fschieber/wit-captions huggingface dataset:
Translation made by Berlin Documents Center HQ US Army Berlin Command of 1943 Decree against the "White Rose" group.  IN THE NAME OF THE GERMAN PEOPLE in the action against 1. Hans Fritz Scholl, Munich, born at Ingersheim, September 22, 1918, 2. Sophia Magdalena Scholl, Munich, born at Forchtenberg, May 9, 1921, and 3. Christoph Hermann Probst, of Aldrans bei Innsbruck, born at Murnau, November 6, 1919, now in investigative custody regarding treasonous assistance to the enemy, preparing to commit high treason, and weakening of the nation's armed security, the People's Court first Senate, pursuant to the trial held on February 22 1943, in which the officers were: President of the People's Court Dr. Freisler, Presiding,Director of the Regional Judiciary Stier, SS Group Leader Breithaupt, SA Group Leader Bunge, State Secretary and SA Group Leader Koglmaier, and representing the Attorney General to the Supreme Court of the Reich, Reich Attorney Weyersberg,[We]find: That the accused have in time of war by means of leaflets called for the sabotage of the war effort and armaments and for the overthrow of the National Socialist way of life of our people, have propagated defeatist ideas, and have most vulgarly defamed the Führer, thereby giving aid to the enemy of the Reich and weakening the armed security of the nation. On this account they are to be punished by death. Their honor and rights as citizens are forfeited for all time.
English: Translation made by Berlin Documents Center HQ US Army Berlin Command of 1943 Decree against the "White Rose" group. IN THE NAME OF THE GERMAN PEOPLE in the action against 1. Hans Fritz Scholl, Munich, born at Ingersheim, September 22, 1918, 2. Sophia Magdalena Scholl, Munich, born at Forchtenberg, May 9, 1921, and 3. Christoph Hermann Probst, of Aldrans bei Innsbruck, born at Murnau, November 6, 1919, now in investigative custody regarding treasonous assistance to the enemy, preparing to commit high treason, and weakening of the nation's armed security, the People's Court first Senate, pursuant to the trial held on February 22 1943, in which the officers were: President of the People's Court Dr. Freisler, Presiding, Director of the Regional Judiciary Stier, SS Group Leader Breithaupt, SA Group Leader Bunge, State Secretary and SA Group Leader Koglmaier, and representing the Attorney General to the Supreme Court of the Reich, Reich Attorney Weyersberg, [We]find: That the accused have in time of war by means of leaflets called for the sabotage of the war effort and armaments and for the overthrow of the National Socialist way of life of our people, have propagated defeatist ideas, and have most vulgarly defamed the Führer, thereby giving aid to the enemy of the Reich and weakening the armed security of the nation. On this account they are to be punished by DEATH Their honor and rights as citizens are forfeited for all time.
1. Vương quốc Liên hiệp Anh và Bắc Ireland Arthur Wellesley, Quận công Wellington thứ nhất 
  2.  Joaquim Lobo Silveira, Bá tước Oriola thứ 7, 
  3.  António de Saldanha da Gama, Bá tước Porto Santo, 
  4.  Thụy Điển Bá tước Carl Löwenhielm, 
  5. Bản mẫu:Country data Bourbon Restoration Jean-Louis-Paul-François, Quận công Noailles thứ năm 
  6. Áo Klemens Wenzel, Hoàng thân Metternich 
  7. Bản mẫu:Country data Bourbon Restoration André Dupin 
  8. Nga Bá tước Karl Robert Nesselrode 
  9.  Pedro de Sousa Holstein, Bá tước Palmela thứ nhất 
10. Vương quốc Liên hiệp Anh và Bắc Ireland Robert Stewart, Tử tước Castlereagh 
11. Bản mẫu:Country data Bourbon Restoration Emmerich Joseph, Quận công Dalberg 
12. Áo Nam tước Johann von Wessenberg 
13. Nga Hoàng thân Andrey Kirillovich Razumovsky 
14. Vương quốc Liên hiệp Anh và Bắc Ireland Charles Stewart, Nam tước Stewart thứ nhất 
15. Tây Ban Nha Pedro Gómez Labrador, Hầu tước Labrador 
16. Vương quốc Liên hiệp Anh và Bắc Ireland Richard Le Poer Trench, Bá tước Clancarty thứ 2 
17. 24x20px   Wacken (Recorder) 
18. Áo Friedrich von Gentz (Thư ký Hội nghị) 
19. Vương quốc Phổ Nam tước Wilhelm von Humboldt 
20. Vương quốc Liên hiệp Anh và Bắc Ireland William Cathcart, Bá tước Cathcart thứ nhất 
21. Vương quốc Phổ Hoàng thân Karl August von Hardenberg 
22. Bản mẫu:Country data Bourbon Restoration Charles Maurice de Talleyrand-Périgord 
23. Nga Bá tước Gustav Ernst von Stackelberg
