketch ( 380 / √3 = 220).
Re: emontxshield 3-phase no voltage adaptor
Thanks Robert,
One more thing I'd like to ask, after deployment (see image) i noticed if I turn all the main switch so absolutely no consumer can work, my arduino says I have 2W on phase 1, 18W on phase 2 and 30W on phase 3. I don't mind if these numbers are just small noise but I want to make sure this error is not exponentially propagated when I have big consumers like 8KW per each phase.
Let me know if you think the way I deployed the sensor in the linked image can be a problem or I can just substract these values after reading.
Thanks
Actually I have one more question i can't get emoncms to add up all 3 phases and show up in the USE TODAY graph only in the POWER NOW I managed. Any hint would be helpful.
Re: emontxshield 3-phase no voltage adaptor
What you are seeing is noise - there's a thread running now about this. It should be a constant value. I don't have a 3-phase supply so I cannot do proper test, all I can do is be certain that I get the expected 'wrong' answer on my single-phase supply, which I did using a much larger test current (I cannot remember now, it was probably about 30 At - or 1.5 A in a 20-turn coil through the C.T, giving me 'real power' values of approx -3600 W and a p.f. of 0.5) I certainly did not see an error bigger than that which I would expect from the burden resistor tolerance and changes in mains voltage.
It would be better if your CT's were further from each other and from other current-carrying wires, but you have very little space in there. You might get a small amount of interaction between the phases. Even 20 mm of air makes a big difference. See Section 9 of the report on the C.T. (Building Blocks).
To add the powers in emonCMS, you will have three inputs, Power1, Power2 & Power3. You need to use one input as "master" - say Power1, then do '+ input ' to add Power 2 and again for Power 3. Then Log to Feed etc.
If you want to do other things with Power 1 first, do those things, then do ' Reset to ZERO ' then '+ input ' with Power 1 and then add in Power 2 & Power 3.
Re: emontxshield 3-phase no voltage adaptor
Thanks Robert,
I managed to get hold of a 9v (1A) AC adaptor so i changed the code to the 3phase_voltage example
One weird thing i see is quite a big difference on apparent power versus realPower. See below log for all 3 phases:
It looks like
- realPower3 is just negative of the apparentPower, probably I put the CT sensor the wrong side.
- realPower2 sometimes is same as apparentPower sometimes is only half of it.
- realPower1 is either half of the apparentPower, either negative :(
Any idea what it could be wrong?
Re: emontxshield 3-phase no voltage adaptor
Now that you have the voltage, the relationship between the voltage sensor and the CTs is important. Read and understand the notes in the comment at the top of the sketch, get the relationship between voltage and the CTs right and then go through the calibration procedure. Unless the timing between voltage and current is correct for all three phases, you will never get good results.
L1 is the phase with the voltage measurement. Get that right first. L2 and L3 follow in that order. Your supply should be labelled to tell you the correct phase rotation. (So if you cannot put your ac adapter on L1, you just move everything around one phase, keeping the sequence the same.)


escape infection model models rate infectious infected host number reversion {border-style CTL []. virus hosts px;} spread â€" #ffffff;} HIV disease immune transmission vaccination data \begin{document} \documentclass[pt]{minimal} \end{document} \setlength{\oddsidemargin}{-pt} \usepackage{amsbsy} \usepackage{amsfonts} \usepackage{amsmath} \usepackage{amssymb} \usepackage{mathrsfs} \usepackage{upgreek} \usepackage{wasysym} age different evolution responses SIR new people capita cells farm human infections population susceptible farms mutants rubella shows within-host basic death emergence important levels reproductive âˆ’ However, between-host cases epidemic infection. proportion px; rates simple time used {font-family FMD diseases dynamics emerging font-size impact mutant single HIV- Infectious University \mu background case class consider control coverage differential double; drive eradication events focus humans likely measles model. mount novel question response secondary spatial type vaccinated ({\text{a}}){\text{ Fig. Models assumptions border-color border-width described difference epidemics equations example, heterogeneity infection, just killed mutations prevalence recovered relevant section set solid; time. total transmit variants {font-style {font-weight .â€". Eqs. Fig.Â HIV-infected Press average bold case, cost courier; data. determined developed em; equation equations, fitness following form grouped higher hosts, hosts. infections. interactions kills lead leads mathematical multiple need particularly pathogen person probability process processes pt;} recognized smallpox structure transmitted underlying useful vaccine vaccines viral week, widely wild year years {\text{ {\text{I(t)}}


A Developer Student Club is university
based community group for students
interested in developer technologies.
The main focus of the club is to bridge
the gap between Theory and Practice
Technology We Use
|
Flutter is a Google's UI toolkit for building beautiful, natively compiled applications for mobile, web, and desktop from a single codebase |
Android is the world's most popular mobile operating system. Programming Languages An end-to-end open source machine learning platform Maintained by Google |


Yard Chain Shot black spot spyglass scourge of the seven seas gangway jib sloop brig clap of thunder dead men tell no tales handsomely. Yawl brigantine cable to go on account tack pillage cutlass nipper Letter of Marque lugger handsomely fore.
Pirate shrouds yard chandler snow scurvy coffer matey gally gaff chase guns jury mast. Hogshead barkadeer poop deck warp chandler long boat belay long clothes line dance the hempen jig lass bilge rat. Fire in the hole Corsair yardarm aye yawl marooned gabion interloper no prey, no pay smartly bowsprit brig.
Lee galleon Plate Fleet avast lanyard snow scuppers ye ho cable reef fire in the hole.
Lee swing the lead squiffy hulk Plate Fleet Davy Jones' Locker code of conduct nipper pink splice the main brace rigging case shot.
Comments


On the grid destination
Sweden has something to offer every traveller – it’s a delightfully scenic place with a rich history and undeniably stylish people. The country’s strange sunlight hours are particularly fascinating too, with areas in the far north experiencing either midnight sun or long hours of darkness depending on the time of year. As a progressive and tech-savvy nation, it also has excellent connectivity.
Just a short trip away from central Stockholm is its picturesque archipelago, a cluster of thousands of small islands and islets. Each is different, offering everything from small towns and scenic docks to rocky cliffs and secluded coves. Spend a few days exploring or take a simple boat tour if you’re just dropping by.
Sweden has some of Europe’s most beautiful countryside views, and a trip down Göta Canal is among the best ways to see them. Regular cruise trips are available, and you can also hire private boats and bicycles to enjoy the canal at your own pace.
If you’re on the look-out for scenic getaways further south, the lush green archipelago of Azores in the Atlantic is an idyllic outcrop of highlands and peaceful lagoons.
Head to Sweden’s far north during the colder months, and you could see a legendary natural phenomenon: the Northern Lights. You can also go skiing, embark on a sledding adventure, or stay in a hotel made of ice.
Iceland also competes for great views of the Aurora. If you go, then we recommend visiting the Blue Lagoon, a steamy geothermal spa reaching a toasty 37 degrees Celsius, to keep yourself warm.


EFA enquiries
Contact form https://form.education...
For all enquiries for the Education Funding Agency
Beta This is a test version of the layout of this page. Take the survey to help us improve it
Guidance
Information for local authorities about the outcomes from the 2017 Early Years Capital Fund bidding round
On 21 June eligible local authorities were invited to bid for capital funding to expand childcare provision in their area (including schools that currently offer, or plan to offer, provision for 3- and 4-year-olds).
Eligible local authorities were invited to submit applications setting out individual projects in their area by 31 August 2016. The priority of this fund is to target areas within local authorities (LAs) most in need of capital funding to deliver 30 hours places by September 2017. Further information on assessment criteria is available.
Applications have now been assessed and the department has published the list of successful projects.
While the original amount available in this bid round was £40m, we have now secured £10m in additional funding from other sources. We are therefore pleased to announce this award of £50m funding to a range of projects from a variety of providers, which represent the diversity of the market and the government’s clear commitment to delivering 30 hours free childcare. This substantial investment, alongside an uplift in the national average revenue funding rate for 3 and 4 year olds to £4.94 an hour will enable providers to deliver 30 hours free childcare care on a sustainable basis. LAs with approved projects will receive their grant award within financial year 2016-17.
If you need further advice, please contact us using:
Contact form https://form.education...
For all enquiries for the Education Funding Agency


