Dependencies
Note: nmod, neg, and punct appear in two places.
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acl
: clausal modifier of noun
acl
is used for finite and non-finite clauses that modify a noun.
Note that in Irish, relative clauses get assigned a specific relation acl:relcl, a subtype of acl
.
The super type acl
is not used in version 1.0 or 1.1 of the Irish treebank.
acl:relcl
: relative clause modifier
A relative clause modifier marks the relation between a relative clause and a noun phrase in a preceding clause.
The head of the relative clause is usually a verb.
Example
Chaill sé pé rud a bhí aige `He lost everything that he had’
Chaill sé pé rud a bhí aige \n Lost he whatever thing that had he
acl:relcl(bhí, pé)
advcl
: adverbial clause modifier
An adverbial clause modifier is a clause which modifies a verb or other predicate (adjective, etc.), as a modifier not as a core complement. This includes temporal, consequence, conditional and purpose clauses. The dependent must be clausal (or else it is an advmod) and the head is the main predicate of the clause.
Examples
Nuair a bhí siad ag teacht ar ais, chonaic siad é ‘When they were coming back, they saw it’
Nuair a bhí siad ag teacht ar ais, chonaic siad é \n When [] were they at coming on back, saw they it
advcl(chonaic, bhí)
Má imríonn siad mar faoi is féidir leo, is dóigh liom go bhfillfidh siad ar Staid Semple ‘If they play as well as they can, I believe they will return to Semple Stadium’
Má imríonn siad mar faoi is féidir leo , is dóigh liom go bhfillfidh siad ar Staid Semple \n If play they as about be ability with-them , be belief with-me that will_return they to Stadium Semple
advcl(dóigh, imríonn)
Ní thugtar íocaíochtaí mura n-iarrtar iad `Payments are not given if they are not asked for’
Ní thugtar íocaíochtaí mura n-iarrtar iad \n Not given payments if_not requested them
advcl(thugtar, n-iarrtar)
Ach nuair a bhíodar ag dul aníos casadh mairnéalach leo `But when they were going down, they met sailors’
Ach nuair a bhíodar ag dul aníos casadh mairnéalach leo \n But when [] were_they at going down were_met sailors with_them
advcl(casadh, bhíodar)
advmod
: adverbial modifier
An adverbial modifier of a word is a (non-clausal) adverb or adverbial phrase (ADVP) that serves to modify the meaning of the word.
Examples
Fuair mé fliú mór a bhí ag dul thart ‘I caught a bad flu that was going around’
Fuair mé fliú mór a bhí ag dul thart \n Caught I flu big [] was at going around
advmod(dul, thart)
Chaithimid an oíche amuigh ar an fharraige ‘We spent the night out on the sea’
Chaithimid an oíche amuigh ar an fharraige \n 'Spent_we the night out on the sea'
advmod(Chaithimid, amuigh)
Níor tháinig sé go fóill ‘He hasn’t arrived yet’
Níor tháinig sé go fóill \n Not arrived he [] yet
advmod(tháinig, fóill)
amod
: adjectival modifier
An adjectival modifier of an NP is any adjectival phrase that serves to modify the meaning of the NP.
Examples
tíortha forbatha ‘developed countries’
tíortha forbatha \n countries developed
amod(tíortha, forbatha)
Baineann na prionsabail chéanna leis ‘The same principles apply’
Baineann na prionsabail chéanna leis \n Relate the principles same with_it
amod(prionsabail, chéanna)
appos
: appositional modifier
An appositional modifier of an NP is an NP immediately to the right of the first NP that serves to define or modify that NP. It also includes parenthesized examples.
Examples:
Tá gearán déanta ag Unison, ceardchumann lucht na mbónaí bána, leis an gCoimisiún `Unison, the workers’ trade union, have made a complaint to the Commission’
Tá gearán déanta ag Unison , ceardchumann lucht na mbónaí bána , leis an gCoimisiún \n Is complaint made by Unison , trade_union group the collars white , with the Commission
appos(Unison, ceardchumann)
Chas m’athair air sa tábhairne, O’ Shea’s i nDomhnach Broc `My father met him in the pub, O’ Shea’s in Donnybrook’
Chas m' athair air sa tábhairne , O' Shea's i nDomhnach Broc \n Met my father on him in_the pub , O' Shea's in Donnybrook []
appos(tábhairne, Shea's)
case
: case marking
The case relation is used for most prepositions in Irish. Prepositions are treated as dependents of the noun they introduce in an “extended nominal projection”. Thus, contrary to SD, UD abandons treating a preposition as a mediator between a modified word and its object. The case relation aims at providing a uniform analysis of prepositions and case in morphologically rich languages.
See nmod:pred for labelling of prepositional pronouns, and xcomp:pred for prepositional predicates.
Prepositions have many functions in Irish.
Examples
adjuncts
PPs can precede or follow the verb they modify, or follow the noun they modify.
(i) Sa bhliain sin, bhuaigh siad an Chorn `In that year, they won the Cup’
(ii) Bhuaigh siad an Chorn sa bhliain sin `They won the Cup in that year’
(iii) An teach sa chathair `The house in the city’
progressive aspectuals
The preposition ag is used with verbal nouns to form progressive aspectual phrases in Irish.
Tá sí ag rith ‘She is running’
Tá sí ag rith \n Is she at running
nmod(Tá, rith)
nsubj(Tá, sí)
case(rith, ag)
ownership/ state
Prepositions are also used in phrasal constructions to denote ownership or a state of being.
Tá airgead ag na daoine ‘The people have money’ (lit. Money is at the people)
Tá airgead ag na daoine \n Is pen at the people
nmod(Tá, daoine)
case(daoine, ag)
Tá brón ar an gcuairteoir `The visitor is sorry’ (lit. sorrow is on the visitor)
Tá brón ar an gcuairteoir \n Is sorrow on the visitor
nmod(Tá, gcuairteoir)
case(gcuairteoir, ar)
obliques
Oblique arguments are also labelled case
.
Tá muintir Chorcaí an-mhíshásta le Fianna Fáil ‘The people of Cork are very unhappy with Fianna Fáil’
Tá muintir Chorcaí an-mhíshásta le Fianna_Fáil \n Be people Cork very_unhappy with Fianna_Fáil
nsubj(Tá, muintir)
compound(muintir, Chorcaí)
xcomp:pred(Tá, an-mhíshásta)
nmod(Tá, Fianna_Fáil)
case(Fianna_Fáil, le)
case:voc
: vocative particle
A vocative particle precedes and marks the case of an addressee.
Example
Slán leat, a chara ‘Goodbye, friend’
Slán leat, a chara \n goodbye with_you, [] friend
case:voc(chara, a)
ccomp
: clausal complement
The ccomp
relation marks a clausal complement of a verb or adjective, that has its own internal subject. In Irish, clausal complements are usually introduced by complementizers go, nach, and gur.
Examples
Tá a fhios agam gur imigh mo mháthair \n Is the knowledge at_me that left my mother
ccomp(Tá, imigh)
Creidimidne, go bhforbraíonn na mic léinn a gcuid tuisceana ar shaol proifisiúna na tionsclaíochta `We believe, that the students develop their understanding of professional life of industry’
Creidimidne , go bhforbraíonn na mic léinn a gcuid tuisceana ar shaol proifisiúna na tionsclaíochta \n Believe_we , that develop the students their own understanding on life professional the industry
ccomp(Creidimidne, bhforbraíonn)
compound
: compound
UD Irish uses the compound
relation for noun compounding. In Irish, when two nouns are compounded, the second is in the genitive case. Compounds can denote ownership or an attribute.
Examples
Attributive:
Oifig an Phoist `Post Office’ (lit. Office the Post)
ag cosaint na n-oifigí poist tuaithe \n at protecting the offices post country
compound(n-oifigí, poist)
compound(n-oifigí, tuaithe)
roimh teacht na traenach ‘before the train’s arrival’
roimh teacht na traenach \n before arrival the train
compound(teacht, traenach)
Titles:
an tSúir Concepta \n Sr. Concepta
compound(Concepta, tSúir)
Reflexive Pronoun: féin
Similar to the emphatic pronoun self in English, e.g. himself, themselves.
Cé hiad féin ? \n Who are THEY ?
compound(hiad, féin)
Ownership:
It can also translate as ownership, yet the possessive pronoun will also be present in those constructions using féin:
ábalta a rá lena bpobal féin \n able to say to their own community
compound(bpobal, féin)
le bean Choilm \n with Colm's wife
compound(bean, Choilm)
compound:prt
: phrasal particles
In UD Irish, the subtype compound:prt
(phrasal particle) is used in connection with phrasal verbs, where the particle is considered an integral part of the verb expression. The governor of the dependency is the verb, and the dependent is the phrasal particle.
Example
Na sonraí atá leagtha amach in Airteagal J ‘The details that are laid out in Article J’
Na sonraí atá leagtha amach in Airteagal J \n The details that are laid out in Article J.
compound:prt(leagtha, amach)
conj
: conjunct
UD coordination has a right-adjunct structure (note that this differs from the structure of the Irish Dependency Treebank). The first conjunct (conjoined element) is the head of the conjoined phrase and all other conjuncts are dependents, labelled with the conj
relation.
Examples
Tigh Tábhairne agus Lóistín atá anois ann ‘A Public Bar and Hotel is what is there now’
Tigh Tábhairne agus Lóistín atá anois ann \n Houses Tavern and Accommodation that_is now there
conj(Tábhairne,Lóistín)
ionaid oidhreachta, chultúrtha agus Ghaeilge ‘heritage, culture and Irish language centre’
ionaid oidhreachta , chultúrtha agus Ghaeilge \n centre heritage, culture and Irish_language
conj(oidhreachta,chultúrtha)
conj(oidhreachta,Ghaeilge)
cop
: copula
In Irish, there is a distinction between the substantive verb bí `to be’, which inflects for tense, mood and person as per all Irish verbs – and the copula is, which only has two tensed forms - present/future and past/conditional.
Bí, as a verb, uses separate particles in negative and interrogative constructions. Is (copula) uses its own forms in these constructions. For example:
- ba (conditional/ past - positive)
- ar (past/ interrogative - positive)
- nach (present/ future - interrogative/ negative)
- ní (present/ future - negative)
The order of elements in a copula construction is in general: copula, predicate (new or focussed information), and subject
cop
is used to link the copula verb is and its predicate. See xcomp:pred to see how the verb bí is linked to a predicate.
Examples
#### equative construction
Is múinteoir é ‘He is a teacher’
Is múinteoir é \n is teacher him
cop(múinteoir, Is)
idiomatic expressions
Ba mhaith liom gan fanacht ‘I would like not to stay’
Ba mhaith liom gan fanacht \n Be good with_me without staying
cop(mhaith, Ba)
cleft constructions
Is iad a bheidh ina gcomhaltaí de na coistí sin ‘It is they who will be members of those committees’
Is iad a bheidh ina gcomhaltaí de na coistí sin \n Is they who will_be in_their members of the committees that
cop(iad,Is)
ownership constructions
An leatsa é? ‘Is it yours?’
An leatsa é ? \n Is with_you it ?
cop(leatsa, An)
csubj
: clausal subject
All clausal subjects in the current version of the treebank are subjects of the copula is. We use csubj:cop for clausal subjects in copular constructions when the clause contains its own subject. We use csubj:cleft for subjects of cleft constructions.
csubj:cleft
: relative clause modifier
Irish cleft constructions use a copula and are analysed in line with other copular construction: COP PRED SUBJ. In contrast to English, Irish clefts are much less restrictive with regards to the type of element that can be fronted: nouns, prepositional phrases, adverbial phrases, adjectives and verbal nouns.
Examples
Nominal fronting
Is leabhar a thug sí dom ‘It is a book that she gave me’
Is leabhar a thug sí dom \n is book [] gave she to_me
csubj:cleft(leabhar, thug)
cop(leabhar, Is)
Adverbial fronting
Is laistigh de bhliain a déanfar é ‘It is within a year that it will be done’
Is laistigh de bhliain a déanfar é \n is within a year [] will_be_done it
csubj:cleft(laistigh, déanfar)
cop(laistigh, Is)
Prepositional phrase fronting
Is sa pháirc a chonaic mé é ‘It is in the park that I saw him’
Is sa pháirc a chonaic mé é \n is in_the park [] saw I him
csubj:cleft(pháirc, chonaic)
cop(pháirc, Is)
csubj:cop
: relative clause modifier
A clausal copular subject (csubj:cop
) is a UD Irish subtype, used to label a clause that acts as the
subject of another (copular) clause. As in all copular clauses, the
predicate acts as the head of the clause and hence it is also the
governor of the copular subject.
Example
Is dócha go raibh an ceart aici ‘It is likely that she was correct’
Is dócha go raibh an ceart aici \n Is probable that was the right at_her
csubj:cop(dócha, raibh)
dep
: unspecified dependency
The UD Irish treebank does not contain any instances of dep
.
det
: determiner
The det
label marks the relationship between a noun and its determiner.
In Irish there is no indefinite article, only a definite article. The definite article can be singular (an) or plural (na).
Examples
an clár ‘the programme’
an clár \n the programme
det(clár, an)
an cláranna ‘the programmes’
na cláranna \n the programmes
det(cláranna, na)
Two pre-determiners can occur before a noun:
Examples
gach uile ábhar ‘every single subject’
gach uile ábhar \n every single subject
det(ábhar, gach)
det(ábhar, uile)
Two determiners can be used each side of a noun: pre-determiners and post-determiners:
an tuairim sin ‘that opinion’ (an+sin = ‘that’)
an tuairim sin \n the opinion DEM
det(tuairim, an)
det(tuairim, sin)
an leabhar úd ‘that book
an leabhar úd \n the book DEM
det(leabhar, an)
det(leabhar, úd)
an alt seo ‘this paragraph’
an alt seo \n the paragraph DEM
det(alt, an)
det(alt, seo)
an chéad cheannaire eile ‘the next leader’
an chéad cheannaire eile \n the first leader other
det(cheannaire, an)
det(cheannaire, eile)
quant(cheannaire, chéad)
discourse
: discourse element
The discourse
label is used to connect interjections and other discourse particles to a clause.
Examples
Á, níl sé chomh holc sin! ‘Aw, it is not as bad as that!’
Á , níl sé chomh holc sin ! \n Aw , is_not it as bad that !
discourse(níl, Á)
Leoga, tá aitheantas tugtha dóibh Indeed, they are given recognition
Leoga , tá aitheantas tugtha dóibh \n Indeed , is recognition given to\_them
discourse(tá, Leoga)
dislocated
: dislocated elements
The dislocated
label has not been applied to Irish in this release of the treebank. No examples have been observed yet,
but should any be identified, they will be marked in subsequent versions of the treebank.
dobj
: direct object
The obj
label is used to mark the relationship between a verb and its direct object.
Examples
Bhailigh siad eolas ‘They collected information’
Bhailigh siad eolas \n Collected they information
dobj(Bhailigh, eolas)