descriptive numbers: 1. Arthur Wellesley, 1st Duke of Wellington (UK) 2. Joaquim Lobo da Silveira (Portugal) 3. António de Saldanha da Gama (Portugal) 4. Count Carl Löwenhielm (Sweden) 5. Jean-Louis-Paul-François, 5th Duke of Noailles (France) 6. Prince Klemens Wenzel Nepomuk Lothar von Metternich (Austria) 7. Frédéric-Séraphin de La Tour du Pin Gouvernet (France) 8. Count Karl Robert Nesselrode (Russia) 9. Pedro de Sousa Holstein, 1st Count, 1st Marquess and 1st Duke de Palmela (Portugal) 10. Robert Stewart, Viscount Castlereagh (UK) 11. Emmerich Joseph de Dalberg (France) 12. Baron Johann von Wessenberg-Ampringen (Austria) 13. Prince Andrey Kirillovich Razumovsky (Russia) 14. Charles Stewart, 1st Baron Stewart (UK) 15. Pedro Gómez Labrador, Marquis of Labrador (Spain) 16. Richard Le Poer Trench, 2nd Earl of Clancarty (UK) 17. Nikolaus von Wacken (Recorder) (Österreichischer Staatskanzleirat, Freiherr 1823) 18. Friedrich von Gentz (Congress Secretary) 19. Baron Friedrich Wilhelm Christian Karl Ferdinand von Humboldt (Prussia) 20. William Schaw Cathcart, 1st Earl Cathcart (UK) 21. Prince Karl August von Hardenberg (Prussia) 22. Charles Maurice de Talleyrand-Périgord, 1st Sovereign Prince de Bénévent (France) 23. Count Gustav Ernst von Stackelberg (Russia)
Mano di scimpanzé, dove si nota la differente struttura del pollice. Sviluppo cerebrale e locomozione bipede hanno permesso di utilizzare, fin dai primi antenati dell'uomo attuale, le mani come mezzo per costruire ed utilizzare strumenti e fare evolvere all'atto pratico molte delle variegate attività umane liberandole dal compito locomotorio. Le mani e la loro anatomia ed evoluzione permettono di ricostruire il percorso evolutivo che ha poi portato all'acquisizione di progressive abilità pratiche, fino alla capacità tecniche rappresentate nella cultura acheuleana. L'elongazione delle dita, che ha riguardato in parallelo oltre agli ominini anche i panini (che differiscono dai primi per un pollice più breve), è uno degli elementi chiave riguardo a questo aspetto e viene completato dalla presa di precisione tra il pollice e le falangi distali delle dita reso possibile dai pollici opponibili. Nonostante la mano umana abbia uniche caratteristiche anatomiche, tra cui un pollice più lungo e le dita che possono essere controllate individualmente a un livello superiore, la sua destrezza non può essere spiegata esclusivamente da fattori anatomici, ma da aspetti neurali. Le sue proporzioni sono sufficientemente plesiomorfiche con quelle dei progenitori delle scimmie antropomorfe attuali, ma scimpanzé e gorilla, in modo indipendente, hanno acquisito metacarpi allungati come parte dell'adattamento alle loro modalità di locomozione.
English: Scan of an original graphite painting by Terry Jackson, Australian artist
Map dosbarthiad hinsawdd Köppen-Geiger[1]                          Hinsawdd fforest law drofannol (Af)      Hinsawdd monsŵn trofannol (Am)      Hinsawdd safana trofannol (Aw)        Hinsawdd anialwch boeth (BWh)      Hinsawdd anialwch oer (BWk)      Hinsawdd lled-gras boeth (BSh)      Hinsawdd lled-gras oer (BSk)        Hinsawdd y Canoldir gyda hafau boeth (Csa)      Hinsawdd y Canoldir gyda hafau cynnes (Csb)        Hinsawdd is-drofannol gyda gaeafau sych (Cwa)      Hinsawdd dymherus gyda gaeafau sych (Cwb)      Hinsawdd dymherus is-pegynol gyda gaeafau sych (Cwc)        Hinsawdd is-drofannol llaith (Cfa)      Hinsawdd gefnforol (Cfb)      Hinsawdd gefnforol is-pegynol (Cfc)        Hinsawdd cyfandirol gyda hafau sych ac yn boeth (Dsa)      Hinsawdd cyfandirol gyda hafau sych ac yn cynnes (Dsb)      Hinsawdd is-arctig gyda hafau sych ac yn oer (Dsc)      Hinsawdd is-arctig gyda hafau sych ac yn oer iawn (Dsd)        Hinsawdd cyfandirol gyda gaeafau sych a hafau boeth (Dwa)      Hinsawdd cyfandirol gyda gaeafau sych a hafau cynnes (Dwb)      Hinsawdd is-arctig gyda gaeafau sych a hafau oer (Dwc)      Hinsawdd is-arctig gyda gaeafau sych a hafau oer iawn (Dwd)        Hinsawdd cyfandirol llaith gyda hafau boeth (Dfa)      Hinsawdd cyfandirol llaith gyda hafau cynnes (Dfb)      Hinsawdd is-arctig gyda hafau oer (Dfc)      Hinsawdd is-arctig gyda hafau oer iawn (Dfd)        Hinsawdd twndra (ET)      Hinsawdd pegynol (EF)
Updated world map of the Köppen-Geiger climate classification.
A source generates 4 different symbols 
  