Off-heap Memory in Apache Flink and the curious JIT compiler
September 16, 2015 -Running data-intensive code in the JVM and making it well-behaved is tricky. Systems that put billions of data objects naively onto the JVM heap face unpredictable OutOfMemoryErrors and Garbage Collection stalls. Of course, you still want to to keep your data in memory as much as possible, for speed and responsiveness of the processing applications. In that context, “off-heap” has become almost something like a magic word to solve these problems.
In this blog post, we will look at how Flink exploits off-heap memory. The feature is part of the upcoming release, but you can try it out with the latest nightly builds. We will also give a few interesting insights into the behavior for Java’s JIT compiler for highly optimized methods and loops.
Recap: Memory Management in Flink #
To understand Flink’s approach to off-heap memory, we need to recap Flink’s approach to custom managed memory. We have written an earlier blog post about how Flink manages JVM memory itself
As a summary, the core part is that Flink implements its algorithms not against Java objects, arrays, or lists, but actually against a data structure similar to java.nio.ByteBuffer
. Flink uses its own specialized version, called MemorySegment
on which algorithms put and get at specific positions ints, longs, byte arrays, etc, and compare and copy memory. The memory segments are held and distributed by a central component (called MemoryManager
) from which algorithms request segments according to their calculated memory budgets.
Don’t believe that this can be fast? Have a look at the benchmarks in the earlier blogpost, which show that it is actually often much faster than working on objects, due to better control over data layout (cache efficiency, data size), and reducing the pressure on Java’s Garbage Collector.
This form of memory management has been in Flink for a long time. Anecdotally, the first public demo of Flink’s predecessor project Stratosphere, at the VLDB conference in 2010, was running its programs with custom managed memory (although I believe few attendees were aware of that).
Why actually bother with off-heap memory? #
Given that Flink has a sophisticated level of managing on-heap memory, why do we even bother with off-heap memory? It is true that “out of memory” has been much less of a problem for Flink because of its heap memory management techniques. Nonetheless, there are a few good reasons to offer the possibility to move Flink’s managed memory out of the JVM heap:
-
Very large JVMs (100s of GBytes heap memory) tend to be tricky. It takes long to start them (allocate and initialize heap) and garbage collection stalls can be huge (minutes). While newer incremental garbage collectors (like G1) mitigate this problem to some extend, an even better solution is to just make the heap much smaller and allocate Flink’s managed memory chunks outside the heap.
-
I/O and network efficiency: In many cases, we write MemorySegments to disk (spilling) or to the network (data transfer). Off-heap memory can be written/transferred with zero copies, while heap memory always incurs an additional memory copy.
-
Off-heap memory can actually be owned by other processes. That way, cached data survives process crashes (due to user code exceptions) and can be used for recovery. Flink does not exploit that, yet, but it is interesting future work.
The opposite question is also valid. Why should Flink ever not use off-heap memory?
-
On-heap is easier and interplays better with tools. Some container environments and monitoring tools get confused when the monitored heap size does not remotely reflect the amount of memory used by the process.
-
Short lived memory segments are cheaper on the heap. Flink sometimes needs to allocate some short lived buffers, which works cheaper on the heap than off-heap.
-
Some operations are actually a bit faster on heap memory (or the JIT compiler understands them better).
The off-heap Memory Implementation #
Given that all memory intensive internal algorithms are already implemented against the MemorySegment
, our implementation to switch to off-heap memory is actually trivial. You can compare it to replacing all ByteBuffer.allocate(numBytes)
calls with ByteBuffer.allocateDirect(numBytes)
. In Flink’s case it meant that we made the MemorySegment
abstract and added the HeapMemorySegment
and OffHeapMemorySegment
subclasses. The OffHeapMemorySegment
takes the off-heap memory pointer from a java.nio.DirectByteBuffer
and implements its specialized access methods using sun.misc.Unsafe
. We also made a few adjustments to the startup scripts and the deployment code to make sure that the JVM is permitted enough off-heap memory (direct memory, -XX:MaxDirectMemorySize).
In practice we had to go one step further, to make the implementation perform well. While the ByteBuffer
is used in I/O code paths to compose headers and move bulk memory into place, the MemorySegment is part of the innermost loops of many algorithms (sorting, hash tables, …). That means that the access methods have to be as fast as possible.
Understanding the JIT and tuning the implementation #
The MemorySegment
was (before our change) a standalone class, it was final (had no subclasses). Via Class Hierarchy Analysis (CHA), the JIT compiler was able to determine that all of the accessor method calls go to one specific implementation. That way, all method calls can be perfectly de-virtualized and inlined, which is essential to performance, and the basis for all further optimizations (like vectorization of the calling loop).
With two different memory segments loaded at the same time, the JIT compiler cannot perform the same level of optimization any more, which results in a noticeable difference in performance: A slowdown of about 2.7 x in the following example:
Writing 100000 x 32768 bytes to 32768 bytes segment:
HeapMemorySegment (standalone) : 1,441 msecs
OffHeapMemorySegment (standalone) : 1,628 msecs
HeapMemorySegment (subclass) : 3,841 msecs
OffHeapMemorySegment (subclass) : 3,847 msecs
To get back to the original performance, we explored two approaches:
Approach 1: Make sure that only one memory segment implementation is ever loaded. #
We re-structured the code a bit to make sure that all places that produce long-lived and short-lived memory segments instantiate the same MemorySegment subclass (Heap- or Off-Heap segment). Using factories rather than directly instantiating the memory segment classes, this was straightforward.
Experiments (see appendix) showed that the JIT compiler properly detects this (via hierarchy analysis) and that it can perform the same level of aggressive optimization as before, when there was only one MemorySegment
class.
Approach 2: Write one segment that handles both heap and off-heap memory #
We created a class HybridMemorySegment
which handles transparently both heap- and off-heap memory. It can be initialized either with a byte array (heap memory), or with a pointer to a memory region outside the heap (off-heap memory).
Fortunately, there is a nice trick to do this without introducing code branches and specialized handling of the two different memory types. The trick is based on the way that the sun.misc.Unsafe
methods interpret object references. To illustrate this, we take the method that gets a long integer from a memory position:
sun.misc.Unsafe.getLong(Object reference, long offset)
The method accepts an object reference, takes its memory address, and add the offset to obtain a pointer. It then fetches the eight bytes at the address pointed to and interprets them as a long integer. Since the method accepts null as the reference (and interprets it a zero) one can write a method that fetches a long integer seamlessly from heap and off-heap memory as follows:
public class HybridMemorySegment {
private final byte[] heapMemory; // non-null in heap case, null in off-heap case
private final long address; // may be absolute, or relative to byte[]
// method of interest
public long getLong(int pos) {
return UNSAFE.getLong(heapMemory, address + pos);
}
// initialize for heap memory
public HybridMemorySegment(byte[] heapMemory) {
this.heapMemory = heapMemory;
this.address = UNSAFE.arrayBaseOffset(byte[].class)
}
// initialize for off-heap memory
public HybridMemorySegment(long offheapPointer) {
this.heapMemory = null;
this.address = offheapPointer
}
}
To check whether both cases (heap and off-heap) really result in the same code paths (no hidden branches inside the Unsafe.getLong(Object, long)
method) one can check out the C++ source code of sun.misc.Unsafe
, available here: http://hg.openjdk.java.net/jdk8/jdk8/hotspot/file/tip/src/share/vm/prims/unsafe.cpp
Of particular interest is the macro in line 155, which is the base of all GET methods. Tracing the function calls (many are no-ops), one can see that both variants of Unsafe’s getLong()
result in the same code:
Either 0 + absolutePointer
or objectRefAddress + offset
.
Summary #
We ended up choosing a combination of both techniques:
-
For off-heap memory, we use the
HybridMemorySegment
from approach (2) which can represent both heap and off-heap memory. That way, the same class represents the long-lived off-heap memory as the short-lived temporary buffers allocated (or wrapped) on the heap. -
We follow approach (1) to use factories to make sure that one segment is ever only loaded, which gives peak performance. We can exploit the performance benefits of the
HeapMemorySegment
on individual byte operations, and we have a mechanism in place to add further implementations ofMemorySegments
for the case that Oracle really removessun.misc.Unsafe
in future Java versions.
The final code can be found in the Flink repository, under https://github.com/apache/flink/tree/master/flink-core/src/main/java/org/apache/flink/core/memory
Detailed micro benchmarks are in the appendix. A summary of the findings is as follows:
-
The
HybridMemorySegment
performs equally well in heap and off-heap memory, as is to be expected (the code paths are the same) -
The
HeapMemorySegment
is quite a bit faster in reading individual bytes, not so much at writing them. Access to a byte[] is after all a bit cheaper than an invocation of asun.misc.Unsafe
method, even when JIT-ed. -
The abstract class
MemorySegment
(with its subclassesHeapMemorySegment
andHybridMemorySegment
) performs as well as any specialized non-abstract class, as long as only one subclass is loaded. When both are loaded, performance may suffer by a factor of 2.7 x on certain operations. -
How badly the performance degrades in cases where both MemorySegment subclasses are loaded seems to depend a lot on which subclass is loaded and operated on before and after which. Sometimes, performance is affected more than other times. It seems to be an artifact of the JIT’s code profiling and how heavily it performs optimistic specialization towards certain subclasses.
There is still a bit of mystery left, specifically why sometimes code is faster when it performs more checks (has more instructions and an additional branch). Even though the branch is perfectly predictable, this seems counter-intuitive. The only explanation that we could come up with is that the branch optimizations (such as optimistic elimination etc) result in code that does better register allocation (for whatever reason, maybe the intermediate instructions just fit the allocation algorithm better).
tl;dr #
-
Off-heap memory in Flink complements the already very fast on-heap memory management. It improves the scalability to very large heap sizes and reduces memory copies for network and disk I/O.
-
Flink’s already present memory management infrastructure made the addition of off-heap memory simple. Off-heap memory is not only used for caching data, Flink can actually sort data off-heap and build hash tables off-heap.
-
We play a few nice tricks in the implementation to make sure the code is as friendly as possible to the JIT compiler and processor, to make the managed memory accesses are as fast as possible.
-
Understanding the JVM’s JIT compiler is tough - one needs a lot of (randomized) micro benchmarking to examine its behavior.
Appendix: Detailed Micro Benchmarks #
These microbenchmarks test the performance of the different memory segment implementations on various operation.
Each experiments tests the different implementations multiple times in different orders, to balance the advantage/disadvantage of the JIT compiler specializing towards certain code paths. All experiments were run 5x, discarding the fastest and slowest run, and then averaged. This compensated for delay before the JIT kicks in.
My setup:
- Oracle Java 8 (1.8.0_25)
- 4 GBytes JVM heap (the experiments need 1.4 GBytes Heap + 1 GBytes direct memory)
- Intel Core i7-4700MQ CPU, 2.40GHz (4 cores, 8 hardware contexts)
The tested implementations are
| Type | Description |
|---|---|
HeapMemorySegment (exclusive) |
The case where it is the only loaded MemorySegment subclass. |
HeapMemorySegment (mixed) |
The case where both the HeapMemorySegment and the HybridMemorySegment are loaded. |
HybridMemorySegment (heap-exclusive) |
Backed by heap memory, and the case where it is the only loaded MemorySegment class. |
HybridMemorySegment (heap-mixed) |
Backed by heap memory, and the case where both the HeapMemorySegment and the HybridMemorySegment are loaded. |
HybridMemorySegment (off-heap-exclusive) |
Backed by off-heap memory, and the case where it is the only loaded MemorySegment class. |
HybridMemorySegment (off-heap-mixed) |
Backed by heap off-memory, and the case where both the HeapMemorySegment and the HybridMemorySegment are loaded. |
PureHeapSegment |
Has no class hierarchy and virtual methods at all. |
PureHybridSegment (heap) |
Has no class hierarchy and virtual methods at all, backed by heap memory. |
PureHybridSegment (off-heap) |
Has no class hierarchy and virtual methods at all, backed by off-heap memory. |
Byte accesses
Writing 100000 x 32768 bytes to 32768 bytes segment
| Segment | Time |
|---|---|
HeapMemorySegment , exclusive |
1,441 msecs |
HeapMemorySegment , mixed |
3,841 msecs |
HybridMemorySegment , heap, exclusive |
1,626 msecs |
HybridMemorySegment , off-heap, exclusive |
1,628 msecs |
HybridMemorySegment , heap, mixed |
3,848 msecs |
HybridMemorySegment , off-heap, mixed |
3,847 msecs |
PureHeapSegment |
1,442 msecs |
PureHybridSegment , heap |
1,623 msecs |
PureHybridSegment , off-heap |
1,620 msecs |
Reading 100000 x 32768 bytes from 32768 bytes segment
| Segment | Time |
|---|---|
HeapMemorySegment , exclusive |
1,326 msecs |
HeapMemorySegment , mixed |
1,378 msecs |
HybridMemorySegment , heap, exclusive |
2,029 msecs |
HybridMemorySegment , off-heap, exclusive |
2,030 msecs |
HybridMemorySegment , heap, mixed |
2,047 msecs |
HybridMemorySegment , off-heap, mixed |
2,049 msecs |
PureHeapSegment |
1,331 msecs |
PureHybridSegment , heap |
2,030 msecs |
PureHybridSegment , off-heap |
2,030 msecs |
Writing 10 x<PHONE_NUMBER> bytes to<PHONE_NUMBER> bytes segment
| Segment | Time |
|---|---|
HeapMemorySegment , exclusive |
5,602 msecs |
HeapMemorySegment , mixed |
12,570 msecs |
HybridMemorySegment , heap, exclusive |
5,691 msecs |
HybridMemorySegment , off-heap, exclusive |
5,691 msecs |
HybridMemorySegment , heap, mixed |
12,566 msecs |
HybridMemorySegment , off-heap, mixed |
12,556 msecs |
PureHeapSegment |
5,599 msecs |
PureHybridSegment , heap |
5,687 msecs |
PureHybridSegment , off-heap |
5,681 msecs |
Reading 10 x<PHONE_NUMBER> bytes from<PHONE_NUMBER> bytes segment
| Segment | Time |
|---|---|
HeapMemorySegment , exclusive |
4,243 msecs |
HeapMemorySegment , mixed |
4,265 msecs |
HybridMemorySegment , heap, exclusive |
6,730 msecs |
HybridMemorySegment , off-heap, exclusive |
6,725 msecs |
HybridMemorySegment , heap, mixed |
6,933 msecs |
HybridMemorySegment , off-heap, mixed |
6,926 msecs |
PureHeapSegment |
4,247 msecs |
PureHybridSegment , heap |
6,919 msecs |
PureHybridSegment , off-heap |
6,916 msecs |
Byte Array accesses
Writing 100000 x 32 byte[1024] to 32768 bytes segment
| Segment | Time |
|---|---|
HeapMemorySegment , mixed |
164 msecs |
HybridMemorySegment , heap, mixed |
163 msecs |
HybridMemorySegment , off-heap, mixed |
163 msecs |
PureHeapSegment |
165 msecs |
PureHybridSegment , heap |
182 msecs |
PureHybridSegment , off-heap |
176 msecs |
Reading 100000 x 32 byte[1024] from 32768 bytes segment
| Segment | Time |
|---|---|
HeapMemorySegment , mixed |
157 msecs |
HybridMemorySegment , heap, mixed |
155 msecs |
HybridMemorySegment , off-heap, mixed |
162 msecs |
PureHeapSegment |
161 msecs |
PureHybridSegment , heap |
175 msecs |
PureHybridSegment , off-heap |
179 msecs |
Writing 10 x 1048576 byte[1024] to<PHONE_NUMBER> bytes segment
| Segment | Time |
|---|---|
HeapMemorySegment , mixed |
1,164 msecs |
HybridMemorySegment , heap, mixed |
1,173 msecs |
HybridMemorySegment , off-heap, mixed |
1,157 msecs |
PureHeapSegment |
1,169 msecs |
PureHybridSegment , heap |
1,174 msecs |
PureHybridSegment , off-heap |
1,166 msecs |
Reading 10 x 1048576 byte[1024] from<PHONE_NUMBER> bytes segment
| Segment | Time |
|---|---|
HeapMemorySegment , mixed |
854 msecs |
HybridMemorySegment , heap, mixed |
853 msecs |
HybridMemorySegment , off-heap, mixed |
854 msecs |
PureHeapSegment |
857 msecs |
PureHybridSegment , heap |
896 msecs |
PureHybridSegment , off-heap |
887 msecs |
Long integer accesses
(note that the heap and off-heap segments use the same or comparable code for this)
Writing 100000 x 4096 longs to 32768 bytes segment
| Segment | Time |
|---|---|
HeapMemorySegment , mixed |
221 msecs |
HybridMemorySegment , heap, mixed |
222 msecs |
HybridMemorySegment , off-heap, mixed |
221 msecs |
PureHeapSegment |
194 msecs |
PureHybridSegment , heap |
220 msecs |
PureHybridSegment , off-heap |
221 msecs |
Reading 100000 x 4096 longs from 32768 bytes segment
| Segment | Time |
|---|---|
HeapMemorySegment , mixed |
233 msecs |
HybridMemorySegment , heap, mixed |
232 msecs |
HybridMemorySegment , off-heap, mixed |
231 msecs |
PureHeapSegment |
232 msecs |
PureHybridSegment , heap |
232 msecs |
PureHybridSegment , off-heap |
233 msecs |
Writing 10 x 134217728 longs to<PHONE_NUMBER> bytes segment
| Segment | Time |
|---|---|
HeapMemorySegment , mixed |
1,120 msecs |
HybridMemorySegment , heap, mixed |
1,120 msecs |
HybridMemorySegment , off-heap, mixed |
1,115 msecs |
PureHeapSegment |
1,148 msecs |
PureHybridSegment , heap |
1,116 msecs |
PureHybridSegment , off-heap |
1,113 msecs |
Reading 10 x 134217728 longs from<PHONE_NUMBER> bytes segment
| Segment | Time |
|---|---|
HeapMemorySegment , mixed |
1,097 msecs |
HybridMemorySegment , heap, mixed |
1,099 msecs |
HybridMemorySegment , off-heap, mixed |
1,093 msecs |
PureHeapSegment |
917 msecs |
PureHybridSegment , heap |
1,105 msecs |
PureHybridSegment , off-heap |
1,097 msecs |
Integer accesses
(note that the heap and off-heap segments use the same or comparable code for this)
Writing 100000 x 8192 ints to 32768 bytes segment
| Segment | Time |
|---|---|
HeapMemorySegment , mixed |
578 msecs |
HybridMemorySegment , heap, mixed |
580 msecs |
HybridMemorySegment , off-heap, mixed |
576 msecs |
PureHeapSegment |
624 msecs |
PureHybridSegment , heap |
576 msecs |
PureHybridSegment , off-heap |
578 msecs |
Reading 100000 x 8192 ints from 32768 bytes segment
| Segment | Time |
|---|---|
HeapMemorySegment , mixed |
464 msecs |
HybridMemorySegment , heap, mixed |
464 msecs |
HybridMemorySegment , off-heap, mixed |
465 msecs |
PureHeapSegment |
463 msecs |
PureHybridSegment , heap |
464 msecs |
PureHybridSegment , off-heap |
463 msecs |
Writing 10 x 268435456 ints to<PHONE_NUMBER> bytes segment
| Segment | Time |
|---|---|
HeapMemorySegment , mixed |
2,187 msecs |
HybridMemorySegment , heap, mixed |
2,161 msecs |
HybridMemorySegment , off-heap, mixed |
2,152 msecs |
PureHeapSegment |
2,770 msecs |
PureHybridSegment , heap |
2,161 msecs |
PureHybridSegment , off-heap |
2,157 msecs |
Reading 10 x 268435456 ints from<PHONE_NUMBER> bytes segment
| Segment | Time |
|---|---|
HeapMemorySegment , mixed |
1,782 msecs |
HybridMemorySegment , heap, mixed |
1,783 msecs |
HybridMemorySegment , off-heap, mixed |
1,774 msecs |
PureHeapSegment |
1,501 msecs |
PureHybridSegment , heap |
1,774 msecs |
PureHybridSegment , off-heap |
1,771 msecs |