Note that the object of an infinitival phrase occurs before the infinitive form (Verbal Noun), despite Irish being a VSO language.
eolas a chur ar fáil ‘to make information available’
eolas a chur ar fáil \n information to put at available
dobj(chur, eolas)
Impersonal/autonomous verbs are used to create phrases similar to the English passive. However, unlike English, the object does not become the subject of this verb form, and remains labelled as obj
.
An lá a cuireadh é ‘The day he was buried’
An lá a cuireadh é \n The day [] was_buried he
dobj(cuireadh, é)
flat
: name
The flat
relation is used with compounding proper nouns, typically for
names of people, places, organisations and so on.
In UD Irish, this not only includes surnames, but also surname particles such as Mac, Mc, Ó, de, Uí and Ní.
Example
Is mian linn ár mbuíochas a chur in iúl go háirithe do Sheán Ó Gallchóir `We want to express our thanks in particular to John Gallagher’
Is mian linn ár mbuíochas a chur in iúl go háirithe do Sheán Ó Gallchóir \n Is desire with_us our thanks to put in knowledge [] particular to John PART Gallagher
name(Sheán,Ó)
name(Sheán,Gallchóir)
foreign
: foreign words
There are a handful of instances of intra-sentential Irish/English code-mixing in the treebank. Where possible we analyse the sentential structure using the appropriate labels for the English words. We only use the foreign
relation
when we want to explicitly mark the English words as foreign, e.g. the title of an English film in quotation marks, an example of an Irish-English dictionary entry within a sentence, or an Irish-English sign (see example below). When the foreign
label is used, the sequence of words is given a linear analysis with the first word as the head.
Example
ar oscailt / open : Bealtaine - Meán Fómhair / May - September `open / open : May - September / May - September ‘
ar oscailt / open : Bealtaine - Meán Fómhair / May - September \n open / open : May - September / May - September
foreign(oscailt,open)
foreign(Bealtaine,May)
foreign(May,September)
list
: list
The list
relation is used for chains of comparable items.
Example
Is iad seo na príomhchineálacha breiseán bia : 1) dathuithe 2) leasaithigh 3) antocsaídigh `These are the main types of food additives : 1) colouring 2) preservatives 3) antioxidants’
Is iad seo na príomhchineálacha breiseán bia : 1) dathuithe 2) leasaithigh 3) antocsaídigh \n Is they DEM the main_types additives food : 1) colouring 2) preservatives 3) antioxidants
list(príomhchineálacha,1))
list(príomhchineálacha,2))
list(príomhchineálacha,3))
mark
: marker
In Irish the mark
label is used for infinitive markers and for subordinate conjunctions.
Note that subordinate conjunctions are attached to the head of the complement clause (not the matrix clause as is the case in the Irish Dependency Treebank).
Examples
subordinate conjunctions
Cé go ndeachaigh sé thar fóir leis an tuairim sin , is cinnte go raibh mórán scríobhneoirí Béarla den bharúil chéanna `Although he went overboard with that opinion , it was certain that many English writers had the same opinion’
Cé go ndeachaigh sé thar fóir leis an tuairim sin , is cinnte go raibh mórán scríobhneoirí Béarla den bharúil chéanna \n Although that went he over board with the opinion DEM , is certain that was many writers English of_the opinion same
mark(ndeachaigh, Cé)
advcl(is, ndeachaigh)
Ba ar Mháirín a smaoiníodh sé nuair a d’ fheicfeadh sé iad `He would think of Máirín when he would see them’
Ba ar Mháirín a smaoiníodh sé nuair a d' fheicfeadh sé iad \n Was on Máirín that would_think he when [] [] would_see he them
mark(fheicfeadh, nuair)
infinitive marker
Caithfidh mé sin a fhoghlaim `I will have to learn that’
Caithfidh mé sin a fhoghlaim \n will_have I that to learn
mark(fhoghlaim, a)
mark:prt
: particle
The UD Irish subtype `mark:prt’ is used for the various particles in Irish, including:
- adverbial particle: go
- quantifier particle: a
- cleft particle: a
- verb particles: d’, a, and the complementisers go, nach, nár, gur, gurbh,
- comparative and superlative particles: is, níos
- days of the week particle: Dé
Examples
adverbial particle
Níor tháinig sé go fóill `He has not arrived yet’ ~~~ sdparse Níor tháinig sé go fóill \n NEG arrived he PART yet mark:prt(fóill, go) ~~~
quantifier particle
Ar a seacht a chlog `At seven o’ clock’
Ar a seacht a chlog \n At PART seven o' clock
mark:prt(seacht, a)
Roinn a 2 `Division 2’
Roinn a 2 \n Division PART 2
mark:prt(2, a)
cleft particle
Is leabhar a thug sí dom `It is a book that she gave me’
Is leabhar a thug sí dom \n Is book PART gave she to_me
mark:prt(thug, a)
verb particles
Nuair a tógadh na scadáin ar bord `When the herring were brought onboard’
Nuair a tógadh na scadáin ar bord \n When PART was_brought the herring on board
mark:prt(tógadh, a)
D’ inis tú dom `You told me’
D' inis tú dom \n PART told you to_me
mark:prt(inis, D')
complementiser
Is dóigh liom go raibh siad ann `I believe they were there’
Is dóigh liom go raibh siad ann \n Is belief to_me PART were they there
mark:prt(raibh, go)
superlative particle
Ba í an difríocht is suntasaí `It was the most remarkable difference’
Ba í an difríocht is suntasaí \n Was it the difference most remarkable
mark:prt(suntasaí, is)
neg
: negation modifier
The neg
label is used for Irish negative verb particles. These particles take the form of:
- ní (present/future/conditional/habitual past and irregular past),
- nach (present/future/conditional/habitual past and irregular past interrogative)
- níor (past)
- nár (past interrogative)
- ná (imperative)
Examples
Ní raibh aon Teresa ina measc `There was not any Teresa’s among them’
Ní raibh aon Teresa ina measc \n Not was any Teresa in_their midst
neg(raibh,Ní)
Ná déan seo `Don’t do this’
Ná déan seo \n Not do this
neg(déan,Ná)
nmod
: nominal modifier
The nmod
relation is used for nominal modifiers of nouns or clausal predicates. nmod
is typically a noun functioning as a non-core (oblique) argument or adjunct, and often marked by a preposition using case.
Examples
Tá sé ráite ag tráchtairí áirithe `It is said by some commentators’
Tá sé ráite ag tráchtairí áirithe \n Is it said by commentators some
nmod(ráite, tráchtairí)
case(tráchtairí, ag)
Tá an Roinn ag obair le réimse tionscadal `The Department is working with a range of projects’
Tá an Roinn ag obair le réimse tionscadal \n Is the Department at working with range projects
nmod(obair,réimse)
case(réimse, le)
It is also used for attaching noun phrases, such as headings, to clauses:
TOGRA IONAID - Eolas a chur ar fáil ar fholúntais fostaíochta le FÁS `CENTRE PROJECT - To provide information on employment opportunities with FÁS.’
TOGRA IONAID - Eolas a chur ar fáil ar fholúntais fostaíochta le FÁS \n PROJECT CENTRE - Information to put on getting on opportunities employment with FÁS.
nmod(Eolas, TOGRA)
It is also used to label the attachment of augment pronouns to their nominal head:
Comharsain aoibhne ab ea iad `They were lovely neighbours’
Comharsain aoibhne ab ea iad \n Neighbours lovely were they them
nmod(iad, ea)
nmod:poss
: possessive pronoun
Irish denotes possession through the use of possessive pronouns:
- mo “my”
- do “your” (SG),
- a “his/her”
- ár “our”
- bhur “your” (PL),
- a “their”
Example
Chuir mé ceist ar mo mhúinteoir `I asked my teacher a question’
Chuir mé ceist ar mo mhúinteoir \n Put I question on my teacher
nmod:poss(mhúinteoir, mo)
nmod:prep
: prepositional pronouns
nmod:prep
, used for prepositional pronouns, is a UD Irish subtype of the nmod relation:
16 of the most common Irish simple prepositions can be inflected to mark pronominal objects. These are referred to as pronominal prepositions or prepositional pronouns. We regard these as playing nominal modifier roles instead of prepositional modifier roles. We introduce the language-specific label nmod:prep
so as not to lose information regarding the presence of the preposition.
Examples
agam “at me”; leis “with him”, uainn “from us”
D’inis mé di `I told her’
D' inis mé di \n [] told I to_her
nmod:prep(inis, di)
Is dóigh leis go bhfuil páirtíocht acu lena chéile `He believes that they have a partnership together’
Is dóigh leis go bhfuil páirtíocht acu lena chéile \n Is belief with_him that is partnership at_them with each_other
nmod:prep(dóigh, leis)
nmod:prep(bhfuil, acu)
Níl fhios agam `I don’t know’
Níl fhios agam \n Is_not knowledge at_me
nmod:prep(Níl,agam)
nmod:tmod
: temporal modifier
A temporal modifier is a subtype of the nmod relation: if the modifier is specifying a time, it is labeled as tmod
.
Example
daoine a mhair na milliúin bliain ó shin `people who lived millions of years ago’
daoine a mhair na milliúin bliain ó shin \n people who lived the millions years from then
nmod:tmod(mhair, bliain)
nsubj
: nominal subject
A nominal subject is a noun phrase which is the syntactic subject of a clause.
Examples
Rachaidh sí abhaile `She will go home’
Rachaidh sí abhaile \n Will_go she home
nsubj(Rachaidh, sí)
In a copula construction, the nsubj
is dependent on the predicate (in this case the noun réitigh ‘solution’).
Is réitigh sealadach iad `They are temporary solutions’
Is réitigh sealadach iad \n Is temporary solutions they
nsubj(réitigh, iad)
cop(réitigh, Is)
The head of an infinitival phrase can also be nsubj
in a copula construction – in Irish, the infinitive verb form is a verbal noun.
Ar mhaith leat teach a cheannach ? ‘Would you like to buy a house?’
Ar mhaith leat teach a cheannach ? \n Is good with_you house to buy?
nsubj(mhaith, cheannach)
nummod
: numeric modifier
Numeric modifiers of a noun or NP, including both cardinal and
ordinal numbers, are marked with the nummod
dependency type. Quantifiers are also included.
Examples
sa bhliain 1975 `in the year 1975’
sa bhliain 1975 \n in year 1975
nummod(bhliain, 1975)
an chéad chéim `the first year’
an chéad chéim \n in first year
nummod(chéim, chéad)
fo-alt (1) `sub-paragraph (1)’
fo-alt (1) \n sub-paragraph (1)
nummod(fo-alt, (1))
orphan
: remnant in ellipsis
The orphan
label has not been applied to the Irish in this release. No examples have been observed yet, but should any be identified, they will be marked in subsequent versions of the treebank.
parataxis
: parataxis
The parataxis
relation is a relation between the main verb of a clause and other sentential elements, such as a sentential parenthetical, a clause after a “:” or a “;”, or two sentences placed side by side without any explicit coordination or subordination. More information can be found on the universal dependency page (u-dep/parataxis)
Example
Fuaireamar é seo ; féach an é cóta do mhic é nó nach é? `We found this ; look is it your son’s coat or not?’
Fuaireamar é seo ; féach an é cóta do mhic é nó nach é? \n Found_we it this ; look is it coat your son it or not it?
parataxis(Fuaireamar,féach)
punct
: punctuation
This is used for any piece of punctuation in a clause, regardless of its function. The punctuation mark is attached to the head of the phrase or clause to which it belongs unless this introduces a non-projective dependency. More discussion on punctuation can be found on the universal dependency page (u-dep/punct).
Example
_ Tá an méid sin suimiúil a d' inis tú dom , ' a dúirt sé ._
` What you have told me is interesting ,’ he said to me.’
` Tá an méid sin suimiúil a d' inis tú dom , ' a dúirt sé . \n ' Is the amount DEM interesting [] [] told you to_me , ' [] said he .
punct(dúirt, `)
punct(dúirt, ,)
punct(dúirt, ')
punct(dúirt, .)
root
: root
The root
grammatical relation points to the root of the sentence. A dummy node “ROOT” is used as the governor. The ROOT node is indexed with “0”, since the indices of real words in the sentence start at 1.
Example
Ní thugtar íocaíochtaí mura n-iarrtar iad `Payments are not made if they are not requested’
ROOT Ní thugtar íocaíochtaí mura n-iarrtar iad \n ROOT Not given payments if_not requested them
root(ROOT, thugtar)
vocative
: vocative
The vocative
relation is used to mark a dialogue participant addressed in text (common in conversations, emails and newsgroup postings). The relation links the addressee’s name to its host sentence.
Examples:
Slán leat , a chara `Goodbye , friend’
Slán leat , a chara \n Goodbye with_you, [] friend
vocative(Slán, chara)
Is dóigh liom a Mháiréad, go bhfuil mé i ngrá leat `I think Mairead, that I’m in love with you’
Is dóigh liom a Mháiréad , go bhfuil mé i ngrá leat \n Is belief with_me [] Mairead , that am I in love with_you
vocative(dóigh, Mháiréad)
xcomp
: open clausal complement
The name xcomp
is borrowed from Lexical-Functional Grammar.
An open clausal complement (xcomp) of a verb or an adjective is a predicative or clausal complement without its own subject. The reference of the subject is necessarily determined by an argument external to the xcomp.
These complements are always non-finite, and they are complements (arguments of the higher verb or adjective) rather than adjuncts/modifiers.
Examples
Is leor breathnú ar na staitisticí chun a fheiceáil gur thit na caighdeáin `You must look at the statistics to see that the standards dropped’
Is leor breathnú ar na staitisticí chun a fheiceáil gur thit na caighdeáin \n Is enough look at the statistics for to see that dropped the standards
xcomp(leor, fheiceáil)
Caithfidh mé a dhul abhaile `I have to go home’
Caithfidh mé a dhul abhaile \n Have I to go home
xcomp(Caithfidh, dhul)
The UD Irish scheme uses xcomp
to denote progressive aspectual phrases, the structure of which follows:
Be + SUBJ + at (ag) + Verbal Noun
In these cases, and in keeping with the analysis of prepositional phrases, we attach the verbal noun to the higher verb (“be”) (using the xcomp
label instead of the nmod
used in standard PPs). The preposition is then a dependent of the verbal noun, with that relationship labelled as case
.
Tá sé ag rith `He is running’
Tá sé ag rith \n Is he at running
xcomp(Tá, rith)
case(rith, ag)
There are also some similar periphrastic constructions similar to these progressives that use le or ar:
Chuirfeadh iad ar fáil `They would be made available’
Chuirfeadh iad ar fáil \n Would_be_put they on getting
xcomp(Chuirfeadh,fáil)
case(fáil, ar)
xcomp:pred
: predicate
We extend the label xcomp
as a UD Irish subtype xcomp:pred
to mark predicates of the substantive verb bí (be), which can have predicate arguments in the form of adverbial, adjectival and prepositional phrases.
Note that this differs from Irish (cop) constructions.

