Up: Part I: Letters, Sounds, Syllables, Accent Previous: SYLLABLES AND THEIR QUANTITY Next: MARKS OF PUNCTUATION
There are three accents in Greek. No Greek accent can stand farther back than the antepenult.
1. Acute (/): over short or long vowels and diphthongs. It may stand on ultima, penult, or antepenult: καλός, δαίμων, ἄνθρωπος.
2. Circumflex (=): over vowels long by nature and diphthongs. It may stand on ultima or penult: γῆ, θεοῦ, δῶρον, τοῦτο.
3. Grave (\): over short or long vowels and diphthongs. It stands on the ultima only: τὸν ἄνδρα, τὴν τύχην, οἱ θεοὶ τῆς ῾ Ελλάδος.
The acute marks syllables pronounced in a raised tone. The grave is a low-pitched tone as contrasted with the acute. The circumflex combines acute and grave.
Accented syllables in Ancient Greek had a higher pitch (τόνος) than unaccented syllables, and it was the rising and falling of the pitch that made Ancient Greek a musical language. The Greek word for accent is προσῳδίᾱ (Lat. accentus: from ad-cano), i.e. ‘song accompanying words.’ Musical accent (elevation and depression of tone) is to be distinguished from quantity (duration of tone), and from rhythmic accent (stress of voice at fixed intervals when there is a regular sequence of long and short syllables).
N.—The accent heard in Modern Greek and English is a stress-accent. Stress is produced by strong and weak expiration, and takes account of accented syllables to the neglect of the quantity of unaccented syllables. Thus, shortly after Christ, ἄνθρωπος was often pronounced like a dactyl, φίλος like a trochee; and πρόσωπον, ἐννέα, were even written πρόσοπον, έννήα.
The marks of accent are placed over the vowel of the accented syllable. A diphthong has the accent over its second vowel (τοῦτο), except in the case of capital ᾳ, ῃ, ῳ (as ῞ Αιδης, 5), where the accent stands before the first vowel.
A breathing is written before the acute and grave (οἵ, ἤ), but under the circumflex (ὦ, οὗτος). Accents and breathings are placed before capitals: ῞ Ομηρος, ῟ Ωραι. The accent stands over a mark of diaeresis (8): κληῗδι.
The grave is written in place of a final acute on a word that is followed immediately by another word in the sentence. Thus, μετὰ τὴν μάχην after the battle (for μετά τήν μάχην). It is also sometimes placed on τὶς, τὶ (334), to distinguish these indefinite pronouns from the interrogatives τίς, τί.
a. An oxytone (157) changes its acute to the grave when followed by another word, except: (1) when the oxytone is followed by an enclitic (183 a); (2) in τίς, τί interrogative, as τίς οὗτος; who's this? (3) when an elided syllable follows the accented syllable: νύχθ᾽ ὅλην (124), not νὺχθ᾽ ὅλην (174 a); (4) when a colon or period follows. (Usage varies before a comma.)
The ancients regarded the grave originally as belonging to every syllable not accented with the acute or circumflex; and some Mss. show this in practice, e.g. πὰγκρὰτής. Later it was restricted to its use as a substitute for a final acute.
The circumflex is formed from the union of the acute and the grave (́̀ = ^), never from ̀́. Thus, παῖς ῀ πάὶς, εὖ ῀ ἔὺ. Similarly, since every long vowel may be resolved into two short units (morae), τῶν may be regarded as = τόὸν. The circumflex was thus spoken with a rising tone followed by one of lower pitch. μοῦσα, δῆμος are thus = μόὺσα, δέὲμος; μούσης, δήμου are = μὸύσης, δὲέμου. In διδοῦσα (i.e. διδόὺσα) compared with διδούς the accent has receded (159) one mora.
a. The whole vowel receives the acute when the second short unit of a vowel long by nature is accented: Δί̄ ῀ Δὶί.
Words are named according to their accent as follows:
Oxytone (acute on the ultima): θήρ, καλός, λελυκώς.
Paroxytone (acute on the penult): λύ̄ω, λείπω, λελυκότος.
Proparoxytone (acute on the antepenult): ἄνθρωπος, παιδεύομεν.
Perispomenon (circumflex on the ultima): γῆ, θεοῦ.
Properispomenon (circumflex on the penult): πρᾶξις, μοῦσα.
Barytone (when the ultima is unaccented, 158): μοῦσα, μήτηρ, πόλεμος.
A word is called barytone (βαρύ-τονος deep-toned, low-toned) when it has no accent on the ultima. All paroxytones, proparoxytones, and properispomena are also barytones.
An accent is called recessive when it moves back as far from the end of the word as the quantity of the ultima permits (166). The quantity of the penult is here disregarded (τρέπωμεν). Cp. 178.
Oxytone (ὀξύς, sharp + τόνος) means ‘sharp-toned,’ perispomenon (περισπώμενος) ‘turned-around’ (circumflectus, 156). Paroxytone and proparoxytone are derived from ὀξύτονος with the prepositions παρά and πρό respectively. Acute corresponds to Lat. acutus (ὀξεῖα, scil. προσῳδίᾱ).
The invention of the marks of accent is attributed to Aristophanes of Byzantium, librarian at Alexandria about 200 B.C. The use of signs served to fix the correct accentuation, which was becoming uncertain in the third century B.C.; marked the variation of dialect usage; and rendered the acquisition of Greek easier for foreigners. The signs for the accents (and the breathings) were not regularly employed in Mss. till after 600 A.D.
The position of the accent has to be learned by observation. But the kind of accent is determined by the following rules.
1. Aeolic has recessive (159) accent in all words except prepositions and conjunctions. Thus, σόφος, Ζεῦς, i.e. Ζέὺς, αὖτος, λίπειν (= λιπεῖν), λίποντος (= λιπόντος), ἄμμες (= ἡμεῖς).
2. Doric regarded final -οι (169) as long (ἀνθρώποι), and probably -αι in nouns (χώραι); made paroxytones the 3 pl. act. of the past tenses (ἐφέρον, ἐλύ̄σαν) and such words as παίδες, γυναίκες, πτώκας; made perispomena the gen. masc. pl. of pronouns (τουτῶν, ἀλλῶν) and the gen. fem. pl. of adj. in -ος (ἀμφοτερᾶν). The substitution, in the accus. pl., of -ᾰς and -ος for -ᾱς and -ους, caused no change in the accent (πά̄σᾰς, ἀμπέλος).
The antepenult, if accented, can have the acute only (ἄνθρωπος, βασίλεια queen, οἰκοφύλακος of a house-guard). If the ultima is long, either by nature or by position (144), the antepenult cannot take an accent: hence ἀνθρώπου (176 a), βασιλείᾱ kingdom, οίκοφύλαξ.
a. Some nouns in -εως and -εων admit the acute on the antepenult. Thus, the genitive of nouns in -ις and -υς (πόλεως, πόλεων, ἄστεως), the forms of the Attic declension, as ἵ̄λεως (289). So the Ionic genitive in -εω (πολί̄τεω); also some compound adjectives in -ως, as δύσερως unhappy in love, ὑψίκερως lofty antlered. On ὧντινων see 186.
The penult, if accented and long, takes the circumflex when the ultima is short by nature (νῆσος, ταῦτα). In all other cases it has the acute (φόβος, λελυκότος, τούτου).
a. Apparent exceptions are ὥστε, οὔτις, ἥδε (properly ἧδε). See 186.
b. A final syllable containing a vowel short by nature followed by ξ or ψ does not permit the acute to stand on the antepenult (οἰκοφύλαξ); but the circumflex may stand on the penult (κῆρυξ).
The ultima, if accented and short, has the acute (ποταμός); if accented and long, has either the acute (λελυκώς), or the circumflex (Περικλῆς).
When the ultima is long, the acute cannot stand on the antepenult, nor the circumflex on the penult. Thus, ἄνθρωπου and δῶρου are impossible.
When the ultima is short, a word, if accented
a. on the ultima, has the acute: σοφός.
b. on a short penult, has the acute: νόμος.
c. on a long penult, has the circumflex: δῶρον.
d. on the antepenult, has the acute: ἄνθρωπος.
When the ultima is long, a word, if accented
a. on the ultima, has the acute or the circumflex: ἐγώ, σοφῶς.
b. on the penult, has the acute: λέων, δαίμων.
Final -αι and -οι are regarded as short: μοῦσαι, βούλομαι, πρόπαλαι, ἄνθρωποι. But in the optative -αι and -οι are long (λύ̄σαι, βουλεύοι), as in contracted syllables. So also in the locative οἴκοι at home (but οἶκοι houses).
a. The difference in the quantitative treatment of -αι and -οι depends on an original difference of accentuation that may have vanished in Greek. -αι and -οι, when short, were pronounced with a clipped, or simple, tone; when long, with a drawled, or compound, tone.
The quantity of α, ι, υ (147) may often be learned from the accent. Thus, in θάλαττα, ἥμισυς, πῆχυς, δύναμις, μῆνις, the vowel of the last syllable must be short; in φίλος the ι must be short (otherwise φῖλος). Cp. 163.
Contraction.—If either of the syllables to be contracted had an accent, the contracted syllable has an accent. Thus:
a. A contracted antepenult has the acute: φιλεόμενος ῀ φιλούμενος.
b. A contracted penult has the circumflex when the ultima is short; the acute, when the ultima is long: φιλέουσι ῀ φιλοῦσι, φιλεόντων ῀ φιλούντων.
c. A contracted ultima has the acute when the uncontracted form was oxytone: ἑσταώς ῀ ἑστώς; otherwise, the circumflex: φιλέω ῀ φιλῶ.
N. 1.—A contracted syllable has the circumflex only when, in the uncontracted form, an acute was followed by the (unwritten) grave (155, 156). Thus, Περικλέὴς ῀ Περικλῆς, τῑμάὼ ῀ τῑμῶ. In all other cases we have the acute: φιλὲόντων ῀ φιλούντων, βεβὰώς ῀ βεβώς.
N. 2.—Exceptions to 171 are often due to the analogy of other forms (236 a, 264 e, 279 a, 290 c, 309 a).
If neither of the syllables to be contracted had an accent, the contracted syllable has no accent: φίλεε ῀ φίλει, γένεϊ ῀ γένει, περίπλοος ῀ περίπλους. For exceptions, see 236 b.
Crasis.—In crasis, the first word (as less important) loses its accent: τἀ̄γαθά for τὰ ἀγαθά, τἀ̄ν for τὰ ἐν, κἀ̄γώ for καὶ ἐγώ.
a. If the second word is a dissyllabic paroxytone with short ultima, it is uncertain whether, in crasis, the paroxytone remains or changes to properispomenon. In this book τοὔργον, τἄ̄λλα are written for τὸ ἔργον, τὰ ἄλλα; but many scholars write τοὖργον, τἆλλα.
Elision.—In elision, oxytone prepositions and conjunctions lose their accent: παρ᾽ (for παρὰ) ἐμοῦ, ἀλλ᾽ (for ἀλλὰ) ἐγώ. In other oxytones the accent is thrown back to the penult: πόλλ᾽ (for πολλὰ) ἔπαθον.
a. Observe that in πόλλ᾽ ἔπαθον the acute is not changed to the grave (154 a, 3). A circumflex does not result from the recession of the accent. Thus, φήμ᾽ (not φῆμ᾽) ἐγώ for φημὶ ἐγώ. τινά and ποτέ, after a word which cannot receive their accent (183 d), drop their accent: οὕτω ποτ᾽ ἦν.
Anastrophe (ἀναστροφή turning-back) occurs in the case of oxytone prepositions of two syllables, which throw the accent back on the first syllable.
a. When the preposition follows its case: τούτων πἐρι (for περὶ τούτων) about these things. No other preposition than περί follows its case in prose.
N. 1.—In poetry anastrophe occurs with the other dissyllabic prepositions (except ἀντί, ἀμφί, διά). In Homer a preposition following its verb and separated from it by tmesis (1650) also admits anastrophe (λούσῃ ἄπο for ἀπολούσῃ).
N. 2.—When the final vowel of the preposition is elided, the accent is dropped if no mark of punctuation intervenes: χερσὶν ὑφ᾽ ἡμετέρῃσιν B 374.
b. When a preposition stands for a compound formed of the preposition and ἐστί. Thus, πάρα for πάρεστι it is permitted, ἔνι for ἔνεστι it is possible (ἐνί is a poetic form of ἐν).
N.—In poetry, πάρα may stand for πάρεισι or πάρειμι; and ἄνα arise! up! is used for ἀνάστηθι. Hom. has ἔνι ῀ ἔνεισι.
When a short ultima of the nominative is lengthened in an oblique case
a. a proparoxytone becomes paroxytone: θάλαττα θαλάττης, ἄνθρωπος ἀνθρώπου.
b. a properispomenon becomes paroxytone: μοῦσα μούσης, δῶρον δώρον.
c. an oxytone becomes perispomenon in the genitive and dative of the second declension: θεός θεοῦ θεῷ θεῶν θεοῖς.
When, for a long ultima, a short ultima is substituted in inflection
a. a dissyllabic paroxytone (with penult long by nature) becomes properispomenon: λύ̄ω λῦε.
b. a polysyllabic paroxytone (with penult either long or short) becomes proparoxytone: παιδεύω παίδευε, πλέκω πλέκομεν.
In composition the accent is usually recessive (159) in the case of substantives and adjectives, regularly in the case of verbs: βάσις ἀνάβασις, θεός ἄθεος, λῦε ἀπόλῡε.
a. Proper names having the form of a substantive, adjective, or participle, usually change the accent: Ἔλπις (ἐλπίς), Γλαῦκος (γλαυκός), Γέλων (γελῶν).
b. Special cases will be considered under Declension and Inflection.
Ten monosyllabic words have no accent and are closely connected with the following word. They are called proclitics (from προκλί̄νω lean forward). They are:
The forms of the article beginning with a vowel (ὁ, ἡ, οἱ, αἱ); the prepositions ἐν, εἰς (ἐς), ἐξ (ἐκ); the conjunction εἰ if; ὡς as, that (also a preposition to); the negative adverb οὐ (οὐκ, οὐχ, 137).
A proclitic sometimes takes an accent, thus:
a. οὐ at the end of a sentence: φῄς, ἢ οὔ; do you say so or not? πῶς γὰρ οὔ; for why not? Also οὔ no standing alone.
b. ἐξ, ἐν, and εἰς receive an acute in poetry when they follow the word to which they belong and stand at the end of the verse:
out of evilsκακῶν ἔξ
c. ὡς as becomes ὥς in poetry when it follows its noun: θεὸς ὥς as a god. ὡς standing for οὕτως is written ὥς even in prose (οὐδ᾽ ὥς not even thus).
d. When the proclitic precedes an enclitic (183 e): ἔν τισι.
N.—ὁ used as a relative (for ὅς, 1105) is written ὅ. On ὅ demonstrative see 1114.
Enclitics (from ἐγκλί̄νω lean on, upon) are words attaching themselves closely to the preceding word, after which they are pronounced rapidly. Enclitics usually lose their accent. They are:
a. The personal pronouns μοῦ, μοί, μέ; σοῦ, σοί, σέ; οὗ, οἷ, ἕ, and (in poetry) σφίσι.
b. The indefinite pronoun τὶς, τὶ in all cases (including τοῦ, τῷ for τινός, τινί, but excluding ἄττα ῀ τινά); the indefinite adverbs πού (or ποθί), πῄ, ποί, ποθέν, ποτέ, πώ, πώς. When used as interrogatives these words are not enclitic (τίς, τί, ποῦ (or πόθι), πῇ, ποῖ, πόθεν, πότε, πῶ, πῶς).
c. All dissyllabic forms of the present indicative of εἰμί am and φημί say (i.e. all except εἶ and φῄς).
d. The particles γέ, τέ, τοί, πέρ; the inseparable -δε in ὅδε, τοσόσδε, etc.
N.—Enclitics, when they retain their accent, are called orthotone. See 187.
Also enclitic are the dialectic and poetical forms μεῦ, σέο, σεῦ, τοί, τέ, and τύ (accus. = σέ), ἕο, εὗ, ἕθεν, μίν, νίν, σφί, σφίν, σφέ, σφωέ, σφωί̄ν, σφέων, σφέας, σφά̆ς and σφᾶς, σφέα; also the particles νύ or νύν (not νῦν), Epic κέ (κέν), θήν, ῥά; and Epic ἐσσί, Ion. εἶς, thou art.
The accent of an enclitic, when it is thrown back upon the preceding word, always appears as an acute: θήρ τε (not θῆρ τε) from θήρ ¨ τέ.
The word preceding an enclitic is treated as follows:
a. An oxytone keeps its accent, and does not change an acute to a grave (154 a): δός μοι, καλόν ἐστι.
b. A perispomenon keeps its accent: φιλῶ σε, τῑμῶν τινων.
c. A proparoxytone or properispomenon receives, as an additional accent, the acute on the ultima: ἄνθρωπός τις, ἄνθρωποί τινες, ἤκουσά τινων; σῶσόν με, παῖδές τινες.
d. A paroxytone receives no additional accent: a monosyllabic enclitic loses its accent (χώρᾱ τις, φίλος μου), a dissyllabic enclitic retains its accent (χώρᾱς τινός, φίλοι τινές) except when its final vowel is elided (174 a).
N.—Like paroxytones are treated properispomena ending in ξ or ψ when followed by a dissyllabic enclitic: κῆρυξ ἐστί; and so probably κῆρυξ τις.
e. A proclitic (179) takes an acute: ἔν τινι, εἴ τινες.
Since an enclitic, on losing its accent, forms a part of the preceding word, the writing ἄνθρωπος τις would violate the rule (149) that no word can be accented on a syllable before the antepenult. A paroxytone receives no additional accent in order that two successive syllables may not have the acute (not φίλός ἐστιν).
When several enclitics occur in succession, each receives an accent from the following, only the last having no accent:
if ever any one saw an enemy anywhereεἴ πού τίς τινα ἴδοι ἐχθρόν
Sometimes an enclitic unites with a preceding word to form a compound (cp. Lat. -que, -ve), which is accented as if the enclitic were still a separate word. Thus, οὔτε (not οὖτε), ὥστε, εἴτε, καίτοι, οὗτινος, ᾧτινι, ὧντινων; usually περ (ἕσπερ); and the inseparable -δε in ὅδε, τούσδε, οἴκαδε; and -θε and -χι in εἴθε (poetic αἴθε), ναίχι. οὔτε, ᾧτινι, etc., are not real exceptions to the rules of accent (163, 164).
a. οἷός τε able is sometimes written οἷόστε. οὐκ οὖν is usually written οὔκουν not therefore , and not therefore? in distinction from οὐκοῦν therefore. ἐγώ γε and ἐμοί γε may become ἔγωγε, ἔμοιγε.
An enclitic retains its accent (is orthotone, cp. 181 N.):
a. When it is emphatic, as in contrasts: ἢ σοὶ ἢ τῷ πατρί σου either to you or to your father (ἐμοῦ, ἐμοί, ἐμέ are emphatic: εἰπὲ καὶ ἐμοί tell me too), and at the beginning of a sentence or clause: φημὶ γάρ I say in fact.
b. ἐστί is written ἔστι at the beginning of a sentence; when it expresses existence or possibility; when it follows οὐκ, μή, εἰ, ὡς, καί, ἀλλά (or ἀλλ᾽), τοῦτο (or τοῦτ᾽); and in ἔστιν οἵ some, ἔστιν ὅτε sometimes. Thus, εἰ ἔστιν οὕτως if it is so, τοῦτο δ ἔστι that which exists.
c.  After a word suffering elision: πολλοὶ δ᾽ εἰσίν (for δέ εἰσιν), ταῦτ᾽ ἐστί.
e. When a dissyllabic enclitic follows a paroxytone (183 d).
N. 1.—When they are used as indirect reflexives in Attic prose (1228), the pronouns of the third person οὗ and σφίσι are orthotone, οἷ is generally enclitic, while ἕ is generally orthotone.
N. 2.—After oxytone prepositions and ἕνεκα enclitic pronouns (except τὶς) usually keep their accent (ἐπὶ σοί, not ἐπί σοι; ἕνεκα σοῦ, not ἕνεκά σου; ἕνεκά του, not ἕνεκα τοῦ). ἐμοῦ, ἐμοί, ἐμέ are used after prepositions (except πρός με; and in the drama ἀμφί μοι).


