fschieber/wit-captions huggingface dataset:
Felip V al Museu de l'Almodí de Xàtiva. Carles II va morir sense descendència i va nomenar com a successor Felip d'Anjou, de la dinastia dels Borbons. Anglaterra i altres estats, però, no hi van estar d'acord i van donar suport a l'arxiduc Carles d'Àustria. La corona d'Aragó també va donar suport a l'arxiduc Carles. L'enfrontament entre els dos bàndols va donar lloc a la Guerra de Successió a la monarquia castellana. Xàtiva va ser un dels primers objectius de l'exèrcit borbònic. Es va negar a capitular i fou assetjada. Francesc de Castellví parla en les seves Memòries de 1.000 xativins i 2.500 assetjants morts. Després, a mitjan juny de 1707, va arribar l'ordre de la destrucció de la ciutat, que disposava en aquell temps d'unes 4.000 cases. La ciutat va ser destruïda i els seus habitants deportats a Castella.[15] En conseqüència, els xativins no guarden bon record del monarca Felip V i no és gens casual el fet que estigui penjat de cap per avall
Català: Retrat de Felip Vé exposat cap per avall al Museu de l'Almodí de Xàtiva per haver incendiat la ciutat el 1707. English: Portrait of Philip V of Spain exhibited upside down in the Museum of Almodí, Xativa, for having burned the city in 1707. PLEASE DON'T ROTATE IT Español: Retrato de Felipe V expuesto boca abajo en el Museo de l'Almudí, en Játiva, por haber incendiado la ciudad en 1707. Français : Portrait de Philippe V d'Espagne au musée de l'Almodí de Xàtiva. Le portrait est placé la tête en bas pour rappeler que le roi fit brûler Xàtiva en 1707.
Kuva 1. Naisiin kohdistuvat seksuaali- ja väkivaltarikokset suhteessa sukupuolten tasa-arvoon EU-maissa (Kroatia ei mukana). Kuviossa oikealla ovat maat, joissa naiset raportoivat eniten itseensä kohdistuneita seksuaali- ja väkivaltarikoksia tutkimuksessa, ja ylhäällä ovat sukupuolisesti tasa-arvoisimmat EU-maat. Korkeimman sukupuolisen tasa-arvon maissa naiset ilmoittavat useimmin seksuaali- ja väkivaltarikoksista. Tiedot European Union Agency for Fundamental Rights "Violence against women: an EU-wide survey (Gender-based violence against women survey dataset, 2012" ja "EIGE Gender Equality Index, 2013"). Valtioiden lyhenteet: AT=Itävalta, BE=Belgia, BG=Bulgaria, CZ=Tšekki, CY=Kypros, DE=Saksa, DK=Tanska, EE=Viro, EL=Kreikka, ES=Espanja, FR=Ranska, HU=Unkari, NL= Alankomaat, FI=Suomi, IE=Irlanti, IT=Italia, LU=Luxembourg, LV=Latvia, LT=Liettua, MT=Malta, PL=Puola, PT=Portugali, RO=Romania, SE=Ruotsi, SI=Slovenia, SK=Slovakia, UK=Iso-Britannia.
Bản báo cáo nạn Buôn người năm 2010 của Bộ Ngoại giao Hoa Kỳ[1]       Vùng 1 (Full compliance with the minimum standards of the Trafficking Victims Protection Act (TVPA))   Vùng 2 (Significant efforts to comply with TVPA)   Vùng 2 Watch List (Countries whose governments do not fully comply with the TVPA’s minimum standards, but are making significant efforts to bring themselves into compliance with those standards AND a) The absolute number of victims of severe forms of trafficking is very significant or is significantly increasing; or b) There is a failure to provide evidence of increasing efforts to combat severe forms of trafficking in persons from the previous year; or c) The determination that a country is making significant efforts to bring themselves into compliance with minimum standards was based on commitments by the country to take additional future steps over the next year)   Tier 3 (No efforts to comply with TVPA)   No data/Special
Trafficking In Persons Report Map 2010 Green: Tier 1 Yellow: Tier 2 Orange: Tier 2 Watchlist Red: Tier 4
Figura 1. Adotando 
  