--- layout: newsstory title: DRAW! match: Yeltz 1 Telford 1 ---
Just two weeks to go now to the real thing, but things are looking quite promising for the season ahead. Saturday brought another creditable result against a Conference team, starring Ralphy Crisp - remember him? :-)
If you're interested, there's a new vote out in the Yeltz Polling Booth . Go to it.
One more friendly game to endure - home or away to Causeway United next Saturday.
What's Black and Yellow and scares the sh*t of everyone? Apart from Forrest that is. Well the Greater Horntail that came towards me as I was leaving the house certainly has the necessary intimidating credentials. Plays in the right colours too. Did you know such fearsome creatures can cut through sheet metal? Mind you, our midfielders now carry a sting in their tail.
Tenacious Scouse proffered at the beginning of the game. Belligerent maybe? And these are friendly games. Bring on the Salisbury for a 'mons game.' The pre-season programme is the best we've seen for years.
Three Conference outfits to test all departments and none has been found severely wanting. Sure there have been faults - Telford's goal was a right cock-up at the back but the promise of our new blokes has more than compensated.
Slinky skills were once again displayed and some of the movement and passing was tremendous. Scott Darroch was inspired at times - Ralphy was an early benefactor of a superlative display of his ability to shake off close attention and he almost repaid with a brilliant strike which skimmed over the bar. Looking as fit as ever in his first game, Ralphy snuck upfront to receive an audacious flick from Neil Cartwright who seemed to be relishing the contest with his old team.
Fortuitous maybe but Ralph managed to lob the flailing keeper who was caught off guard. The scorching weather put paid to a second half slog and most players wished they were on the touchline with the subs soaking up the sunshine. Hope someone's taped these games for John Chambers.