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Super Simple Tasks has been updated!
If you’re using the Google Chrome extension, tasks will now automagically sync between multiple devices using your Google account.
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Deuteronomy 6:12
Then beware lest thou forget the LORD, which brought thee forth out of the land of Egypt, from the house of bondage.


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 2
Lemon and chilli add a kick to this super-simple fish dish. Once cooked, the fillets of the sea bream will easily pull away from the bones making it easy to serve – and eat.
Preheat the oven to 200C/400F/Gas 6.
For the baked sea bream, stuff the cavity of the fish with the garlic, red chilli, onion (or leek), parsley and half of the sliced lemon. Put the fish on a baking tray and place the remaining lemon slices and thyme leaves on top. Pour over the white wine, drizzle with olive oil and cover with aluminium foil.
Bake for 10-15 minutes (depending on the size of the fish), or until the fish is cooked through.
For the spinach, new potato and parsley salad, heat a pan of boiling water and cook the potatoes for 10-15 minutes. Drain and place into a large serving bowl.
Add the baby spinach and parsley. Stir and season to taste with salt and pepper.
In a small bowl, add the olive oil, white wine vinegar and Dijon mustard and whisk to combine. Pour the dressing over the salad just before serving.
To serve, place the whole sea bream on a serving dish and serve the salad alongside.