Tá duine eile i_mbun peannaireachta `Someone else is in charge of writing’
Tá duine eile i_mbun peannaireachta \n Is someone else in_charge_of writing
xcomp:pred(Tá, peannaireachta)
case(peannaireachta, i_mbun)
Adverbial Predicate
Tá Meryl Streep go hiontach sa scannán sin `Meryl Streep is wonderful in that movie’
Tá Meryl Streep go hiontach sa scannán sin \n Is Meryl Streep [] wonderful in movie that
xcomp:pred(Tá, hiontach)


Roskilde Festival is the largest North European culture and music festival and has existed since 1971. We are a non-profit organisation consisting of about 50 full-time employees and thousands of volunteers. Roskilde Festival 2018 will take place from 30 June until 7 July. Roskilde Festival 2019 will take place from 29 June until 6 July. Roskilde Festival 2020 will take place from 27 June until 4 July. Volunteers During the festival the number of volunteers increases to about 32,000. The volunteers staff the festival stalls, build stages, provide camping security etc. Non-profit society behind the festival Roskilde Festival Charity Society is the organiser of Roskilde Festival. The purpose of the society is to support initiatives benefitting children and young people and to support humanitarian and cultural work. The society's work is independent of party politics and has no geographical borders.
instagram feed
get updates if new artists are announced


Hello! I am Jesse Theisen. I'm a Full Stack Web Developer currently attending Lambda School.
Contact meSkills
Web Development
I'm able to build responsive websites, with or without a framework. I can do just normal HTML / CSS or a framework of your choice.
API Development
I can build RESTful APIs using Node and Express. As well as connect it to a database and the front end. I also have experience working with integrating Stripe.
Tech Support
I also have Tech Support experience, mainly with Windows but I use Mac OS and Linux as well. Can troubleshoot hardware, software and OS issues.
Portfolio Project
This is a project I decided it was finally time to complete. I've been in school since July of last year, so felt I should use the knowledge gained to create a portfolio site for myself so I can showcase my projects.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/new.20steam.20for.20PR.20discussions.html ---
I've just created a new stream, after a brief discussion with Mario, for discussion of current PRs.
Let me cast the first vote: Merge #397 Now!
My main idea is that it is a place for everyone-besides-Mario-and-Johannes to ask each other for help and reviews, without it constituting nagging Mario-and-Johannes.
I think it would also be helpful if many more of us participated in reviews of PRs. (I'm certainly too lazy here.)
And hopefully it's okay for anyone to give a "positive review" of a PR --- simply chiming in that they've either looked at the changes and they seem good, or even better that they've tried them out in some way.
This should then make it easier for Mario and Johannes to deal with the easy ones that don't need significant input from them.
/me approves
Yes, I did try 397, it works here. We only miss a VScode one key stroke trick to insert {!!} and Ctrl-.
Oh, it's merged now!
Thanks!
I've redone my Banach's Contraction Theorem PR (#428) to use the material pointed out by Patrick, I think it's ready now!
@Rohan Mitta There is a separate stream for PR's as announced in this thread. I created a thread there for your PR.
Whoops! Thanks Johan
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


This functionality is not yet implemented, but once it is, it will provide basic edit functionality such as:
In future development, this section may be substituted out for more interesting feature.