Hi! My name is Aarya verma, a second year undergraduate student at Indian Institute of Information Technology Nagpur. I may also be known as fyter_112 or a112v online. I specialize in data structures and algorithmic challenges. I am an active participant in competitive coding contests on Codechef and Codeforces. For more details feel free to have a look at my resume and profiles give below.
My username in CodeChef is fyter_112. I am a Three star coder here and active contributor to the community.
This is my CodeForces account where I am currently a Pupil. I regularly take part in the contests held here


| Define an object with a collection of variables. |
| variable = any legal variable name |
Command Description:
| If you know C prgramming, a TYPE is basically a STRUCT in Blitz Basic. If you
don't know C, read on!
TYPE is your best friend. It is used to create a 'collection' of objects that share the same parameters and need to be interated through quickly and easily. Think about SPACE INVADERS. There are many aliens on the screen at one time. Each of these aliens have a few variables that they all need: x and y coordinates plus a variable to control which graphic to display (legs out or legs in). Now, we could make hundreds of variables like invader1x, invader1y, invader2x, invader2y, etc. to control all the aliens, but that wouldn't make much sense would it? You could use an array to track them; invader(number,x,y,graphic), and the loop through them with a FOR ... NEXT loop but that is a lot of work! The TYPE variable collection was created to handle just this sort of need. TYPE defines an object collection. Each object in that collection inherits its own copy of the variables defined by the TYPE's FIELD command. Each variable of each object in the collection can be read individually and can be easily iterated through quickly. Use the FIELD command to assign the variables you want between the TYPE and END TYPE commands. If it helps, think of a TYPE collection as a database. Each object is a record of the database, and every variable is a field of the record. Using commands like BEFORE, AFTER, and FOR ... EACH, you can move change the pointer of the 'database' to point to a different record and retrieve/set the variable 'field' values. Not a database guru? Need another example? Okay. Let's say you are setting up an auditorium for a speech or event and you are putting up hundreds of chairs for the spectators. The chairs have to be in a certain place on the floor, and some will need to be raised up a bit higher than others (visiting dignitaries, the mayor is coming, etc.). So being the computer genius you are, you start figuring out how you can layout the chairs with the least amount of effort. You realize that the floor is checkered, so its really a huge grid! This will make it easy! You just need to number the floor on a piece of graph paper and put into the grid how high each chair should be, based on where the boss told you the important people are to sit. So, for each chair, you will have a row and column on the graph paper (x and y location) and a level to adjust the chair to (height). Good, we are organized. Now, even though we have it all on paper, we still have to do the work of placing all the chairs.  Ah crap! You have them all perfect, and even though it is a simple thing to move a chair one square to the right (after all, their order and height won't change) - you still have to move each and every chair! Should would be nice if you could just wave your hand and say "For each chair in the room, add 1 square to its x location" and have it just magically happen. Alas, in the real world, get busy - you've got a lot of chairs to move! In Blitz, you could have set up a TYPE called CHAIR, set the TYPE's FIELDS as X, Y, and HEIGHT. You would then create as many chairs as you need with the NEW command (each time you call NEW, it makes a new chair, with its OWN X, Y, and HEIGHT variables) and assign them the X, Y, and HEIGHT values you decide upon. In our example above, when the boss told you to move the chairs over 1 box, you probably groaned inside. That's a lot of work! In Blitz, we could use four lines of code to adjust all our CHAIR objects to the new position (using FOR ... EACH commands). Still lost? Its okay - TYPEs are hard to get a grasp on. Look at the example and we'll try to show you how types work in a practical environment. I recommend looking at other people's code too, to help you get a handle on them. Once you do, you will know why C people are crazy for STRUCTs and why almost all Blitz programs use them. |
Example:
| ; Define the CHAIR Type Type CHAIR Field X Field Y Field HEIGHT End Type ; Create 100 new chairs using FOR ... NEXT using the collection name of ROOM For tempx = 1 to 10 ; Move them all over 1 (like the description example) For room.chair = Each chair |


Chromatic induction is the modification of the visual response that occurs when 2 colour stimuli (of any spectral irradiance distribution) are viewed side-by-side in which each stimulus alters the appearance of the other.


You probably already know that Launch is a pretty powerful skill but have you seen its true potential? There is a bunch of different techs you can use to access difficult pickups or simply going faster.
Launch Swap
If you unequip Launch just after using it, your launch will be faster and will go further than usual. You can equip Launch again at any time after releasing your weapon wheel once.
Boosted launch
When you change your direction in the air, Ori plays a little turnaround animation. If you launch during that animation, your launch will keep its initial speed a bit longer, making it go further. In order to perform it: jump in a direction, press the opposite direction, launch in the same direction as your jump and keep holding the direction you pressed before using launch. Which means:
- Boosting to the right: jump right, press left, launch somewhere to the right of Ori, keep holding left
- Boosting to the left: jump left, press right, launch somewhere to the left of Ori, keep holding right
You can glitch out Ori's turnaround animation by either touching a wall just after exiting water with water dash, touching a wall just after exiting sand with burrow's dash or entering sand immediately after exiting it. If it happens, you won't be able to do boosted launch. To fix it, you can either re-enter water or sand or reloading your save file.
Weapon Launch
If you do a Launch upward and an upslash on the same frame, your Launch will go further. You can do it with both Sword and Hammer but Hammer Launch are more powerfull than Sword Launch. Both can be use midair but you will need to use your Sword upslash if you want to do a Sword Launch midair. It's recommended to set up a bind to perform them more easily. You can combine it with a Launch Swap to go even further.
Terrawalk
When you use launch on a slope, you will maintain some of Launch's speed. This is mostly use in order to go faster.
Ceiling Launch
Like Terrawalk, if you use launch on a slope in the ceiling, you will maintain some of Launch’s speed. This is mostly use in order to go faster.
Launch Glide
This trick is exclusive to keyboard and mouse control, but you can bind your second stick as a mouse if you want to use it on a controller. If before using Launch you release your directional input after doing either a backflip, releasing a bash or doing a reverse dash, you will preserve some of your Launc's speed. This is mainly use go to faster and can be combined with a launch swap to go even faster. Launch Glide can be executed with a controller on the Switch version but not possible on the Xbox or PC version.


