[julia-users] [Tips] The fastest way of reading csv files for Matlab users

2015-02-01 Thread Jung Soo Park
Hi, This is to share my finding of using the Juila for Matlab users. I have a few big size data in csv format to open from the Juila and it tooks at least 3 minutes to read. However, if I convert the file into Matlab format (.mat) and load the file with Matlab, it tooks only one minute. I

[julia-users] Question on tuple size

2015-01-30 Thread Jung Soo Park
Hi, I am generating two functions and the outcome of the first function will be use as input values of the second function. Like Matlab's case of [x,y,z] =test_function(input), I used Julia's tuple function to generate [x,y,z] and it worked well. function test_function(input)

[julia-users] Re: I cannot fine the code for Garch in mean

2015-01-27 Thread Jung Soo Park
On Tuesday, 27 January 2015 16:17:01 UTC+11, Jung Soo Park wrote: Is there any way I can have the code for Garch in Mean or GarchM please Thank you..

Re: [julia-users] Re: I cannot fine the code for Garch in mean

2015-01-27 Thread Jung Soo Park
package: https://github.com/lgautier/Rif.jl Perhaps this is an option? Cheers mate, Colin On Tuesday, 27 January 2015 16:17:01 UTC+11, Jung Soo Park wrote: Is there any way I can have the code for Garch in Mean or GarchM please Thank you..

Re: [julia-users] I cannot fine the code for Garch in mean

2015-01-27 Thread Jung Soo Park
opportunity for you to contribute here. 2015-01-27 0:17 GMT-05:00 Jung Soo Park jasej...@gmail.com javascript: : Is there any way I can have the code for Garch in Mean or GarchM please Thank you..

[julia-users] I cannot fine the code for Garch in mean

2015-01-26 Thread Jung Soo Park
Is there any way I can have the code for Garch in Mean or GarchM please Thank you..

[julia-users] Re: Strange Type Errors

2015-01-15 Thread Jung Soo Park
Many thank for your kind reply. 2015년 1월 15일 목요일 오전 8시 0분 46초 UTC+11, jspark 님의 말: Hi, I am trying to port following simple Matlab code into Julia to get *mu* M=500 m_plus=M*0.2; m_0=M*0.1; m_minus=M*0.7; mu_plus=0.15+0.5*(1:m_plus)/m_plus;