lumenize/lumenize.js

Illuminating the forest AND the trees in your data.

// Generated by CoffeeScript 1.10.0

/*

 * Lumenize #

Lumenize provides tools for aggregating data and creating time series and other temporal visualizations.

The primary time-series aggregating functionality is provided by:
  * Lumenize.TimeSeriesCalculator - Sets of single-metric series or group-by series
  * Lumenize.TransitionsCalculator - Counts or sums for items moving from one state to another
  * Lumenize.TimeInStateCalculator - Cumulative amount of time unique work items spend in a particular state

Simple group-by, 2D pivot-table and even multi-dimensional aggregations (OLAP cube) are provided by:
  * Lumenize.OLAPCube - Used by above three Calculators but also useful stand-alone, particularly for hierarchical roll-ups

All of the above use the mathematical and statistical functions provided by:
  * Lumenize.functions - count, sum, standardDeviation, percentile coverage, min, max, etc.

Three transformation functions are provided:
  * Lumenize.arrayOfMaps_To_CSVStyleArray - Used to transform from record to table format
  * Lumenize.csvStyleArray_To_ArrayOfMaps - Used to transform from table to record format
  * Lumenize.arrayOfMaps_To_HighChartsSeries - Used to transform from record format to the format expected by the HighCharts charting library

And last, additional functionality is provided by:
  * Lumenize.histogram - create a histogram of scatter data
  * Lumenize.utils - utility methods used by the rest of Lumenize (type, clone, array/object functions, etc.)
 */

(function() {
  var datatransform, tzTime;

  tzTime = require('tztime');

  exports.Time = tzTime.Time;

  exports.TimelineIterator = tzTime.TimelineIterator;

  exports.Timeline = tzTime.Timeline;

  exports.utils = tzTime.utils;

  exports.TimeInStateCalculator = require('./src/TimeInStateCalculator').TimeInStateCalculator;

  exports.TransitionsCalculator = require('./src/TransitionsCalculator').TransitionsCalculator;

  exports.TimeSeriesCalculator = require('./src/TimeSeriesCalculator').TimeSeriesCalculator;

  datatransform = require('./src/dataTransform');

  exports.arrayOfMaps_To_CSVStyleArray = datatransform.arrayOfMaps_To_CSVStyleArray;

  exports.csvStyleArray_To_ArrayOfMaps = datatransform.csvStyleArray_To_ArrayOfMaps;

  exports.arrayOfMaps_To_HighChartsSeries = datatransform.arrayOfMaps_To_HighChartsSeries;

  exports.csvString_To_CSVStyleArray = datatransform.csvString_To_CSVStyleArray;

  exports.csvStyleArray_To_CSVString = datatransform.csvStyleArray_To_CSVString;

  exports.functions = require('./src/functions').functions;

  exports.histogram = require('./src/histogram').histogram;

  exports.multiRegression = require('./src/multiRegression').multiRegression;

  exports.table = require('./src/table').table;

  exports.OLAPCube = require('./src/OLAPCube').OLAPCube;

  exports.anova = require('./src/anova').anova;

  exports.distributions = require('./src/distributions').distributions;

  exports.BayesianClassifier = require('./src/Classifier').BayesianClassifier;

  exports.Classifier = require('./src/Classifier').Classifier;

  exports.Store = require('./src/Store').Store;

  exports.RandomPicker = require('./src/RandomPicker').RandomPicker;

}).call(this);