    
      
        
          v
          
            1
            i
          
        
      
    
    {\displaystyle v_{1i}}
  
 como a velocidade inicial  e 
  
    
      
        
          v
          
            1
            f
          
        
      
    
    {\displaystyle v_{1f}}
  
 como velocidade final do objeto de massa 
  
    
      
        
          m
          
            1
          
        
      
    
    {\displaystyle m_{1}}
  
; 
  
    
      
        
          v
          
            2
            i
          
        
      
    
    {\displaystyle v_{2i}}
  
 como a velocidade inicial e 
  
    
      
        
          v
          
            2
            f
          
        
      
    
    {\displaystyle v_{2f}}
  
 como velocidade final do objeto de massa 
  
    
      
        
          m
          
            2
          
        
      
    
    {\displaystyle m_{2}}
Português: choque entre duas particulas
Flygfoto från senast 1930-talet som visar Norraladalen, där socknens huvudsakliga bebyggelse legat alltsedan järnåldern. Den nedre halvan av fotot visar norra delen av det område som i dagligt tal kommit att benämnas Kungsgården och som också omfattar en del av byarna Fors och Svarven. I den högra kantens mitt syns den skogsdunge där Vasamonumentet står. Direkt nedanför denna går den norrgående, fornhistoriska kustlandsvägen Norrstigen. Den skogomklädda Norralaån kommer in från bildens nedre högra hörn och flyter sedan i dalens mitt, österut förbi den vita kyrkan (som skymtar längst upp) och slutligen ut i Söderhamnsfjärden (ej i bild). Parallellt med ån går vägen från kusten och socknens östra del. I fotots nedre vänstra del infaller vägen från Trönö socken och Hälsinglands västra delar genom byn Fors. Kungsgårdens placering i Norraladalens inre med dess rika uppslammade jordar, just där de viktigare vägarna möttes, var strategiskt mycket god.
English: The Norrala valley in the province of Hälsingland, Sweden. Aerial photo by Ahrenbergs flyg. Svenska: Flygfoto från senast 1930-talet som visar Norraladalen, där den huvudsakliga bebyggelsen sedan järnåldern ligger på den rika alluviala jorden. Den skogomklädda Norralaån kommer in från bildens nedre högra hörn och flyter sedan i dalens mitt, österut förbi den vita kyrkan (som skymtar längst upp) och slutligen ut i Söderhamnsfjärden (ej i bild). Parallellt med ån går vägen från kusten och socknens östra del, och från fotots nedre vänstra del infaller vägen från Trönö socken och Hälsinglands västra delar genom byn Fors. – Den nedre halvan av fotot visar det område som i dagligt tal kom att benämnas Kungsgården och som också omfattar en del av byarna Fors och Svarven. I den högra kantens mitt syns den skogsdunge där Vasamonumentet står; direkt nedanför denna går den fornhistoriska kustlandsvägen Norrstigen.
Esquema de una caldera y del fogón de un modelo avanzado de locomotora de vapor, con la caja de fuego a la izquierda, e indicativamente, dos elementos de sobrecalentamiento a la derecha. Estos elementos reciben vapor saturado (húmedo) de la caldera, agregan más calor al vapor en los elementos del sobrecalentador (de ahí el término "sobre" calentado) que seca el vapor y luego descarga el vapor sobrecalentado (seco) al motor. Los colores azul y rojo representan agua más fría y más caliente respectivamente. Los colores verde oscuro y verde claro representan vapor húmedo y seco, respectivamente. Los colores naranja y amarillo representan gases de escape calientes y más fríos, respectivamente. En el diagrama, tres tubos de aire caliente de color naranja/amarillo de pequeño diámetro se muestran en la parte inferior, con dos tubos de fuego de color naranja/amarillo de mayor diámetro en la parte superior, que contienen los elementos del sobrecalentador
English: Same file as before cropped top and bottom to allow file to be better integrated into text. Español: Principales elementos de la caldera y el fogón de una locomotora de vapor
Normierte Ausgangsleistung und Wirkungsgrad einer realen Spannungsquelle in Abhängigkeit vom Widerstandsverhältnis 
  
