svn: r173

collects/mztake/doc.txt

@@ -119,51 +119,57 @@ MzTake requires PLT Scheme v208 and higher.
 
   Demos
 
-If you installed MzTake using the .PLT distritubtion, you can
-find demos of a few different uses of MzTake in the
-following directories:
+If you installed MzTake using the .PLT distribution, you can
+find the demos in the following directories:
 
    On Linux:
    ~/.plt-scheme/208/collects/mztake/demos
 
    On Windows (typically):
-   C:\Documents and Settings\Jono\Application Data\PLT Scheme\208\collects\mztake
+   C:\Documents and Settings\Jono\Application Data\PLT Scheme\208\collects\mztake\demos
 
-Where "Jono" is your username, and "208" is the version of
+where "Jono" is your username, and "208" is the version of
 DrScheme you are running.
 
-You should be able to run them in DrScheme by switching to the
-"MzTake" language from the "Experimental Languages" section
-of DrScheme's language dialog, and then selecting "Run"
-(or "Execute") from the DrScheme tool bar.
+The demos directory contains a sub-directory for each of the demos.
+For instance, the highway directory contains "highway.ss" and
+"highway-test.ss". To run this demo, switch to the "MzTake" language
+level from the "Experimental Languages" section of DrScheme's language
+dialog, load "highway-test.ss", and click "Run". What you see is
+generated by the debugging script. Each demo directory contains
+the following two files: one is the program being debugged
+(named after the directory), and the other is a file ending
+in "...-mztake.ss" (the MzTake script).
 
-The demos are listed in order of complexity. When you open them
-in DrScheme, don't let the amount of text overwhelm you -- the
-scripts themselves are only a few lines of code. However, the
-commenting is *exhaustive* so that a FrTime novice can still use
-MzTake without ever having written a FrTime script before!
+The demos are in order of increasing complexity.  When you open
+them in DrScheme, don't let the amount of text overwhelm you --
+the scripts themselves are only a few lines of code. However, the
+commenting is *extensive* to aid even a FrTime novice who has never
+written a FrTime script before!
 
-  ./highway/highway-test.ss         - a small MzTake example, shown above
+  ./highway/highway-mztake.ss         - The program simulates a very simple
+                                      speedometer, and the MzTake script
+                                      monitors it. 
 
-  ./sine/sine-test.ss               - plots values extracted from the
-                                      running program
+  ./sine/sine-mztake.ss               - Plots values extracted from a program
+                                      which generates coordinates for a
+                                      single sine wave.
 
-  ./montecarlo/montecarlo-test.ss   - visualizes the Monte Carlo
-                                      integration used to derive the
-                                      value of pi
+  ./montecarlo/montecarlo-mztake.ss   - Visualizes the Monte Carlo integration
+                                      ("throwing darts at a dartboard") used
+                                      to derive the value of pi.
 
-  ./random/random-test.ss           - tests the quality of Scheme's random
-                                      number generator with a histogram
+  ./random/random-mztake.ss           - Tests the quality of Scheme's random
+                                      number generator with a histogram.
 
-  ./exception/exception-test.ss     - demonstrates how MzTake catches exceptions
+  ./exception/exception-mztake.ss     - Demonstrates how MzTake catches exceptions.
 
-  ./first-class/first-class-test.ss - demonstrates how you can add multiple
-                                      traces to the same variable in a file
-                                      to 'record' its evolution, and how you
-                                      can trace first-class functions, such
-                                      as those passed to map.
+  ./first-class/first-class-mztake.ss - Demonstrates how you can add multiple traces
+                                      to the same variable in a file to `record'
+                                      its evolution, and how you can trace first-class
+                                      functions, such as those passed to map.
 
-  ./djikstra/dijkstra-test.ss       - debugs a buggy implementation of 
+  ./djikstra/dijkstra-mztake.ss       - Debugs a buggy implementation of 
                                       Dijkstra's algorithm
 
 
@@ -642,7 +648,7 @@ Tips and Tricks
 * You can trace the *same* file in different ways by using
   multiple processes on the same file, under different
   contexts, and compare results. For example, in
-  "demos/misc/first-class-test.ss":
+  "demos/misc/first-class-mztake.ss":
 
      (define-mztake-process p ("first-class.ss" [x-before-let 3 29 bind 'x]
                                          [x-in-let     4 25 bind 'x]

collects/mztake/make-plt.ss

@@ -13,8 +13,8 @@
   
 
   ;without frtime bundled:
-  (pack-collections "mztake-distro.plt" "MzTake Debugger"
+  (pack-collections "mztake-208.plt" "MzTake Debugger"
                     '(("mztake")) #t '(("frtime")("stepper")) my-filter #f)
   
-  (pack-collections "mztake-frtime-distro.plt" "MzTake Debugger"
+  (pack-collections "mztake-frtime-pre-208.plt" "MzTake Debugger"
                     '(("mztake")("frtime")) #t '(("stepper")) my-filter #f))