Base class of all button-like widgets, such as push buttons, check boxes, and radio buttons.
An abstract action to be performed in reaction to user input.
Clients should implement the ui field.
A container that arranges its children around a central component that takes most of the space.
A panel that lays out its contents one after the other, either horizontally or vertically.
Default partial implementation for buffer adapters.
A button that can be clicked, usually to perform some action.
A button mutex.
Two state button that can either be checked or unchecked.
A menu item with a check box.
Let's the user make a selection from a list of predefined items.
Base class for all UI elements that can be displayed in a window.
The base traits for UI elements that can contain Component
s.
A dialog window.
A text component that allows multiline text input and display.
Used to open file dialogs.
A panel that arranges its contents horizontally, one after the other.
A text field with formatted input.
A window with decoration such as a title, border, and action buttons.
Convenience class with utility methods for GUI applications.
A panel that arranges its children in a grid.
A panel that lays out its contents in a uniform grid.
A label component that display either a text, an icon, or both.
A container that associates layout constraints of member type
Constraints
with its children.
A component that displays a number of elements in a list.
A frame that can be used for main application windows.
A menu.
A menu bar.
A menu item that can be used in a menu.
An Oriented
whose orientation can be changed.
Something that can have an orientation.
A component that can contain other components.
A password field, that displays a replacement character for each character in the password.
A bar indicating progress of some action.
Notifies registered reactions when an event is published.
A two state button that is usually used in a ButtonGroup
together with other RadioButton
s, in order to indicate
that at most one of them can be selected.
A menu item with a radio button.
Used by reactors to let clients register custom event reactions.
The counterpart to publishers.
A window that adds some functionality to the plain Window class and serves as the common base class for frames and dialogs.
The root of a component hierarchy.
Can have at most a single child component, which will be put inside a canvas (the viewport) that can be scrolled.
A component that is specially suitable for being placed inside aScrollPane
.
A bar that can be used a separator, most commonly in menus.
A container for which a sequential order of children makes sense, such as flow panels, or menus.
Extend this class for most simple UI applications.
Lets users select a value from a given range.
A container with exactly two children.
Displays the contents of one of several pages at a time.
Displays a matrix of items.
A text component that allows multiline text input and display.
A component that allows some kind of text input and display.
A text component that allows single line text input and display.
A two state button with a push button like user interface.
The base trait of all user interface elements.
A window with decoration such as a title, border, and action buttons.
Horizontal and vertical alignments.
Utility methods, mostly for wrapping components.
Simple predefined dialogs.
Helpers for this package.
Useful imports that don't have wrappers.


Hi there, I'm AJ and this is my page, I am a New York City native who has traveled the world and tried to soak up as much experience as I could. I'm an avid reader and I also sing.
I have worked in many different areas, although predominantly I have been in sales and finance for a good portion of it. Most recently I have been a law enforcement officer, and now hope to become a software engineer.
Since I'm a foodie, here are some of my favorite foods.- Sushi
- Grilled Salmon
- Porterhouse Steak
- New York City Pizza
- New York City Hot Dogs
- Fresh made linguine
- Oysters
- Fresh fruit
- Deep fried Turkey
- Pho


Struct representing one block of memory that acts as a bitmap indexing other blocks.
More...
#include <Buddy.h>
|
| void | initialize () noexcept |
| | Initialize bitmap. More...
|
| |
| void | allocate (size_t index, size_t size_in_blocks) throw (std::out_of_range) |
| | Allocate a number of blocks. More...
|
| |
| void | deallocate (size_t index, size_t size_in_blocks) throw (std::out_of_range) |
| | Deallocate a number of blocks. More...
|
| |
| bool | isFree (size_t index) const throw (std::out_of_range) |
| | Check whether the block is free. More...
|
| |
| void | insertValue (size_t index, bool value) throw (std::out_of_range) |
| | Set or reset a specific bit. More...
|
| |
| void | insertValues (size_t index, size_t size_in_blocks, bool value) throw (std::out_of_range) |
| | Set or reset a part of the bitmap. More...
|
| |
|
| static size_t | indexOfByte (size_t index) throw (std::out_of_range) |
| | Get the index of a byte where the block's bit is located. More...
|
| |
| static byte | mask (size_t index) throw (std::out_of_range) |
| | Get the mask (form -> 0*10*) of the blocks bit. More...
|
| |
Struct representing one block of memory that acts as a bitmap indexing other blocks.
◆ allocate()
| void os2bn140314d::BitMapBlock::allocate |
( |
size_t |
index, |
|
|
size_t |
size_in_blocks |
|
) |
| |
| throw | ( | std::out_of_range |
| ) | | |
Allocate a number of blocks.
- Parameters
-
| index | Starting index of the blocks that should be allocated |
| size_in_blocks | Number of blocks that should be allocated |
- Exceptions
-
| out_of_range | Thrown when allocated blocks are not in range |
◆ deallocate()
| void os2bn140314d::BitMapBlock::deallocate |
( |
size_t |
index, |
|
|
size_t |
size_in_blocks |
|
) |
| |
| throw | ( | std::out_of_range |
| ) | | |
Deallocate a number of blocks.
- Parameters
-
| index | Starting index of the blocks that should be allocated |
| size_in_blocks | Number of blocks that should be allocated |
- Exceptions
-
| out_of_range | Thrown when allocated blocks are not in range |
◆ indexOfByte()
| size_t os2bn140314d::BitMapBlock::indexOfByte |
( |
size_t |
index | ) |
|
| throw | ( | std::out_of_range |
| ) | | |
|
static |
Get the index of a byte where the block's bit is located.
- Parameters
-
- Returns
- Index of a byte
- Exceptions
-
| out_of_range | Thrown when block index is out of range |
◆ initialize()
| void os2bn140314d::BitMapBlock::initialize |
( |
| ) |
|
|
noexcept |
◆ insertValue()
| void os2bn140314d::BitMapBlock::insertValue |
( |
size_t |
index, |
|
|
bool |
value |
|
) |
| |
| throw | ( | std::out_of_range |
| ) | | |
Set or reset a specific bit.
- Parameters
-
| index | Index where the value should be inserted Value which should be inserted |
- Exceptions
-
| out_of_range | Thrown when index is out of range |
◆ insertValues()
| void os2bn140314d::BitMapBlock::insertValues |
( |
size_t |
index, |
|
|
size_t |
size_in_blocks, |
|
|
bool |
value |
|
) |
| |
| throw | ( | std::out_of_range |
| ) | | |
Set or reset a part of the bitmap.
- Parameters
-
| index | Starting index |
| size_in_blocks | Number of elements |
| value | Value which is inserted (1 - set, 0 - reset) |
- Exceptions
-
| out_of_range | Thrown when index is not in range |
◆ isFree()
| bool os2bn140314d::BitMapBlock::isFree |
( |
size_t |
index | ) |
const |
| throw | ( | std::out_of_range |
| ) | | |
Check whether the block is free.
- Parameters
-
- Returns
- True if block is free, false otherwise
- Exceptions
-
| out_of_range | Thrown when block index is out of range |
◆ mask()
| unsigned char os2bn140314d::BitMapBlock::mask |
( |
size_t |
index | ) |
|
| throw | ( | std::out_of_range |
| ) | | |
|
static |
Get the mask (form -> 0*10*) of the blocks bit.
- Parameters
-
- Returns
- Mask with one bit set
- Exceptions
-
| out_of_range | Thrown when block index is out of range |
◆ bytes
Array of bytes used for the bitmap
The documentation for this struct was generated from the following files:


import { TextareaModule } from '@sbb-esta/angular-public';
TextareaComponent
Selector: sbb-textarea
| Name | Description |
|---|---|
|
@Input()
|
Class property that disables the textarea status |
|
@Input()
|
Identifier of textarea |
|
@Input()
|
Class property that sets the maxlength of the textarea content |
|
@Input()
|
Class property that sets the minlength of the textarea content |
|
@Input()
|
Class property that sets readonly the textarea content |
|
@Input()
|
Class property that sets required the textarea |
|
|
Class property that automatically resize a textarea to fit its content |
|
|
Class property that represents an observer on the number of digits in a textarea |
|
|
Class property that represents the disabled class status |
|
|
Class property that represents the focused class status |
|
|
Class property that represents the autosize textarea |
|
|
Class property that represents a change caused by a new digit in a textarea |
|
|
Text content in a textarea |
| onBlur | |
|---|---|
|
Removes the focused CSS class from this element |
| onChange | |
|---|---|
|
Method that listens change in the textarea content |
|
| Parameters | |
|
event any
|
|
| onFocus | |
|---|---|
|
Adds the focused CSS class to this element |
| triggerResize | |
|---|---|
|
Trigger the resize of the textarea to fit the content |
| updateDigitsCounter | |
|---|---|
|
Method that updates the max number of digits available in the textarea content |
|
| Parameters | |
|
newValue string
|
|