    
      
        
          R
          
            
              a
            
          
        
        
          /
        
        
          R
          
            
              i
            
          
        
      
    
    {\displaystyle R_{\mathrm {a} }/R_{\mathrm {i} }}
  
 aus Verbraucherwiderstand 
  
    
      
        
          R
          
            
              a
            
          
        
      
    
    {\displaystyle R_{\mathrm {a} }}
  
 (im Text 
  
    
      
        
          R
          
            
              V
            
          
        
      
    
    {\displaystyle R_{\mathrm {V} }}
  
) zu Innenwiderstand 
  
    
      
        
          R
          
            
              i
            
          
        
      
    
    {\displaystyle R_{\mathrm {i} }}
Orthogonalprojektion 
  
    
      
        
          P
          
            g
          
        
        (
        
          
            
              x
              →
            
          
        
        )
      
    
    {\displaystyle P_{g}({\vec {x}})}
  
 eines Vektors 
  
    
      
        
          
            
              x
              →
            
          
        
      
    
    {\displaystyle {\vec {x}}}
  
 auf eine Gerade 
  
    
      
        g
      
    
    {\displaystyle g}
  
 mit Stützvektor 
  
    
      
        
          
            
              
                r
                →
              
            
          
          
            0
          
        
      
    
    {\displaystyle {\vec {r}}_{0}}
  
 und Richtungsvektor 
  
    
      
        
          
            
              u
              →
            
          
        
      
    
    {\displaystyle {\vec {u}}}
The effect of flattening the utility curve, 
  
    
      
        U
        (
        t
        )
      
    
    {\displaystyle U(t)}
  
 whilekeeping constant procurement and processing times 
  
    
      
        (
        
          x
          
            0
          
        
        ,
        
          x
          
            1
          
        
        )
      
    
    {\displaystyle (x_{0},x_{1})}
  
. When the difference between field processing and transporting whole items 
  
    
      
        (
        
          y
          
            1
          
        
        ,
        
          y
          
            0
          
        
        )
      
