scientific-notation

Possible Duplicate: Suppress exponential formatting in figure ticks Matlab is outputting my axis markers as 5.777 x10^6 for every tick mark in my figures... is it possible to get matlab to output the actual decimal number rather than scientific notation so the tick marks are actually different values rather than all 5.777? Currently I don't really know where in space these plots are because of a lack of precision on the axis. One possible solution: plot(rand(100,1).*1e6) set(gca, 'YTickLabel', num2str(get(gca,'YTick')','%d')) Obviously you can customize the formatting to your liking Another

I know this is a total newbie question, but the answer may not be obvious to many new programmers. It wasn't initially obvious to me so I scoured the Internet looking for Perl modules to do this simple task. Kurt W. Leucht sprintf does the trick use strict; use warnings; my $decimal_notation = 10 / 3; my $scientific_notation = sprintf("%e", $decimal_notation); print "Decimal ($decimal_notation) to scientific ($scientific_notation)\n\n"; $scientific_notation = "1.23456789e+001"; $decimal_notation = sprintf("%.10g", $scientific_notation); print "Scientific ($scientific_notation) to decimal (

I'm trying to print a ndarray on the screen. But python always shows it in scientific notation, which I don't like. For a scalar we can use >>> print '%2.4f' %(7.47212470e-01) 0.7472 But how to do that for a numpy.ndarray like this : [[ 7.47212470e-01 3.71730070e-01 1.16736538e-01 1.22172891e-02] [ 2.79279640e+00 1.31147152e+00 7.43946656e-02 3.08162255e-02] [ 6.93657970e+00 3.14008688e+00 1.02851599e-01 3.96611266e-02] [ 8.49295040e+00 3.94730094e+00 8.99398479e-02 7.60969188e-02] [ 2.01849250e+01 8.62584092e+00 8.75722302e-02 6.17109672e-02] [ 2.22570710e+01 1.00291292e+01 1.20918359e-01 1

I am using openrowset to import a csv file into SQL Server. One of the columns in the csv file contains numbers in scientific notation (1.08E+05) and the column in the table it is being inserted By default it is importing the value as 1 and ignoring the .08E+05. I have tried using cast() and convert() to convert the value directly when the query is executed as well as setting up the datatype in the table as a character string and importing it as such. All of these methods have the same behavior where the .08E+05 is ignored. Is there a way to have the value imported as 108000 instead of 1

I have altready tried: format long g; But a number like this shows with scientific notation: ans = 8.80173259769825e-05 How can I avoid scientific notation without using something like fprintf ? you can use: sprintf('%.10f', yourNumber) Or a more sophisticated option is to use Java-based formatting ( see more info , credit to Yair Altman for showing this method), for example: char(java.text.DecimalFormat('#.00000000').format(yourNumber)); Go to: Preferences > Command view > Numeric Format > bank 来源： https://stackoverflow.com/questions/15512478/avoiding-scientific-notation-with-matlab