{% extends "project/project.html" %} {% block title %}Project Submission - {{ project }}{% endblock %} {% load static %} {% block local_css %} {% endblock %} {% load project_templatetags %} {% block main_content %}
The project is not under submission. If the preview appears satisfactory to all authors, the submitting author may submit the project for review.
{% if is_submitting %}


step 1:Registration
To view or post events on our website, you have to first "Register" and provide us with little details about yourself with your contact number that we will need to contact you.
To proceed with the further operations on the webpage,you need to login through your account.
step 2:View Events
After logging in,you can simply view the events from the list of events in the "All Events" Page.
step 3:Post Events
If you wish to post any event,you can continue with that only after agreeing to the given terms and conditions.
back


Default corpus renderer function:
Does not update automatically.
Custom corpus renderer function:
Updates automatically every 3 seconds. For demonstration purposes, all negative counts increase by 1 at each update cycle.
Custom corpus renderer function (long):
Long corpus labels to demonstrate wrapping.
Event log
DEBUGGING
Simulate RPC internal server error on subsequent roundtrips.


class DownloadSinglePack : CoroutineWorker
Downloads a single game pack from the shop. Pass in the ShopItem data class as a JSON string. This Worker will download the pack from the store.
DownloadSinglePack(context: Context, params: WorkerParameters) |
suspend fun doWork(): Result |
const val ERROR: String |
|
const val Progress: String |
|
const val RESULT: String |
|
const val SHOP_ITEM_KEY: String |


Why learn CSS Grid layout?
EASIER TO CREATE TWO DIMENSIONAL LAYOUTS
SIMPLER MARKUP
FLEXIBLE
SKIP FRAMEWORKS
BROWSER SUPPORT
SEE EXAMPLES


Performance Requirements
This test category is intented to verify performance requirements.
PERF-0010 - Response Time is Less than 5 Seconds
PERF-0020 - The garage door controller takes less than 1 minute to power up


Eric Todd Reid is an American football strong safety for the San Francisco 49ers of the National Football League (NFL).
He played college football for Louisiana State University (LSU), and received consensus All-American recognition. He was selected by the 49ers in the first
round of the 2013 NFL Draft.


Open Enrollment Begins 11/15!
WAre you ready for Open Enrollment?
Updates to Plans Available
We have a new group customer!
2 Customers cannot be verified
Jan Doe - Group Manager Member since April. 2014


Class AliasDto
Email alias representation
Inherited Members
Namespace: mailslurp.Model
Assembly: mailslurp.dll
Syntax
[DataContract(Name = "AliasDto")]
public class AliasDto : IEquatable<AliasDto>, IValidatableObject
Constructors
View SourceAliasDto()
Initializes a new instance of the AliasDto class.
Declaration
[JsonConstructor]
protected AliasDto()
AliasDto(Guid, string, string, Guid, Guid, string, bool?, bool, DateTime?, DateTime?)
Initializes a new instance of the AliasDto class.
Declaration
public AliasDto(Guid id = default, string emailAddress = null, string maskedEmailAddress = null, Guid userId = default, Guid inboxId = default, string name = null, bool? useThreads = null, bool isVerified = false, DateTime? createdAt = null, DateTime? updatedAt = null)
Parameters
| Type | Name | Description |
|---|---|---|
| Guid | id | id (required). |
| string | emailAddress | The alias's email address for receiving email (required). |
| string | maskedEmailAddress | The underlying email address that is hidden and will received forwarded email. |
| Guid | userId | userId (required). |
| Guid | inboxId | Inbox that is associated with the alias (required). |
| string | name | name. |
| bool? | useThreads | If alias will generate response threads or not when email are received by it. |
| bool | isVerified | Has the alias been verified. You must verify an alias if the masked email address has not yet been verified by your account (required). |
| DateTime? | createdAt | createdAt. |
| DateTime? | updatedAt | updatedAt. |
Properties
View SourceCreatedAt
Gets or Sets CreatedAt
Declaration
[DataMember(Name = "createdAt", EmitDefaultValue = true)]
public DateTime? CreatedAt { get; set; }
Property Value
| Type | Description |
|---|---|
| DateTime? |
EmailAddress
The alias's email address for receiving email
Declaration
[DataMember(Name = "emailAddress", IsRequired = true, EmitDefaultValue = true)]
public string EmailAddress { get; set; }
Property Value
| Type | Description |
|---|---|
| string | The alias's email address for receiving email |
Id
Gets or Sets Id
Declaration
[DataMember(Name = "id", IsRequired = true, EmitDefaultValue = true)]
public Guid Id { get; set; }
Property Value
| Type | Description |
|---|---|
| Guid |
InboxId
Inbox that is associated with the alias
Declaration
[DataMember(Name = "inboxId", IsRequired = true, EmitDefaultValue = true)]
public Guid InboxId { get; set; }
Property Value
| Type | Description |
|---|---|
| Guid | Inbox that is associated with the alias |
IsVerified
Has the alias been verified. You must verify an alias if the masked email address has not yet been verified by your account
Declaration
[DataMember(Name = "isVerified", IsRequired = true, EmitDefaultValue = true)]
public bool IsVerified { get; set; }
Property Value
| Type | Description |
|---|---|
| bool | Has the alias been verified. You must verify an alias if the masked email address has not yet been verified by your account |
MaskedEmailAddress
The underlying email address that is hidden and will received forwarded email
Declaration
[DataMember(Name = "maskedEmailAddress", EmitDefaultValue = true)]
public string MaskedEmailAddress { get; set; }
Property Value
| Type | Description |
|---|---|
| string | The underlying email address that is hidden and will received forwarded email |
Name
Gets or Sets Name
Declaration
[DataMember(Name = "name", EmitDefaultValue = true)]
public string Name { get; set; }
Property Value
| Type | Description |
|---|---|
| string |
UpdatedAt
Gets or Sets UpdatedAt
Declaration
[DataMember(Name = "updatedAt", EmitDefaultValue = true)]
public DateTime? UpdatedAt { get; set; }
Property Value
| Type | Description |
|---|---|
| DateTime? |
UserId
Gets or Sets UserId
Declaration
[DataMember(Name = "userId", IsRequired = true, EmitDefaultValue = true)]
public Guid UserId { get; set; }
Property Value
| Type | Description |
|---|---|
| Guid |
UseThreads
If alias will generate response threads or not when email are received by it
Declaration
[DataMember(Name = "useThreads", EmitDefaultValue = true)]
public bool? UseThreads { get; set; }
Property Value
| Type | Description |
|---|---|
| bool? | If alias will generate response threads or not when email are received by it |
Methods
View SourceEquals(AliasDto)
Returns true if AliasDto instances are equal
Declaration
public bool Equals(AliasDto input)
Parameters
| Type | Name | Description |
|---|---|---|
| AliasDto | input | Instance of AliasDto to be compared |
Returns
| Type | Description |
|---|---|
| bool | Boolean |
Equals(object)
Returns true if objects are equal
Declaration
public override bool Equals(object input)
Parameters
| Type | Name | Description |
|---|---|---|
| object | input | Object to be compared |
Returns
| Type | Description |
|---|---|
| bool | Boolean |
Overrides
View SourceGetHashCode()
Gets the hash code
Declaration
public override int GetHashCode()
Returns
| Type | Description |
|---|---|
| int | Hash code |
Overrides
View SourceToJson()
Returns the JSON string presentation of the object
Declaration
public virtual string ToJson()
Returns
| Type | Description |
|---|---|
| string | JSON string presentation of the object |
ToString()
Returns the string presentation of the object
Declaration
public override string ToString()
Returns
| Type | Description |
|---|---|
| string | String presentation of the object |
Overrides
View SourceValidate(ValidationContext)
To validate all properties of the instance
Declaration
public IEnumerable<ValidationResult> Validate(ValidationContext validationContext)
Parameters
| Type | Name | Description |
|---|---|---|
| ValidationContext | validationContext | Validation context |
Returns
| Type | Description |
|---|---|
| IEnumerable<ValidationResult> | Validation Result |