    
    {\displaystyle (y_{1},y_{0})}
  
 is reduced, we should expect an increase in the transport time atwhich processing will occur. A forager should process items when transport time from a central place exceeds this threshold. (Adapted from Metcalfe and Barlow 1992.)
English: The effect of flattening the utility curve, while keeping constant procurement and processing times. When the difference between field processing and transporting whole items is reduced, we should expect an increase in the transport time at which processing will occur. A forager should process items when transport time from a central place exceeds this threshold.
పాశ్చాత్య దేశాలలో పురుషులు/వారి హక్కులు/వారి అవసరాలు/వారి ఆరోగ్యం/వారి సుఖసంతోషాల గురించిన ఆలోచన తొంభైయవ దశకంలోనే ప్రారంభమైనది. అయితే భారతదేశం లో మాత్రం ఈ దినోత్సవానికి భర్త పట్ల క్రౌర్యం ఊతమిచ్చినది.[1] నిరాధార వరకట్న వేధింపు/గృహ హింస వ్యాజ్యాలతో పురుషుఓగల వ్యక్తిగత/వృత్తిసంబంధిత/వైవాహిక జీవితం చిన్నాభిన్నమవటం; ఏ నేరము చేయకనే పురుషులు, వారు తోబుట్టువులు, వారి వృద్ధ తల్లిదండ్రులు జైలుపాలు కావటం; సంఘం, వ్యవస్థ, చట్టాలు, ప్రసార మాధ్యమాలు, స్త్రీ వాదులు/స్త్రీ వాద సంస్థలు తల్లి/ఆడపడుచు స్థానాలలో ఉన్న స్త్రీలను విస్మరించి కేవలం భార్య స్థానంలో ఉన్న స్త్రీలను మాత్రమే స్త్రీలుగా పరిగణించటంతో ఈ వైఖరిని ఖండిస్తూ, ఈ దృక్పథంలో మార్పును ఆశిస్తూ భారతీయ స్త్రీలు సైతం అంతర్జాతీయ పురుషుల దినోత్సవంలో పాలుపంచుకోవటం ప్రారంభించారు. చట్టపరమైన తీవ్రవాదాన్ని (Legal Terrorism) ఆపమని, అకారణంగా బనాయించబడే 498ఏ/గృహహింస వ్యాజ్యాలకు అడ్డుకట్ట వేయమని అంతర్జాతీయ పురుషుల దినోత్సవం సందర్భంగా 2007 లో కలకత్తా నగరంలో ప్లేకార్డులు ప్రదర్శిస్తూ కవాతును నిర్వహిస్తోన్న భారతీయ మహిళలు
English: Women in Kolkata, India march on International Men's Day against abuse of Anti Dowry Laws
Two key cosmological parameters, σ8 and ΩM, with values and 1-σ uncertainties from observations and values used in three cosmological simulations. The parameter σ8 represents the amplitude of the fluctuation spectrum on the scale of clusters of galaxies, and the parameter ΩM is the dark + ordinary matter fraction of the cosmic density. The observations represented by the shapes on the figure are from X-ray and gravitational lensing studies of clusters of galaxies. The observations with error bars are from cosmic microwave background data combined with other data from the Wilkinson Microwave Anisotropy Probe (WMAP) five-year (2009), seven-year (2011), and nine-year (2013) publications and the Planck (2013) data release. The simulations are the Millennium I, II, and XXL simulations (which all used the same cosmological parameters consistent with the WMAP first-year data release 2003), and the Bolshoi (2011) and Bolshoi-Planck (2014) simulations.
English: Key Cosmological Parameters σ8 and ΩM from WMAP and Planck Observations Compared with Millennium, Bolshoi, and Bolshoi-Planck Simulations
Official German information leaflets from the Bavarian Office for the Protection of the Constitution on (from left to right) Islamic extremism, Scientology, and organized crime.[226][227] "Several states published pamphlets about Scientology (and other religious groups) that detailed the Church's ideology and practices. States defended the practice by noting their responsibility to respond to citizens' requests for information about Scientology as well as other subjects. While many of the pamphlets were factual and relatively unbiased, some warned of alleged dangers posed by Scientology to the political order, to the free market economic system, and to the mental and financial well being of individuals. Beyond the Government's actions, the Catholic Church and the Evangelical Lutheran Church have been public opponents of Scientology. Evangelical 'Commissioners for Religious and Ideological Issues' have been particularly active in this regard."
English: Information leaflets on threats to democracy, including Islamic extremism, Scientology and organized crime. The slogan on the leaflets translates as "Protect our democracy". Spotted in Nuremburg, Germany. The first leaflet reads "Islamic extremism", the second one "Scientology organization" and the third one (to the right) "Organized criminality". Image by Caesura.
Sites Natura 2000 du Morvan :        Massif forestier du Mont Beuvray       Pelouses et forets calcicoles des coteaux de la Cure et de l'Yonne en amont de Vincelles       Forêts, landes Tourbières de la vallée de la Canche       Forêts riveraines et de ravins, corniches, prairies humides de la vallée de la Cure et du Cousin dans le Nord Morvan       Biotopes à écrevisses, complexe humide de fond de vallon et landes sèches de la vallée de la Dragne       Ruisseaux à écrevisses du bassin de la Cure       Hêtraie montagnarde et tourbières du Haut Morvan       Tourbière du Vernay et prairies de la vallée du Vignan       Étangs à litorelles et queues marécageuses, prairies marécageuses et paratourbeuses du Nord Morvan       Prairies marécageuses et paratourbeuses de la vallée de la Cure       Forêts de ravin de la vallée de l'Oussière en Morvan       Bocage, forêts et milieux humides du Sud Morvan         Limites du Parc naturel régional du Morvan
1. Pas de Calais – 2. Westhinder – 3. Noordhinder – 4. Dispositif de Rotterdam-Rijnmond (avec l'Eurogeul) – 5. couloir ouest - 6. couloir du centre - 7. couloir est  -8. IJgeul  -9. Terschelling – 10. Frise orientale – 11. Baie Allemande – 12. Liaison Allemagne de l'ouest – 13. Liaison Baie de Jade – 14. Liaison vers l'Elbe. *Ports vers l'Angleterre: Lowestoft (l), Felixstowe (f), Port de Londres (t), Gillingham (g), Whitstable (w) en Douvres (d). *Ports vers la France: Boulogne-sur-Mer (b), Calais (c) et Dunkerque (d). *Ports vers la Belgique: Nieuwpoort (n), Ostende (o), Zeebruges (z) en Anvers (a). *Ports vers les Pays-Bas: Terneuzen (t), Flessingue (v), Port de Rotterdam (r) (Maasvlakte et Europoort), Scheveningen (s), Port d'Amsterdam (via l'IJgeul) (a), Port de IJmuiden (via l'IJgeul) (i), Le Helder (h), Eemshaven (e) et Delfzijl (d). *Ports vers l'Allemagne: Emden (e), Wilhelmshaven (w), Bremerhaven (b), Cuxhaven (c) et Hambourg (h)[1]
English: Map of the North Sea with roughly the current Traffic Separation Schemes Nederlands: Kaart van de Noordzee met grofweg de huidige verkeersscheidingsstelsels
Класическа конструктивно-технологична схема на еднобарабанен зърнокомбайн               
1. мотовило; 2. режещ апарат; 3. приемен или палцев шнек; 4. наклонен верижно-планков транспортьор; 5. камъкоуловител; 6. вършачен барабан; 7. подбарабан или контрабарабан или решетъчна контра; 8. сламотръс или сламосепаратор; 9. сборна или тръскаща платформа или дъска; 10. вентилатор; 11. горно или плевно сито с удължител или класово сито (за неовършани класове); 12. долно сито; 13. класов шнек или винтов транспортьор (за неовършани класове); 14. вход за неовършани класове; 15. шнек или винтов транспортьор за чисто зърно; 16. бункер за зърно; 17. приспособление за наситняване на сламата или сламорезачка; 18. кабина за управление; 19. двигател; 20. разтоварващ шнек или винтов транспортьор за зърно; 21. отбоен битер или сламочес. 1+2+3 = хедер или жътварка/жътварка; 6+7 = вършачно устройство или апарат;   9+10+11+12  = зърночистачно устройство или очистка.
Vida klarigo de kunfaldaĵo. Faru ĉiun ondoformon funkcio de la lokokupa variablo 
  
