duncanwerner

// @ts-check

(() => {

  const key = 'toc-position';
  
  let timeout = 0;

  /** @type {{ scrollTop: number, details: boolean[] }} */

duncanwerner

#----------------------------------------------------------------
# convert an excel range (obtained from a spreadsheet function
# or the COM/scripting API) into a data frame, optionally with
# headers in the first row.
#----------------------------------------------------------------
range2dataframe <- function(x, headers=F){

  # remove headers from data if necessary
  data <- if(headers) x[-1,] else x;

duncanwerner

#------------------------------------------------------------------------------
#
# This is a library for storing arbitrary R objects in Excel workbook files.  
# It requires the "XML" library -- install that from the shell using
#
# > install.packages( "XML" )
#
# selecting a CRAN mirror if necessary.  
#
# Modern Excel files (meaning xlsx, xlsm and xlsb, but NOT xls) can include

duncanwerner

#
# fit a polynomial.  pass a range of x (independent), 
# y (dependent), and degree.
#
# returns a row vector by default, but pass False as 
# the last parameter and it will return a column vector.
#
fit.poly <- function( x, y, degree, as.row=T ){

duncanwerner

@import url(https://fonts.googleapis.com/css?family=Fira+Mono:400,700);
@import url(https://fonts.googleapis.com/css?family=Fira+Sans:400,300,300italic,400italic,500,500italic,700,700italic);

html, body, input[type=text] {
    font: 11pt 'Fira Sans' !important;
} 

pre {
    font: 11pt 'Fira Mono' !important;