DynClust is a two-stage procedure for the denoising and clustering of stack of noisy images acquired over time. Clustering only assumes that the data contain an unknown but small number of dynamic features. The method first denoises the signals using local spatial and full temporal information. The clustering step uses the previous output to aggregate voxels based on the knowledge of their spatial neighborhood. Both steps use a single keytool based on the statistical comparison of the difference of two signals with the null signal. No assumption is therefore required on the shape of the signals. The data are assumed to be normally distributed (or at least follow a symmetric distribution) with a known constant variance. Working pixelwise, the method can be time-consuming depending on the size of the data-array but harnesses the power of multicore cpus.
| Version: | 3.13 |
| Depends: | R (≥ 2.10), parallel |
| Published: | 2014-04-25 |
| Author: | Yves Rozenholc (MAP5, Univ. Paris Descartes), Christophe Pouzat (MAP5, Univ. Paris Descartes) and Tiffany Lieury (Cerebral Physiology lab, Univ. Paris Descartes) |
| Maintainer: | Yves Rozenholc <yves.rozenholc at parisdescartes.fr> |
| License: | MIT + file LICENSE |
| NeedsCompilation: | no |
| CRAN checks: | DynClust results |
| Reference manual: | DynClust.pdf |
| Package source: | DynClust_3.13.tar.gz |
| Windows binaries: | r-devel: DynClust_3.13.zip, r-release: DynClust_3.13.zip, r-oldrel: DynClust_3.13.zip |
| OS X binaries: | r-release: DynClust_3.13.tgz, r-oldrel: DynClust_3.13.tgz |
| Old sources: | DynClust archive |
Please use the canonical form https://CRAN.R-project.org/package=DynClust to link to this page.


Why, hello there! How are you? I'm good!
Once upon a time...
500ms
There was a dramatic pause!
this text will be deleted
500ms
500ms
told you :P
This will repeat three times!
This will repeat forever!
1s
No need to skimp out on
flair!
I am a spooky spooky SPOOKY robot!
{
"types": [
{
"name": "robot",
"properties": {
"data-char-interval": "0ms",
"data-word-interval": "100ms"
}
}
]
}
I am the coolest in the whole entire world.
{
"types": [
{
"name": "cool",
"properties": {
"data-char-interval": "20ms"
},
"style": "color:blue;"
}
]
}
cool
{
"processing": [
{
"tag": "span",
"pre": function(el) {
el.textContent +=
";DROP TABLE users --";
},
"post": function(el) {
el.onclick = function() {
alert("cool (:");
}
}
}
]
}
How can I run these myself?
To run each of these examples on your own, copy the html and configuration as it is presented above
into the designated spaces in the html below.

<title>tply animation</title>


+++ title = "Animals on the farm in Pilcopata" slug = "animals-on-the-farm-in-pilcopata" date = 2007-05-29T13:00:00+10:00 tags = ["jungle", "cute", "animals"] locations = ["peru/pilcopata"] draft = false summary = """
This morning, we began our jungle tour with a visit to a farm-slash-tourist-retreat just outside Pilcopata. The farm is home not only to a very nice family of humans, but also to a large and varied family of animals. As well as our friend the monito, they also have a few other monkeys, some dogs, some macaws, some ant-eaters, some tortoises, and some tadpoles. And we got to meet and greet 'em all. A very colourful start to our time in Manú.
""" +++This morning, we began our jungle tour with a visit to a farm-slash-tourist-retreat just outside Pilcopata. The farm is home not only to a very nice family of humans, but also to a large and varied family of animals. As well as our friend the monito, they also have a few other monkeys, some dogs, some macaws, some ant-eaters, some tortoises, and some tadpoles. And we got to meet and greet 'em all. A very colourful start to our time in Manú.
{{< galleryphoto "2007-05-29-13-00-00--our-friend-the-monito.jpg" >}} {{< galleryphoto "2007-05-29-13-01-00--one-of-the-dogs-on-the-farm.jpg" >}} {{< galleryphoto "2007-05-29-13-02-00--macaw-sitting-up-on-the-wire-trying-to-imitate-all-the.jpg" >}} {{< galleryphoto "2007-05-29-13-03-00--ant-eater-in-his-pen-don-t-wanna-mess-with-one-of-these.jpg" >}} {{< galleryphoto "2007-05-29-13-04-00--tortoise-moving-ponderously-around-his-enclosure.jpg" >}}


The public matching funds program amplifies the impact of low-dollar contributions, giving more New Yorkers a real voice in the democratic process.
The public matching funds program amplifies the impact of low-dollar contributions, giving more New Yorkers a real voice in the democratic process.


Toggle navigation
Week 2-1
Week 2-2
Week 3-1
Week 3-2
Week 3-3
Week 4-1
Week 5-1
Week 5-2
Week 6-1
Week 7-2
Home
Sign in
Items Outlet, Inc.
The worlds #1 purveyor of items for all tastes and budgets
Original Image
Scrambled Image
Puzzle Image


Secure and Decentralized Live Streaming using Blockchain and IPFS
By REVOtic Engineering
Select the publisher you want to stream from the dropdown!
Select
Stream
Refresh


Windows 10 Version 1607 Rs1 Build 14393 Official Iso Disc Image Download Tech Journey
Windows 10 1607 Aug 2016 Anniversary Update Home Pro Education 32 64 Bit Iso Getmyos Com
Windows 10 1607 Iso Download Link Microsoft Community
Download Free Windows 10 Final En 1607 Iso 32bit 64bit Youtube
Windows 10 Anniversary Update Iso Download Ver 1607 Build 14393 Softlay
Windows 10 X86 1607 Iso Download Campingsupport
Windows 10 All In One Iso Download
Windows 10 Anniversary Update V 1607 Rtm Build 14393 Downloads Released On Insiders Windows Update Tech Journey
Windows 10 Anniversary Update Iso Download Directly Isoriver
Windows 10 All In One Iso Download Aio 1607 Iso Multiple Editions Softlay
Where Can I Get A Clean Iso Of A Specific Build Of Windows 10 Super User
How To Upgrade To Windows 10 Anniversary Update Version 1607 Using Iso Microsoft Community
Windows 10 All In One Iso Download Aio 1607 Iso Multiple Editions 2019 Youtube
Download Official Iso Images For Windows 10 Version 1607 Anniversary Update Rtm
Download Windows 10 1607 Build 14393 Anniversary Update 1st November 2016 Youtube
Windows 10 Enterprise 2016 Ltsb X86 Microsoft Free Download Borrow And Streaming Internet Archive
Download Anniversary Update Iso 14393 1607 Solved Page 2 Windows 10 Forums
How Can I Download The Windows 10 Anniversary Update Solved Windows 10 Forums
Here Is How You Download Any Windows 10 Version Iso From Microsoft Ghacks Tech News
Windows 10 Ltsb 2017 Iso Download Fusesoftis
Windows 10 Disc Image Iso Download Peatix
Download Windows 10 October 2020 Update 19042 20h2 Iso Image X64 X86
Here Are The Iso Download Links For Windows 10 Version 1607 Anniversary Update
Download Isos For Any Version Of Windows 10 With This Script
Windows 10 Version 1607 Download Windows 10 As A Windows Insider Windows 10 Installation Guides
How To Get The Windows 10 Anniversary Update Windows Experience Blog
Windows 10 Pro 1607 Failed To Update To Version 1803 Microsoft Community
Universal Mediacreationtool Wrapper For All Mct Windows 10 Versions From 1507 To 21h1 With Business Enterprise Edition Support Github
Download Windows 10 Anniversary Update Official Iso Images Build 14393
How To Download Windows 10 20h2 Iso File Howtoedge
Windows 10 Anniversary Update Iso Ver 1607 Build 14393 Free Download 5k Pc Soft


Event
Defining Diagram
Something which happens.
Associations From:
Only One
creating event
Zero, One or Many
Subject Creation
Supertypes:
Percept
Subtype Partitions:
Event/Essential Type
Activity
Incident


