Tm1 analysis without SPSS

[TheTMJuan]

Ok guys I have a real man problem and not like the problem of coming home no pork on table, jajaja.

Ok real problem. I am in contract with government health hospital and mistakes were made. We have budget for the TM1 but no SPSS. I gonna do the cube to look at cardiac impedence as function of non-linear stress. The problem is that now I have curve and need to integrate. I am not the TM1 wizard and when I look at the google I see people talking about Turbointegrator but then it doesn’t integrate. That’s not turbo at all, that is the opposite.

Using 10.2

Can someone help me one on Juan? Jajaja

[paulsimon]

Hi

If you want to get help then you are going to have to explain more about what you are trying to do. It may be that this problem is much easier to solve in SPSS than TM1. It may just be that you know SPSS better than TM1.

It looks as though you could have one dimension for Cardiac Impedence and another for Stress, and then you load values for Cardiac Impedence as it goes up as Stress rises. The fact that it is non-linear would be shown by the values. However, that may be way off what you need. Most people working in the TM1 domain work with Accountants, not Doctors.

One possible fallback is that as Excel integrates well with TM1, you could do some more complex calculations in Excel and load the values into TM1.

I can't tell what you are trying to do. If you need Calculus, then that isn't generally TM1. From my limited knowledge of SPSS that tends to be more for Status, Coeff of Corellation, etc.

TurboIntegrator integrates data from multiple sources. It doesn't do calculus.

Regards

Paul Simon

[TheTMJuan]

Dear Mr. Simon,

First off, I am old fan. You can call me Juan. I think it is much easier to solve in SPSS, but I don’t have that. I have the interaction curve correctly calculating and can show the trends, but I still can’t integrate. Also we work for the hospital but doctors have no interaction with the TM1. The data is given to national health entity who is responsible for funding. The TM1 is not able to heal or integrate, I think.

I do need calculus but would settle for any AUC analysis. Trapezoid, Euler, Riemann or any of thems. I just need calculus function within TM1 but have been unable to do. I am the frustrated because I could get calculus from Julio down by the schoolyard, but he is not working here.

¿So Turbointegrator has no power for integrate? That is confusing. If I go to grocery store and they sell shirts instead of groceries, I would be equally confused. ¿ Maybe they could call it Turbomultiplesourcer or ‘Specific kind of integrator?’

Thank you for help.

[Alan Kirk]

Hi Juan,

Welcome to the forum.

I haven't had to use TM1 in that way so I can't give you an answer. However in response to:

¿So Turbointegrator has no power for integrate? That is confusing. If I go to grocery store and they sell shirts instead of groceries, I would be equally confused. ¿ Maybe they could call it Turbomultiplesourcer or ‘Specific kind of integrator?’

It "integrates" data from multiple sources into TM1 servers. The word "integrate" isn't limited to the world of calculus, any more than the word "differentiate" is.

I do hope that someone will be able to provide you with an answer, but please don't abuse the privilege. In two out of two of your posts now you have added a very large photo which has no relevance to the question at hand. While we don't have an explicit policy on image uploads, we do have one which states that "Images in signatures are not permitted". Same principle. Having an image of that size and lack of relevance in every post wastes our disk storage space and bandwidth, and doesn't do any favours for those who want to read what has the potential to be a most interesting thread. I've therefore deleted it from your second post.

If you want to include the image you can add it as an avatar via the User Control Panel which drops down under your name at the top right of the screen, but you'll need to reduce the size of it by a large amount. (90 pixels by 90 pixels.)