helgasoft

Maybe this will work better for you: ``` library(quantmod) if (!exists("IBM")) getSymbols("IBM", src='google') f

You may get the desired result with the newer charting functions. Try this: ```r d

There is a workaround ``` # option 3 chart_Series(IBM, name=NULL); title('IBM', font.main=3, col.main="#ff0000", line=2.5) ``` Playing with _line_ gives you the desired vertical position.

There is a line in _quantmod::getSymbols.yahoo_ to set the end-date of the interval: ``` to.posix quantmod:::.dateToUNIX('2018-11-09') [1] 1541721600 # this end-time is currently used > as.POSIXct(1541721600, origin = "1970-01-01", tz='UTC')...

Scatter charts define only [one symbol](https://echarts.apache.org/en/option.html#series-scatter.symbol), i.e. group styling has not been implemented, yet. But there is a workaround you may like with labels, which are formattable. ```r iris %>%...

@docalpickausername, could be a silly question, but why would you need GL for 2d plots? The 'cartesian2d' type is doable in GL, but makes sense only for very large datasets....

one reason could be that the GPU needs a third coordinate (Z) to start working, otherwise processing is done by the CPU (slower). I don't know how they [fake it...

@docalpickausername - _"Good things come to those who wait_" 🍰 I think there is an interim solution for the "scatterGL 2d" problem. With Shiny you can prepare your data in...

@CCCP-Data - as @nschwamm wrote above, you may try this: ``` tibble( Year=c(1,1,1,2,2,2,3,3,3), Category=c("A","B","C","A","B","C","A","B","C"), money = c(100,200,100,200,300,200,400,150,600) ) %>% e_chart(Category) %>% e_heatmap(Year, money, label=list(show=TRUE, formatter = htmlwidgets::JS("function(params){ let formatter =...

duplicate of #153