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I have been exploring coding recently and I really enjoy grinding a problem down. I am getting comfortable with AppleScript now and I think it is a good option for what I want to do in the future with coding. My gut tells me that Automator would be less efficient RAM wise and I don't like how it is sectioned off; to constraining and confusing. I like the sandbox feature of a scripting language. I built a pretty good script for a web crawler that opens an online stock portfolio and prunes the market price of cryptocurrencies. I plan on utilizing technological decision making labs to create a cryptocurrency forecasting workbook for my hopes and dreams to make money some day, if ever :[ I have day dreams of making a live excel file that builds plots with hourly fluctuations in the trading.
To make it a full fledged automated system I need some sort of way to loop the script or schedule it to run on a schedule to get lots of data points for the mathematical models I hope to formulate from the data. I have tried really hard to make the idle handler work but it just doesn't operate like the tutorials describe. It seems you can't use "on idle" with certain commands and I get an error every gosh darn time I use the thing. I found a help page that showed how to incorporate a "beep" function to make sure the idle loop is running and when I compile and save as an "always running App" it doesn't play the beep so I guess that's another problem I haven't figured out. I get the beep to work sometimes but with my final draft of my program now I can't get it to work. I have tried inserting it ever so carefully within tell statements because I have found it works with them sometimes. And I guess you can't have the idle handler span the entire script; it needs to be called in one command structures tree to work. But I still haven't had the App run the script from idle with all the work I've put in looking into this solution. Anybody that has the hush hush on the idle handler secrets can do their best to try to explain the inner workings of the script to me but I find that it takes me a long time to learn coding because it is a lot of very technical reading with precious few opportunities to forge your own learning. Coding is a lot of boiler plate rehashes and I assume I will be chipping away at writing code long into my grey hair days with what I've learned so far.
But if you could use this question to collect some reading material on how to take a moderately well written script to run in 30 minute increments in the background of a laptop that can handle most computing loads fairly well it would be most appreciated. I'm not against Automator; it's just hard in it's own right with all the things you have to know to get it to work. As I said, any info about the idle handler and how to get it to work would be helpful. Also, if it is possible to write code in AppleScript to generate plots in Microsoft Excel, I like making models for shirts and googles.
I guess I will share what I've worked on for the last chunk of a weeks worth of grinding the tutorials offered currently online for free. Any critiques or suggestions on how to make the script I've got so far better is greatly appreciated and I don't mind if you snatch something you like if I did a good jerb. This is a web crawling cryptocurrency stock analyzer currently. It follows 3 currencies and writes data to an excel file with year, month, day, and seconds to collect a mass of data for a stronger mathematical model. I studied technological forecasting techniques that apply seasonality to data so the forecasts are better than just using the trend line function in excel, though with the variability with cryptocurrency I wouldn't put much salt on a long term prediction of market prices. I just want to be watching for those oh so gut wrenching stock crashes for a chance to limp in to the game with what little money I can scrounge together for sustenance.
--Boiler plate code to manipulate the HTML to let us pull the market price of the stock.--
--3 sets of modifiers for the 3 stocks--
to extractTextBitcoin(searchTextBitcoin, startTextBitcoin, endTextBitcoin)
set tid to AppleScript's text item delimiters
set startTextBitcoin to ">"