    
      
        τ
      
    
    {\displaystyle \tau }
  
. Inversigu laŭ tempo iun el la ondoformoj kaj adiciu je t por ebligu al ĝi gliti tien kaj reen laŭ la 
  
    
      
        τ
      
    
    {\displaystyle \tau }
  
-akso restante senmova rilate al t. Fine, komencigu la funkcion ĉe negativa infinito kaj glitigu ĝin al pozitiva infinito. Kie la du funkcioj kruciĝas, trovu la integraĵon de ilia produto. La rezulta ondoformo (ne vidigita ĉi tie) estas la kunfaldaĵo de la du funkcioj. Se la senmova ondoformo estas "impulsa unuo", la fina rezulto estas la originala versio de la glita ondoformo, ĉar ĝi estas denove inversigita laŭ tempo, ĉar la dekstra eĝo trafas la "impulsan unuon" unue kaj la maldekstra eĝo laste. Tio ankaŭ ĝenerale estas la kialo por la inversigo laŭ tempo, ĉar kompleksajn signalojn oni povas konsideri konsisti el impulsaj unuoj
English: Author/Source: E. Mote
Решение задачи Римана для идеального изначально покоящего газа с показателем адиабаты 
  
    
      
        γ
        =
        5
        
          /
        
        3
      
    
    {\displaystyle \gamma =5/3}
  
 и относительным скачком давления и плотности 
  
    
      
        
          ρ
          
            L
          
        
        
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        =
        
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            L
          
        
        