Honzi
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Music
/Banjo-Kazooie, Banjo-Tooie
Banjo Kazooie:
Bubblegloop Swamp
Clanker's Cavern
:
Deep Underwater
Click Clock Wood:
Nabnut's Storage
Freezeezy Peak
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Wozza's Cave
Furnace Fun
Gobi's Valley
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Pyramid
Lair
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Clanker's Cavern
Mad Monster Mansion
Mumbo's Mountain
Rusty Bucket Bay
Top
Treasure Trove Cove
Mad Monster Mansion
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Church
Graveyard
Mansion
Mumbo's Mountain
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Ticker's Tower
Paused
Rusty Bucket Bay
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Crew Quarters
Engineering
Warehouse
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Treasure Trove Cove
Banjo-Tooie:
Cloud Cuckooland
Glitter Gulch Mine
Grunty Industries
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Inside
Hailfire Peaks:
Fire
Hail
Isle o' Hags
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Grunty Industries
Hailfire Peaks
Jolly Roger's Lagoon
Mayahem Temple
Witchyworld
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Jolly Roger's Lagoon
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Atlantis
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|
BINGER
V1.0
Data Analysis Code Project for the External Target Facility, HIRFL-CSR, @IMP
|
A tool class to calibrate DC STRs using auto-calibration. A derived class of TASTRCalibDCArr, specifically for the right DC array arm. More...
#include <TASTRCalibDCArrR.h>
Public Member Functions | |
| TASTRCalibDCArrR (const string &rootfile="", TAMWDCArrayR *dcArrR=nullptr) | |
| virtual | ~TASTRCalibDCArrR () |
| Public Member Functions inherited from TASTRCalibDCArr | |
| TASTRCalibDCArr (const string &rootfile="", TAMWDCArray *dcArr=nullptr) | |
| virtual | ~TASTRCalibDCArr ()=0 |
| void | SetROOTFile (const string &rootfile) |
| void | SetMWDCArray (TAMWDCArray *dcArr) |
| void | SetIsBigStatistics (bool opt) |
| bool | IsBigStatistics () const |
| virtual void | ChiHistogramming (bool is3D) |
| is3D: whether to use 3D chi to fill the histograms More... | |
| virtual void | GenerateSTRCorFile (int round=0) |
Additional Inherited Members | |
| Static Public Member Functions inherited from TASTRCalibDCArr | |
| static void | ChiHistogramming (const string &rootfile, TAMWDCArray *dcArr, bool is3D=false, bool isBigSta=true) |
| static void | GenerateCalibFile (const string &rootfile, TAMWDCArray *dcArr, int round=0) |
| Protected Attributes inherited from TASTRCalibDCArr | |
| TAMWDCArray * | fDCArr |
| string | fROOTFile |
| bool | fIsBigStatistics |
| Static Protected Attributes inherited from TASTRCalibDCArr | |
| static const int | nr = TAAnodePara::kSTRCorRNBins |
| parameters for STR correction binning, from class TAAnodePara More... | |
| static const double | rmx = TAAnodePara::kSTRCorRMax |
| maximum drift distance More... | |
| static const int | nAng = TAAnodePara::kSTRCorAngleNBins |
| number of bins for track-drift_cell angle More... | |
| static const double | rstep = TAAnodePara::kSTRCorRStep |
| bin width of drfit distance More... | |
A tool class to calibrate DC STRs using auto-calibration. A derived class of TASTRCalibDCArr, specifically for the right DC array arm.
| TASTRCalibDCArrR::TASTRCalibDCArrR | ( | const string & | rootfile = "" , |
| TAMWDCArrayR * | dcArrR = nullptr |
||
| ) |
|
virtual |


Perform Motif and amino acid bias classification of hydroxyproline rich glycoproteins according to Johnson et al. (2017)
maab(data, ...) # S3 method for character maab(data, ...) # S3 method for data.frame maab(data, sequence, id, ...) # S3 method for list maab(data, ...) # S3 method for default maab( data = NULL, sequence, id, order = c("ext", "tyr", "prp", "agp"), gpi = NULL, get_gpi = c("bigpi", "predgpi", "netgpi", "none"), spec = 0.99, progress = FALSE, ... ) # S3 method for AAStringSet maab(data, ...)
| data | A data frame with protein amino acid sequences as strings in one column and corresponding id's in another. Alternatively a path to a .fasta file with protein sequences. Alternatively a list with elements of class |
|---|---|
| ... | currently no additional arguments are accepted apart the ones documented bellow. |
| sequence | A vector of strings representing protein amino acid sequences, or the appropriate column name if a data.frame is supplied to data argument. If .fasta file path, or list with elements of class "SeqFastaAA" provided to data, this should be left blank. |
| id | A vector of strings representing protein identifiers, or the appropriate column name if a data.frame is supplied to data argument. If .fasta file path, or list with elements of class "SeqFastaAA" provided to data, this should be left blank. |
| order | Order of motif counting, the default is as in Johnson et al. (2017). |
| gpi | A Boolean vector indicating if the corresponding id contains a GPI or not. Can be the 'is.bigpi' column from the output of get_big_pi. |
| get_gpi | A string indicating if |
| spec | Numeric in the 0-1 range, indicating the threshold specificity of |
| progress | Boolean, whether to show the progress bar, at default set to FALSE. |
A data frame with columns:
id protein identifiers as from input
ext_sp number of extensin SPn motifs, counted using SP3,5
ext_tyr number of extensin TYR motifs, sum of matches for: [FY].Y, KHY, VY[HKDE], V.Y, YY
prp number of proline rich protein motifs, sum of matches for: PPV.[KT], PPV[QK], KKPCPP
agp number of arabinogalactan motifs, sum of matches for: [AVTG]P1,3, [ASVTG]P1,2
past_percent summed percent of "P", "A", "S" and "T" amino acids
pvyk_percent summed percent of "P", "V", "Y" and "K" amino acids
psky_percent summed percent of "P", "S", "K" and "Y" amino acids
p_percent percent of "P"
coverage the coverage of sequence by the identified motifs
maab_class determined maab class
The function provides motif and amino acid bias descriptors used for classification of HRGP's by the MAAB pipeline (Johnson et al. 2017) as well as the determined HRGP classes. The motifs are counted in a specific order ext > tyr > prp > agp, and overlapping motifs are not counted. Hence the classification depends on the order of counting, this is most noticeable for tyr and prp, we recommend using both the default order and 'order = c("ext", "prp","tyr", "agp")'.
Johnson KL, Cassin AM, Lonsdale A, Bacic A, Doblin MS, Schultz CJ. (2017) Pipeline to Identify Hydroxyproline-Rich Glycoproteins. Plant Physiol 174(2): 886-903.
library(ragp) data(at_nsp) maab_class <- maab(sequence = at_nsp$sequence, id = at_nsp$Transcript.id) head(maab_class)#> id ext_sp ext_tyr prp agp past_percent pvyk_percent psky_percent #> 1 ATCG00660.1 0 1 0 0 18.80342 14.52991 17.94872 #> 2 AT2G43600.1 0 6 0 4 21.61172 23.44322 26.73993 #> 3 AT2G28410.1 0 0 0 4 37.39130 18.26087 22.60870 #> 4 AT2G22960.1 0 0 0 3 23.91304 17.93478 23.36957 #> 5 AT2G19580.1 0 1 0 2 22.96296 21.85185 18.88889 #> 6 AT2G19690.2 0 0 0 0 20.94595 20.94595 19.59459 #> p_percent coverage maab_class #> 1 0.000000 0.02564103 0 #> 2 3.663004 0.08791209 0 #> 3 7.826087 0.06956522 0 #> 4 5.434783 0.03260870 0 #> 5 4.074074 0.02592593 0 #> 6 2.702703 0.00000000 0


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Hurricane Season is here and the time to prepare is now! Don’t find yourself waiting until the last minute to get your supplies together. After Hurricane Harvey last year, we know we should be taking extra precautions to protect our homes and our family. Mark your calendars for June 16 at the American Bank Center from 10 am to 3 pm. Until then, take a look around for ways you can get prepared today, see what City departments were busy doing to prepare and recover after Harvey, and take a trip back to the 70s to see what we hope never comes back to Corpus Christi.
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ESAN Shipping and Security company is a private, ultra-secure shipping, security and storage facility. We are the only unique private shipping and vault facility. We offer private safe deposit boxes, customized storage lockers and mini-vaults for lease inside our facility. For many individuals, corporate bodies and non-government, accepting physical delivery of valuable assets can cause anxiety and concerns with regards to safety and can be disheartening. we offer an alternative, safe and managed storage solution for these assets. It is our concern therefore to ensure our customers know that their valuable assets are highly protected with modern, high-security storage facilities. Our facilities are fully-segregated and insured.
Our ServicesBrisk Shipping and Security Company recognizes that true service goes beyond safeguarding your precious metals, but also to securing your peace of mind.
Vault and customer details are kept confidential and not made available to any third party agency. We maintain strict privacy policies regarding all our clients
With our real-time tracking algorithms you can monitor valuables deposited in our vault and track them in real time when in transit.
Speed and reliability is our hallmark. You can count on our services for secure and fast delivery of your goods, and we continue to grow with the help of more than 20,000 people in our global network
Company HistoryWe work in partnership with the world’s largest airlines, operating around the clock to provide Air Freight services all over the world, and carrying huge loads of cargo to every destination with effective communication systems and security.
Realizing the increased need for shipping services using Sea Freight, ESAN Shipping And Security Company can provide you cost-effective ways and smooth process to deliver your goods to any port of the world.
We secure and safeguard your valuable mineral and assets with strict surveillance and adequate real time monitoring.We know that you care about your belongings and want the best self storage value, security, and protection. We provide just that.
Our warehousing services are a proven way to help businesses grow sales and improve profits by enhancing service, reducing fixed costs and improving overall efficiency by providing world-class distribution and warehousing services
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ESAN Shipping and Security Company has a dedicated, fully monitored and temperature controlled service for volumes of Less-than-Truckload (LTL).We secure and safeguard your valuable mineral assets with strict surveillance and adequate real-time vault monitoring.


Map of Arizona State Meridians
Here be some info
API Number
State Permit
County
Apache
Cochise
Coconino
Gila
Graham
Greenlee
La Paz
Maricopa
Mohave
Navajo
Pima
Pinal
Santa Cruz
Yavapai
Yuma
Field Name
Township
Range
Section
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Operator
Well Name
Well Status
D = Dry hole
G = Gas well, producing
GP = Gas well, plugged and abandoned
GS = Gas well, shut in
HN = Helium well, completed, plugged and abandoned, no production record
HP = Helium well, completed, plugged and abandoned, production record
HS = Helium well, completed, shut in
JA = Test hole, junked and abandoned
O = Oil well, producing
OP = Oil well, plugged and abandoned
OS = Oil well, shut in
OW = Oil well, converted to salt-water disposal
PW = Salt-water disposal well, plugged and abandoned
S = Stratigraphic test
SA = Salt-mining well, plugged and abandoned
SL = Storage well, liquefied petroleum gas
SP = Storage well, liquefied petroleum gas, plugged and abandoned
TA = Test well, temporarily abandoned
TD = Geothermal well, dry, plugged and abandoned
TP = Geothermal; gradient well, plugged and abandoned
WW = Water well
Formation at Total Depth


Tests whether filter effects are supported.
If a rounded rect with 'SVG' is embossed and dropshadowed, the test passes.


Fullstack Developer
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Hi! I'm Billy (known as JustBillyH online), and I am a fullstack developer from the United
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Fast, open and free-to-use Dashboard for your ROBLOX game.!
Languages: HTML, LUA, JS
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This site is 10x better with Javascript on.


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Chemistry
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hornblende
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HM Land Registry Price Paid Data
Summary
Price Paid Data tracks the residential property sales in England and Wales that are lodged with HM Land Registry for registration.
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Additional information
We try to make sure that our public data is accurate, but cannot guarantee that it is free from errors or fit for your purpose or use. Reports are based on data collected at the time a property transaction is registered with us and will not necessarily be up to date with the most recent information. For more information, read https://www.gov.uk/government/statistical-data-sets/price-paid-data-downloads#when-using-or-publishing-our-price-paid-data
Supporting documentation
| Document link | Format | Date added |
|---|---|---|
| Table legends and figures | 02 February 2017 | |
| Annual report 2015 | 10 April 2016 |


Bug summary:
The token does not appear when assigned a random seed
Observed Behavior (a description of what happened with the app):
When creating a random seed token, the token does not appear in the token list.
Expected Behavior (a description of what you expected to happen):
The name of the token will appear on the main menu page
Steps to Reproduce (the steps to reproduce the problem):
1. Open the application
2. Select the three dots in the upper-right corner
3. Select "Add Token"
4. Add a name to the token
5. Select "Next>"
6. Select the "Generate Random Seed" option
7. Select "Complete"
Additional information:
Attachments:


{% extends 'base.html' %} {% block title %}Password change{% endblock %} {% block content %}
Your password was changed.


