From ebd7ffbf98a0841f1c4ace007c37d06282f9fe0e Mon Sep 17 00:00:00 2001 From: lpmi-13 Date: Tue, 19 Mar 2019 05:48:35 +0000 Subject: [PATCH] update readme links --- README.md | 14 +++++++------- 1 file changed, 7 insertions(+), 7 deletions(-) diff --git a/README.md b/README.md index 0f1214c..84e69eb 100644 --- a/README.md +++ b/README.md @@ -16,15 +16,15 @@ See CHANGES for a description of the project status. Also see the OpenCCG web si This `README.md` file contains the configuration and build instructions. Next you'll probably want to look at the tutorial on writing grammars in the human-friendly 'dot ccg' syntax on [the UT Austin OpenCCG wiki](http://www.utcompling.com/wiki/openccg/visccg-tutorial). -After that it may be helpful to look at the "native" grammar specification in "Specifying Grammars for OpenCCG: A Rough Guide" in `docs/grammars-rough-guide.pdf`, as well as the `SAMPLE_GRAMMARS` file for descriptions of the sample grammars that come with the distribution, including ones using the DotCCG syntax. A (somewhat dated) programmer's guide to using the OpenCCG realizer appears in `docs/realizer-manual.pdf`. +After that it may be helpful to look at the "native" grammar specification in "Specifying Grammars for OpenCCG: A Rough Guide" in `docs/grammars-rough-guide.pdf`, as well as the [SAMPLE GRAMMARS](SAMPLE_GRAMMARS) file for descriptions of the sample grammars that come with the distribution, including ones using the DotCCG syntax. A (somewhat dated) programmer's guide to using the OpenCCG realizer appears in `docs/realizer-manual.pdf`. -This release also includes a broad English coverage grammar from the CCGBank and associated statistical models; see `docs/ccgbank-README` for details. +This release also includes a broad English coverage grammar from the CCGBank and associated statistical models; see [docs/ccgbank-README](docs/ccgbank-README) for details. # Requirements -* Version 1.6 or later of the Java 2 SDK (http://java.sun.com) -* For ccg2xml and other tools, Python version 2.4 to 2.7 (http://www.python.org) +* Version 1.6 or later of the Java 2 SDK (https://java.sun.com) +* For ccg2xml and other tools, Python version 2.4 to 2.7 (https://www.python.org) # Libraries @@ -94,12 +94,12 @@ If you've managed to configure the system, you should be able to change to the d Provided tccg starts properly, it loads the grammar files, parses them, and shows the command-line interface (at which point you can type `:h` for help or `:q` to quit). -If you trouble starting up tccg, make sure you have set the environment variables properly, and that the tccg script (located in `openccg/bin`) calls the right shell environment (top-line of the script; to solve the problem, either comment out this line or correct the path). +If you have trouble starting up tccg, make sure you have set the environment variables properly, and that the tccg script (located in `openccg/bin`) calls the right shell environment (top-line of the script; to solve the problem, either comment out this line or correct the path). # Visualizing semantic graphs -Semantic dependency graphs in testbed files can be visualized with the help of Graphviz's dot tool. First, download and install [Graphviz](http://www.graphviz.org/). Then, use tccg to create a testbed files with logical forms in it. For example, you can try some examples in the worldcup sample grammar and save them to a file using the command ':2tb tb.xml'. Then make a directory to store the visualized graphs. Finally, run the ccg-draw-graph tool as shown below: +Semantic dependency graphs in testbed files can be visualized with the help of Graphviz's dot tool. First, download and install [Graphviz](https://www.graphviz.org/). Then, use tccg to create a testbed files with logical forms in it. For example, you can try some examples in the worldcup sample grammar and save them to a file using the command ':2tb tb.xml'. Then make a directory to store the visualized graphs. Finally, run the ccg-draw-graph tool as shown below: ``` > cd grammars/worldcup @@ -110,7 +110,7 @@ Semantic dependency graphs in testbed files can be visualized with the help of G You can also show the semantic classes or word indices using the `-c` or `-w` options, respectively. The graphs can be displayed with any PDF display tool. -Note that the graph visualization requires the logical forms to be stored in an xml node-rel format for graphs, as in the worldcup or routes sample grammars. See `SAMPLE_GRAMMARS` for more information. +Note that the graph visualization requires the logical forms to be stored in an xml node-rel format for graphs, as in the worldcup or routes sample grammars. See [SAMPLE GRAMMARS](SAMPLE_GRAMMARS) for more information. # Creating disjunctive logical forms