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  • Committer: Roel De Coninck
  • Date: 2012-02-07 21:24:27 UTC
  • Revision ID: roeldeconinck@gmail.com-20120207212427-mthe8dbh5h76yj0w
First commit with test files and basic xml functions

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<SuperMemoCollection><Count>3967</Count><SuperMemoElement><ID>1</ID><Type>Topic</Type><Content><Question>American States</Question><Answer></Answer></Content><LearningData><Interval>0</Interval><Repetitions>0</Repetitions><Lapses>0</Lapses><LastRepetition>10.06.2008</LastRepetition><AFactor>3.000</AFactor><UFactor>0.000</UFactor></LearningData><SuperMemoElement><ID>986</ID><Title>Wetenschap</Title><Type>Topic</Type><SuperMemoElement><ID>1059</ID><Title>Artikel Scientific American (NL) over massa, 2005</Title><Type>Topic</Type><SuperMemoElement><ID>5</ID><Type>Item</Type><Content><Question>De echte elementaire deeltjes, zoals [...] en [...], zijn niet opgebouwd uit kleinere deeltjes.</Question><Answer>quarks en elektronen</Answer></Content><LearningData><Interval>712</Interval><Repetitions>9</Repetitions><Lapses>0</Lapses><LastRepetition>23.05.2011</LastRepetition><AFactor>6.883</AFactor><UFactor>1.230</UFactor></LearningData></SuperMemoElement><SuperMemoElement><ID>14</ID><Type>Item</Type><Content><Question>Het standaardmodel is gebaseerd op een wiskundige functie, de [...]</Question><Answer>Langrangian</Answer></Content><LearningData><Interval>416</Interval><Repetitions>10</Repetitions><Lapses>0</Lapses><LastRepetition>21.03.2011</LastRepetition><AFactor>6.501</AFactor><UFactor>1.101</UFactor></LearningData></SuperMemoElement><SuperMemoElement><ID>23</ID><Type>Item</Type><Content><Question>Waaruit bestaat ongeveer 25% van het heelal?</Question><Answer>donkere materie</Answer></Content><LearningData><Interval>446</Interval><Repetitions>9</Repetitions><Lapses>0</Lapses><LastRepetition>07.11.2010</LastRepetition><AFactor>6.417</AFactor><UFactor>1.205</UFactor></LearningData></SuperMemoElement><SuperMemoElement><ID>32</ID><Type>Item</Type><Content><Question>Wat laat de LHC botsen?</Question><Answer>protonen op protonen</Answer></Content><LearningData><Interval>489</Interval><Repetitions>16</Repetitions><Lapses>1</Lapses><LastRepetition>28.04.2011</LastRepetition><AFactor>6.748</AFactor><UFactor>1.151</UFactor></LearningData></SuperMemoElement><SuperMemoElement><ID>36</ID><Type>Item</Type><Content><Question>Uit welk deeltje is donkere materie mogelijk opgebouwd?</Question><Answer>de Lichtste SuperPartner (LSP)</Answer></Content><LearningData><Interval>336</Interval><Repetitions>12</Repetitions><Lapses>0</Lapses><LastRepetition>07.03.2011</LastRepetition><AFactor>6.352</AFactor><UFactor>1.175</UFactor></LearningData></SuperMemoElement><SuperMemoElement><ID>39</ID><Type>Item</Type><Content><Question>Het Standaardmodel vertelt ons dat protonen en neutronen zijn opgebouwd uit elementaire deeltjes die [...] worden genoemd, en die bijeen worden gehouden door massaloze deeltjes die [...] heten.</Question><Answer>quarks
 
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gluonen</Answer></Content><LearningData><Interval>634</Interval><Repetitions>10</Repetitions><Lapses>0</Lapses><LastRepetition>15.06.2011</LastRepetition><AFactor>6.784</AFactor><UFactor>1.101</UFactor></LearningData></SuperMemoElement><SuperMemoElement><ID>1060</ID><Type>Item</Type><Content><Question>Wat zijn de 2 vragen van het familieprobleem (fysica)?</Question><Answer>1. Waarom zijn er 3 families terwijl we er maar 1 lijken nodig te hebben om de wereld te beschrijven?
 
