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Ok,

thank you so much Gareth!

I am very grateful to you for helping me.

Best regards
Franz

Hi Gareth, thanks you very much for your response! I have substituted the for loop with: 'Run the 0 lag and store the SBC from it eq.ls diff_{%product} c diff_{%product}(-1) diff_yse diff_yde diff_rebex {%product}(-1) yse(-1) yde(-1) rebex(-1) !sbc=eq.@schwarz 'Run 1 lag and store SBC value eq.ls di...

My master´s thesis is due in three days and I need help urgently! I have written a program for ARDL(n,n,n,n,) optimal lag selection using Schwarz. The program is based on Eviews_Gareth´s lag selector from the programming guide. The problem is that it will never choose lag level zero as optimal. Manu...

Solved the problem by renamning series to p1-p160, since i don´t understand the string option works. Thank you! :D New question: In the automatic lag selector programme in the guide you directed me to, how would one modify it to run different (other) dependent variables (numeric) on a constant set o...

Thank you startz and Gareth, I have been reading the suggested material and I am almost there. The problem is that my dependent series are product groups coded _001 up to _999. There are only 160 series but still with varying codes in that range. When I run the program in it`s "simulated" ...

Thanks, but how can I then save the output from each equation?

Hi, I have a large number of estimations (160) to run, is there a better way to do this than by Quick>Estimate Equation 160 times? I want to estimate an ardl equation with the following look: d(gnuk) c time d(gnuk(-1)) d(gnuk(-2)) d(yuk(-1)) d(yuk(-2)) d(bxuk(-1)) d(bxuk(-2)) d(op(-1)) d(op(-2)) gnu...