set searchTextBitcoin to {"priceValue___11gHJ", 0 & searchTextBitcoin}
set AppleScript's text item delimiters to startTextBitcoin
set endItemsBitcoin to text item -1 of searchTextBitcoin
set AppleScript's text item delimiters to endTextBitcoin
set beginningToEndBitcoin to text item 1 of endItemsBitcoin
set AppleScript's text item delimiters to startTextBitcoin
set endTextBitcoin to (text items 2 thru -1 of beginningToEndBitcoin) as record
set AppleScript's text item delimiters to tid
end extractTextBitcoin
to extractTextLitecoin(searchTextLitecoin, startTextLitecoin, endTextLitecoin)
set tid to AppleScript's text item delimiters
set startTextLitecoin to ">"
set searchTextLitecoin to {"priceValue___11gHJ", 0 & searchTextLitecoin}
set AppleScript's text item delimiters to startTextLitecoin
set endItemsLitecoin to text item -1 of searchTextLitecoin
set AppleScript's text item delimiters to endTextLitecoin
set beginningToEndLitecoin to text item 1 of endItemsLitecoin
set AppleScript's text item delimiters to startTextLitecoin
set endTextLitecoin to (text items 2 thru -1 of beginningToEndLitecoin) as record
set AppleScript's text item delimiters to tid
end extractTextLitecoin
to extractTextDogecoin(searchTextDogecoin, startTextDogecoin, endTextDogeecoin)
set tid to AppleScript's text item delimiters
set startTextDogecoin to ">"
set searchTextDogecoin to {"priceValue___11gHJ", 0 & searchTextDogecoin}
set AppleScript's text item delimiters to startTextDogecoin
set endItemsDogecoin to text item -2 of searchTextDogecoin
set AppleScript's text item delimiters to endTextDogeecoin
set beginningToEndDogecoin to text item 1 of endItemsDogecoin
set AppleScript's text item delimiters to startTextDogecoin
set endTextDogeecoin to (text items 2 thru -1 of beginningToEndDogecoin) as record
set AppleScript's text item delimiters to tid
end extractTextDogecoin
--A tell statement to open the webpage where the stocks are measured--
tell application "Safari"
activate
do shell script "open https://coinmarketcap.com/currencies/bitcoin/"
end tell
delay 2
--A function that differentiates the data on the web page by class and number. It
--also uses JavaScript to write the data to a useable format.
to getInputByClassBitcoin(theClass, num)
tell application "Safari"
set input to do JavaScript "
document.getElementsByClassName('" & theClass & "')[" & num & "].innerHTML;" in document 1
end tell
return input
end getInputByClassBitcoin
--The function with the class and number criteria manually pulled from the web page--
getInputByClassBitcoin("priceValue___11gHJ", 0)
--Setting the instataneous stock price to a variable to input in Excel--
set BitcoinPrice to getInputByClassBitcoin("priceValue___11gHJ", 0)
on FinalFuction(BitcoinPrice)
set FinalFuction to extractTextBitcoin(BitcoinPrice, "<div class=>", "</div>")
return FinalFuction(BitcoinPrice)
end FinalFuction
tell application "Safari"
activate
do shell script "open https://coinmarketcap.com/currencies/litecoin/"
end tell
delay 2
to getInputByClassLitecoin(theClass, num)
tell application "Safari"
set token to do JavaScript "
document.getElementsByClassName('" & theClass & "')[" & num & "].innerHTML;" in document 1
end tell
return token
end getInputByClassLitecoin
getInputByClassLitecoin("priceValue___11gHJ", 0)
set LitecoinPrice to getInputByClassLitecoin("priceValue___11gHJ", 0)
on ReturnFuction(LitecoinPrice)
set ReturnFuction to extractTextLitecoin(LitecoinPrice, "<div class=>", "</div>")
return ReturnFuction(LitecoinPrice)
end ReturnFuction
tell application "Safari"
activate
do shell script "open https://coinmarketcap.com/currencies/dogecoin/"
end tell
delay 2
to getInputByClassDogecoin(theClass, num)
tell application "Safari"
set blast to do JavaScript "
document.getElementsByClassName('" & theClass & "')[" & num & "].innerHTML;" in document 1
end tell
return blast
end getInputByClassDogecoin
getInputByClassDogecoin("priceValue___11gHJ", 0)
set DogecoinPrice to getInputByClassDogecoin("priceValue___11gHJ", 0)
on EndFuction(DogecoinPrice)
set EndFuction to extractTextDogecoin(DogecoinPrice, "<div class=>", "</div>")
return EndFuction(DogecoinPrice)
end EndFuction
--Opens the compiled Excel workbook, negates user input, finds the next available--
--cell to input data, and fills the fields with Year, Month, Day, Time, and Price--
tell application "Microsoft Excel"