|
Ds3231
|
Library of the ds3231 rtc chip. More...
#include <ds3231.hpp>
Public Member Functions | |
| ds3231 (hwlib::i2c_bus_bit_banged_scl_sda &i2c_Bus) | |
| Makes object with the i2c bus. More... | |
| void | setTime (int seconds, int minutes, int hours, int day, int date, int month, int year) |
| Sets the time. More... | |
| void | getTime () |
| Returns the time. More... | |
| int | getSeconds () |
| Returns the seconds. More... | |
| int | getMinutes () |
| Returns the minutes. More... | |
| int | getHours () |
| Returns the hours. More... | |
| int | getDay () |
| Returns the day. More... | |
| int | getDate () |
| Returns the date. More... | |
| int | getMonth () |
| Returns the month. More... | |
| int | getYear () |
| Returns the year. More... | |
| void | setSeconds (int seconds) |
| Sets the seconds. More... | |
| void | setMinutes (int minutes) |
| Sets the minutes. More... | |
| void | setHours (int hours) |
| Sets the hours. More... | |
| void | setDay (int day) |
| Sets the day. More... | |
| void | setDate (int date) |
| Sets the date. More... | |
| void | setMonth (int month) |
| Sets the month. More... | |
| void | setYear (int year) |
| Sets the year. More... | |
Library of the ds3231 rtc chip.
This class lets you use functions to communicate with the ds3231 rtc chip
|
inline |
Makes object with the i2c bus.
This constructor makes a object with the i2c bus.
|
inline |
Returns the date.
This functions returns the date. First it writes to the right registry to point out the registry it wants to read from. Then it converts the value of the date from binary to decimals and it reads the date.
|
inline |
Returns the day.
This functions returns the day. First it writes to the right registry to point out the registry it wants to read from. Then it converts the value of the day from binary to decimals and it reads the day.
|
inline |
Returns the hours.
This functions returns the hours. First it writes to the right registry to point out the registry it wants to read from. Then it converts the value of the hours from binary to decimals and it reads the hours.
|
inline |
Returns the minutes.
This functions returns the minutes. First it writes to the right registry to point out the registry it wants to read from. Then it converts the value of the minutes from binary to decimals and it reads the minutes.
|
inline |
Returns the month.
This functions returns the month. First it writes to the right registry to point out the registry it wants to read from. Then it converts the value of the month from binary to decimals and it reads the month.
|
inline |
Returns the seconds.
This functions returns the seconds. First it writes to the right registry to point out the registry it wants to read from. Then it converts the value of the seconds from binary to decimals and it reads the seconds.
|
inline |
Returns the time.
This functions returns the time and date by calling all get functions.
|
inline |
Returns the year.
This functions returns the year. First it writes to the right registry to point out the registry it wants to read from. Then it converts the value of the year from binary to decimals and it reads the year.
|
inline |
Sets the date.
This functions sets the date in the date registry. First it checks if the value that is givin is valid. If the value is greater than the amount of days in that month it becomes 1. If it is smaller then 1 it becomes the last day of that month. After the check it writes to the right address, the right registry, the value converted from decimals to binary.
|
inline |
Sets the day.
This functions sets the day in the day registry. First it checks if the value that is givin is valid. If the value is greater than 7 it becomes 1. If it is smaller then 1 it becomes 7. After the check it writes to the right address, the right registry, the value converted from decimals to binary.
|
inline |
Sets the hours.
This functions sets the hours in the hours registry. First it checks if the value that is givin is valid. If the value is greater than 23 it becomes 0. If it is smaller then 0 it becomes 23. After the check it writes to the right address, the right registry, the value converted from decimals to binary.
|
inline |
Sets the minutes.
This functions sets the minutes in the minutes registry. First it checks if the value that is givin is valid. If the value is greater than 59 it becomes 0. If it is smaller then 0 it becomes 59. After the check it writes to the right address, the right registry, the value converted from decimals to binary.
|
inline |
Sets the month.
This functions sets the month in the month registry. First it checks if the value that is givin is valid. If the value is greater than 12 it becomes 1. If it is smaller then 1 it becomes 12. After the check it writes to the right address, the right registry, the value converted from decimals to binary.
|
inline |
Sets the seconds.
This functions sets the seconds in the seconds registry. First it checks if the value that is givin is valid. If the value is greater than 59 it becomes 0. If it is smaller then 0 it becomes 59. After the check it writes to the right address, the right registry, the value converted from decimals to binary.
|
inline |
Sets the time.
This functions sets the time and date by calling all set functions and passing the right time.
|
inline |
Sets the year.
This functions sets the year in the year registry. First it checks if the value that is givin is valid. If the value is greater than 99 it becomes 0. If it is smaller then 0 it becomes 99. After the check it writes to the right address, the right registry, the value converted from decimals to binary.


Villas
Flat
Palace
Shop
Workshop
Store
Office
Petrol Station
Supermarket
Mall
Hotel
Furnished Flat
Government Building
Hospital
School
Club
Mosque
Gold Shop
Street Light
Industry
Factory
Big Farms
Livestock
Dairy
Farm
Prodiction Farm
Greenhouse
Recommanded Cable Size
4C XXX [XR]
LT Feeder 400A
Transformer 500KVA
Transformer 1000KVA
Transformer 1600KVA
Transformer 2000KVA
Current Load
260A
270A
280A
Expected Load
R:0%
Y:0%
B:0%


Press WASD or use Touch Controls to move
Click or tap to shoot in that direction
Shoot at Enemies to gain XP
If enemies hit you, you lose HP and
if your HP drops to 0 you lose your XP
Your goal is to kill the monster that
resides in Buckingham Palace,
but you might want to find some upgrades first
April 21, 2026
A monster living among the people of Earth
turned 100 years old and unleashed her rage.
All of humanity was wiped out and
humans were extirpated from Earth.
However, Elon Musk and a few Astronauts
launched themselves on a rocket headed for Mars
one year before the calamity.
After landing on Mars,
Elon Musk constructed a drone that
could slay the monster and avenge humanity.


--- layout: page title: Lean Prover Zulip Chat Archive permalink: archive/113488general/53975appveyor.html ---
What is appveyor doing in the build process?
I have a PR on which appveyor is failing, but everything else looks ok: https://github.com/leanprover-community/mathlib/pull/938#partial-pull-merging
Appveyor tests the install scripts on windows
It's broken here as well. https://github.com/leanprover-community/mathlib/pull/937
that seems like an issue with python
Trying to install python dependencies fails to establish a connection. We may have to wait
{% endraw %}


| OLD line(s): 88
<!-- Total Line 12 Amount For All 4684 Forms (total line 4 amount for all 4684 forms) --> | NEW line(s): 88
<!-- Total Line 12 Amount For All 4684 Forms --> |
| OLD line(s): 92
<Description>Total Line 12 Amount For All 4684 Forms (total line 4 amount for all 4684 forms)</Description> | NEW line(s): 92
<Description>Total Line 12 Amount For All 4684 Forms</Description> |
| OLD line(s): 230
<LineNumber>32</LineNumber> | NEW line(s): 230
<LineNumber>32a</LineNumber> |
| OLD line(s): 270
<LineNumber>34c</LineNumber> | NEW line(s): 270
<LineNumber>34</LineNumber> |
| OLD line(s): 280
<LineNumber>35c</LineNumber> | NEW line(s): 280
<LineNumber>35</LineNumber> |
| OLD line(s): 290
<LineNumber>36(c)</LineNumber> | NEW line(s): 290
<LineNumber>36</LineNumber> |
| OLD line(s): 330
<LineNumber>39c</LineNumber> | NEW line(s): 330
<LineNumber>39</LineNumber> |
| OLD line(s): 340
<LineNumber>40c</LineNumber> | NEW line(s): 340
<LineNumber>40</LineNumber> |
| OLD line(s): 596
<LineNumber>32 or 37</LineNumber> | NEW line(s): 596
<LineNumber>32a or 37a</LineNumber> |
| OLD line(s): 626
<LineNumber>32(c) or 37(c)</LineNumber> | NEW line(s): 626
<LineNumber>32(c)(ii) or 37(c)(ii)</LineNumber> |


Pig Latin Translator:
"igPay atinLay anslatorTray"
Come one, come all, write a phrase, it'll leave you in shock and awe!
Please enter a phrase:
See results


| Sales for the Western Sectors |
| Manager | Department | Sales |
|---|---|---|
| Adams | Paper | $40.00 |
| Canned | $225.00 | |
| Meat/Dairy | $350.00 | |
| Produce | $80.00 | |
| Brown | Paper | $45.00 |
| Canned | $230.00 | |
| Meat/Dairy | $250.00 | |
| Produce | $73.00 | |
| Pelfrey | Paper | $45.00 |
| Canned | $420.00 | |
| Meat/Dairy | $205.00 | |
| Produce | $76.00 | |
| Reveiz | Paper | $60.00 |
| Canned | $420.00 | |
| Meat/Dairy | $600.00 | |
| Produce | $30.00 | |
| Taylor | Paper | $53.00 |
| Canned | $120.00 | |
| Meat/Dairy | $130.00 | |
| Produce | $50.00 |


Let's Make Some Dilution Plates!
Building Plate..
Load Calibration
Target concentration :
ng/μL
Save Model


Interpolation:
Nearest Neighbor
Bilinear
Plain Bicubic
Bicubic Smoother
Bicubic Sharper
Bicubic Automatic
Preserve Details Upscale
Automatic Interpolation
ICC Color Profile:
None
JPEG Encoded:
None
Optimal
Pre-computed
Save
Revert
Defaults
Restarting Generator...
More information
Reload
Sources
Debug


Job
class Job
Constants
| STATE_NEW |
State if job is inserted, but not yet ready to be started. |
| STATE_PENDING |
State if job is inserted, and might be started. It is important to note that this does not automatically mean that all jobs of this state can actually be started, but you have to check isStartable() to be absolutely sure. In contrast to NEW, jobs of this state at least might be started, while jobs of state NEW never are allowed to be started. |
| STATE_CANCELED |
State if job was never started, and will never be started. |
| STATE_RUNNING |
State if job was started and has not exited, yet. |
| STATE_FINISHED |
State if job exists with a successful exit code. |
| STATE_FAILED |
State if job exits with a non-successful exit code. |
| STATE_TERMINATED |
State if job exceeds its configured maximum runtime. |
| STATE_INCOMPLETE |
State if an error occurs in the runner command. The runner command is the command that actually launches the individual jobs. If instead an error occurs in the job command, this will result in a state of FAILED. |
| DEFAULT_QUEUE |
State if an error occurs in the runner command. The runner command is the command that actually launches the individual jobs. If instead an error occurs in the job command, this will result in a state of FAILED. |
| MAX_QUEUE_LENGTH |
|
| PRIORITY_LOW |
|
| PRIORITY_DEFAULT |
|
| PRIORITY_HIGH |
|
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{{site.user_description}}
HTML, CSS, Sass, Bootstrap, jQuery, ReactJS and many more...
JavaScript, Pyhon, MongoDB, NodeJS, TypeScript, Ruby
Git & GitHub, Docker, ExpressJS, Gulp, Webpack, Bower and many more...


15th-16th February 2020
Represent Ureckon
Become a Campus Ambassador & Get recognition.
 If yes, then please describe.
*
What are your co-cirricular involvements in institute?
*
Why do you think you are a suitable candidate for this program?
*


How Rule-Based Decompilers Work¶
| Authors and Last Update: | |
|---|---|
YiZhuang Garrard, February 6, 2019
|
Table of Contents
Overview¶
This page covers how rule-based decompilers work. For a quick overview of how decompilers work, refer to https://en.wikipedia.org/wiki/Decompiler.
What is a Rule-Based Decompiler? Why Document How They Work?¶
A rule-based decompiler is not actually a type of decompiler. The reason “rule-based” decompilers are being documented is because if the rules to how decompiling are understood, than the LLVM can be manipulated so that when these rules are invoked and source code is generated, the source code is more likely to be readable.
As far as I can tell, the “rules” are not really rules like
if this opcode is lui and next opcode is addiu then return var = value [1]
Data Flow Analysis¶
Data Flow analysis is the primary section used from Cifuentes’ work [1]. The largest sections within that chapter are titles Previous Work which covers what little literature there is about data flow analysis in a decompiler there was at the time; Types of Optimizations which covers how compiler/decompilers use various (de)optimizations to get whatever the target is; Global Data Flow Analysis which covers things I haven’t read about yet; Code-improving Optimizations which covers the topics in Types of Optimizations in more detail; and finally Further Data Type Propogation which does other fancy schmancy things.
Previous Work¶
The previous work cited by Cifuentes in regards to data flow analysis has to do with the elimination of condition codes and elimination of redundant loads and stores.
Eliminating condition codes is just what it sounds like: It eliminates condition codes. Most condition codes are never reached in programs, so they could be eliminated to reduce program size.
Eliminating redundant loads and stores means substituting assembly operands together to reduce the number of instructions needed for loading and storing, as well as something called expression condensation which does the same thing in a different way.
The elimination of redundant loads and stores sounds like it might have the largest impact in the decompiled intermediate code since the substitutions and condensations make it difficult to figure out what the parameters and returns of functions are.
Types of Optimizations¶
This section presents code-improving transformations used by a decompiler . The aim of these optimizations is to remove low-level language concepts and introduce high-level concepts that involve more than two operands.
- Dead-Register Elimination eliminates registers from code that is no longer used.
- Dead-Condition Code Elimination removes condition codes that are never used.
- Condition Code Propagation compresses the remaining conditions from Dead-Condition Code Elimination into more compact higher-level instructions.
- Register Arguments compresses multiple instructions that contain arguments into a single high-level instructions.
- Function Return Register(s) compress multiple instructions for returning registers from a function into a single high-level instruction.
The rest of the section follows a similar pattern to the portion already covered; multiple instructions that are part of the same subroutine are combined into a single high-level instruction. This makes the code (slightly) more readable to humans.
Conclusion of Cifuentes’ Work¶
I’m stopping here for now, since Rule Based Decompilers is a rather broad term. I didn’t find anything about specific rules decompilers use, but just algorithms consolidate multiple instructions into fewer instructions.
Other Sources to Look At¶
- 6.4, page 135 of [1]
- 6.5, page 141 of [1]
- 6-6, page 144 of [1]
Bibliography¶
[1] RizRiz, “Searching for a nice way to define rules for decompiler, need advice,” Stack Overflow. [Online]. Available: https://stackoverflow .com/questions/3331430/searching-for-a-nice-way-to -define-rules-for-decompiler-need-advice. [Accessed: 06-Feb-2019].
[2] C. Cifuentes, “Reverse compilation techniques,” thesis, 1994.