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            R
          
        
        =
        10
      
    
    {\displaystyle \rho _{L}/\rho _{R}=P_{L}/P_{R}=10}
  
. По оси абсцисс отложена автомодельная переменная (безразмерная координата), по оси ординат — давление, плотность и скорость в относительных единицах. Слева направо: покоящийся газ, волна разрежения, контактный разрыв, ударная волна, покоящийся газ.
English: Plots of pressure, density and velocity in dimless units as function of dimless coordinate. Adiabatic index is 5/3, relation of densities and pressures 1/10. Русский: Графики давления, плотности и скорости в безразмерных величинах как функции безразмерной координаты. Показатель адиабаты 5/3, отношение давлений и плотностей 1/10.
Crystallographic Image Processing (CIP) of a high-resolution electron microscopy (HREM) image of α-Ti2Se recorded with a 300 kV TEM (JEOL 3010 UHR, point resolution 1.7 Å) along the [001] zone axis. In the first step the Fourier transform of the HREM image is calculated (only the amplitudes are shown). The position of the white ring marks the first crossover of the contrast transfer function (CTF) which is used to determine the defocus value (Δf = -650 Å). The reciprocal lattice is then indexed and amplitudes and phases are extracted. The amplitudes and phases can be used to calculate the averaged image for one unit cell via Fourier synthesis. The pseudo-potential map (p2gg symmetry) for determining 2D atomic co-ordinates was obtained after correction of the phase-shifts imposed by the CTF. The average agreement of atomic co-ordinates determined from the pseudo-potential map and the superimposed model from X-ray diffraction is about 0.2 Å.[1]
English: Crystalographic image processing (CIP) of alpha-Ti2Se. Ref.: T. E. Weirich, From Fourier series towards crystal structures - a survey of conventional methods for solving the phase problem; in: Electron Crystallography - Novel Approaches for Structure Determination of Nanosized Materials, T. E. Weirich, J. L. Lábár, X. Zou, (Eds.), Springer 2006, 235 - 257.
Energieabhängigkeit der Kopplungskonstanten 
  
    
      
        
          α
          
            1
          
        
      
    
    {\displaystyle \alpha _{1}}
  
 für die 
  
    
      
        U
        (
        1
        
          )
          
            Y
          
        
      
    
    {\displaystyle U(1)_{Y}}
  
 sowie 
  
    
      
        
          α
          
            2
          
        
      
    
    {\displaystyle \alpha _{2}}
  
 für die 
  
    
      
        S
        U
        (
        2
        
          )
          
            L
          
        
      
    
    {\displaystyle SU(2)_{L}}
  
 und 
  
    
      
        
          α
          
            3
          
        
      
    
    {\displaystyle \alpha _{3}}
  
 für die 
  
    
      
        S
        U
        (
        3
        
          )
          
            C
          
        
      
    
    {\displaystyle SU(3)_{C}}
11. července 1934 byl poprvé na vodu spuštěn motorový člun Máša s kapacitou 30 až 40 osob. Jezdilo se denně zpravidla ve 14 hodin z Vranova do Bítova a zpět se zastávkami u Lančova a Chvalatic, oblíbené byly okružní jízdy nad přehradou. Za cestu do Bítova bylo vybíráno jízdné 6 Kč a za okružní projížďku 2 Kč. U hlavního přístaviště byla postavena prostorná čekárna s bufetem. Po roce 1938 provozovali plavbu také Anna und Hans Walka s největší motorovou lodí na přehradě – "MS Starnberg". Lodní dopravu po roce 1989 provozuje na Vranovské přehradě firma Lodní doprava Vranov s. r. o. V květnu 2006 na vodu spustila loď Valentýnu, dále probíhaly zkušební plavby a korektury lodních cest. Od 1. června 2006 započala firma s vyhlídkovými plavbami. Jednalo o tři plavby za den. Od 1. července 2006 do 31. srpna 2006 byla zahájena veřejná lodní doprava se dvěma pravidelnými plavbami a čtyřmi zastávkami. V nabídce jsou nyní lodě Valentýna a Viktorie.[89][90]
Čeština: Loď Viktorie, vodní nádrž Vranov, Onšov, okres Znojmo English: Viktorie ship, Vranov reservoir, Onšov, Znojmo district, Czech Republic