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2. Waarom verschillen de families in massa (en hebben ze juist di&amp;#233; massa)?</Answer></Content><LearningData><Interval>417</Interval><Repetitions>11</Repetitions><Lapses>0</Lapses><LastRepetition>07.03.2011</LastRepetition><AFactor>6.492</AFactor><UFactor>1.168</UFactor></LearningData></SuperMemoElement><SuperMemoElement><ID>1061</ID><Type>Item</Type><Content><Question>Hoeveel families zijn er? (kwantummechanica)</Question><Answer>3</Answer></Content><LearningData><Interval>986</Interval><Repetitions>8</Repetitions><Lapses>0</Lapses><LastRepetition>22.02.2010</LastRepetition><AFactor>6.380</AFactor><UFactor>1.976</UFactor></LearningData></SuperMemoElement><SuperMemoElement><ID>1062</ID><Type>Item</Type><Content><Question>Hoe worden het Gluon en het Foton nog wel eens genoemd?</Question><Answer>Massaloze bosonen of ook wel krachtdeeltjes</Answer></Content><LearningData><Interval>230</Interval><Repetitions>5</Repetitions><Lapses>2</Lapses><LastRepetition>26.07.2011</LastRepetition><AFactor>6.258</AFactor><UFactor>2.190</UFactor></LearningData></SuperMemoElement><SuperMemoElement><ID>1063</ID><Type>Item</Type><Content><Question>Wat is het verschil tussen de verschillende deeltjesfamilies?</Question><Answer>de vergelijkbare deeltjes hebben een verschillend gewicht</Answer></Content><LearningData><Interval>570</Interval><Repetitions>9</Repetitions><Lapses>0</Lapses><LastRepetition>20.12.2010</LastRepetition><AFactor>6.365</AFactor><UFactor>1.107</UFactor></LearningData></SuperMemoElement><SuperMemoElement><ID>1064</ID><Type>Item</Type><Content><Question>Superpartners zijn waarschijnlijk in een vroeg stadium van de oerknal gevormd maar onmiddellijk uiteengevallen in [...]</Question><Answer>LSP's</Answer></Content><LearningData><Interval>520</Interval><Repetitions>9</Repetitions><Lapses>0</Lapses><LastRepetition>25.10.2010</LastRepetition><AFactor>6.494</AFactor><UFactor>1.126</UFactor></LearningData></SuperMemoElement><SuperMemoElement><ID>1065</ID><Type>Item</Type><Content><Question>Wat is het verschil tussen donkere materie en donkere energie?</Question><Answer>Donkere materie bestaat uit deeltjes, donkere energie niet</Answer></Content><LearningData><Interval>824</Interval><Repetitions>12</Repetitions><Lapses>1</Lapses><LastRepetition>11.08.2011</LastRepetition><AFactor>6.877</AFactor><UFactor>1.100</UFactor></LearningData></SuperMemoElement><SuperMemoElement><ID>1066</ID><Type>Item</Type><Content><Question>Wat is de vierde soort massa in het heelal, na donkere energie (70%), donkere materie (25%) en zichtbare materie (4,x%)?</Question><Answer>Neutrino's</Answer></Content><LearningData><Interval>1116</Interval><Repetitions>11</Repetitions><Lapses>1</Lapses><LastRepetition>04.09.2009</LastRepetition><AFactor>6.212</AFactor><UFactor>1.725</UFactor></LearningData></SuperMemoElement><SuperMemoElement><ID>1067</ID><Type>Item</Type><Content><Question>Hoe kan het bestaan van donkere materie bewezen worden?</Question><Answer>Deze materie veroorzaakt zwaartekrachteffecten</Answer></Content><LearningData><Interval>421</Interval><Repetitions>14</Repetitions><Lapses>2</Lapses><LastRepetition>20.03.2011</LastRepetition><AFactor>6.755</AFactor><UFactor>1.160</UFactor></LearningData></SuperMemoElement></SuperMemoElement></SuperMemoElement></SuperMemoElement></SuperMemoCollection>
 
 
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