sync.poolDequeue.vals (field)
11 uses
sync (current package)
poolqueue.go#L44: vals []eface
poolqueue.go#L83: if (tail+uint32(len(d.vals)))&(1<poolqueue.go#L87: slot := &d.vals[head&uint32(len(d.vals)-1)]
poolqueue.go#L129: slot = &d.vals[head&uint32(len(d.vals)-1)]
poolqueue.go#L163: slot = &d.vals[tail&uint32(len(d.vals)-1)]
poolqueue.go#L234: d.vals = make([]eface, initSize)
poolqueue.go#L245: newSize := len(d.vals) * 2
poolqueue.go#L252: d2.vals = make([]eface, newSize)
The pages are generated with Golds v0.2.7-preview. (GOOS=darwin GOARCH=amd64)


The Teaching Assistant Scheduler (taschd) is an application to assist in the assignment of courses assistants to classes.


@inproceedings{tan2021humangps, author = {Tan, Feitong and Tang, Danhang and Mingsong, Dou and Kaiwen, Guo and Pandey, Rohit and Keskin, Cem and Du, Ruofei and Sun, Deqing and Bouaziz, Sofien and Fanello, Sean and Tan, Ping and Zhang, Yinda}, title = {HumanGPS: Geodesic PreServing Feature for Dense Human Correspondences}, booktitle = {Proceedings of the IEEE/CVF Conference on Computer Vision and Pattern Recognition (CVPR)}, month = {June}, year = {2021} }


General Motors' Rob Threlked on advancing utility-customer partnerships
Utility-customer partnerships are key to advancing clean energy programs in corporations. Hear Rob Threlked’s take on how General Motors are beginning to align their sustainability targets with their customers in order to move the industry forward. On Sidebar at VERGE 19, Rob reveals General Motors’ future plan for deeper decarbonization as well as its international aspirations in corporate renewable procurements.


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Account Type: {{userRole}}
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WARNING: All related data will also be removed!


Character Name
Class & Level
Background
Race
Alignment
Experience Points
Bio & Notes
Sheet
Spells
Notes
Strength
Dexterity
Constitution
Intelligence
Wisdom
Charisma
Inspiration
Proficiency Bonus
Strength
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Constitution
Intelligence
Wisdom
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Saving Throws
Acrobatis
(Dex)
Animal Handling
(Wis)
Arcana
(Int)
Athletics
(Str)
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(Cha)
History
(Int)
Insight
(Wis)
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(Cha)
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(Wis)
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(Int)
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(Wis)
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(Cha)
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(Cha)
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(Int)
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(Dex)
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(Dex)
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(Wis)
Skills
Passive Wisdom (Perception)
Other Proficiences and Languages
Armor Class
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Speed
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Current Hit Points
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Total
Hit Dice
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Attacks & Spellcasting
Name
Attack Bonus
Damage/Type
Equipment
cp
sp
ep
gp
pp
Personality
Ideals
Bonds
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Features & Traits
Spellcasting Class
Spellcasting Ability
Strenght
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Constitution
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Wisdom
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Spell Save DC
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Component Pouch Inventory
Level 1
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Dave Flemming
During the last 10 years Dave has provided user experience strategy and design consulting for a wide range of clients, including Target, Mayo Clinic, Merck, Wells Fargo, Hamline University, United Health, 3M, and Microsoft.
During the late 90s Dave attended the Minneapolis College of Art and Design in Minneapolis where he received his professional training in website design, interactive concepts, typography, and digital video.
Dave’s mentors include Adaptive Path, Jeff Gothelf, Alan Cooper, Jakob Nielsen and "all things wise and wonderful created by Google."
In his spare time Dave enjoys participating in pro bono projects that support humanitarian causes, playing music, screenwriting, dancing, cooking, and supporting sustainable and green energy campaigns.


99 Nonlocal exit Many programming languages have a break command that can be used inside a looping construct such as repeat to end the repetition early. Using ﬁrst class continuations, we can generalize this mechanism to allow nonlocal exit even within a block called from inside a loop, or through several levels of nested loops: The upvar break has as its value a continuation that can be called from anywhere in the program to jump immediately to whatever comes after the catch block in its script. Here’s an example with two nested invocations of catch, with the upvar renamed in the outer one: As shown, this will say 1, then 2, then 3, then exit both nested catches and think “Hmm.” If in the run block the variable break is used instead of outer, then the script will say 1, 2, 3, and “Hello!” before thinking “Hmm.”  The catch block is a reporter that takes an expression as input instead of a C-shaped slot. But the throw block is a command; it doesn’t report a value to its own continuation, but instead reports a value (which it takes as an additional input, in addition to the catch tag) to the corresponding catch block’s continuation: Without the throw, the inner call reports 5, the + block reports 8, so the catch block reports 8, and the × block reports 80. With the throw, the inner call doesn’t report at all, and neither does the + block. The throw block’s input of 20 becomes the value reported by the catch block, and the × block multiplies 10 and 20.


Google’s Files Android app now supports local file Chromecast Streaming
by SururGoogle has made it slightly easier to project your holiday photos and videos on the big screen from your Android phone using the Files by Google app.
They have updated the gallery in the Files by Google app to support media streaming, both to Chromecast and also other smart TVs.
The feature is available in version 1.0.27 of the app and is only accessible from the media viewer.
Despite the new useful feature, Files by Google is still very much focussed on clearing your storage and uploading your files to Google Cloud, with Google listing the main features as:
1) Free up space – Clean junk files and cache, boost your mobile phone or tablet as you clean up the phone memory, and optimise your smartphone performance.
2) Find files fast – Browse your storage and find everything fast without being an expert in file management.
3) Share files – Send pictures, share videos, transfer large files or app APKs. All of this with super-fast speed up to 480 Mbps over an encrypted, direct Wi-Fi network.
If that strikes your fancy find the tool in the Google Play Store here.
Via 9t05Google


| 072:010 Khan | : |
'And we know not whether evil is intended for those on earth, or whether their Lord intends for them a Right Path. |
| 072:010 Maulana | : |
And we know not whether evil is meant for those on earth or whether their Lord means to direct them aright: |
| 072:010 Pickthal | : |
And we know not whether harm is boded unto all who are in the earth, or whether their Lord intendeth guidance for them. |
| 072:010 Rashad | : |
" 'We have no idea if something bad is intended for the inhabitants of Earth, or if their Lord wills to redeem them. |
| 072:010 Sarwar | : |
We do not know whether by this arrangement God intends benefit and guidance for the people of the earth or only evil. |
| 072:010 Shakir | : |
And that we know not whether evil is meant for those who are on earth or whether their Lord means to bring them good: |
| 072:010 Sherali | : |
'And we know not whether evil is intended for those who are in the earth, or whether their Lord intends to bestow guidance upon them, |
| 072:010 Yusufali | : |
'And we understand not whether ill is intended to those on earth, or whether their Lord (really) intends to guide them to right conduct. |
Concepts/Themes Covered: الإيمان > الغيب > الجن Faith> The Unseen World> The Jinn
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


LZ
hi i'm luke - this is my blog
convolution
discrete fourier transform
ring modulation and frequency shifting
aes encryption
how this blog works
tcp sockets in common lisp
simple flashcards
scittle hilbert curve
i ching


Work done in WebTech by Louisa ZHONG
Classwork:
CS01-InClass
CS02-InClass
CS03-InClass
CS04-InClass
CS05-InClass-1
CS05-InClass-2
CS06-InClass-1
CS06-InClass-2
CS06-InClass-Table-1
CS07-InClass
CS08-InClass
CS12-InClass
CS13-InClass
CS14-InClass2
CS15-InClass1
CS15-InClass2
CS16-InClass1
CS16-InClass2
CS17-InClass1
CS17-InClass2
CS18-CSS-imagefilters
CS18-ImageFilter
CS21-InClass
Homework:
hw2-1
hw2-2
hw3
hw4-1
hw4-2
Project:
ITSHOTPOT
Project Proposal


This test-case is intended for Issue #4234 - Object with array property showing as blank. Jan Odvarko<EMAIL_ADDRESS>var a = {arr: [1,2,3]}; a;
>>> var a = {arr: [1,2,3]}; a; Object { arr=[3] }


The progressbar shows the percentage of correctly answered questions. The empty bar indicates the percentage of questions never answered before. The orange bar denotes the percentage of questions answered once and the green bar questions answered thrice. The bar stops at three iterations, because after answering questions three times the learner is considered well learned.
In the following the overall quantity of the questions is shown and a list showing the statistic of the iterations with the learning progress of the user.
Example: Iteration iteration number: number of questions answered (percentage of this iteration)
Quantity of questions: {{question.quantity}}