open "/Users/clusterflux/Desktop/ㅇㅅㅇBITCOINㅇㅅㅇ.xlsx"
set display alerts to false
delete active sheet
first row index of (get end (last cell of column 9) direction toward the top)
set LastRow to first row index of (get end (last cell of column 9) direction toward the top)
--write date and time for each market reading to excel file
set value of cell ("I" & LastRow + 1) to "=YEAR(TODAY())"
set value of cell ("J" & LastRow + 1) to "=MONTH(TODAY())"
set value of cell ("K" & LastRow + 1) to "=DAY(TODAY())"
set value of cell ("L" & LastRow + 1) to (time string of (current date))
set value of cell ("M" & LastRow + 1) to BitcoinPrice
set workbookName to ("ㅇㅅㅇBITCOINㅇㅅㅇ.xlsx") as string
set destinationPath to (path to desktop as text) & workbookName
save active workbook in destinationPath
end tell
tell application "Microsoft Excel"
open "/Users/clusterflux/Desktop/ㅇㅅㅇLITECOINㅇㅅㅇ.xlsx"
set display alerts to false
delete active sheet
first row index of (get end (last cell of column 5) direction toward the top)
set LastRow to first row index of (get end (last cell of column 5) direction toward the top)
set value of cell ("C" & LastRow + 1) to "=YEAR(TODAY())"
set value of cell ("D" & LastRow + 1) to "=MONTH(TODAY())"
set value of cell ("E" & LastRow + 1) to "=DAY(TODAY())"
set value of cell ("F" & LastRow + 1) to (time string of (current date))
set value of cell ("G" & LastRow + 1) to LitecoinPrice
set workbookName to ("ㅇㅅㅇLITECOINㅇㅅㅇ.xlsx") as string
set destinationPath to (path to desktop as text) & workbookName
save active workbook in destinationPath
end tell
on idle
return 3
beep
tell application "Microsoft Excel"
open "/Users/clusterflux/Desktop/ㅇㅅㅇDOGECOINㅇㅅㅇ.xlsx"
set display alerts to false
delete active sheet
first row index of (get end (last cell of column 5) direction toward the top)
set LastRow to first row index of (get end (last cell of column 5) direction toward the top)
set value of cell ("C" & LastRow + 1) to "=YEAR(TODAY())"
set value of cell ("D" & LastRow + 1) to "=MONTH(TODAY())"
set value of cell ("E" & LastRow + 1) to "=DAY(TODAY())"
set value of cell ("F" & LastRow + 1) to (time string of (current date))
set value of cell ("G" & LastRow + 1) to DogecoinPrice
set workbookName to ("ㅇㅅㅇDOGECOINㅇㅅㅇ.xlsx") as string
set destinationPath to (path to desktop as text) & workbookName
save active workbook in destinationPath
end tell
end idle
Sorry in advance if my formatting isn't up to snuff. I'm still a newbie.
Here is a different AppleScript approach which allows you to retrieve your Bitcoin Price values without the need for opening Safari, using JavaScript, Automator, or using text item delimiters. This may not be exactly what you’re looking for but at least it offers a different approach using much less code. Hopefully you can adapt some of it to your needs.
The first 3 properties in the code define the regular expressions which will be used in the do shell script commands, which will extract the dollar values from the HTML source code.
For example, to quickly explain what property eGrepBitcoinPrice : "priceValue___11gHJ\”>\\$\\d{2},\\d{3}.\\d{2}” means… we will be searching for text inside the HTML which contains “priceValue___11gHJ” followed by a “>” followed by “$” followed by any 2 digits followed by a “,” followed by any 3 digits followed by a “.” and followed by any 2 digits
Because I do not have Microsoft Excel, I could not include those commands in the code. However, I did create a quick logging function which writes the prices to a plain text file on your Desktop “Price Log.txt”. This functionality can easily be disabled or removed. The log commands are all wrapped up within a script object called script logCommands which can be removed or commented out along with any other lines in the code which contain my logCommands's.
Here is a snapshot of the log file
Save this following AppleScript code in Script Editor.app as a “stay open” application. Being that it is a “stay open” application, when the applet is launched outside of Script Editor.app, only what is within the explicit on run handler will run only one time. The rest of the magic happens within the on idle handler… and everything within this handler will run every 300 seconds. If you want the commands to repeat every 30 minutes, just set the return value to 1800.