module Secp256k1::Bitcoin
Overview
Implements the Bitcoin
address space for the Secp256k1
library.
Defined in:
bitcoin.crClass Method Summary
-
.address_from_private(priv : BigInt, version = "00", compressed = true)
Generates a
Bitcoin
address from a private key. -
.address_from_public_key(pub : String, version = "00")
Generates a
Bitcoin
address for any public key, compressed or uncompressed. - .address_from_public_point(p : Secp256k1::ECPoint, version = "00", compressed = true)
-
.address_from_wif(wif : String)
Gets a
Bitcoin
address from a Base-58 Wallet-Import Format (WIF). -
.is_wif_compressed?(wif : String)
Checks if it's a compressed or an uncompressed Wallet-Import Format (WIF).
-
.mini_is_valid?(m : String)
Validates wether a mini-private key has a correct checksum and formatting.
-
.new_mini_private_key
Generates a new mini-private key (30 characters length, Base-56 encoded).
-
.private_key_from_mini(m : String)
Gets a private key from a mini-private key if the key is valid.
-
.private_key_from_wif(wif : String)
Gets a private key from a Base-58 Wallet-Import Format (WIF).
-
.version_byte_from_wif(wif : String)
Gets the version byte from a Base-58 Wallet-Import Format (WIF).
-
.wif_from_private(k : BigInt, version = "80", compr = "")
Gets a Base-58 Wallet-Import Format (WIF) from a private key.
-
.wif_from_private_compressed(k : BigInt, version = "80")
Gets a compressed Base-58 Wallet-Import Format (WIF) from a private key.
-
.wif_from_private_uncompressed(k : BigInt, version = "80")
Gets an uncompressed Base-58 Wallet-Import Format (WIF) from a private key.
-
.wif_is_valid?(wif : String)
Validates wether a Wallet-Import Format (WIF) has a correct checksum and formatting.
Class Method Detail
Generates a Bitcoin
address from a private key.
Parameters:
priv
(BigInt
): the private key as number.version
(String
): the version byte, default:"00"
(Bitcoin).compressed
(Bool
): indicator if address should be compressed or not, default:true
(compressed).
Secp256k1::Bitcoin.address_from_private BigInt.new("53d77137b39427a35d8c4b187f532d3912e1e7135985e730633e1e3c1b87ce97", 16)
# => "1Q1zbmPZtS2chwxpviqz6qHgoM8UUuviGN"
Generates a Bitcoin
address for any public key, compressed or uncompressed.
Parameters:
pub
(String
): the public key, compressed or uncompressed.version
(String
): the version byte, default:"00"
(Bitcoin).
Secp256k1::Bitcoin.address_from_public_key "03e097fc69f0b92f711620511c07fefdd648e469df46b1e4385a00a1786f6bc55b"
# => "1Q1zbmPZtS2chwxpviqz6qHgoM8UUuviGN"
Note, compressed public keys generate compressed addresses, whereas uncompressed keys generate uncompressed addresses.
Raises if the public key is malformed.
Generates a Bitcoin
address from an public key as ECPoint
.
Parameters:
p
(ECPoint
): the public key as point withx
andy
coordinates.version
(String
): the version byte, default:"00"
(Bitcoin).compressed
(Bool
): indicator if address should be compressed or not, default:true
(compressed).
See .address_from_public_key
and ECPoint
for usage instructions.
Gets a Bitcoin
address from a Base-58 Wallet-Import Format (WIF).
Parameters:
wif
(String
): the Base-58 Wallet-Import Format (WIF).
Secp256k1::Bitcoin.address_from_wif "5JTDCfWtwBsA26NcrJJdb7xvBPvJY9jKTdppXckp3SVTrBe6pg1"
# => "1Gbxhju13BpwpzzFRgNr2TDYCRTg94kgFC"
Raises if Wallet-Import Format (WIF) is invalid.
Checks if it's a compressed or an uncompressed Wallet-Import Format (WIF).
Parameters:
wif
(String
): the Base-58 Wallet-Import Format (WIF).
Secp256k1::Bitcoin.is_wif_compressed? "5JTDCfWtwBsA26NcrJJdb7xvBPvJY9jKTdppXckp3SVTrBe6pg1"
# => false
Returns true if the key is compressed.
Raises if Wallet-Import Format (WIF) is invalid.
Validates wether a mini-private key has a correct checksum and formatting.
Parameters:
m
(String
): the mini-private key.
Secp256k1::Bitcoin.mini_is_valid? "S7qq5k98DAvee6mtQgpg4xAJatT9mR"
# => true
Returns true if the key contains a valid checksum and is formatted correctly.
Generates a new mini-private key (30 characters length, Base-56 encoded).
Secp256k1::Bitcoin.new_mini_private_key
# => S7qq5k98DAvee6mtQgpg4xAJatT9mR
Gets a private key from a mini-private key if the key is valid.
Parameters:
m
(String
): the mini-private key.
Secp256k1::Bitcoin.private_key_from_mini "S7qq5k98DAvee6mtQgpg4xAJatT9mR"
# => "53d77137b39427a35d8c4b187f532d3912e1e7135985e730633e1e3c1b87ce97"
Raises if the key is invalid.
Gets a private key from a Base-58 Wallet-Import Format (WIF).
Parameters:
wif
(String
): the Base-58 Wallet-Import Format (WIF).
Secp256k1::Bitcoin.private_key_from_wif "Kz2grUzxEAxNopiREbNpVbjoitAGQVXnUZY4n8pNdmWdVqub99qu"
# => "53d77137b39427a35d8c4b187f532d3912e1e7135985e730633e1e3c1b87ce97"
Raises if Wallet-Import Format (WIF) is invalid.
Gets the version byte from a Base-58 Wallet-Import Format (WIF).
Parameters:
wif
(String
): the Base-58 Wallet-Import Format (WIF).
Secp256k1::Bitcoin.version_byte_from_wif "5JTDCfWtwBsA26NcrJJdb7xvBPvJY9jKTdppXckp3SVTrBe6pg1"
# => "80"
Raises if Wallet-Import Format (WIF) is invalid.
Gets a Base-58 Wallet-Import Format (WIF) from a private key.
Parameters:
k
(BigInt
): the private key.version
(String
): the version byte, default:"80"
(Bitcoin).compr
(String
): the compression byte, default:""
(uncompressed).
Secp256k1::Bitcoin.wif_from_private BigInt.new("53d77137b39427a35d8c4b187f532d3912e1e7135985e730633e1e3c1b87ce97", 16)
# => "5JTDCfWtwBsA26NcrJJdb7xvBPvJY9jKTdppXckp3SVTrBe6pg1"
Note, the compression byte compr
is either empty ""
for uncompressed keys or
"01"
for compressed keys. See also .wif_from_private_compressed
and .wif_from_private_uncompressed
.
Gets a compressed Base-58 Wallet-Import Format (WIF) from a private key.
Parameters:
k
(BigInt
): the private keyversion
(String
): the version byte, default:"80"
(Bitcoin)
Secp256k1::Bitcoin.wif_from_private_compressed BigInt.new("53d77137b39427a35d8c4b187f532d3912e1e7135985e730633e1e3c1b87ce97", 16)
# => "Kz2grUzxEAxNopiREbNpVbjoitAGQVXnUZY4n8pNdmWdVqub99qu"
Gets an uncompressed Base-58 Wallet-Import Format (WIF) from a private key.
Parameters:
k
(BigInt
): the private keyversion
(String
): the version byte, default:"80"
(Bitcoin)
Secp256k1::Bitcoin.wif_from_private_uncompressed BigInt.new("53d77137b39427a35d8c4b187f532d3912e1e7135985e730633e1e3c1b87ce97", 16)
# => "5JTDCfWtwBsA26NcrJJdb7xvBPvJY9jKTdppXckp3SVTrBe6pg1"
Validates wether a Wallet-Import Format (WIF) has a correct checksum and formatting.
Parameters:
wif
(String
): the Base-58 Wallet-Import Format (WIF).
Secp256k1::Bitcoin.wif_is_valid? "5JTDCfWtwBsA26NcrJJdb7xvBPvJY9jKTdppXckp3SVTrBe6pg1"
# => true
Returns true if the key contains a valid checksum and is formatted correctly.


Shereef's Fireside Chat Reflections
What's your take on the DBC / EDA experience?
The EDA experience sounds progressive and dynamic in its approach to education and learning. Placing the onus on the student to create their individualised learning path.
What are your impressions?
My impressions so far are that the EDA approach would allow students to either soar or fall to a horrible death.... depending on whether the student's learning style suits the EDA environment.
How do you see yourself engaging with this type of culture?
I find the EDA culture both appealing and terrifying. It definitely throws me out of my comfort zone but I'm trying to ride with it to get the most out of it.
Have your expectations of EDA changed? If so, how?
I liked Shereef's analogies and his perspective on the educational journey. My expectations haven't changed as such, but rather, become better articulated.
Are you excited to participate in this kind of learning environment? Does it make you nervous?
I like the freedom that comes with this kind of self-driven learning environment even though it makes me nervous and unsure of whether I'm able to find the right balance of discipline and courage it requires.


Venice sits at a break in the long chain of barrier islands which run as far north as Tarpon Springs and as far south as Fort Myers. There is no outer protective island at Venice so the inlet approach is straightforward and the gulf is not far from any marina.
The Intracoastal Waterway (ICW) cuts inland and separates Venice from the rest of mainland Florida. The area is primarily residential but a number of marinas and peaceful anchorages can be found.
This is NOT a recognized Port of Entry by the US Customs and Border Protection.
See USA Formalities for full details on clearing into and out of the USA.
If you are arriving from abroad, customs clearance and immigration procedures must be conducted elsewhere before proceeding to this port.
Dockage in Venice is somewhat limited, but facilities are good. Anchorages and moorings are often limited by the narrowness of the channel. Do not anchor in the channel. It is possible to anchor outside Roberts Bay in an open area there.
Last updated September 2016.


The Lerners are smarter than they seem in the public eye.
Hey Click This!!
this sentence is true
hey after taht you might as well click this too