| Interface | Description |
|---|---|
| HGAtomPredicate |
This interface defines a predicate of a single atom.
|
| HGQueryCondition |
The interface defines a HyperGraph query condition.
|
| QueryCompile.Contract | |
| QueryCompile.Expand | |
| TypeCondition |
| Class | Description |
|---|---|
| AnalyzedQuery<SearchResult> |
A query object that holds information collected during the compilation process.
|
| And |
Represents the conjunction operator of a query condition.
|
| AnyAtomCondition |
This condition is satisfied by any and all atoms in the HyperGraph database.
|
| ArityCondition |
The
ArityCondition is a simply predicate condition that checks the arity
(i.e. |
| AtomPartCondition |
A condition that constraints the value of a component of a composite typed atom.
|
| AtomPartRegExPredicate |
A predicate that constrains the value of a component of a composite typed atom using a
regular expression.
|
| AtomProjectionCondition |
An
AtomProjectionCondition will yield all atoms that are
projections along a certain dimension of a given base atom set. |
| AtomRegExPredicate |
Base class for matching string values using a regular expression.
|
| AtomTypeCondition |
An
AtomTypeCondition examines the type of a given atom
and evaluates to true or false depending on
whether the type of the atom matches exactly (i.e. |
| AtomValueCondition |
The
AtomValueCondition represents a query condition on
the atom value. |
| AtomValueRegExPredicate |
A predicate that constrains the value of an atom using a regular expression.
|
| BFSCondition |
The breadth-first search variant of a
TraversalCondition . |
| DFSCondition |
The depth-first search variant of a
TraversalCondition . |
| DisconnectedPredicate |
A predicate that returns
true if the incidence set of a given atom
is empty and false otherwise. |
| HGQueryConfiguration |
Holds a set of configuration settings for the query sub-system of a
HyperGraph
instance. |
| IncidentCondition |
The
IncidentCondition specifies that a search result atom
should be a member of the incidence set of a given atom. |
| IndexCondition<Key,Value> | |
| IndexedPartCondition | |
| IsCondition |
An "identity" condition that evaluates to true for a specific handle.
|
| LinkCondition |
A
LinkCondition constraints the query result set to links
pointing to a target set of atoms. |
| MapCondition | |
| Not |
A generic negating
HGQueryCondition . |
| Nothing |
This condition represents the negation of everything.
|
| Or |
Represents the disjunction operator of a query condition.
|
| OrderedLinkCondition |
A
OrderedLinkCondition constraints the query result set to ordered links
pointing to a target set of atoms. |
| PositionedIncidentCondition |
A
PositionedLinkCondition constraints the query result set to
links pointing to a target atom positioned within a predetermined range in
the link tuple. |
| QueryCompile |
A controller-type of class that maintains context during the query
compilation process.
|
| SimpleValueCondition |
Basic class for conditions examining individual primitive values.
|
| SubgraphContainsCondition | |
| SubgraphMemberCondition | |
| SubsumedCondition |
The
SubsumedCondition examines a given atom and is satisfied
if that atom is subsumed by the atom specified in the condition. |
| SubsumesCondition |
The
SubsumesCondition examines a given atom and is satisfied
if that atom subsumes the atom specified in the condition. |
| TargetCondition |
A query condition that constraints the result set to atoms that are targets to
a specific link.
|
| TraversalCondition |
A condition that gets translated into a graph traversal.
|
| TypedValueCondition |
This is a
HGQueryCondition that constrains the value of an
atom as well as its type. |
| TypePlusCondition |
| Enum | Description |
|---|---|
| ComparisonOperator |
Type safe enum for comparison operators equals, less than etc.
|


We provide you a full 3D interactive learning platform. You don't have to worry about your system because this application is platform independent.
Try yourselfThis application is developed using opensource library. And hence this applcation is open to you and any one in this world, also for aliens.
Learn more Get the source


🚀Data Engineer at Nike, Beaverton, OR | 📸Photographer | 📱Technology & 🐶Pet Lover
M.Sc(Tech.) Information Systems
from
BITS Pilani, Goa
Graduated in June 2008
Spark, Hive
Python, SQL, C#
Data Engineering
Advanced Analytics & Business Intelligence
Nike, Beaverton, OR
Sep'18 to Present
Verizon, Irving, TX
Apr'16 to Aug'18
XPO Logistics, Portland, OR
Jan'11 to Apr'16
Tech Mahindra, Pune, India
Aug'08 to Jan'11
VeriSign Security, Bengaluru, India
Jan'08 to Jun'08
If you have an interesting opportunity in the Portland area,
you
can send / spam (🙁) him a message using the form below.
You can also find his personal Email, LinkedIn and GitHub below too.
Mohan Gajula © 2015 - 2020. All rights reserved. Powered by Bootstrap.
Source on GitHub. Theme based on the Creative Bootstrap Theme by Start Bootstrap.


YourPublication
ESUG offers 150 Euros for each international conference paper whose concepts involves an implementation in Smalltalk
Rules
- After notification of acceptance, one of the authors sends to the ESUG board the article, a CV, and a brief explanation of how Smalltalk was used
- In case the ESUG board decides to support the promotion, the author has to send to ESUG after the camera-ready deadline a PDF of the article, where ESUG is referenced in the acknowledgment section, including a link to esug.org
- During the presentation at the conference, the author must mention ESUG support (e.g. the ESUG Logo)
- After the presentation at the conference the author sends to ESUG a PDF version of the slides, where there is a visible reference to ESUG (e.g. the ESUG Logo). ESUG will put the slides on the ESUG website
- The author can then trigger the payment by sending an e-Mail to the ESUG board
- A maximum of 3 supported articles per year per institution is allowed
Sponsoring for 2014
- Bui Thi Mai Anh, Serge Stinckwich, Mikal Ziane, Benjamin Roche and Ho Tuong Vinh, "KENDRICK: a Domain Specific Language and Platform for Mathematical Epidemiological Modelling", 11th IEEE-RIVF International Conference on Computing and Communication Technologies (RIVF 2015), 2015
- Boris Spasojevic, Mircea Lungu and Oscar Nierstrasz, "Mining the Ecosystem to Improve Type Inference For Dynamically Typed Languages", Onward! 2014, 2014
- Oscar Callau, Romain Robbes, Eric Tanter, David Rothlisberger and Alexandre Bergel, "On the Use of Type Predicates in Object-Oriented Software: The Case of Smalltalk", SPLASH 2014 Dynamic Languages Symposium, 2014
- Johan Fabry and Miguel Campusano, "Live Robot Programming", 14th edition of the Ibero-American Conference on Artificial Intelligence (IBERAMIA 2014), Santiago de Chile, 2014
- Yuriy Tymchuk, Andrea Mocci and Michele Lanza, "Collaboration in Open-Source Projects: Myth or Reality?", 11th Working Conference on Mining Software Repositories (MSR 2014), 2014
Sponsoring for 2013
- Johan Fabry and Alexandre Bergel, "Design Decisions in AspectMaps", 1st IEEE Working Conference on Software Visualization, 2013
- Jannick Laval, Luc Fabresse and Noury Bouraqadi, "A Methodology for Testing Mobile Autonomous Robots", IROS 2013 conference (IEEE/RSJ International Conference on Intelligent Robots and Systems), 2013
Sponsoring for 2012
- Fernando Olivero, Michele Lanza, Marco D'Ambros and Romain Robbes,"Tracking Human-Centric Controlled Experiments with Biscuit", Proceedings of the Workshop on Evaluation and Usability of Programming Languages and Tools (PLATEAU) at the ACM Onward! and SPLASH Conferences. October, 2012.
- Jorge Ressia, Alexandre Bergel, and Oscar Nierstrasz, "Object-Centric Debugging", Proceedings of ICSE 2012, 485-495, 2012
- Alberto Bacchelli, Tommaso dal Sasso, Marco D'Ambros, and Michele Lanza, "Content Classification of Development Emails", Proceedings of ICSE 2012, 375-385, 2012
- Oscar Callau, "Do Objects need Occurrence Typing?", JCC 2012 (Jornadas Chilenas de Computación), 2012
Sponsoring for 2011
- Fernando Olivero, Michele Lanza, Marco D'Ambros, and Romain Robbes, "Enabling Program Comprehension through a Visual Object-focused Development Environment", Proceedings of VL/HCC 2011, 2011
- Alberto Bacchelli, Michele Lanza, and Marco D’Ambros, "Miler: A Toolset for Exploring Email Data", demonstration at ICSE 2011, 2011
- Alexandre Bergel, "Counting Messages as a Proxy for Average Execution Time in Pharo", Proceedings ECOOP 2011, 2011
- Richard Wettel, Michele Lanza, and Romain Robbes, "Software Systems as Cities: A Controlled Experiment", Proceedings of ICSE 2011, 551-560, 2011.
Sponsoring for 2010
- Jean-Baptiste Arnaud, Marcus Denker, Stéphane Ducasse, Damien Pollet, Alexandre Bergel and Mathieu Suen, “Read-Only Execution for Dynamic Languages,” Proceedings of TOOLS EUROPE 2010, LNCS 6141 p. 117-136, Springer, 2010.
Sponsoring for 2009
- David Röthlisberger, Oscar Nierstrasz and Stéphane Ducasse, "Autumn Leaves: Curing the Window Plangue in IDEs", WCRE 2009
- Lukas Renggli, Marcus Denker and Oscar Nierstrasz, "Language Boxes: Bending the Host Language with Modular Language Changes", 2nd International Conference on Software Language Engineering (SLE 2009)
- Jannik Laval, Simon Denier, Stephane Ducasse, Alexandre Bergel, "Identifying cycle causes with Enriched Dependency Structural Matrix", WCRE 2009
- Le Van Tuan and Noury Bouraqadi and Victor Moraru and Serge Stinckwich and Arnaud Doniec (ICRA 2009), Making Networked Robot Connectivity-Aware (UMMISCO UMI 209 (IRD/UPMC/MSI), Ecole des Mines de Douai)
- David Röthlisberger, Oscar Nierstrasz, Stéphane Ducasse (Working Conference on Reverse Engineering 2009, Autumn Leaves: Curing the Window Plague in IDEs, (Software Composition Group, University Bern)
- Marco D'Ambros, Michele Lanza (11th IEEE International Symposium on Web Systems Evolution), Promises and Perils of Porting Software Visualization Tools to the Web, University of Lugano
Sponsoring for 2008
- Damien Picard, Loïc Lagadec (ReCoSoC 2008), Multi-level simulation of Heterogeneous Reconfigurable Platforms, (STICC - Université de Bretagne Occidentale).
- Richard Wettel, Michele Lanza (Softvis 2008), Visually Localizing Design Problems with Disharmony Maps, (REVEAL - University of Lugano)
- Hani Abdeen, (CSMR 2008), Package Reference Fingerprint: a Rich and Compact Visualization to Understand Package Relationship, (RMOD INRIA Lille Nord Europ)
- Marco D'Ambros (CSMR 2008), A Flexible Framework to Support Collaborative Software Evolution Analysis, (REVEAL - University of Lugano)
- Adrian Lienhard (ECOOP 2008), Practical Object-Oriented Back-in-Time Debugging, (Software Composition Group, University Bern)
- Adrian Lienhard (CSMR 2008) Test Blueprints, Exposing Side Effects in Execution Traces to Support Writing Unit Tests, (Software Composition Group, University Bern)
- Guillermo Adrián Molina (S3 Workshop), Huemul, a Smalltalk Implementation
- David Röthlisberger (ICPC 2008), Exploiting Runtime Information in the IDE, (Software Composition Group, University Bern)