    
      
        {
        
          a
          
            1
          
        
        ,
        
          a
          
            2
          
        
        ,
        
          a
          
            3
          
        
        ,
        
          a
          
            4
          
        
        }
      
    
    {\displaystyle \{a_{1},a_{2},a_{3},a_{4}\}}
  
 with probability 
  
    
      
        {
        0.4
        ;
        0.35
        ;
        0.2
        ;
        0.05
        }
      
    
    {\displaystyle \{0.4;0.35;0.2;0.05\}}
  
. A binary tree is generated from left to right taking the two least probable symbols and putting them together to form another equivalent symbol having a probability that equals the sum of the two symbols. The process is repeated until there is just one symbol. The tree can then be read backwards, from right to left, assigning different bits to different branches. The final Huffman code is:                 SymbolCode a10 a210 a3110 a4111  The standard way to represent a signal made of 4 symbols is by using 2 bits/symbol, but the entropy of the source is 1.74 bits/symbol. If this Huffman code is used to represent the signal, then the average length is lowered to 1.85 bits/symbol; it is still far from the theoretical limit because the probabilities of the symbols are different from negative powers of two.
Дел од сликата на зградата на Сецесијата во Виена Во 1902 г. Климт ја завршил „Der Beethovenfries“ за 14 изложба на Виенската сецесија  која била наменета за прославата за композиторот (Бетовен) и содржела монументална, полихромна скулптура од Макс Клингер. Бидејќи била наменета само за изложбата, сликата била насликана директно на ѕидот со лесни материјали. По изложбата, сликата била зачувана иако не била покажувана сè до 1986 г. Лицето на портретот на Бетовен личело на композиторот , но и на директорот на виенската опера Густав Малер, со кој Климт имал блиска соработка.[4]  Во почетокот на доцните деведесетти на 19 век тој одел секоја година на летни одмори со фамилијата Флоге на брегот на Атерското езеро каде насликал многу од неговите пејзажи.  Климт бил многу заинтересиран за сликањето на предмети и тие дела го претставуваат единствениот жанр освен сликањето на (човечка) фигури за кој Климт сериозно се заинтересирал.  Поради интензитетот на неговите слики месното население го нарекувало "Waldschrat"(шумски демон).  Сликите на Климт од Атерското езеро се во толкав број и квалитет што заслужуваат да бидат особено ценети. Формално, пејзажите се карактеризираат со истата префинетост на дизајнот и емфатичен модел како и делата со фигурите. За делата од Атерското езеро се смета дека Климт ги насликал додека гледал низ телескоп.  Златната фаза[уреди | уреди извор]   Бакнеж, 1907-08 Австриска галерија-Белведере, Виена
Representación bidimensional de la construcción de Ewald. Los rayos X incidentes están representados por el vector de onda 
  