property eGrepBitcoinPrice : "priceValue___11gHJ\">\\$\\d{2},\\d{3}.\\d{2}"
property eGrepLitecoinPrice : "priceValue___11gHJ\">\\$\\d{3}.\\d{2}"
property eGrepDogecoinPrice : "priceValue___11gHJ\">\\$\\d{1}.\\d{5}"
property currentBitcoinPrice : missing value
property currentLitecoinPrice : missing value
property currentDogecoinPrice : missing value
property logToTextFile : missing value
on run -- Executed Only Once.. When This Script Applet Is Launched
activate
set logToTextFile to (display dialog ¬
"Enable Quick Log Mode?" buttons {"No", "Yes"} ¬
default button 2 with title "Log Mode")
if button returned of logToTextFile = "Yes" then
my logCommands's beginLog()
getPrices()
else
getPrices()
return {currentBitcoinPrice, currentDogecoinPrice, currentLitecoinPrice}
end if
end run
on idle
getPrices()
if button returned of logToTextFile = "Yes" then my logCommands's writeToLog()
(* within this idle handler is where you will place
The bulk of your additional code. All of your Excel
Code Goes Here*)
return 300 -- In Seconds, How Often To Run Code In This Idle Handler
end idle
---------- PLACE ALL ADDITIONAL HANDLERS BENEATH THIS LINE ----------
on getPrices()
set currentBitcoinPrice to do shell script ¬
"curl --no-keepalive 'https://coinmarketcap.com/currencies/bitcoin/markets/' " & ¬
"| grep -Eo " & quoted form of eGrepBitcoinPrice & " | cut -c 21-"
set currentLitecoinPrice to do shell script ¬
"curl --no-keepalive 'https://coinmarketcap.com/currencies/litecoin/' " & ¬
"| grep -Eo " & quoted form of eGrepLitecoinPrice & " | cut -c 21-"
set currentDogecoinPrice to do shell script ¬
"curl --no-keepalive 'https://coinmarketcap.com/currencies/dogecoin/' " & ¬
"| grep -Eo " & quoted form of eGrepDogecoinPrice & " | cut -c 21-"
end getPrices
on quit -- Executed Only When The Script Quits
if button returned of logToTextFile = "Yes" then my logCommands's endLog()
continue quit -- Allows The Script To Quit
end quit
script logCommands
property pathToPriceLog : POSIX path of (path to desktop as text) & "Price Log.txt"
on beginLog()
set startTime to ("Start Time... " & (current date) as text) & ¬
" Price Scanning At 5 Minute Intervals"
do shell script "echo " & startTime & " >> " & ¬
quoted form of pathToPriceLog
end beginLog
on writeToLog()
do shell script "echo " & "Bitcoin:" & quoted form of currentBitcoinPrice & ¬
" Dogecoin:" & quoted form of currentDogecoinPrice & ¬
" Litecoin:" & quoted form of currentLitecoinPrice & ¬
" " & quoted form of (time string of (current date)) & ¬
" >> " & quoted form of pathToPriceLog
end writeToLog
on endLog()
set endTime to quoted form of "End Time... " & (current date) as text
do shell script "echo " & endTime & " >> " & ¬
quoted form of pathToPriceLog
do shell script "echo " & " " & " >> " & ¬
quoted form of pathToPriceLog
end endLog
end script
Unfortunately “stay open” applications and scripts when launched from within Script Editor.app, will not execute what is within the idle handler. So the “stay open” application needs to be launched from within Finder, like any other applications, to observe the results of the idle commands as they are happening. This was the main reason I included a logging to file function… so I could observe the results of the idle commands in real time.
Contrary to what a lot of people think, most “stay open” applications use very little system resources.