|
facebook360_dep
Facebook360 Depth Estimation Pipeline
|
Classes | |
| class | Address |
| class | LAN |
| class | NetcatClient |
Functions | |
| def | get_os_type (ip) |
| def | get_frame_name (frame) |
| def | get_frame_range (first, last) |
| def | get_frame_fns (msg, frames, uncompressed=False, src=None) |
| def | download_rig (msg) |
| def | get_cameras (msg, dst_field="cameras") |
| def | download_image_type (msg, image_type, frames, level=None) |
| def | download_image_types (msg, image_type_to_level, frames=None) |
| def | tar_frame (src, frame, tar_h) |
| def | tar_frames (src, frames) |
| def | upload_image_type (msg, image_type, frames=None, level=None) |
| def | copy_image_level (msg, src_image_type, dst_image_type, cameras, frames, src_level=None, dst_level=None, uncompressed=False) |
| def | local_rig_path (msg) |
| def | local_image_type_path (msg, image_type, level=None) |
| def | remote_image_type_path (msg, image_type, level=None) |
| def | download (src, dst, filters=None, run_silently=False) |
| def | upload (src, dst, filters=None, run_silently=False) |
| def | copy_frame (src, dst, frame, cameras, run_silently=False, uncompressed=False) |
| def | listdir (src, run_silently=False, recursive=True) |
| def | get_sample_file (src, run_silently=False) |
Variables | |
| dir_scripts = os.path.dirname(os.path.dirname(os.path.abspath(__file__))) | |
| dir_root = os.path.dirname(dir_scripts) | |
| def scripts.render.network.copy_frame | ( | src, | |
| dst, | |||
| frame, | |||
| cameras, | |||
run_silently = False , |
|||
uncompressed = False |
|||
| ) |
Copies a single frame to a new directory. A standard cp operation is performed for local paths. Args: src (str): Path to the source directory. dst (str): Path to the destination directory. frames (list[str]): Frame names being copied. run_silently (bool, optional): Whether or not to display results to stdout. uncompressed (bool, optional): Whether or not the src should be uncompressed before copying to the destination. Only relevant for archived intermediates.
| def scripts.render.network.copy_image_level | ( | msg, | |
| src_image_type, | |||
| dst_image_type, | |||
| cameras, | |||
| frames, | |||
src_level = None , |
|||
dst_level = None , |
|||
uncompressed = False |
|||
| ) |
Copies frames and cameras of an image type to a new type. Args: msg (dict[str, str]): Message received from RabbitMQ publisher. src_image_type (str): Image type of the source. dst_image_type (str): Image type of the destination. cameras (list[str]): List of cameras to be copied. frames (list[str]): List of frame names to be copied. src_level (int, optional): Image level of the source. If None is passed in, the location of the full-size images is used. dst_level (int, optional): Image level of the destination. If None is passed in, the location of the full-size images is used. uncompressed (bool, optional): Whether or not the src should be uncompresseded before copying to the destination. Only relevant for archived intermediates.
| def scripts.render.network.download | ( | src, | |
| dst, | |||
filters = None , |
|||
run_silently = False |
|||
| ) |
Recursively downloads the objects from source that adhere to the filters. No operation is performed for local paths. Args: src (str): Path to the source directory. dst (str): Path to the destination directory where downloaded files will be saved. filters (list[str], optional): List of filters to choose files to download. run_silently (bool, optional): Whether or not to display results to stdout. Returns: bool: Success of download.
| def scripts.render.network.download_image_type | ( | msg, | |
| image_type, | |||
| frames, | |||
level = None |
|||
| ) |
Downloads frames of an image type to the appropriate local path. Args: msg (dict[str, str]): Message received from RabbitMQ publisher. image_type (str): Name of an image type (re: source/util/ImageTypes.h). frames (list[str]): List of frame names to download. level (None, optional): Level to download. If None is passed in, the full-size image is downloaded. Returns: bool: Success of download.
| def scripts.render.network.download_image_types | ( | msg, | |
| image_type_to_level, | |||
frames = None |
|||
| ) |
Downloads frames of image types to the appropriate local paths. Args: msg (dict[str, str]): Message received from RabbitMQ publisher. image_type_to_level (dict[str, int]): Map of image type to level to download. frames (list[str], optional): List of frame names to download. If None is passed in, the range from [first, last) are downloaded (extracted from msg). Returns: bool: Success of download.
| def scripts.render.network.download_rig | ( | msg | ) |
Downloads rig to the appropriate local path. Args: msg (dict[str, str]): Message received from RabbitMQ publisher. Returns: bool: Success of download.
| def scripts.render.network.get_cameras | ( | msg, | |
dst_field = "cameras" |
|||
| ) |
Gets the cameras pertinent to the render. Args: msg (dict[str, str]): Message received from RabbitMQ publisher. dst_field (str, optional): Field mapping to cameras in msg. Returns: list[str]: List of camera names.
| def scripts.render.network.get_frame_fns | ( | msg, | |
| frames, | |||
uncompressed = False , |
|||
src = None |
|||
| ) |
| def scripts.render.network.get_frame_name | ( | frame | ) |
Gets the frame name for a frame number. Args: frame (int): Frame number. Returns: str: 0-padded frame name (with length 6).
| def scripts.render.network.get_frame_range | ( | first, | |
| last | |||
| ) |
Gets list of frame names within the range specified. Args: first (str): Name of the first frame. last (str): Name of the last frame. Returns: list[str]: Names of the frames between the specified frames (includes first, excludes last).
| def scripts.render.network.get_os_type | ( | ip | ) |
Determines the operating system of the machine assuming it can be reached. Args: ip (str): IP of the machine in interest. Returns: OSType: Type of operating system. Raises: Exception: If the operating system cannot be properly determined as being Linux, Mac OS X, or Windows.
| def scripts.render.network.get_sample_file | ( | src, | |
run_silently = False |
|||
| ) |
Gets the name of a single objects in the source directory. Local paths are also supported. Args: src (str): Path to the source directory. run_silently (bool, optional): Whether or not to display results to stdout. Returns: str: Single filename from the directory. If no such file or directory exists, None is returned instead.
| def scripts.render.network.listdir | ( | src, | |
run_silently = False , |
|||
recursive = True |
|||
| ) |
Lists objects in a source directory. A standard ls is performed for local paths. Args: src (str): Path to the source directory. run_silently (bool, optional): Whether or not to display results to stdout. Returns: set[str]: Set of contained filenames.
| def scripts.render.network.local_image_type_path | ( | msg, | |
| image_type, | |||
level = None |
|||
| ) |
Gets local path to the directory for an image type. Args: msg (dict[str, str]): Message received from RabbitMQ publisher. image_type (str): Name of an image type (re: source/util/ImageTypes.h). level (int, optional): Image level to be returned. If None is passed in, the location of the full-size images is returned. Returns: str: Path to local image type directory.
| def scripts.render.network.local_rig_path | ( | msg | ) |
Gets local path of the rig. Args: msg (dict[str, str]): Message received from RabbitMQ publisher. Returns: str: Path to local rig.
| def scripts.render.network.remote_image_type_path | ( | msg, | |
| image_type, | |||
level = None |
|||
| ) |
Gets remote path to the directory for an image type. Args: msg (dict[str, str]): Message received from RabbitMQ publisher. image_type (str): Name of an image type (re: source/util/ImageTypes.h). level (int, optional): Image level to be returned. If None is passed in, the location of the full-size images is returned. Returns: str: Path to remote image type directory.
| def scripts.render.network.tar_frame | ( | src, | |
| frame, | |||
| tar_h | |||
| ) |
Tars a directory. Args: path (str): Path to the directory to be packed. frame (str): Name of the frame (6 digit, zero padded) tar_h (file handle): File handle to the tar file to be written.
| def scripts.render.network.tar_frames | ( | src, | |
| frames | |||
| ) |
Tars a frame. Args: src (str): Path to the directory with frames to be packed. frames (list[str]): List of frame names (6 digit, zero padded)
| def scripts.render.network.upload | ( | src, | |
| dst, | |||
filters = None , |
|||
run_silently = False |
|||
| ) |
Recursively uploads the objects from source that adhere to the filters. No operation is performed for local paths. Args: src (str): Path to the source directory. dst (str): Path to the destination directory where uploaded files will be saved. filters (list[str], optional): List of filters to choose files to upload. run_silently (bool, optional): Whether or not to display results to stdout. Returns: bool: Success of upload.
| def scripts.render.network.upload_image_type | ( | msg, | |
| image_type, | |||
frames = None , |
|||
level = None |
|||
| ) |
Uploads frames of an image type to the appropriate local path. Args: msg (dict[str, str]): Message received from RabbitMQ publisher. image_type (str): Name of an image type (re: source/util/ImageTypes.h). frames (list[str], optional): List of frame names to upload. If None is passed in, the range from [first, last) are uploaded (extracted from msg). level (int, optional): Level to upload. If None is passed in, the full-size image is uploaded. Returns: bool: Success of upload.
| scripts.render.network.dir_root = os.path.dirname(dir_scripts) |
| scripts.render.network.dir_scripts = os.path.dirname(os.path.dirname(os.path.abspath(__file__))) |


DIE HARD ****1/2 (out of five stars) A review by Jamey Hughton
Starring-Bruce Willis, Alan Rickman, Bonnie Bedelia and Reginald VelJohnson Director-John McTiernan Rated R Released 1988 20th Century Fox
MOVIE VIEWS by Jamey Hughton http://Welcome.to/MovieViews
`Die Hard' may seem like an unusual choice for a Christmas review, and I suppose it is. Bruce Willis stars as John McClane, a NYC cop who finds himself planted in the middle of a elaborate terrorist situation at a towering high rise in Los Angeles. McClane weaves his way through the bowels of the building, navigating elevator shafts and various air ducts with a machine gun slung over his shoulder and a bag of explosives in hand.  It's a great deal of fun.
But what does this have to do with Christmas? Here's my argument: all of these events occur on Christmas Eve, and after this berserk rollercoaster ride of mind-blowing stunts and white-knuckle action comes to a close, the festive selection `Let it Snow' plays over the closing credits. Pretty Christmasy, eh?
Just one refreshing thing about this influential action extravaganza is the hero at the center of the action. McClane is not only a clever cop able to evade oncoming gunmen in a constant game of cat-and-mouse - he's also got a sense of humor.  These guys have got a lot of suave, professional tactics - not to mention a truck load of impressive artillery. But even while he is constantly flirting with death, McClane always has a witty comeback for his foreign opponents, and Willis is fluent and enjoyable as he barrels his way through punchline after glorious punchline. Stacked up, all of this makes John McClane one of the most memorable action heroes to recently grace the silver screen. Yipee ki-yay, indeed.
`Die Hard' is quite possibly the most efficient action movie ever constructed. It's a red-blooded thrill ride, featuring components that are perfectly in place, and it's flawless precision in capturing a terrorist situation has been the basis for numerous clones and cheap imitations that have since followed. Examining the layout of the film, you realize this is how every action film should be assembled: with a pace that never lags, characters and dialogue that crackle with cleverness and intensity, and action that is both exciting and believable. From just about every angle you examine it from, this film is rollicking good fun. Upon it's release in 1988, although it wasn't the inaugural example of it's kind, `Die Hard' set new and exciting standards for the action/adventure genre.
I suppose, if there a noticeable defect in the film, it lies within the supporting cast. And even that is admirable given the typical population of stereotypes usually associated with the genre. Both Bonnie Bedelia (as McClane's wife and fellow hostage) and Reginald VelJohnson (as a fellow cop negotiating from the outside) are solid in their roles. Alan Rickman, as the deviously sly terrorist Hans, is not only the best villain in the `Die Hard' series - he's also one of the finest and well-constructed in film history, a structural model for all other bad guys to follow. Rickman, who combines dry wit with sinister intelligence, is an absolute pleasure to watch.  The character is annoying, but Gleason plays it well. Afterward, though, a pair of even bigger pricks - FBI agents, of course - arrive at the scene and take charge with a stunning amount of incompetence.
Of course, but never mind that little detail anyhow. `Die Hard' delivers the goods in plausible suspense, adrenaline-pumping action, and stupendous special effects to such a degree you almost beg for mercy. Director John McTiernan has created the action movie of the century, squeezing every ounce of possible excitement out of the premise, which (in all fairness) is rather simple. It's the one to challenge....the big kahuna.....the cream of the crop. And it also makes a great stocking stuffer.
(C) 1999, Jamey Hughton
MOVIE VIEWS by Jamey Hughton http://Welcome.to/MovieViews
Comments Appreciated<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Board Game & Me
Board game is going to conquer the world!
Board game is going to conquer the world!
This is Zoey, and I LOVE board games. Be it strategy games or other type of games, they are all fun to me. Surely enough, I'd like to introduce some games here.
Great Western Trail is a great strategic game with a really cool take on the American West. I haven’t seen a ton of other games follow suit and over inundate the market with games about the west by Psyched Games
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Lorem ipsum dolor sit amet, consectetur adipisicing elit. Vero odio fugiat voluptatem dolor, provident officiis, id iusto! Obcaecati incidunt, qui nihil beatae magnam et repudiandae ipsa exercitationem, in, quo totam.