    
      
        
          
            K
          
          
            i
          
        
      
    
    {\displaystyle \mathbf {K} _{i}}
  
, de amplitud 
  
    
      
        1
        
          /
        
        λ
      
    
    {\displaystyle 1/\lambda }
  
. La red recíproca se representa en azul; para simplificar el diagrama, solo se muestran las coordenadas de algunos puntos de la red, representando a los planos de Miller correspondientes. El punto (4,1) coincide con la superficie de la esfera, por lo tanto se observará un haz de rayos X con el vector de onda 
  
    
      
        
          
            K
          
          
            f
          
        
      
    
    {\displaystyle \mathbf {K} _{f}}
  
 reflejado en la dirección dada por 
  
    
      
        2
        θ
      
    
    {\displaystyle 2\theta }
  
. La magnitud del vector diferencia entre 
  
    
      
        
          
            K
          
          
            i
          
        
      
    
    {\displaystyle \mathbf {K} _{i}}
  
 y 
  
    
      
        
          
            K
          
          
            f
          
        
      
    
    {\displaystyle \mathbf {K} _{f}}
  
 o vector de difracción es la distancia entre los planos paralelos de índices (4,1).
English: John Loveday made this fileYadevol 16:56, 7 March 2007 (UTC)
Общая схема внутреннего устройства ТРПКСН проекта 941: 1 — лёгкий корпус; 2 — 533-мм носовые торпедные аппараты; 3 — прочный корпус; 4 — носовые выдвижные горизонтальные рули; 5 — люки аварийного покидания ПЛ; 6 — торпедный отсек; 7 — гидроакустический отсек; 8 — шахты баллистических ракет Р-39; 9 — центральный пост; 10 — спасательные всплывающие камеры; 11 — выдвижные устройства; 12 — ограждение выдвижных устройств; 13 — отсек радиотехнического вооружения; 14 — реакторный отсек; 15 — люки всплывающих антенн связи; 16 — крыло, защищающее винто-рулевую группу от льда; 17 — турбинный отсек; 18 — КШР (кормовая шлюзовая рубка); 19 — гидродинамические направляющие; 20 — вертикальное кормовое оперение; 21 — вертикальные рули; 22 — гребной винт в кольцевой насадке; 23 — кормовые горизонтальные рули; 24 — антенна ГАС; 25 — выдвижные подруливающие устройства; 26 — ракетные отсеки; 27 — отсеки живучести; 28 — ядерный реактор; 29 — линия главного гребного вала; 30 — горизонтальное кормовое оперение; 31 — носовой прочный модуль; 32 — главный прочный корпус (правый); 33 — главный прочный корпус (левый); 34 — центральный прочный модуль; 35 — кормовой прочный модуль; 36 — цистерна быстрого погружения  i — командирский перископ; ii — универсальный перископ; iii — радиосекстант; iv — радиолокационный комплекс; v — РКП; vi, viii — радиоантенны систем связи; vii — радиопеленгатор; ix — антенна системы космической навигации; x — ГПБА
Kuvassa CV on kontrollitilavuus, jossa 1-ulotteiset kanavat 1 ja 2 ovat sisään virtauskanavia ja 3 ulosvirtauskanava. Nyt Reynoldsin teoreema massalle voitaisiin kirjoittaa muotoon 
  
    
      
        
          ∫
          
            
              
                ∂
                ρ
              
              
                ∂
                t
              
            
          
           
          d
          V
          +
          (
          
            ρ
            
              3
            
          
          
            A
            
              3
            
          
          
            V
            
              3
            
          
          )
          −
          (
          
            ρ
            
              1
            
          
          
            A
            
              1
            
          
          
            V
            
              1
            
          
          )
          −
          (
          
            ρ
            
              2
            
          
          
            A
            
              2
            
          
          
            V
            
              2
            
          
          )
          =
          0.
        