UPDATED APPLESCRIPT CODE DUE TO CHANGED URL SOURCE CODE
property eGrepBitcoinPrice : "priceValue\\ \">\\$\\d{2},\\d{3}.\\d{2}"
property eGrepLitecoinPrice : "priceValue\\ \">\\$\\d{3}.\\d{2}"
property eGrepDogecoinPrice : "priceValue\\ \">\\$\\d{1}.\\d{4}"
property currentBitcoinPrice : missing value
property currentLitecoinPrice : missing value
property currentDogecoinPrice : missing value
property logToTextFile : missing value
on run -- Executed Only Once.. When This Script Applet Is Launched
activate
set logToTextFile to (display dialog ¬
"Enable Quick Log Mode?" buttons {"No", "Yes"} ¬
default button 2 with title "Log Mode")
if button returned of logToTextFile = "Yes" then
my logCommands's beginLog()
getPrices()
else
getPrices()
return {currentBitcoinPrice, currentDogecoinPrice, currentLitecoinPrice}
end if
end run
on idle
getPrices()
try
if button returned of logToTextFile = "Yes" then my logCommands's writeToLog()
on error errMsg number errNum
my logCommands's writeToLog()
end try
(* within this idle handler is where you will place
The bulk of your additional code. All of your Excel
Code Goes Here*)
return 300 -- In Seconds, How Often To Run Code In This Idle Handler
end idle
---------- PLACE ALL ADDITIONAL HANDLERS BENEATH THIS LINE ----------
on getPrices()
set currentBitcoinPrice to do shell script ¬
"curl --no-keepalive 'https://coinmarketcap.com/currencies/bitcoin/markets/' " & ¬
"| grep -Eo " & quoted form of eGrepBitcoinPrice & " | cut -c 14-"
set currentLitecoinPrice to do shell script ¬
"curl --no-keepalive 'https://coinmarketcap.com/currencies/litecoin/' " & ¬
"| grep -Eo " & quoted form of eGrepLitecoinPrice & " | cut -c 14-"
set currentDogecoinPrice to do shell script ¬
"curl --no-keepalive 'https://coinmarketcap.com/currencies/dogecoin/' " & ¬
"| grep -Eo " & quoted form of eGrepDogecoinPrice & " | cut -c 14-"
end getPrices
on quit -- Executed Only When The Script Quits
if button returned of logToTextFile = "Yes" then my logCommands's endLog()
continue quit -- Allows The Script To Quit
end quit
script logCommands
property pathToPriceLog : POSIX path of (path to desktop as text) & "Price Log.txt"
on beginLog()
set startTime to ("Start Time... " & (current date) as text) & ¬
" Price Scanning At 5 Minute Intervals"
do shell script "echo " & startTime & " >> " & ¬
quoted form of pathToPriceLog
end beginLog
on writeToLog()
do shell script "echo " & "Bitcoin:" & quoted form of currentBitcoinPrice & ¬
" Dogecoin:" & quoted form of currentDogecoinPrice & ¬
" Litecoin:" & quoted form of currentLitecoinPrice & ¬
" " & quoted form of (time string of (current date)) & ¬
" >> " & quoted form of pathToPriceLog
end writeToLog
on endLog()
set endTime to quoted form of "End Time... " & (current date) as text
do shell script "echo " & endTime & " >> " & ¬
quoted form of pathToPriceLog
do shell script "echo " & " " & " >> " & ¬
quoted form of pathToPriceLog
end endLog
end script
I'm using markdown to render in PDF format.
I am able to cross-reference plot, but when I build a table in LaTeX, I can't do it somehow. An example:
We plot in Figure \#ref(fig:plotseries) the three Index series and their log return series. In Table \#ref(tab:summindex_stargazer) the main characteristics...
while the table has been coded as follow:
\begin{table}[!htbp] \centering
\caption[Summary statistics for token indexes under study.]{Summary statistics for large cap (L.MWI), medium cap (M.MWI), and small cap (S.MWI) indexes log return series. \label{tab:summindex_stargazer}}
\footnotesize
\begin{tabular}{#{\extracolsep{5pt}} cccc}
\\[-1.8ex]\hline
\hline \\[-1.8ex]
& L.MWI Returns & M.MWI Returns & S.MWI Returns \\
\hline \\[-1.8ex]
nobs & $1,524$ & $1,380$ & $1,362$ \\
NAs & $0$ & $0$ & $0$ \\
Minimum & $-0.351$ & $-0.549$ & $-0.933$ \\
Maximum & $0.464$ & $0.699$ & $1.010$ \\
1. Quartile & $-0.031$ & $-0.034$ & $-0.052$ \\
3. Quartile & $0.036$ & $0.039$ & $0.050$ \\
Mean & $0.003$ & $0.004$ & $0.002$ \\
Median & $0.002$ & $0.004$ & $-0.003$ \\
Sum & $4.144$ & $5.333$ & $2.863$ \\
SE Mean & $0.002$ & $0.002$ & $0.004$ \\
LCL Mean & $-0.001$ & $0.000$ & $-0.005$ \\
UCL Mean & $0.006$ & $0.008$ & $0.009$ \\
Variance & $0.004$ & $0.005$ & $0.017$ \\
Stdev & $0.066$ & $0.073$ & $0.130$ \\
Skewness & $0.236$ & $0.214$ & $1.000$ \\
Kurtosis & $4.355$ & $11.602$ & $13.393$ \\
\hline \\[-1.8ex]
\end{tabular}
\end{table}
This is the result.