--- layout: post title: 'Get #Revit Beam System Members with #DynamoBIM' date: '2016-06-15T08:09:00.001-07:00' author: JohnP tags: - structure - DynamoBIM - python - Revit - rhythm modified_time: '2016-06-15T08:09:40.946-07:00' thumbnail: https://lh3.googleusercontent.com/-sIF8Ezvaf9Y/V2FvtHbOd-I/AAAAAAAABIk/ah7HJgwfki4/s72-c/StructuralBeamSystems.Members_thumb%25255B1%25255D.png?imgmax=800 blogger_id: tag:blogger.com,1999:blog-8275462422374771907.post-8644355979735748515 blogger_orig_url: http://sixtysecondrevit.blogspot.com/2016/06/get-revit-beam-system-members-with.html ---
A question came up at my firm recently regarding how to quantify the amount of beams a beam system contains in Revit. Currently, this is not easily accessible through the UI, but luckily there is an API method for obtaining the members of the system.
This is where Dynamo and python come into play.
This node is now in Rhythm, enjoy!
-johnP


Welcome to the Student Learning Space (SLS) Student Playing Space, a centrally-managed Ministry of Education platform to provide quality online Teaching and Learning resources to its users.
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Pythagoras' Theorem is defined as a2+b2=c2
The chemical formula for water is H20
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51 | 1x
| export const experienceList = [
{
name: 'Hack the North',
role: 'Frontend Developer',
color: '#7bbec1',
bgImgSource: '/img/experience/htn.jpg',
logoImgSource: '/img/experience/htn_logo.png',
desc: 'I\'m working as a developer to create engaging user experiences and interfaces for Canada\'s largest hackathon with over 1000 attendees and thousands more applicants and users.'
},
{
name: 'Equithon',
role: 'Junior Co-Chair & Development Lead',
color: '#4D55C3',
bgImgSource: '/img/experience/equithon_bg.jpg',
logoImgSource: '/img/experience/equithon_logo.png',
desc: 'I\'m responsible for executive decisions as a co-chair, and I\'m working closely with all team leads to improve upon last year\'s Equithon. As well, I\'m directing the team of developers that are handling all technical aspects of the event in 2019, along with contributing significant code working as part of said team.'
},
{
name: 'Flipp Corp.',
role: 'Software Engineer - Item Data Platform',
color: '#46CEF9',
bgImgSource: '/img/experience/flipp_bg.jpg',
logoImgSource: '../img/experience/flipp_logo.png',
desc: 'I migrated key systems from a monolith structure to a Ruby & Scala microservice architecture, as well as assisted in improving existing services by adding bug fixes, error detection, and schema validation. I also owned the development of a brand new microservice used in production to monitor, compare, and analyze the effectiveness of both legacy and microservice architectures.'
},
{
name: 'TEDxUW',
role: 'Logistics Manager & Developer',
color: '#D43F35',
bgImgSource: '/img/experience/tedx_bg.jpg',
logoImgSource: '/img/experience/tedx_logo.png',
desc: 'I\'m part of the executive team coordinating the logistics of the 2019 event, with ambitions to push the event to over 700 attendees. As part of my position, I work closely with other teams to flesh out an event breakdown and smoothly integrate the results of their work into a cohesive event. As well, I\'m also the sole developer on the volunteer and event app for the event.'
},
{
name: 'Waterloop',
role: 'Sponsorship Associate & Developer',
color: '#F5D816',
bgImgSource: '/img/experience/wloop_bg.png',
logoImgSource: '/img/experience/wloop_logo.png',
desc: 'I\'m working to secure vital sponsorship funds that power the rest of the team. Waterloop is especially reliant on sponsorship to be self-sufficient compared to many other teams that are backed by large organizations or schools. I\'m also working closely with the Web team to rework Waterloop\'s official website.'
},
{
name: 'Equithon',
role: 'Developer & Operations Coordinator',
color: '#4D55C3',
bgImgSource: '/img/experience/equithon_bg.jpg',
logoImgSource: '/img/experience/equithon_logo.png',
desc: 'I was in charge of logistics for the 2018 event, and had the task of scaling up the event to accommodate a 400% increase in the number of attendees while working closely with other members of the team. In addition, I developed the official volunteer app for the event, which was used by all volunteers to keep track of the details of each attendee and interact with the database to track statistics and accurate up-to-date event information.'
},
]
|


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Note
SQLSoup will no longer be included with SQLAlchemy as of 0.8. Look for a third party project replicating its functionality soon.
SqlSoup provides a convenient way to access existing database tables without having to declare table or mapper classes ahead of time. It is built on top of the SQLAlchemy ORM and provides a super-minimalistic interface to an existing database.
SqlSoup effectively provides a coarse grained, alternative interface to working with the SQLAlchemy ORM, providing a “self configuring” interface for extremely rudimental operations. It’s somewhat akin to a “super novice mode” version of the ORM. While SqlSoup can be very handy, users are strongly encouraged to use the full ORM for non-trivial applications.
Suppose we have a database with users, books, and loans tables (corresponding to the PyWebOff dataset, if you’re curious).
Creating a SqlSoup gateway is just like creating an SQLAlchemy engine:
>>> from sqlalchemy.ext.sqlsoup import SqlSoup
>>> db = SqlSoup('sqlite:///:memory:')
or, you can re-use an existing engine:
>>> db = SqlSoup(engine)
You can optionally specify a schema within the database for your SqlSoup:
>>> db.schema = myschemaname
Loading objects is as easy as this:
>>> users = db.users.all()
>>> users.sort()
>>> users
[
MappedUsers(name=u'Joe<EMAIL_ADDRESS>password=u'student',classname=None,admin=0),
MappedUsers(name=u'Bhargan<EMAIL_ADDRESS>password=u'basepair',classname=None,admin=1)
]
Of course, letting the database do the sort is better:
>>> db.users.order_by(db.users.name).all()
[
MappedUsers(name=u'Bhargan<EMAIL_ADDRESS>password=u'basepair',classname=None,admin=1),
MappedUsers(name=u'Joe<EMAIL_ADDRESS>password=u'student',classname=None,admin=0)
]
Field access is intuitive:
>>> users[0].email
<EMAIL_ADDRESS>Of course, you don’t want to load all users very often. Let’s add a WHERE clause. Let’s also switch the order_by to DESC while we’re at it:
>>> from sqlalchemy import or_, and_, desc
>>> where = or_(db.users.name=='Bhargan Basepair'<EMAIL_ADDRESS>>>> db.users.filter(where).order_by(desc(db.users.name)).all()
[
MappedUsers(name=u'Joe<EMAIL_ADDRESS>password=u'student',classname=None,admin=0),
MappedUsers(name=u'Bhargan<EMAIL_ADDRESS>password=u'basepair',classname=None,admin=1)
]
You can also use .first() (to retrieve only the first object from a query) or .one() (like .first when you expect exactly one user – it will raise an exception if more were returned):
>>> db.users.filter(db.users.name=='Bhargan Basepair').one()
MappedUsers(name=u'Bhargan<EMAIL_ADDRESS>password=u'basepair',classname=None,admin=1)
Since name is the primary key, this is equivalent to
>>> db.users.get('Bhargan Basepair')
MappedUsers(name=u'Bhargan<EMAIL_ADDRESS>password=u'basepair',classname=None,admin=1)
This is also equivalent to
>>> db.users.filter_by(name='Bhargan Basepair').one()
MappedUsers(name=u'Bhargan<EMAIL_ADDRESS>password=u'basepair',classname=None,admin=1)
filter_by is like filter, but takes kwargs instead of full clause expressions. This makes it more concise for simple queries like this, but you can’t do complex queries like the or_ above or non-equality based comparisons this way.
Modifying objects is intuitive:
>>> user = _
>>> user.email =<EMAIL_ADDRESS>>>> db.commit()
(SqlSoup leverages the sophisticated SQLAlchemy unit-of-work code, so multiple updates to a single object will be turned into a single UPDATE statement when you commit.)
To finish covering the basics, let’s insert a new loan, then delete it:
>>> book_id = db.books.filter_by(title='Regional Variation in Moss').first().id
>>> db.loans.insert(book_id=book_id, user_name=user.name)
MappedLoans(book_id=2,user_name=u'Bhargan Basepair',loan_date=None)
>>> loan = db.loans.filter_by(book_id=2, user_name='Bhargan Basepair').one()
>>> db.delete(loan)
>>> db.commit()
You can also delete rows that have not been loaded as objects. Let’s do our insert/delete cycle once more, this time using the loans table’s delete method. (For SQLAlchemy experts: note that no flush() call is required since this delete acts at the SQL level, not at the Mapper level.) The same where-clause construction rules apply here as to the select methods:
>>> db.loans.insert(book_id=book_id, user_name=user.name)
MappedLoans(book_id=2,user_name=u'Bhargan Basepair',loan_date=None)
>>> db.loans.delete(db.loans.book_id==2)
You can similarly update multiple rows at once. This will change the book_id to 1 in all loans whose book_id is 2:
>>> db.loans.update(db.loans.book_id==2, book_id=1)
>>> db.loans.filter_by(book_id=1).all()
[MappedLoans(book_id=1,user_name=u'Joe Student',
loan_date=datetime.datetime(2006, 7, 12, 0, 0))]
Occasionally, you will want to pull out a lot of data from related tables all at once. In this situation, it is far more efficient to have the database perform the necessary join. (Here we do not have a lot of data but hopefully the concept is still clear.) SQLAlchemy is smart enough to recognize that loans has a foreign key to users, and uses that as the join condition automatically:
>>> join1 = db.join(db.users, db.loans, isouter=True)
>>> join1.filter_by(name='Joe Student').all()
[
MappedJoin(name=u'Joe<EMAIL_ADDRESS>password=u'student',classname=None,admin=0,book_id=1,
user_name=u'Joe Student',loan_date=datetime.datetime(2006, 7, 12, 0, 0))
]
If you’re unfortunate enough to be using MySQL with the default MyISAM storage engine, you’ll have to specify the join condition manually, since MyISAM does not store foreign keys. Here’s the same join again, with the join condition explicitly specified:
>>> db.join(db.users, db.loans, db.users.name==db.loans.user_name, isouter=True)
<class 'sqlalchemy.ext.sqlsoup.MappedJoin'>
You can compose arbitrarily complex joins by combining Join objects with tables or other joins. Here we combine our first join with the books table:
>>> join2 = db.join(join1, db.books)
>>> join2.all()
[
MappedJoin(name=u'Joe<EMAIL_ADDRESS>password=u'student',classname=None,admin=0,book_id=1,
user_name=u'Joe Student',loan_date=datetime.datetime(2006, 7, 12, 0, 0),
id=1,title=u'Mustards I Have Known',published_year=u'1989',
authors=u'Jones')
]
If you join tables that have an identical column name, wrap your join with with_labels, to disambiguate columns with their table name (.c is short for .columns):
>>> db.with_labels(join1).c.keys()
[u'users_name', u'users_email', u'users_password',
u'users_classname', u'users_admin', u'loans_book_id',
u'loans_user_name', u'loans_loan_date']
You can also join directly to a labeled object:
>>> labeled_loans = db.with_labels(db.loans)
>>> db.join(db.users, labeled_loans, isouter=True).c.keys()
[u'name', u'email', u'password', u'classname',
u'admin', u'loans_book_id', u'loans_user_name', u'loans_loan_date']
You can define relationships on SqlSoup classes:
>>> db.users.relate('loans', db.loans)
These can then be used like a normal SA property:
>>> db.users.get('Joe Student').loans
[MappedLoans(book_id=1,user_name=u'Joe Student',
loan_date=datetime.datetime(2006, 7, 12, 0, 0))]
>>> db.users.filter(~db.users.loans.any()).all()
[MappedUsers(name=u'Bhargan Basepair',
<EMAIL_ADDRESS>password=u'basepair',classname=None,admin=1)]
relate can take any options that the relationship function accepts in normal mapper definition:
>>> del db._cache['users']
>>> db.users.relate('loans', db.loans, order_by=db.loans.loan_date, cascade='all, delete-orphan')
Note: please read and understand this section thoroughly before using SqlSoup in any web application.
SqlSoup uses a ScopedSession to provide thread-local sessions. You can get a reference to the current one like this:
>>> session = db.session
The default session is available at the module level in SQLSoup, via:
>>> from sqlalchemy.ext.sqlsoup import Session
The configuration of this session is autoflush=True, autocommit=False. This means when you work with the SqlSoup object, you need to call db.commit() in order to have changes persisted. You may also call db.rollback() to roll things back.
Since the SqlSoup object’s Session automatically enters into a transaction as soon as it’s used, it is essential that you call commit() or rollback() on it when the work within a thread completes. This means all the guidelines for web application integration at Lifespan of a Contextual Session must be followed.
The SqlSoup object can have any session or scoped session configured onto it. This is of key importance when integrating with existing code or frameworks such as Pylons. If your application already has a Session configured, pass it to your SqlSoup object:
>>> from myapplication import Session
>>> db = SqlSoup(session=Session)
If the Session is configured with autocommit=True, use flush() instead of commit() to persist changes - in this case, the Session closes out its transaction immediately and no external management is needed. rollback() is also not available. Configuring a new SQLSoup object in “autocommit” mode looks like:
>>> from sqlalchemy.orm import scoped_session, sessionmaker
>>> db = SqlSoup('sqlite://', session=scoped_session(sessionmaker(autoflush=False, expire_on_commit=False, autocommit=True)))
SqlSoup can map any SQLAlchemy Selectable with the map method. Let’s map an expression.select() object that uses an aggregate function; we’ll use the SQLAlchemy Table that SqlSoup introspected as the basis. (Since we’re not mapping to a simple table or join, we need to tell SQLAlchemy how to find the primary key which just needs to be unique within the select, and not necessarily correspond to a real PK in the database.):
>>> from sqlalchemy import select, func
>>> b = db.books._table
>>> s = select([b.c.published_year, func.count('*').label('n')], from_obj=[b], group_by=[b.c.published_year])
>>> s = s.alias('years_with_count')
>>> years_with_count = db.map(s, primary_key=[s.c.published_year])
>>> years_with_count.filter_by(published_year='1989').all()
[MappedBooks(published_year=u'1989',n=1)]
Obviously if we just wanted to get a list of counts associated with book years once, raw SQL is going to be less work. The advantage of mapping a Select is reusability, both standalone and in Joins.
An easy way to save mapped selectables like this is to just hang them on your db object:
>>> db.years_with_count = years_with_count
Python is flexible like that!
SqlSoup works fine with SQLAlchemy’s text construct, described in Using Text. You can also execute textual SQL directly using the execute() method, which corresponds to the execute() method on the underlying Session. Expressions here are expressed like text() constructs, using named parameters with colons:
>>> rp = db.execute('select name, email from users where name like :name order by name', name='%Bhargan%')
>>> for name, email in rp.fetchall(): print name, email
Bhargan Basepair<EMAIL_ADDRESS>Or you can get at the current transaction’s connection using connection(). This is the raw connection object which can accept any sort of SQL expression or raw SQL string passed to the database:
>>> conn = db.connection()
>>> conn.execute("'select name, email from users where name like ? order by name'", '%Bhargan%')
You can load a table whose name is specified at runtime with the entity() method:
>>> tablename = 'loans'
>>> db.entity(tablename) == db.loans
True
entity() also takes an optional schema argument. If none is specified, the default schema is used.
Represent an ORM-wrapped database resource.
Initialize a new SqlSoup.
| Parameters: |
|
|---|
Synonym for SqlSoup.expunge_all().
Commit the current transaction.
See Session.commit().
Return the current Connection in use by the current transaction.
Mark an instance as deleted.
Return the named entity from this SqlSoup, or create if not present.
For more generalized mapping, see map_to().
Execute a SQL statement.
The statement may be a string SQL string, an expression.select() construct, or an expression.text() construct.
Remove an instance from the Session.
See Session.expunge().
Flush pending changes to the database.
See Session.flush().
Create an expression.join() and map to it.
The class and its mapping are not cached and will be discarded once dereferenced (as of 0.6.6).
| Parameters: |
|
|---|
Map a selectable directly.
The class and its mapping are not cached and will be discarded once dereferenced (as of 0.6.6).
| Parameters: |
|
|---|
Configure a mapping to the given attrname.
This is the “master” method that can be used to create any configuration.
(new in 0.6.6)
| Parameters: |
|
|---|
Rollback the current transction.
See Session.rollback().
Map a selectable directly, wrapping the selectable in a subquery with labels.
The class and its mapping are not cached and will be discarded once dereferenced (as of 0.6.6).
| Parameters: |
|
|---|