      
    
    {\displaystyle \scriptstyle \int {\frac {\partial \rho }{\partial t}}~dV+(\rho _{3}A_{3}V_{3})-(\rho _{1}A_{1}V_{1})-(\rho _{2}A_{2}V_{2})=0.}
Schema of flow of fluid through constant volume
Figur 3: De eulerska trianglarna 
  
    
      
        △
        A
        
          B
          
            1
          
        
        C
      
    
    {\displaystyle \triangle AB_{1}C}
  
 och 
  
    
      
        △
        A
        
          B
          
            2
          
        
        C
      
    
    {\displaystyle \triangle AB_{2}C}
  
 har vinkeln 
  
    
      
        α
      
    
    {\displaystyle \alpha }
  
 och sidorna 
  
    
      
        a
      
    
    {\displaystyle a}
  
 och 
  
    
      
        b
      
    
    {\displaystyle b}
  
 lika. Eftersom 
  
    
      
        △
        
          B
          
            1
          
        
        
          B
          
            2
          
        
        C
      
    
    {\displaystyle \triangle B_{1}B_{2}C}
  
 är likbent, är 
  
    
      
        
          β
          
            1
          
        
        =
        π
        −
        
          β
          
            2
          
        
      
    
    {\displaystyle \beta _{1}=\pi -\beta _{2}}
  
 och således 
  
    
      
        sin
        ⁡
        
          β
          
            1
          
        
        =
        sin
        ⁡
        
          β
          
            2
          
        
      
    
    {\displaystyle \sin \beta _{1}=\sin \beta _{2}}
  
. Denna typ av obestämdhet förekommer även hos plana trianglar.
"दीवाली, प्रकाश पर्व या त्यौहार, पूरे भारत में हिन्दुओं द्वारा दीये (diyas) जलाकर और रंगोलीबनाकर मनाया जाता है।  त्यौहार[संपादित करें] मुख्य लेख: Festivals in India भारत एक बहु सांस्कृतिक और बहु धार्मिक समाज होने के कारण विभिन्न धर्मों के त्योहारों और छुट्टियों को मनाता है भारत में तीन राष्ट्रीय अवकाश (national holidays in India) है, स्वतंत्रता दिवस, गणतंत्र दिवस और गांधी जयंती (Gandhi Jayanti) और इन तीनो को हर्षो उल्लास के साथ मनाया जाता है इसके अलावा, कई राज्यों और क्षेत्रों में वहाँ के मुख्य धर्म और भाषागत जनसांख्यिकी पर आधारित स्थानीय त्यौहार हैं लोकप्रिय धार्मिक त्यौहार में शामिल हैं हिन्दुओं का दिवाली, गणेश चतुर्थी (Ganesh Chaturthi), होली, नवरात्रि, रक्षाबंधन (Rakshabandhan) और दशहरा (Dussehra). कई खेती त्यौहार (harvest festival) जैसे की संक्रांति (Sankranthi), पोंगल (Pongal) और ओणम (Onam) भी काफी लोकप्रिय त्यौहार है कुम्भ का मेला (Kumb Mela) हर १२ साल के बाद ४ अलग -अलग स्थानों पर मनाया जाने वाला एक बहुत बड़ा सामूहिक तीर्थ यात्रा उत्सव है जिसमें करोंडों हिन्दू हिस्सा लेते हैं भारत में कुछ त्योहारों कई धर्मों द्वारा मनाया जाता है। इसके उल्लेखनीय उदाहरण हैं हिन्दुओं, सिखों और जैन समुदाय के लोगों द्वारा मनाई जाने वाली दिवाली और बौद्ध धर्म और हिन्दू धर्म के लोगों द्वारा मनाई जाने वाली बुद्ध पूर्णिमा (Buddh Purnima) . इस्लामी त्यौहार जैसे की ईद-उल-फ़ित्र, ईद -उल-अधा (Eid al-Adha) और रमजान (Ramadan) भी पूरे भारत के मुसलामानों द्वारा मनाये जाते हैं  भोजन[संपादित करें] मुख्य लेख: Cuisine of India   करी और सब्ज़ी.
English: Burning oil lamp on a colourful rangoli designed on Diwali. हिन्दी: रंगबिरंगी रंगोली पर सजा, तेल का जलता हुआ दीया। Norsk nynorsk: Brennande oljelampe på ein fargerik rangoli på divali.
In units of rads, this is a simplistic model (Gaussian) of a wind-blown fallout map,[65] which depicts the unshielded ground level fallout gamma ray dose and dose rate contours expected to follow a 2 megaton land surface burst detonation, with 1 megaton of the yield coming from fission reactions. Because of radioactive decay, the dose rate contours (on the right) contract after fallout has arrived, but the total absorbed dose contours (left) continue to grow. A similar color version of the right panel, dose rate contour plot, for a 0.1 to 10 kiloton surface burst is also available.[131] Acutely dangerous regions of fallout are accompanied by fallout particles which are large enough to be detected by eye during its falling out/deposition, that is, they are equal to or larger than the size of dust.[65][100] All of the ARS deaths following the Chernobyl accident were due to external beta burns. The beta particle to gamma energy ratio is usually greater than 3 in the timeframe of fallout with the greatest threat to life. Protection from physical contact with the dust therefore greatly reduces radiation exposure.[132] The beta decaying uranium-237 and neptunium-239, that are generated from the neutron capture of U-235 and Pu-239 respectively, are regarded as the leading hazardous radioisotopes in the first hour-to-week period following nuclear fallout, with Np-239 dominating "the spectrum for several days".[133][134]
English: Fallout gamma radiation dose rates and doses for a burst with a total yield of 2 Mt and a fission yield of 1 Mt (hence 50% fission), edited from Glasstone and Dolan, The Effects of Nuclear Weapons, U.S. Department of Defense, December 1977. Based on 24 km/hour (15 miles/hour) mean wind speed. Shows and compares dose contours with dose rate contours for various times. Based on DELFIC (Defence Land Fallout Interpretative Code) calculations which are consistent with U.S. and British nuclear test fallout data.Español: Comparación de dosis gamma por lluvia radiactiva y contornos de igualdad de dosis para una explosión de fisión de 1 megatón en la superficie de la tierra, en base a cálculos DELFIC. (50% fisión). Tomado de: Glasstone and Dolan, The Effects of Nuclear Weapons, U.S. Department of Defense, December 1977. Suponiendo una velocidad media del viento de 24 km/h (15 millas/hora). Muestra y compara contornos de dosis con cierta dosis para diversos tiempos. Basado en cálculos DELFIC (Defence Land Fallout Interpretative Code) que son consistentes con datos de lluvia radiactiva en ensayos nucleares de Estados Unidos y Reino Unido.
El romance En Elogio de la Insigne, y Valerosa Coronela de la excelentissima ciudad de Barcelona, y demás defensores de dicha plaça publicado en 1714 durante el sitio borbónico final no escatima en elogios a la glorificación del Conseller en Cap Rafael Casanova ...