Found out the solution. Basically you are not allowed to use “underscore”(_) in table labels.
It was so simple but also so incredibly hard to find out (I personally know many people who’d encountered this error and were not able to solve it). I hope it will help.
Adding to what is written here, underscores are one of 10 special characters in LaTeX.
For underscores to be permitted in table labels they need to be escaped.
This should work:
\#ref(tab:summindex\_stargazer)
But not this:
\#ref(tab:summindex_stargazer)
See this discussion for an excellent reference on special characters.
I'm trying to find the easiest way to create Tikz diagrams mixed with tables.
Such as these:
or
https://tex.stackexchange.com/questions/400557/how-to-add-connected-graphs-to-a-table
Writing properly all this code can become quite complex and prone to error.
There are several tools to help you create TikZ diagrams, such as TikzEdt.
One could try to create TikZ diagrams with that tools and import them to your main tex document. But it will be difficult to make a complex diagram properly match the text, tables and other figures.
An alternative would be to create the tables with Lyx, and import it from TikzEdt to start drawing above it.
I've tried inserting the table code in the preample (TikzEdt) or in its main code window but I haven't been able to get it.
In its settings -> compiler options it has this code:
\documentclass{article}
\usepackage{tikz,amsmath, amssymb,bm,color}
\usepackage[margin=0cm,nohead]{geometry}
\usepackage[active,tightpage]{preview}
\usetikzlibrary{shapes,arrows}
% needed for BB
\usetikzlibrary{calc}
Imagine I want to add this table:
\documentclass{article}
\begin{document}
\begin{tabular}{ccc}
ID & Ord & Event\\
\hline
Ana & 1 & A\\
Tom & 1 & A\\
Tom & 2 & B\\
Tom & 3 & D\\
\end{tabular}
\end{document}
I've tried modyfing the code as:
\documentclass{article}
\usepackage{tikz,amsmath, amssymb,bm,color}
\usepackage[margin=0cm,nohead]{geometry}
\usepackage[active,tightpage]{preview}
\usetikzlibrary{shapes,arrows}
% needed for BB
\usetikzlibrary{calc}
\begin{document}
\begin{tabular}{ccc}
ID & Ord & Event\\
\hline
Ana & 1 & A\\
Tom & 1 & A\\
Tom & 2 & B\\
Tom & 3 & D\\
\end{tabular}
\end{document}
but it doesn't produce any result. I guess because it tries to add a begin{document} twice.
I've also tried leaving the preamble as is and adding the table on the main window.
\begin{tabular}{ccc}
ID & Ord & Event\\
\hline
Ana & 1 & A\\
Tom & 1 & A\\
Tom & 2 & B\\
Tom & 3 & D\\
\end{tabular}
\begin{tikzpicture}
\end{tikzpicture}
But again it doesn't work.
How can I do it?
Or what other GUI tool can I use able to draw TikZ arrows and simple symbols onto a preexistent document or able to create tables?
I was looking for a solution of the same problem and found this very useful link! It contains the following code:
\begin{tikzpicture}
\matrix[ampersand replacement=\&] {
\node (species1) [shape=rectangle,draw] {
\begin{tabular}{c c c}
\multicolumn{3}{c}{{Species 1}} \\
\colorbox{red}{G1t} & \colorbox{blue}{G2a} & \colorbox{green}{G3t} \\
\colorbox{blue}{G1b} & \colorbox{red}{G2b} &
\end{tabular}
};
\&
\node {b}; \\
\node {c}; \& \node {d}; \\
};
\end{tikzpicture}
I've just tried it myself, and it does what it says on the tin: it lets you use tabular inside a tikz node. No extra packages or other things to be included in the header. You could then move the node around and use it to make diagrams like you wanted.
