function maxTicksForChartWidth(chartWidth, tickFormat) {
  const PIXELS_PER_CHARACTER = 7;
  // if there isn't enough buffer, the labels are hidden in LineAreaBarPostRender
  const TICK_BUFFER_PIXELS = 20;

  // day of week and month names vary in length, but it's slow to check all of them
  // as an approximation we just use a specific date which was long in my locale
  const formattedValue = tickFormat(new Date(2019, 8, 4));
  const pixelsPerTick =
    formattedValue.length * PIXELS_PER_CHARACTER + TICK_BUFFER_PIXELS;
  return Math.floor(chartWidth / pixelsPerTick); // round down so we don't end up with too many ticks
}
/// return the maximum number of ticks to show for a timeseries chart of a given width
return the maximum number of ticks to show for a timeseries chart of a given width
return the maximum number of ticks to show for a timeseries chart of a given width
function maxTicksForChartWidth(chartWidth, tickFormat) {
  const PIXELS_PER_CHARACTER = 7;
  const TICK_BUFFER_PIXELS = 20;
  const formattedValue = tickFormat(new Date(2019, 8, 4));
  const pixelsPerTick =
    formattedValue.length * PIXELS_PER_CHARACTER + TICK_BUFFER_PIXELS;
  return Math.floor(chartWidth / pixelsPerTick); 
}
function maxTicksForChartWidth ( chartWidth , tickFormat ) { const PIXELS_PER_CHARACTER = 7 ; const TICK_BUFFER_PIXELS = 20 ; const formattedValue = tickFormat ( new Date ( 2019 , 8 , 4 ) ) ; const pixelsPerTick = formattedValue . length * PIXELS_PER_CHARACTER + TICK_BUFFER_PIXELS ; return Math . floor ( chartWidth / pixelsPerTick ) ; }
return the maximum number of ticks to show for a timeseries chart of a given width
return the maximum number of ticks to show for a timeseries chart of a given width
// if there isn't enough buffer, the labels are hidden in LineAreaBarPostRender // day of week and month names vary in length, but it's slow to check all of them // as an approximation we just use a specific date which was long in my locale // round down so we don't end up with too many ticks