 «Tal valor les infunde al pecho noble, 
 aquel Numen Marcial, Deidad armada, 
su Coronel Magnanimo, Guerrero,
Empleo ilustre de la eterna fama.» 
 «Aquel mas, que Alexandro poderoso, 
 Cesar, ora en la Pluma, ora en las Armas,
en las Juntas por su prudencia Jano,
y poderoso Marte en la campaña.» 


 ... e instando al martirio de la Coronela:

«Perseverad: que vuestros nobles brios 
 admiracion à todo el Orbe causan.»
«No temais al morir: que ganais tanto,
rindiendo vuestra vida por la Patria,
Que quantas bocas hazen las heridas,
tantas en vuestro honor abre la fama.»
«Quedarán vuestros nombres entallados
de eterno bronze en duraderas Planchas,
y la Posteridad con relevante
culto venerarà vuestras hazañas.»
«De la Imortalidad ireis al seno
victoriosos, volando entre las alas
de eterna Fama, que yà con mil Trompas
và publicando vuestras alabanças.»
Monumento-a-los-caídos-fossar-moreres-barcelona-1714.jpgMonumento a los caídos.
Pevetero de la llama eterna erigido sobre el Fossar de les Moreres, la fosa común de la basílica de Santa María del Mar donde fueron enterrados los muertos de 1713-1714 en defensa de las Libertades y Constituciones de Cataluña.
En elogio de la insigne, y valerosa coronela de la excelentissima ciudad de Barcelona, y demás defensores de dicha plaça : romance endecasyllabo