{% extends "base.html" %} {% block title %}
Medieval catalogues > HENRY DE KIRKESTEDE > Catalogus, c. 1360
{% endif %}219 identified entries found.
All data was derived from the List of Identifications by Professor Richard Sharpe.
{% if not printing %}
A key to codes used in the List is available (opens in new tab).{% endif %}


You are cordially invited to:
The first annual Inner Strength Gospel Choir Pancake Party
Location: 38 Buswell Street, Apt 5
Date: Saturday, October 10th 2015
Time: 11am - 1pm
RSVP here


{% extends 'header.html' %}
{{render_field(form.password)}}
No account? Sign up for a free account.
Forgot your password?


This visualization provides a quick overview of United States air carriers' flight delay situation. It highlights the percentages of delays and average delay time across different carriers.
As we can see, Aloha Air has the lowest percentage of delayed flights and shortest delay time (with circle area proportional to delay time). So do consider Aloha for your next travel!


Hi, FIRSTNAME
Working with you has been a pleasure. Following up on your flagged reports and recommendations was a fun challenge for our agents.
We should be working together again soon. I'll be in touch.
Vitaly Vedenin
Information Acquisition


A module that loads configurations for express and periodic.
- Copyright:
- Copyright (c) 2014 Typesettin. All rights reserved.
- License:
- MIT
- Source:
- To Do:
-
- to do later
Requires
- module:fs
- module:util-extent
- module:optimist
Members
-
init :Error
-
loads app configuration
Type:
- Error
- Source:
-
setConfig
-
augments the configuration information
- Source:
-
setSetting
-
augments the configuration information
- Source:
-
<inner> appEnvironment
-
if no command line argument, use environment from user config file
- Source:
-
<inner> config
-
override environment data with user config
- Source:
-
<inner> configurationDefaultFile
-
set path of default config: content/config/environment/default.json
- Source:
-
<inner> configurationFile
-
set & load file path for base environment config
- Source:
-
<inner> configurationOverrideFileJSON
-
load user config file: content/config/config.json
- Source:
-
<inner> packagejsonFileJSON
-
get info from package.json
- Source:
Methods
-
getConfigFilePath() → {string}
-
generate file path for config files
- Source:
Returns:
file path for config file
- Type
- string
-
settings() → {object}
-
gets the configuration information
- Source:
Returns:
current instance configuration
- Type
- object


WOPFE
Timetable [[${timetable.name}]]
Update
Select a day
Monday
Tuesday
Wednesday
Thursday
Friday
Select time
08:00
09:00
10:00
11:00
12:00
13:00
14:00
15:00
16:00
17:00
18:00
Add Event
Reset
Time
Name
Place
Teacher
Remove
No events available yet.
There is no such timetable yet


EBD - Easton Bible DIctionary
Ava
AVA
"AVA "a place in Assyria from which colonies were brought to Samaria (
2 Kings 17:24
). It is probably the same with Ivah (
18:34
;
19:13
;
Isaiah 37:13
). It has been identified with Hit on the Euphrates.
"AVA "a place in Assyria from which colonies were brought to Samaria (2 Kings 17:24). It is probably the same with Ivah (18:34; 19:13; Isaiah 37:13). It has been identified with Hit on the Euphrates.


Cristiano Ronaldo gives Juventus green light to beat old club Real Madrid to STUNNING €180M transfer swoop
by Lorenzo MartínCristiano Ronaldo has given Juventus the green light in regards to their pursuit of former player Paul Pogba, a player who’s also wanted by Real Madrid.
According to El Desmarque, Juve have been given the ‘ok’ by Ronaldo regarding a move for Man United ace Pogba, with the Red Devils said to be after around €180M for his signature.
However, it seems like Juve are going to have to battle Spanish giants Real Madrid if they are to sign Pogba, as the Sun have stated that Los Blancos are also in the hunt for the French international.
Pogba has established himself as one of the best midfielders on the planet during his time at Old Trafford despite United’s struggles.
During his time with the Red Devils, the 26-year-old has bagged a total of 31 goals and 31 assists in 148 games for the club, a decent return when you consider Pogba is rarely played anywhere other than central midfield.
Both Juve and Real could do with a player like Pogba in their starting XI’s when you consider their current options to choose from in midfield.
The Old Lady only really have Miralem Pjanic as their main creative source in the centre of the park, thus adding Pogba to their squad would take some of the pressure off of the Bosnian’s shoulders.
Likewise, Real only really have Kroos and an ageing Luka Modric as their available creative outlets at the moment, therefore, adding Pogba to the ranks at the Santiago Bernabeu wouldn’t be a bad idea by any means.


Note: if two rules contain the same character, the second rule is ignored. For example, e = green, me = red, then the 'me' rule will be completely ignored.


Integrate RescueTime with Open Humans
RescueTime is a free(-mium) application that monitors your computer usage and collects data about the
applications and website you use.
With this application you can import these data into your Open Humans account.
The importer is run by Bastian Greshake Tzovaras.
Learn more by visiting this project's
About Page.
How it works
- Click the button below
This takes you to Open Humans authentification page.
- Log in or create an Open Humans account
Your RescueTime data will be added to this account.
- Authorize this app in Open Humans
This authorizes us to add your RescueTime data to your account.
- Authorize us to access your RescueTime account.
The Open Humans website will redirect you back to us for the last
step: Authorizing us to access your RescueTime account.
It will take you to the RescueTime website.
- Authorize this app on RescueTime.
This allows us to request your RescueTime data for you.
Once that's done you are all set and we will download your data for you!
{%if inactive_project%}
This project is currently awaiting new approval from Open Humans
before it can accept data again.
{%else%}
Start with Open Humans authorization
{% if not client_id %}
This button is disabled because client_id hasn't been configured.
{% endif %}
{% endif %}
FAQ
- Which data will be included from RescueTime?
The short answer: It depends on your RescueTime settings.
The longer answer: Which data will be collected by RescueTime can be adjusted
in the RescueTime settings.
If you have set it up that way your data might contain information about visited websites & information about your emails.
By default RescueTime tries to not log any porn sites you are surfing at though. More details on the data being logged can be found on the About page.
- Will my data from RescueTime be public?
The short answer: No, by connecting your RescueTime account you don't agree
to make your data public or give anyone access to this data.

The longer answer: It can be public if you want it to be public.
If you're logged in into Open Humans
can make individual sources publicly available
through the public data feature.
- Are you getting access to my RescueTime data during the upload?
Yes, by connecting your RescueTime account to this application the administrator of this integration (see below)
can read to your RescueTime data. This access will exclusively be used to upload your RescueTime
data to Open Humans and to debug this integration.
The administrator will not look into your computer usage or analyze it, etc.
With the exception of data management within service providers used by this project (e.g. the cloud service running this web server),
your RescueTime data will not be further accessible by third parties.
- Do you keep my data up to date?
Yes, this app regularly updates your data to keep it up to date.
After logging in you can also manually trigger an update.
- Who's running this project?
This project is run by Bastian Greshake Tzovaras as a hobby project.
- How can I get in touch with you?
You can reach me via email at<EMAIL_ADDRESS>or
even quicker by messaging me @gedankenstuecke on Twitter.
{% endblock %}


Big Query
Some data is available on Google Big Query, making it very easy and fast to query, filter and join the data. Take a look at:
https://bigquery.cloud.google.com/table/amsterdam-smart-city-hackathon:traveltimes.traveltimes_jan2014
- Travel times
Travel times and velocity on 150+ routes in Amsterdam, both real-time and a historical archive of January 2014 (6.5 million data points)
- Weather
The weather (temperature, rainfall, wind, etc.) at Amsterdam for every 10 minutes of the last year.
- Energy
All building blocks (a group of houses, commercial space, etc.) in the City of Amsterdam, including geometry and all available data on energy consumption and potential.
- Demographics
Data on demographics of Amsterdam. For 286 main indicators, this table provides the most recent value in different geographic levels (buurten, stadsdelen, etc.). See this list of variables.
- Fire department dispatches
For all over 125.000 dispatches of Brandweer Amsterdam-Amstelland, the type of dispatch, location (at neighboorhood-level), date/time and priority are provided in this table.
- Energy Prices 2014
Data from PowerMatcherSuite on flexible energy prices, for each 15 minutes in 2014


|
Copley Motion Library
|
Standard CANopen I/O module settings. More...
Public Attributes | |
| uint16 | heartbeatPeriod |
| The CANopen heartbeat protocol is one of two standard methods used to constantly watch for network or device problems. More... | |
| uint16 | heartbeatTimeout |
| Additional time to wait before generating a heartbeat error (milliseconds) If the heartbeat protocol is used, then this value, combined with the heartbeatTime will determine how long the network master waits for the node's heartbeat message before it generates a heartbeat error. More... | |
| uint16 | guardTime |
| Node guarding guard time (milliseconds) More... | |
| uint8 | lifeFactor |
| Node guarding life time factor. More... | |
| bool | useStandardDinPDO |
| Use the standard digital input PDO object. More... | |
| bool | useStandardDoutPDO |
| Use the standard digital output PDO object. More... | |
| bool | useStandardAinPDO |
| Use the standard analog input PDO objects. More... | |
| bool | useStandardAoutPDO |
| Use the standard analog output PDO objects. More... | |
Standard CANopen I/O module settings.
This structure may be passed to an I/O module object during initialization. It allows custom settings to be assigned to the module.
| uint16 guardTime |
Node guarding guard time (milliseconds)
The CANopen node guarding protocol is a second method (the first being the heartbeat protocol) for devices on the network to watch for network problems. In this protocol, the master controller sends a request message out to the slave device at a specified interval. The slave device responds to this request with a message indicating it's state.
The main difference between this protocol and the heartbeat protocol is that both the slave node and the master are able to recognize network errors. With the heartbeat protocol only the network master is able to identify network problems.
Note that only one of these two protocols can be active in a node device at any time. If the heartbeat period is non-zero, then the heartbeat protocol will be used.
This parameter gives the node guarding period for use with this node. This is the period between node guarding request messages sent by the master controller.
Note that both this parameter, and the life time factor must be non-zero for node guarding to be used.
Default 0 (ms)
| uint16 heartbeatPeriod |
The CANopen heartbeat protocol is one of two standard methods used to constantly watch for network or device problems.
When the heartbeat protocol is used, each device on the CANopen network transmits a 'heartbeat' message at a specified interval. The network master watches for these messages, and is able to detect a device error if it's heartbeat message is not received within the expected time.
This parameter configures the heartbeat period (milliseconds) that will be used by this module to transmit it's heartbeat message.
If this parameter is set to zero, then the heartbeat protocol is disabled on this node.
Default: zero (not used)
| uint16 heartbeatTimeout |
Additional time to wait before generating a heartbeat error (milliseconds) If the heartbeat protocol is used, then this value, combined with the heartbeatTime will determine how long the network master waits for the node's heartbeat message before it generates a heartbeat error.
Note that setting this to zero does not disable the heartbeat protocol. set the heartbeatPeriod value to zero to disable heartbeat.
Default 100 (ms)
| uint8 lifeFactor |
Node guarding life time factor.
When the node guarding protocol is used, this parameter is used by the slave device to determine how long to wait for a node guarding request from the master controller before signaling an error condition.
The life time factor is treated as a multiple of the guard time.
If this parameter and the node guard time are both non-zero, and the heartbeatTime is zero, then node guarding will be setup for the amplifier.
Default 3 (multiples of the guard time)
| bool useStandardAinPDO |
| bool useStandardAoutPDO |
| bool useStandardDinPDO |
| bool useStandardDoutPDO |