currency

I have a question about formatting the Rupee currency (Indian Rupee - INR). For example, numbers here are represented as: 1 10 100 1,000 10,000 1,00,000 10,00,000 1,00,00,000 10,00,00,000 Refer Indian Numbering System I have to do with it PHP. I have saw this question Displaying Currency in Indian Numbering Format . But couldn't able to get it for PHP my problem. Update: How to use money_format() in indian currency format? Baba You have so many options but money_format can do the trick for you. Example: $amount = '100000'; setlocale(LC_MONETARY, 'en_IN'); $amount = money_format('%!i', $amount)

What is the proper way to format currency if you are formatting a currency that is not the native currency of the current culture? For example, if I am formatting US Dollars for a fr-FR culture do I format it like a en-US culture ( $1,000.00 ) or as an fr-FR culture but changing the Euro symbol to a US Dollar symbol ( 1 000,00 $ ). Perhaps something else ( $1 000,00 or 1 000,00 USD )? cletus There's no absolute rules here but a couple of guiding principles: Try and use the number format for that locale (eg 1,000.00 in the US would be displayed as 1'000,00 in Germany); Remember that different

First of all, I have tried this post (among others): Currency formatting in Python . It has no affect on my variable. My best guess is that it is because I am using Python 3 and that was code for Python 2. (Unless I overlooked something, because I am new to Python). I want to convert a float, such as 1234.5, to a String, such as "$1,234.50". How would I go about doing this? And just in case, here is my code which compiled, but did not affect my variable: money = float(1234.5) locale.setlocale(locale.LC_ALL, '') locale.currency(money, grouping=True) Also unsuccessful: money = float(1234.5)

I wrote a class that tests for equality, less than, and greater than with two doubles in Java. My general case is comparing price that can have an accuracy of a half cent. 59.005 compared to 59.395. Is the epsilon I chose adequate for those cases? private final static double EPSILON = 0.00001; /** * Returns true if two doubles are considered equal. Tests if the absolute * difference between two doubles has a difference less then .00001. This * should be fine when comparing prices, because prices have a precision of * .001. * * @param a double to compare. * @param b double to compare. * @return

I've being using this feed for a long time, I believe Apple does it as well in one of the mac widgets. but what is really curious is that I simply can't find any documentation for it, I've tried google and everything. http://finance.yahoo.com/webservice/v1/symbols/allcurrencies/quote I can see people using different parameters like view=basic date=Ymd; currency=true but it's horrible there isn't anything official. For now I am using these parameters: format=json and callback=list sometimes... But it is still a mystery for me. Does anyone know the real truth about it because it seems Yahoo is

I want to find out the currency locale on user's iphone programmatically. That means, if user is in US Store, the currency locale should be USD, for Australia, it should be AUD. My purpose of this task is to try to convert the item price listed on our app to be nearly match with the price that AppStore ask. For example, if we sell a video 3 usd, and an Australian wants to buy it, then I should show 2.8 AUD in my app screen. It will reduce the calculation in the user over the real price in his country. Does anybody know how to do it? Matthias Bauch In most cases the currency symbol won't be

I have asp:TextBox to keep a value of money, i.e. '1000', '1000,0' and '1000,00' (comma is the delimiter because of Russian standard). What ValidationExpression have I to use into appropriate asp:RegularExpressionValidator ? I tried \d+\,\d{0,2} but it doesn't allows a number without decimal digits, e.g. just '1000'. \d+(,\d{1,2})? will allow the comma only when you have decimal digits, and allow no comma at all. The question mark means the same as {0,1} , so after the \d+ you have either zero instances (i.e. nothing) or one instance of ,\d{1,2} As Helen points out correctly, it will suffice