If one of the cards has all three battle icons, do I still put the others into my hand?
Yes. The cards will all be put into your hand if their combined battle icons include at least one white, one blue, and one orange.
What happens if I play this with 1 or 2 cards left in my deck?
You’ll reveal the remaining cards of your deck, then reshuffle your scrap pile. Then reveal cards from the top of your deck until you’ve revealed 3 total cards. Then put them into your hand or scrap pile, depending on their battle icons.


WQMY
Podcast - Bethel Church, Fargo, ND
Bethel Church, Fargo, ND. Navigate. This Week · Service Times and Directions .
http://www.bethelfc.com/podcast
Meet Our Elders - Bethel Church, Fargo, ND
Meet Our Elders. The elders of Bethel Church serve as the spiritual leaders for .
http://www.bethelfc.com/about/elders
Care Ministries - Bethel Church, Fargo, ND
Care Ministries. Imagine a place where you are made to feel safe, where you .
http://www.bethelfc.com/ministries/care-ministries
Contents |
[good boy the movie ebay] History
Messages - Bethel Church, Fargo, ND
Subscribe. Subscribe using iTunes; Subscribe using RSS; Subscribe by email .
http://www.bethelfc.com/?post_type=mm_cpt_message
Awana - Bethel Church, Fargo, ND
Awana at Bethel is a fun and meaningful way for kids and parents to grow in .
http://www.bethelfc.com/ministries/bethel-kids/awana
FM Power Lunch - Bethel Church, Fargo, ND
FM Power Lunch. Billboard - FM PowerLunch. Give | Gather | Grow. Inspiring .
http://www.bethelfc.com/powerlunch
Men - Bethel Church, Fargo, ND
Bethel Church, Fargo, ND. Navigate. This Week · Service Times and Directions .
http://www.bethelfc.com/ministries/men
Bethel Church, Fargo, ND: Home
Church history and leadership biographies, ministry descriptions, news, and audio sermons with notes.
http://www.bethelfc.com/
Online Calendar - Bethel Church, Fargo, ND
Online Calendar. Lots of great things are happening around Bethel.
http://www.bethelfc.com/whats-happening/ministry-calendar
Service Times and Directions - Bethel Church, Fargo, ND
Service Times and Directions. Worship Service. Please join us for one of our .
http://www.bethelfc.com/services
Weddings - Bethel Church, Fargo, ND
Bethel Church, Fargo, ND. Navigate. This Week · Service Times and Directions .
http://www.bethelfc.com/ministries/care-ministries/weddings
College Mission - Bethel Church, Fargo, ND
College Mission at Bethel exists to challenge students to live, love and lead .
http://www.bethelfc.com/college
About Bethel Class - Bethel Church, Fargo, ND
This single-session class is a great way to learn more about Bethel Church.
http://www.bethelfc.com/about/aboutbethelclass
Bethel Church in Fargo, ND | 2702 30th Ave S, Fargo, ND
Bethel Church in Fargo, ND -- Map, Phone Number, Reviews, Photos and Video Profile for Fargo Bethel Church. Bethel Church appears in: Churches.
http://www.superpages.com/bp/Fargo-ND/Bethel-Evangelical-Free-Church-L0138818093.htm
Bethel Kids - Birth to 6th grade - Bethel Church, Fargo, ND
Bethel Kids Birth to 6th grade. Children - Kids Sideways God has given our .
http://www.bethelfc.com/ministries/bethel-kids
Adult Bible Fellowships (ABF) - Bethel Church, Fargo, ND
These Adult Bible Fellowships (ABFs) provide a context to make friends, learn .
http://www.bethelfc.com/ministries/adult-bible-fellowships
[clanton malphus hodges vet] Digital channels
| Channel | Name | large maps of michigan | associated master inspectors portland or | Programming |
|---|---|---|---|---|
| 53.1 | bethel church fargo nd DT | quiet life blog grey haze | samsung mythic drivers modem | Main bethel church fargo nd programming / MyNetworkTV |
| 53.2 | WOLF DT | electric specialty vehicles for disablities | zip code ook up | Simulcast of principios de derecho constitucional |
| 53.3 | WSWB DT | 480i | 4:3 | Simulcast of photos 50 calaber rifle wind runner |
Inclement Weather Updates - Bethel Church, Fargo, ND
Inclement Weather Updates. We will always have the latest information and .
http://www.bethelfc.com/weather
[good eats power bars] References
[cannot connect to wired network] External links
- bo diddley home page
- mineral development act au
- reinstalling operating system on a dell
- 11hp agway lawn mower
- mobile oil change bussiness
- veronique at longwood towers
|
|


Expense List
-- Month--
January
February
March
April
May
June
July
August
September
October
November
December
-- Year --
2010
2011
2012
2013
2014
2015


SEVEN YEAR ITCH
March 1976 at the LLT Armory Building Playhouse
Director - Ginger Everitt
Assistant Director / Stage Manager - Gussie Shoemaker
THE CAST
Richard Sherman - Richard McGinnis
Helen Sherman - Mary Anne Duncan
Ricky - Ric Duncan
Miss Morris - Greta McBride
Elaine - Mary Linda Lasley
Marie 'Whatever-Her-Name-Was' - Eva Ann Perkins
The GIrl - Sandra Clark
Dr. Brubaker - Carey Smith
Tom MacKenzie - John Sumrall
The Voice of Richard's Conscience - Dana Walker
The Voice of The Girl's Conscience - Billie McBride


Home
About
Hi there, I'm Toby from Unusual Symphony!
Stay tuned to this website to see my upcoming work about disney and The Force Awakens!!


