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external:tectomt:tutorial [2009/01/22 10:44]
kravalova 		external:tectomt:tutorial [2009/01/22 10:50]
kravalova
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   * Each bundle contains tree shaped sentence representations on various linguistic layers. In our example ''sample.tmt'' we have morphological tree (''SEnglishM'') in each bundle. Later on, also an analytical layer (''SEnglishA'') will appear in each bundle as we proceed with our analysis.    * Each bundle contains tree shaped sentence representations on various linguistic layers. In our example ''sample.tmt'' we have morphological tree (''SEnglishM'') in each bundle. Later on, also an analytical layer (''SEnglishA'') will appear in each bundle as we proceed with our analysis. 
   * Trees are formed by nodes and edges. Attributes can be attached only to nodes. Edge's attributes must be equivalently stored as the lower node's attributes. Tree's attributes must be stored as attributes of the root node.   * Trees are formed by nodes and edges. Attributes can be attached only to nodes. Edge's attributes must be equivalently stored as the lower node's attributes. Tree's attributes must be stored as attributes of the root node.
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 we can examine our ''sample.tmt'' again. Really, an analytical layer ''SEnglishA'' describing a dependency tree with analytical functions (''<afun>'') has been added to each bundle. we can examine our ''sample.tmt'' again. Really, an analytical layer ''SEnglishA'' describing a dependency tree with analytical functions (''<afun>'') has been added to each bundle.
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-You can view the trees in ''sample.tmt'' with TrEd by typing 
- 
-<code bash> 
-tmttred sample.tmt 
-</code> 
  
 Blocks can also be parametrized. For syntax parser, we might want to use a smaller but faster model. To achieve this, replace the line Blocks can also be parametrized. For syntax parser, we might want to use a smaller but faster model. To achieve this, replace the line
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 </code> </code>
  
 +You can view the trees in ''sample.tmt'' with TrEd by typing
 +
 +<code bash>
 +tmttred sample.tmt
 +</code>
  
 +Try to click on some nodes to see their parameters (tag, lemma, form, analytical function etc).
  
  

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