The hardware and bandwidth for this mirror is donated by dogado GmbH, the Webhosting and Full Service-Cloud Provider. Check out our Wordpress Tutorial.
If you wish to report a bug, or if you are interested in having us mirror your free-software or open-source project, please feel free to contact us at mirror[@]dogado.de.

leem 0.1.0

Start GUI development

leem 0.2.0

Functions for Basic Statistics
- Tables grouped and raw datas: tabfreq()
  - help
  - continuous
  - discrete
    - numerical
    - categorical
      - ordered
      - no ordered
  - Pendency: change variable names
  - Help document
- Plots
  - Translated labels, title, …
  - Boxplot
  - Histogram:
    - help
    - continuous
    - discrete
      - Coerced to barplot
        
        numerical
        
        categorical
  - Barplot
    - help
    - discrete
      - numerical
      - categorical
        
        ordered
        
        no ordered
    - continuous
      - coerced to histogram
  - Stick plot
    - help
    - continuous
    - discrete
      - numerical
      - categorical
        
        ordered
        
        no ordered
  - Polygon
    - help
    - continuous
    - discrete
      - numerical
      - categorical
        
        ordered
        
        no ordered
  - Ogive
    - help
    - continuous
    - discrete
      - numerical
      - categorical
        
        ordered
        
        no ordered
  - Pie
    - help
    - continuous
    - discrete
      - numerical
      - categorical
        
        ordered
        
        no ordered
- Measures of position:
  - Mean: mean()
    - help
    - grouped data
    - raw data
    - Insert into plots: insert()
  - Median: median()
    - help
    - grouped data
    - raw data
    - Insert into plots: insert()
  - Mode: mfreq()
  - help
  - grouped data
  - raw data
  - Insert into plots: insert()
- Output: print.leem()
- Probability Function: P()
  - Distributions:
    - T-student
      - lower.tail = T/F
      - regions
    - Gumbel
      - lower.tail = T/F
      - regions
      - additional_distributions.R
    - Normal
      - lower.tail = T/F
      - regions
    - Poisson
      - lower.tail = T/F
      - regions
    - Beta
      - lower.tail = T/F
      - regions
    - Exponential
      - lower.tail = T/F
      - regions
    - Binomial
      - lower.tail = T/F
      - regions
    - Hypergeometric(hyper)
      - lower.tail = T/F
      - regions
    - Negative Binomial(nbinom)
      - lower.tail = T/F
      - regions
    - Geometric
      - lower.tail = T/F
      - regions
- Quantitative Function: Q()
  - Distributions:
    - T-Student
      - lower.tail = T/F
    - Gumbel
      - lower.tail = T/F
      - additional_distributions.R
    - Normal
      - lower.tail = T/F
    - Poisson
      - lower.tail = T/F
    - Beta
      - lower.tail = T/F
    - Exponential(exp)
      - lower.tail = T/F
    - Binomial
      - lower.tail = T/F
    - Hypergeometric(hyper)
      - lower.tail = T/F
    - Negative Binomial(nbinom)
      - lower.tail = T/F
    - Geometric
      - lower.tail = T/F # leem 0.3.0
- Test of Hypothesis: th()
  - Distributions:
    - Test of Normal: ztest
      - one population
      - two population
      - test of proportion
      - print.leem()
      - alternatives
        
        two.sided
        
        less
        
        greater
    - Test of T-Student: ttest
      - one population
      - two population
      - test of proportion
      - print.leem()
      - alternatives
        
        two.sided
        
        less
        
        greater

leem 1.0.0

Gradient colors of graphics take into account the weight of frequencies
Create 3d plots
- Insert shadows on the bars, giving them a 3d appearance
Insert the details argument in the P function to print the expected and variance values of said distributions

These binaries (installable software) and packages are in development.
They may not be fully stable and should be used with caution. We make no claims about them.
Health stats visible at Monitor.