Ad 1
Claims to be intrested in web development
A lion has been seen roaming the empty science library on campus. The police, noticing the intrusion, approached the lion and asked what was his business there. The lion replied that he was attempting to learn web development, and that he found the programming portions rather interesting, but the task of laying out web page most frustrating.
A new, very efficient algorithm enables fast scene rendering
Ray-tracing is a technique for scene rendering in which the light rays that fall into an observer's eyes are retraced, so to say, in the reverse direction, to reconstruct exactly what the view would have been. This is a daunting process, because when encoutering solid bodies, light is scattered, and so the ray tracing must chase the many possible backwards paths of such scattering. Professor de Alfaro recently claimed to have invented a new, far more efficient algorithm, one that works in microseconds regardless of the dimension or complexity of the scene. "There are a few restrictions," he added, "and for the moment our new technique is applicable only to closed environments in which the integral of the luminous flux is zero across any closed surface." The contribution is currently undergoing peer review.
Ad 1
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[1]
you will need a car if you are staying for longer than a day or two to capacity.
[2]
you will need a car if you are staying for longer than a day or two to access restaurants.


I am very curious, optimistic, love technology, just want to keep it simple and stay happy. I'm honoured to have amazing people in my life.
‘The Great Man … is colder, harder, less hesitating, and without respect and without the fear of “opinion”; he lacks the virtues that accompany respect and “respectability”, and altogether everything that is the “virtue of the herd”. If he cannot lead, he goes alone. … He knows he is incommunicable: he finds it tasteless to be familiar. … When not speaking to himself, he wears a mask. There is a solitude within him that is inaccessible to praise or blame.’
- Friedrich Nietzsche, The Will to Power
Got something to say? arshjethi[at]protonmail.com


@require('../../base_components/header.html', {"title": "Get Started - Oppia"})
Welcome to Oppia
Get Electrified!
Programming with Carla
Get Started
@require('../footer_js_libs.html')


Data Processing
/**
* Fetch data at the given URL. Returns a promise that resolves with the data.
* Simulates random network latency up to 4 seconds.
*/
function fetch(url) {
return new Promise((resolve) => {
setTimeout(
() =>
resolve({
designId: 1,
shapes: [
{ shapeId: 'basic-square', color: { r: 255, g: 255, b: 255 } },
{ shapeId: 'basic-circle', color: { r: 255, g: 255, b: 255 } },
{ shapeId: 'basic-diamond', color: { r: 255, g: 0, b: 0 } },
{ shapeId: 'basic-rectangle', color: { r: 0, g: 255, b: 0 } }
]
}),
Math.random() * 400
)
})
}
/**
* Problem: Fetch 10 designs with the urls `design/1` through to `design/10`.
* Then calculate the `averageColor` of each design, based on the colours in the shapes in the shapes array.
*/
const designsWithAverageColour = []
const coloursFromShapes = (shapes) => shapes.map((shape) => shape.color)
const sumRGB = (rgbArray) =>
rgbArray.reduce(
(acc, color) => ({
r: acc?.r + color.r,
g: acc?.g + color.g,
b: acc?.b + color.b
}),
{ r: 0, g: 0, b: 0 }
)
const averageRGB = (sum, length) => ({
r: sum.r / length,
g: sum.g / length,
b: sum.b / length
})
const getAverageColourFromShapes = (shapes) => {
const colours = coloursFromShapes(shapes)
const sum = sumRGB(colours)
return averageRGB(sum, shapes.length)
}
const addAverageColourToDesign = (design) => {
designsWithAverageColour.push({
...design,
averageColor: getAverageColourFromShapes(design.shapes)
})
}
const getAverageDesignColours = async () => {
const designs = [...Array(10).keys()]
const urls = designs.map((design) => `design/${design + 1}`)
await Promise.all(
urls.map((url) =>
fetch(url).then((design) => {
addAverageColourToDesign(design)
})
)
)
console.log(JSON.stringify(designsWithAverageColour, null, 2))
}
getAverageDesignColours()


Notebooks
Story: The piercing of ears
The piercing of ears
Title
The piercing of ears
Collection
Summary
An account of the piercing of ears.
Comments
1) This story is found in Book I
Contributors
Date
1871
Categories
Custom and daily life, Artefact and dress
Keywords
piercing (of ear) , piercing (of body) , piercing (by the |xam) , ear-piercing (by the |xam) , jewellery (Bushman) , jewellery (worn by the |xam) , jewellery (worn in ear) , jewellery (bead) , jewellery (ear-piercing) , ear (piercing) , ear (jewellery) , ear (by the |xam) , body-piercing (by the |xam) , body-piercing (ear-piercing)
Story Pages
304


jock
`Prev `__
J
`Next `__
--------------
**jock**: n.
1. A programmer who is characterized by large and somewhat brute-force
programs. See `*brute force* <../B/brute-force.html>`__.
2. When modified by another noun, describes a specialist in some
particular computing area. The compounds compiler jock and systems jock
seem to be the best-established examples.
--------------
+---------------------------------+----------------------------+-----------------------------+
| `Prev `__ | `Up <../J.html>`__ | `Next `__ |
+---------------------------------+----------------------------+-----------------------------+
| job security | `Home <../index.html>`__ | joe code |
+---------------------------------+----------------------------+-----------------------------+


The Internet is one of the most rapidly changing creations in the history of mankind. Every change to the Internet brings about changes to fundamental aspects of our daily lives. For example, being social and interacting with other people can be seen in a whole new light with the advent of social media and networking sites. Similarly, privacy and security have transformed into something completely different than what they used to be thirty years ago. As a result, privacy policies in the US, like the Electronic Communications Privacy Act (ECPA), has not been able to keep up with the changes to the way we use technology and the Internet and how that affects our privacy.
However, this is not our biggest problem; the biggest problem lies in the fact that we, as users of the Internet, have chosen to ignore any and all privacy concerns when it comes to using the Internet. We seem to have accepted the fact that in order to use the Internet, we must give up our right to have our personal and sensitive information private. This website addresses this concern by pointing out the flaws of Internet privacy and informing readers about the ways to protect their personal information.
In order to demonstrate the extent of the issues surrounding Internet privacy, it would be rather beneficial to have you answer this question for yourself. To do that, it is important to understand what exactly is at stake here.
For example, you might be surprised to know that the Google Map shown below has a dropped pin over your approximate location which we were able to obtain without requiring your permission.
In addition to your location, we were able to obtain your browser fingerprint. "Browser fingerprinting uses individual characteristics of your browser to identify you, often uniquely, without cookies." -Brian W. Kernighan, "Understanding the Digital World"
What this fingerprint means is that we can uniquely identify you if you were to ever visit our website again, and the characteristics that were used to create this fingerprint again didn't require any permissions.
Below is a summary of just some of the data we were able to obtain about you including your uniquely-identifying browser fingerprint, IP Address, and location.
It is worth noting that this data is what a group of college students were able to obtain (and collect if we so wish) with only a few hours of work and no prior JavaScript knowledge. Yet, it is enough to locate and uniquely identify you.
In addition, this data is only a small fraction of what companies know and collect about you nowadays. You can click here to learn more about data collection and the common tracking techniques used today.


| Himalayan Air Products |
| Joypur Khunou Bishnupur | ................ | |
| Uripok Road, Imphal |
| Manipur 795126 |
| . |
| . |
|<PHONE_NUMBER>2 |
| . |
|
|
|
|
| Medilane Medical Oxygen Home Delivery Service |
| Medilane office | ................ | |
| Ahongei Leirak, near JNIMS Hospital
|
| Porompat, Manipur 795005
|
| . |
| . |
|<PHONE_NUMBER>8 |
| . |
|
|
|
|


Simulating taxonomy and fossil data on phylogenetic trees under mechanistic models of speciation, preservation and sampling.
| Version: | 2.1.0 |
| Imports: | ape, TreeSim |
| Suggests: | paleotree, knitr, rmarkdown, devtools |
| Published: | 2018-11-16 |
| Author: | Rachel Warnock [aut, cph], Joelle Barido-Sottani [aut, cre, cph], Walker Pett [aut, cph], O'Reilly Joseph [aut, cph] |
| Maintainer: | Joelle Barido-Sottani <joelle.barido-sottani at m4x.org> |
| License: | GPL-3 |
| NeedsCompilation: | no |
| Language: | en-GB |
| Materials: | README NEWS |
| CRAN checks: | FossilSim results |
| Reference manual: | FossilSim.pdf |
| Vignettes: |
Exporting sampled ancestor trees Simulating fossils Introduction to FossilSim Converting from and to paleotree format Simulating trees from the fossilized birth-death process Simulating taxonomy |
| Package source: | FossilSim_2.1.0.tar.gz |
| Windows binaries: | r-devel: FossilSim_2.1.0.zip, r-release: FossilSim_2.1.0.zip, r-oldrel: FossilSim_2.1.0.zip |
| OS X binaries: | r-release: FossilSim_2.1.0.tgz, r-oldrel: FossilSim_2.1.0.tgz |
| Old sources: | FossilSim archive |
Please use the canonical form https://CRAN.R-project.org/package=FossilSim to link to this page.