I would like to convert the the Kuwait currency which has three decimal places into words in an Excel Document.The formula i used is as follows:
=if(or(isBlank($E$89),not(isNumber($E$89)),$E$89>=power(10,15)),ifError(1/0),trim(arrayFormula(concatenate(if(trunc(mod($E$89,power(10,15,12,9,6,3}))/power(10,{12,9,6,3,0}))<100,"",switch(int(trunc(mod($E$89,power(10,{15,12,9,6,3}))/power(10,{12,9,6,3,0}))/100),1," one",2," two",3," three",4," four",5," five",6," six",7," seven",8," eight",9," nine") & " hundred") & if(mod(trunc(mod($E$89,power(10,{15,12,9,6,3}))/power(10,{12,9,6,3,0})),100)<>0,if(trunc(mod($E$89,power(10,{15,12,9,6,3}))/power(10,{12,9,6,3,0}))>100," and",if($E$89>power(10,{15,12,9,6,3}),switch({1,2,3,4,5},5," and"),"")),"") & if(mod(trunc(mod($E$89,power(10,{15,12,9,6,3}))/power(10,12,9,6,3,0})),100)=0,"",if(mod(trunc(mod($E$89,power(10,{15,12,9,6,3}))/power(10,{12,9,6,3,0})),100)<20,IFERROR(switch(mod(trunc(mod($E$89,power(10,{15,12,9,6,3}))/power(10,{12,9,6,3,0})),100),1," one",2," two",3," three",4," four",5," five",6," six",7," seven",8," eight",9," nine",10," ten",11," eleven",12," twelve",13," thirteen",14," fourteen",15," fifteen",16," sixteen",17," seventeen",18," eighteen",19," nineteen")),IFERROR(switch(int(mod(trunc(mod($E$89,power(10,{15,12,9,6,3}))/power(10,{12,9,6,3,0})),100)/10),2," twenty",3," thirty",4," forty",5," fifty",6," sixty",7," seventy",8," eighty",9," ninety")) & if(mod(mod(trunc(mod($E$89,power(10,{15,12,9,6,3}))/power(10,12,9,6,3,0})),100),10)=0,"","-" & IFERROR(switch(mod(mod(trunc(mod($E$89,power(10,{15,12,9,6,3}))/power(10,{12,9,6,3,0})),100),10),1,"one",2,"two",3,"three",4,"four",5,"five",6,"six",7,"seven",8,"eight",9,"nine"))))) & if(trunc(mod($E$89,power(10,{15,12,9,6,3}))/power(10,{12,9,6,3,0}))=0,"",IFERROR(switch({1,2,3,4,5},1," trillion",2," billion",3," million",4," thousand"))))) & if($E$89>=2," Dinar only",if($E$89>=1," Dinar only","")) & if((round($E$89-trunc($E$89),3)*1000=0)+($E$89<1),""," and") & switch(trunc(round($E$89-trunc($E$89),3)*1000,-2)/100,1," one-hundred",2," two",3,-hundred" three-hundred",4," four-hundred",5," five-hundred",6," six-hundred",7," seven-hundred",8," eight-hundred",9," nine-hundred"& if(round($E$89-trunc($E$89),3)*1000-trunc(round($E$89-trunc($E$89),3)*1000,-2)<20,switch(round($E$89-trunc($E$89),3)*1000-trunc(round($E$89-trunc($E$89),3)*1000,-1),0,"",1," one",2," two",3," three",4," four",5," five",6," six",7," seven",8," eight",9," nine",10," ten",11," eleven",12," twelve",13," thirteen",14," fourteen",15," fifteen",16," sixteen",17," seventeen",18," eighteen",19," nineteen"),switch((round($E$89-trunc($E$89),3)*1000-trunc(round($E$89-trunc($E$89),3)*1000,-2))/10,2," twenty",3," thirty",4," forty",5," fifty",6," sixty",7," seventy",8," eighty",9," ninety") & if(mod(round($E$89-trunc($E$89),3)*1000,10)=0,"","-" & switch(round($E$89-trunc($E$89),3)*1000-trunc(round($E$89-trunc($E$89),3)*1000,-1),0"",1,"one",2,"two",3,"three",4,"four",5,"five",6,"six",7,"seven",8,"eight",9,"nine"))) & " fils only")))
The error shown is
Formula parse error
For a given input:
111.250
i would expect to get the output as :
One hundred and eleven Dinar and two hundred fifty fils only.