public class VToDoUserAgent extends AbstractUserAgent<VToDo>
| Constructor and Description |
|---|
VToDoUserAgent(ProdId prodId,
Organizer organizer,
UidGenerator uidGenerator) |
| Modifier and Type | Method and Description |
|---|---|
Calendar |
add(VToDo component)
3.4.4.
|
Calendar |
cancel(VToDo... component)
3.4.5.
|
Calendar |
counter(Calendar request)
3.4.7.
|
Calendar |
declineCounter(Calendar counter)
3.4.8.
|
Calendar |
delegate(Calendar request)
<IP_ADDRESS>.
|
Calendar |
publish(VToDo... component)
3.4.1.
|
Calendar |
refresh(VToDo component)
3.4.6.
|
Calendar |
reply(Calendar request)
3.4.3.
|
Calendar |
request(VToDo... component)
3.4.2.
|
getProdId, transform, wrap
public VToDoUserAgent(ProdId prodId, Organizer organizer, UidGenerator uidGenerator)
public Calendar publish(VToDo... component)
3.4.1. PUBLISH The "PUBLISH" method in a "VTODO" calendar component has no associated response. It is simply a posting of an iCalendar object that may be added to a calendar. It MUST have an "Organizer". It MUST NOT have "Attendees". Its expected usage is for encapsulating an arbitrary "VTODO" calendar component as an iCalendar object. The "Organizer" MAY subsequently update (with another "PUBLISH" method), add instances to (with an "ADD" method), or cancel (with a "CANCEL" method) a previously published "VTODO" calendar component.
component
- one or more component objectspublic Calendar request(VToDo... component)
3.4.2. REQUEST The "REQUEST" method in a "VTODO" calendar component provides the following scheduling functions: o Assign a to-do to one or more "Calendar Users". o Reschedule an existing to-do. o Update the details of an existing to-do, without rescheduling it. o Update the completion status of "Attendees" of an existing to-do, without rescheduling it. o Reconfirm an existing to-do, without rescheduling it. o Delegate/reassign an existing to-do to another "Calendar User". The assigned "Calendar Users" are identified in the "VTODO" calendar component by individual "ATTENDEE;ROLE=REQ-PARTICIPANT" property value sequences. Typically, the originator of a "REQUEST" is the "Organizer" of the to-do, and the recipient of a "REQUEST" is the "Calendar User" assigned the to-do. The "Attendee" uses the "REPLY" method to convey their acceptance and completion status to the "Organizer" of the "REQUEST". The "UID", "SEQUENCE", and "DTSTAMP" properties are used to distinguish the various uses of the "REQUEST" method. If the "UID" property value in the "REQUEST" is not found on the recipient's calendar, then the "REQUEST" is for a new to-do. If the "UID" property value is found on the recipient's calendar, then the "REQUEST" is a rescheduling, an update, or a reconfirmation of the "VTODO" calendar object. If the "Organizer" of the "REQUEST" method is not authorized to make a to-do request on the "Attendee's" calendar system, then an exception is returned in the "REQUEST-STATUS" property of a subsequent "REPLY" method, but no scheduling action is performed. For the "REQUEST" method, multiple "VTODO" components in a single iCalendar object are only permitted for components with the same "UID" property. That is, a series of recurring events may have instance-specific information. In this case, multiple "VTODO" components are needed to express the entire series.
component
- one or more component objectspublic Calendar delegate(Calendar request)
UserAgent
<IP_ADDRESS>. Delegating an Event to Another CU Some calendar and scheduling systems allow "Attendees" to delegate their presence at an event to another "Calendar User". iTIP supports this concept using the following workflow. Any "Attendee" may delegate their right to participate in a calendar "VEVENT" to another CU. The implication is that the delegate participates in lieu of the original "Attendee", NOT in addition to the "Attendee". The delegator MUST notify the "Organizer" of this action using the steps outlined below. Implementations may support or restrict delegation as they see fit. For instance, some implementations may restrict a delegate from delegating a "REQUEST" to another CU. The "Delegator" of an event forwards the existing "REQUEST" to the "Delegate". The "REQUEST" method MUST include an "ATTENDEE" property with the calendar address of the "Delegate". The "Delegator" MUST also send a "REPLY" method to the "Organizer" with the "Delegator's" "ATTENDEE" property "PARTSTAT" parameter value set to "DELEGATED". In addition, the "DELEGATED-TO" parameter MUST be included with the calendar address of the "Delegate". Also, a new "ATTENDEE" property for the "Delegate" MUST be included and must specify the calendar user address set in the "DELEGATED-TO" parameter, as above. In response to the request, the "Delegate" MUST send a "REPLY" method to the "Organizer", and optionally to the "Delegator". The "REPLY" method SHOULD include the "ATTENDEE" property with the "DELEGATED- FROM" parameter value of the "Delegator's" calendar address. The "Delegator" may continue to receive updates to the event even though they will not be attending. This is accomplished by the "Delegator" setting their "role" attribute to "NON-PARTICIPANT" in the "REPLY" to the "Organizer".
request
- a calendar implement the iTIP REQUEST methodpublic Calendar reply(Calendar request)
3.4.3. REPLY The "REPLY" method in a "VTODO" calendar component is used to respond (e.g., accept or decline) to a request or to reply to a delegation request. It is also used by an "Attendee" to update their completion status. When used to provide a delegation response, the "Delegator" MUST include the calendar address of the "Delegate" in the "DELEGATED-TO" parameter of the "Delegator's" "ATTENDEE" property. The "Delegate" MUST include the calendar address of the "Delegator" on the "DELEGATED-FROM" parameter of the "Delegate's" "ATTENDEE" property. The "REPLY" method MAY also be used to respond to an unsuccessful "VTODO" calendar component "REQUEST" method. Depending on the "REQUEST-STATUS" value, no scheduling action may have been performed. The "Organizer" of a "VTODO" calendar component MAY receive a "REPLY" method from a "Calendar User" not in the original "REQUEST". For example, a "REPLY" method MAY be received from a "Delegate" of a "VTODO" calendar component. In addition, the "REPLY" method MAY be received from an unknown "Calendar User" who has been forwarded the "REQUEST" by an original "Attendee" of the "VTODO" calendar component. This uninvited "Attendee" MAY be accepted or the "Organizer" MAY cancel the "VTODO" calendar component for the uninvited "Attendee" by sending them a "CANCEL" method.
request
- a calendar requestpublic Calendar add(VToDo component)
3.4.4. ADD The "ADD" method allows the "Organizer" to add one or more new instances to an existing "VTODO" using a single iTIP message without having to send the entire "VTODO" with all the existing instance data, as it would have to do if the "REQUEST" method were used. The "UID" must be that of the existing to-do. If the "UID" property value in the "ADD" is not found on the recipient's calendar, then the recipient SHOULD send a "REFRESH" to the "Organizer" in order to be updated with the latest version of the "VTODO". If an "Attendee" implementation does not support the "ADD" method, it should respond with a "REQUEST-STATUS" value of 3.14 and ask for a "REFRESH". When handling an "ADD" message, the "Attendee" treats each component in the "ADD" message as if it were referenced via an "RDATE" in the main component. The "SEQUENCE" property value is incremented since the sequence of to-dos has changed.
component
- a calendar component to addpublic Calendar cancel(VToDo... component)
3.4.5. CANCEL The "CANCEL" method in a "VTODO" calendar component is used to send a cancellation notice of an existing "VTODO" calendar request to the affected "Attendees". The message is sent by the "Organizer" of a "VTODO" calendar component to the "Attendees" of the "VTODO" calendar component. For a recurring "VTODO" calendar component, either the whole "VTODO" calendar component or instances of a "VTODO" calendar component may be cancelled. To cancel the complete range of a recurring "VTODO" calendar component, the "UID" property value for the "VTODO" calendar component MUST be specified and a "RECURRENCE- ID" MUST NOT be specified in the "CANCEL" method. In order to cancel an individual instance of a recurring "VTODO" calendar component, the "RECURRENCE-ID" property value for the "VTODO" calendar component MUST be specified in the "CANCEL" method. There are two options for canceling a sequence of instances of a recurring "VTODO" calendar component: a. The "RECURRENCE-ID" property for an instance in the sequence MUST be specified with the "RANGE" property parameter value of "THISANDFUTURE" to indicate cancellation of the specified "VTODO" calendar component and all instances after. b. Individual recurrence instances may be cancelled by specifying multiple "VTODO" components each with a "RECURRENCE-ID" property corresponding to one of the instances to be cancelled. The "Organizer" MUST send a "CANCEL" message to each "Attendee" affected by the cancellation. This can be done by using either a single "CANCEL" message for all "Attendees" or multiple messages with different subsets of the affected "Attendees" in each. When a "VTODO" is cancelled, the "SEQUENCE" property value MUST be incremented as described in Section 2.1.4.
component
- one or more component objectspublic Calendar refresh(VToDo component)
3.4.6. REFRESH The "REFRESH" method in a "VTODO" calendar component is used by "Attendees" of an existing "VTODO" calendar component to request an updated description from the "Organizer" of the "VTODO" calendar component. The "Organizer" of the "VTODO" calendar component MAY use this method to request an updated status from the "Attendees". The "REFRESH" method MUST specify the "UID" property corresponding to the "VTODO" calendar component needing update. A refresh of a recurrence instance of a "VTODO" calendar component may be requested by specifying the "RECURRENCE-ID" property corresponding to the associated "VTODO" calendar component. The "Organizer" responds with the latest description and rendition of the "VTODO" calendar component. In most cases, this will be a "REQUEST" unless the "VTODO" has been cancelled, in which case the "Organizer" MUST send a "CANCEL". This method is intended to facilitate machine processing of requests for updates to a "VTODO" calendar component.
component
- a calendar component to refreshpublic Calendar counter(Calendar request)
3.4.7. COUNTER The "COUNTER" method in a "VTODO" calendar component is used by an "Attendee" of an existing "VTODO" calendar component to submit to the "Organizer" a counter proposal for the "VTODO" calendar component. The counter proposal is an iCalendar object consisting of a "VTODO" calendar component that provides the complete description of the alternate "VTODO" calendar component. The "Organizer" rejects the counter proposal by sending the "Attendee" a "DECLINECOUNTER" method. The "Organizer" accepts the counter proposal by rescheduling the to-do as described in Section <IP_ADDRESS>, "REQUEST for Rescheduling a To-Do". The "Organizer's" CUA SHOULD send a "REQUEST" message to all "Attendees" affected by any change triggered by an accepted "COUNTER".
request
- a calendar request to counterpublic Calendar declineCounter(Calendar counter)
3.4.8. DECLINECOUNTER The "DECLINECOUNTER" method in a "VTODO" calendar component is used by an "Organizer" of the "VTODO" calendar component to reject a counter proposal offered by one of the "Attendees". The "Organizer" sends the message to the "Attendee" that sent the "COUNTER" method to the "Organizer".
counter
- a counter to a request


Client-side templates generate HTML in the browser, allowing SocketStream to send raw, layoutless data over the websocket. This not only dramatically reduces bandwidth, but also gives you flexibility to render the data into HTML in any number of ways.
If your app is really simple, you might be happy manually building your HTML using jQuery functions:
// client/code/main/index.js var people = [ { name: 'Alice', major: 'Astronomy'}, { name: 'Bob', major: 'Biology' } ]; $(document).ready(function() { var i; for (i = 0; i < people.length; i++) { $('#people').append("
" + people[i].name + " the student studies " + people[i].major + "
" ); } });
However, not only does this solution scale poorly for larger templates, but mixing together display logic and HTML is bad practice. Enter client-side templates.
SocketStream supports two types of client-side template engines out-of-the-box:
Outputs inline templates in the correct format for Ember.js.
Outputs inline templates in the correct format for Angular.js.
Simply wraps each template in a DIV tag with an ID prefix of 'tmpl-'. Suitable for use with many template engines, including jQuery Templates (as used by SocketStream 0.2).
To use a built-in template engine, pass the name as a string:
ss.client.templateEngine.use('ember');
As built-in template engines are only simple wrappers, most of the time you'll want to use one of the several template languages supported via optional modules on npm:
To use an external optional template engine, pass the module as so:
ss.client.templateEngine.use(require('ss-hogan'));
If you can't find a module for your favorite templating library it's easy to create your own.
All client-side templates live in the client/templates
folder; however you don't have to serve every template with the same engine.
SocketStream allows you to mix and match different templates, perfect for trying out something like Ember.js without having to convert all your exiting templates over at once.
You may limit the scope of a template engine by passing the name of a directory as the second argument.
// serve all templates with ss-hogan ss.client.templateEngine.use(require('ss-hogan')); // apart from any in the /client/templates/em directory ss.client.templateEngine.use('ember', '/em');
Here we're using the Hogan templating library, using the ss-hogan
module bundled by default when you create a new project.
In this folder, let's create a file called person.html
:

{{ name }} the student studies {{ major }}

NOTE: If you prefer, you may use a formatter to construct your HTML templates. For example, to use Jade, use .jade
instead of .html
for your template's file extension.
If you refresh the page and view the HTML source code you'll see a new


|
Hexagones
1.0
|
Header file of the Hex model class. More...
Go to the source code of this file.
Data Structures | |
| struct | THex |
| An class representing the model of a hexagonal tile. More... | |
Typedefs | |
| typedef struct TController | TController |
| typedef struct THex | THex |
| An class representing the model of a hexagonal tile. More... | |
Functions | |
| THex * | New_THex (int x, int y, TController *observator) |
| The constructor for create a THex object. More... | |
| void | THex_Change_Color (THex *this, color_name_t color, unsigned int notify) |
| Method for changing the color (type) of the tile. More... | |
| void | THex_New_Free (THex *this) |
| Method to free all ressources take by the tile. More... | |
Header file of the Hex model class.
An class representing the model of a hexagonal tile.
TGridModel is a class representing the model of a hexagonal tile.
| THex* New_THex | ( | int | x, |
| int | y, | ||
| TController * | observator | ||
| ) |
The constructor for create a THex object.
| x | The x position of the tile. |
| y | The y position of the tile. |
| observator | A pointer to the controller instance. |
| void THex_Change_Color | ( | THex * | this, |
| color_name_t | color, | ||
| unsigned int | notify | ||
| ) |
Method for changing the color (type) of the tile.
| this | A pointer to the tile object. |
| color | The new color (type) of the tile. |
| notify | Boolean to know if the view will redraw the tile. |
You do not have to call this method directly. You must use the Change_Color method of the TGridModel structure like this: hex->Change_Color(hex, GREEN, 1);


Air Temperature: N/A °C
Atmospheric Pressure: N/A hPa
Relative Humidity: N/A %
Track Temperature: N/A °C
Track is Wet: N/A
Wind Direction: N/A°
Wind Speed: N/A m/s


Media protection
読む時間の目安: 5 分MP-1 Media Protection Policy And Procedures
Description
The organization:
- Develops, documents, and disseminates to [Assignment: organization-defined personnel or roles]:
- A media protection policy that addresses purpose, scope, roles, responsibilities, management commitment, coordination among organizational entities, and compliance; and
- Procedures to facilitate the implementation of the media protection policy and associated media protection controls; and
- Reviews and updates the current:
- Media protection policy [Assignment: organization-defined frequency]; and
- Media protection procedures [Assignment: organization-defined frequency].
Control Information
Responsible role(s) - Organization
MP-2 Media Access
Description
The organization restricts access to [Assignment: organization-defined types of digital and/or non-digital media] to [Assignment: organization-defined personnel or roles].
Control Information
Responsible role(s) - Organization
MP-3 Media Marking
Description
The organization:
- Marks information system media indicating the distribution limitations, handling caveats, and applicable security markings (if any) of the information; and
- Exempts [Assignment: organization-defined types of information system media] from marking as long as the media remain within [Assignment: organization-defined controlled areas].
Control Information
Responsible role(s) - Organization
MP-4 Media Storage
Description
The organization:
- Physically controls and securely stores [Assignment: organization-defined types of digital and/or non-digital media] within [Assignment: organization-defined controlled areas]; and
- Protects information system media until the media are destroyed or sanitized using approved equipment, techniques, and procedures.
Control Information
Responsible role(s) - Organization
MP-4 (2) Automated Restricted Access
Description
The organization employs automated mechanisms to restrict access to media storage areas and to audit access attempts and access granted.
Control Information
Responsible role(s) - Organization
MP-5 Media Transport
Description
The organization:
- Protects and controls [Assignment: organization-defined types of information system media] during transport outside of controlled areas using [Assignment: organization-defined security safeguards];
- Maintains accountability for information system media during transport outside of controlled areas;
- Documents activities associated with the transport of information system media; and
- Restricts the activities associated with the transport of information system media to authorized personnel.
Control Information
Responsible role(s) - Organization
MP-5 (3) Custodians
Description
The organization employs an identified custodian during transport of information system media outside of controlled areas.
Control Information
Responsible role(s) - Organization
MP-5 (4) Cryptographic Protection
Description
The information system implements cryptographic mechanisms to protect the confidentiality and integrity of information stored on digital media during transport outside of controlled areas.
Control Information
Responsible role(s) - Organization
MP-6 Media Sanitization
Description
The organization:
- Sanitizes [Assignment: organization-defined information system media] prior to disposal, release out of organizational control, or release for reuse using [Assignment: organization-defined sanitization techniques and procedures] in accordance with applicable federal and organizational standards and policies; and
- Employs sanitization mechanisms with the strength and integrity commensurate with the security category or classification of the information.
Control Information
Responsible role(s) - Organization
MP-6 (1) Review / Approve / Track / Document / Verify
Description
The organization reviews, approves, tracks, documents, and verifies media sanitization and disposal actions.
Control Information
Responsible role(s) - Organization
MP-6 (2) Equipment Testing
Description
The organization tests sanitization equipment and procedures [Assignment: organization-defined frequency] to verify that the intended sanitization is being achieved.
Control Information
Responsible role(s) - Organization
MP-6 (3) Nondestructive Techniques
Description
The organization applies nondestructive sanitization techniques to portable storage devices prior to connecting such devices to the information system under the following circumstances: [Assignment: organization-defined circumstances requiring sanitization of portable storage devices].
Control Information
Responsible role(s) - Organization
MP-6 (7) Dual Authorization
Description
The organization enforces dual authorization for the sanitization of [Assignment: organization-defined information system media].
Control Information
Responsible role(s) - Organization
MP-6 (8) Remote Purging / Wiping Of Information
Description
The organization provides the capability to purge/wipe information from [Assignment: organization-defined information systems, system components, or devices] either remotely or under the following conditions: [Assignment: organization-defined conditions].
Control Information
Responsible role(s) - Organization
MP-7 Media Use
Description
The organization [Selection: restricts; prohibits] the use of [Assignment: organization-defined types of information system media] on [Assignment: organization-defined information systems or system components] using [Assignment: organization-defined security safeguards].
Control Information
Responsible role(s) - Organization
MP-7 (1) Prohibit Use Without Owner
Description
The organization prohibits the use of portable storage devices in organizational information systems when such devices have no identifiable owner.
Control Information
Responsible role(s) - Organization
MP-7 (2) Prohibit Use Of Sanitization-Resistant Media
Description
The organization prohibits the use of sanitization-resistant media in organizational information systems.
Control Information
Responsible role(s) - Organization
MP-8 Media Downgrading
Description
The organization:
- Establishes [Assignment: organization-defined information system media downgrading process] that includes employing downgrading mechanisms with [Assignment: organization-defined strength and integrity];
- Ensures that the information system media downgrading process is commensurate with the security category and/or classification level of the information to be removed and the access authorizations of the potential recipients of the downgraded information;
- Identifies [Assignment: organization-defined information system media requiring downgrading]; and
- Downgrades the identified information system media using the established process.
Control Information
Responsible role(s) - Organization
MP-8 (1) Documentation Of Process
Description
The organization documents information system media downgrading actions.
Control Information
Responsible role(s) - Organization
MP-8 (2) Equipment Testing
Description
The organization employs [Assignment: organization-defined tests] of downgrading equipment and procedures to verify correct performance [Assignment: organization-defined frequency].
Control Information
Responsible role(s) - Organization
MP-8 (3) Controlled Unclassified Information
Description
The organization downgrades information system media containing [Assignment: organization-defined Controlled Unclassified Information (CUI)] prior to public release in accordance with applicable federal and organizational standards and policies.
Control Information
Responsible role(s) - Organization
MP-8 (4) Classified Information
Description
The organization downgrades information system media containing classified information prior to release to individuals without required access authorizations in accordance with NSA standards and policies.
Control Information
Responsible role(s) - Organization
standards, compliance, security, 800-53, Media protection


|
Dendro
5.01
Dendro in Greek language means tree. The Dendro library is a large scale (262K cores on ORNL's Titan) distributed memory adaptive octree framework. The main goal of Dendro is to perform large scale multiphysics simulations efficeiently in mordern supercomputers. Dendro consists of efficient parallel data structures and algorithms to perform variational ( finite element) methods and finite difference mthods on 2:1 balanced arbitary adaptive octrees which enables the users to perform simulations raning from black holes (binary black hole mergers) to blood flow in human body, where applications ranging from relativity, astrophysics to biomedical engineering.
|
exception indicating a parse error More...
#include <json.hpp>
Static Public Member Functions | |
| static parse_error | create (int id_, std::size_t byte_, const std::string &what_arg) |
| create a parse error exception More... | |
Public Attributes | |
| const std::size_t | byte |
| byte index of the parse error More... | |
| Public Attributes inherited from nlohmann::detail::exception | |
| const int | id |
| the id of the exception | |
Additional Inherited Members | |
| Public Member Functions inherited from nlohmann::detail::exception | |
| const char * | what () const noexcept override |
| returns the explanatory string | |
| Protected Member Functions inherited from nlohmann::detail::exception | |
| exception (int id_, const char *what_arg) | |
| Static Protected Member Functions inherited from nlohmann::detail::exception | |
| static std::string | name (const std::string &ename, int id_) |
exception indicating a parse error
This exception is thrown by the library when a parse error occurs. Parse errors can occur during the deserialization of JSON text, CBOR, MessagePack, as well as when using JSON Patch.
Member byte holds the byte index of the last read character in the input file.
Exceptions have ids 1xx.
| name / id | example message | description |
|---|---|---|
| json.exception.parse_error.101 | parse error at 2: unexpected end of input; expected string literal | This error indicates a syntax error while deserializing a JSON text. The error message describes that an unexpected token (character) was encountered, and the member byte indicates the error position. |
| json.exception.parse_error.102 | parse error at 14: missing or wrong low surrogate | JSON uses the \uxxxx format to describe Unicode characters. Code points above above 0xFFFF are split into two \uxxxx entries ("surrogate pairs"). This error indicates that the surrogate pair is incomplete or contains an invalid code point. |
| json.exception.parse_error.103 | parse error: code points above 0x10FFFF are invalid | Unicode supports code points up to 0x10FFFF. Code points above 0x10FFFF are invalid. |
| json.exception.parse_error.104 | parse error: JSON patch must be an array of objects | RFC 6902 requires a JSON Patch document to be a JSON document that represents an array of objects. |
| json.exception.parse_error.105 | parse error: operation must have string member 'op' | An operation of a JSON Patch document must contain exactly one "op" member, whose value indicates the operation to perform. Its value must be one of "add", "remove", "replace", "move", "copy", or "test"; other values are errors. |
| json.exception.parse_error.106 | parse error: array index '01' must not begin with '0' | An array index in a JSON Pointer (RFC 6901) may be 0 or any number without a leading 0 . |
| json.exception.parse_error.107 | parse error: JSON pointer must be empty or begin with '/' - was: 'foo' | A JSON Pointer must be a Unicode string containing a sequence of zero or more reference tokens, each prefixed by a / character. |
| json.exception.parse_error.108 | parse error: escape character '~' must be followed with '0' or '1' | In a JSON Pointer, only ~0 and ~1 are valid escape sequences. |
| json.exception.parse_error.109 | parse error: array index 'one' is not a number | A JSON Pointer array index must be a number. |
| json.exception.parse_error.110 | parse error at 1: cannot read 2 bytes from vector | When parsing CBOR or MessagePack, the byte vector ends before the complete value has been read. |
| json.exception.parse_error.112 | parse error at 1: error reading CBOR; last byte: 0xF8 | Not all types of CBOR or MessagePack are supported. This exception occurs if an unsupported byte was read. |
| json.exception.parse_error.113 | parse error at 2: expected a CBOR string; last byte: 0x98 | While parsing a map key, a value that is not a string has been read. |
{The following code shows how a parse_error
exception can be caught.,parse_error}
|
inlinestatic |
create a parse error exception
| [in] | id_ | the id of the exception |
| [in] | byte_ | the byte index where the error occurred (or 0 if the position cannot be determined) |
| [in] | what_arg | the explanatory string |
| const std::size_t nlohmann::detail::parse_error::byte |
byte index of the parse error
The byte index of the last read character in the input file.