Try looking for JavaScript solutions to use then as custom function.
I've found is this code, provided by #Vilas Shetkar:
https://stackoverflow.com/a/37409158/5372400
I've tested this code and it works in sheets, so you may adopt this or other similar solutions to your needs.
I found this formula below to convert amounts to words for google spreadsheets and it works perfectly. But now I want to use it in excel 2010 and I get a lot of errors. I also cannot use VBA. Thanks for any help.
=if(or(isBlank(A1),not(isNumber(A1)),A1>=power(10,15)),ifError(1/0,"Error"),trim(arrayFormula(concatenate(if(trunc(mod(A1,power(10,{15,12,9,6,3}))/power(10,{12,9,6,3,0}))<100,"",choose(int(trunc(mod(A1,power(10,{15,12,9,6,3}))/power(10,{12,9,6,3,0}))/100)," One"," Two"," Three"," Four"," Five"," Six"," Seven"," Eight"," Nine") & " Hundred") & if(mod(trunc(mod(A1,power(10,{15,12,9,6,3}))/power(10,{12,9,6,3,0})),100)<>0,if(trunc(mod(A1,power(10,{15,12,9,6,3}))/power(10,{12,9,6,3,0}))>100," And",if(A1>power(10,{15,12,9,6,3}),choose({1,2,3,4,5},"","","",""," And"),"")),"") & if(mod(trunc(mod(A1,power(10,{15,12,9,6,3}))/power(10,{12,9,6,3,0})),100)=0,"",if(mod(trunc(mod(A1,power(10,{15,12,9,6,3}))/power(10,{12,9,6,3,0})),100)<20,choose(mod(trunc(mod(A1,power(10,{15,12,9,6,3}))/power(10,{12,9,6,3,0})),100)," One"," Two"," Three"," Four"," Five"," Six"," Seven"," Eight"," Nine"," Ten"," Eleven"," Twelve"," Thirteen"," Fourteen"," Fifteen"," Sixteen"," Seventeen"," Eighteen"," Nineteen"),choose(int(mod(trunc(mod(A1,power(10,{15,12,9,6,3}))/power(10,{12,9,6,3,0})),100)/10),""," Twenty"," Thirty"," Forty"," Fifty"," Sixty"," Seventy"," Eighty"," Ninety") & if(mod(mod(trunc(mod(A1,power(10,{15,12,9,6,3}))/power(10,{12,9,6,3,0})),100),10)=0,"","-" & choose(mod(mod(trunc(mod(A1,power(10,{15,12,9,6,3}))/power(10,{12,9,6,3,0})),100),10),"One","Two","Three","Four","Five","Six","Seven","Eight","Nine")))) & if(trunc(mod(A1,power(10,{15,12,9,6,3}))/power(10,{12,9,6,3,0}))=0,"",choose({1,2,3,4,5}," Trillion"," Billion"," Million"," Thousand","")))) & if(A1>=2," Rand",if(A1>=1," Rand","")) & if((round(A1-trunc(A1),2)*100=0)+(A1<1),""," And") & if(round(A1-trunc(A1),2)*100=0,"",if(round(A1-trunc(A1),2)*100=1," One Cent",if(round(A1-trunc(A1),2)*100<20,choose(round(A1-trunc(A1),2)*100," One"," Two"," Three"," Four"," Five"," Six"," Seven"," Eight"," Nine"," Ten"," Eleven"," Twelve"," Thirteen"," Fourteen"," Fifteen"," Sixteen"," Seventeen"," Eighteen"," Nineteen"),choose(int(round(A1-trunc(A1),2)*100/10),""," Twenty"," Thirty"," Forty"," Fifty"," Sixty"," Seventy"," Eighty"," Ninety") & if(mod(round(A1-trunc(A1),2)*100,10)=0,"","-" & choose(mod(round(A1-trunc(A1),2)*100,10),"One","Two","Three","Four","Five","Six","Seven","Eight","Nine"))) & " Cent"))))
If your numbers do not need to go above ~100, it may be easier to make two columns, the first with the 1,2,3 etc. and the second with one,two,three etc. Then you can do VLOOKUP() on that table.
An example can be found here: https://www.dropbox.com/s/e44dnkg3he8b8il/NumericalToAlpha.xlsx