Ramón López Posted November 14, 2007 Share Posted November 14, 2007 Well, hello ...I've been searching and I asked this question too into another post without very luck for now but I think the reason could have been it has gone unnoticed there, so... I'll try new luck here. I'm treating to take advantage of Expressions in general for some automatic movement tasks and specially of that command called "Rand()" but I have a doubt about how could I modify his "temp", do you know how I could get more quick or slow variations with that Rand() value? I mean, I know I can vary the "Amplitude" in this way Rand()*100-50 (in example), but I can't figure how could I vary the "wavelength" to control the velocity with that random movements are generated... Hmmm, it'd be very usefull and I hope it makes sense, well THANKS in advance!!! Quote Link to comment Share on other sites More sharing options...
itsjustme Posted November 14, 2007 Share Posted November 14, 2007 Well, hello ...I've been searching and I asked this question too into another post without very luck for now but I think the reason could have been it has gone unnoticed there, so... I'll try new luck here. I'm treating to take advantage of Expressions in general for some automatic movement tasks and specially of that command called "Rand()" but I have a doubt about how could I modify his "temp", do you know how I could get more quick or slow variations with that Rand() value? I mean, I know I can vary the "Amplitude" in this way Rand()*100-50 (in example), but I can't figure how could I vary the "wavelength" to control the velocity with that random movements are generated... Hmmm, it'd be very usefull and I hope it makes sense, well THANKS in advance!!! Have you tried using the GetTime() function, Ramon? Quote Link to comment Share on other sites More sharing options...
Ramón López Posted November 14, 2007 Author Share Posted November 14, 2007 ...HELLOoO!!! I've tried it but that I don't know is if I'll have done it in the right way cause anything (including that GetTime() funtion) I've tried to add to that other Rand() one, finally directs me to the same "Missing a Right Parenthesis" or that other "Error syntax in the expression" advise, so well known for me... or as latelly, where I don't obtain any advise neither result... And well, it's clear that the real problem here is I'm limited to the "trial and error" technique cause I have not much information about all this functions nature and his combination ways... I have found some examples where that GetTime() is used and I've tried to take advantage of it in many ways, Transform.Translate.X = Rand(7*GetTime()), Transform.Translate.X = 5*(Rand(10/GetTime()))*100-50, Transform.Translate.X = 0.2*(Rand(7*GetTime())+Rand(13*GetTime()))), or whatever... without any other result but the error advises, no errors but no results, or in the best cases amplitude variations in the Graph movement but NEVER wavelength/velocity variations... So well, is there really some place where I can learn this kind of basic things about Expressions? I mean, how they must be exactly combined and how must I exactly use that "()" (and with what others) simbols in the right way? It'd be very nice cause in the A:M help I have a little description of the functions but nothing more... And well, THANK YOU very much for still be there and over all for the other one help! I think I'm going to study your proporsal carefully cause it seems really interesting and then I'll coment impressions , BYE! Quote Link to comment Share on other sites More sharing options...
itsjustme Posted November 14, 2007 Share Posted November 14, 2007 Have you read this tutorial? There are also some descriptions of the functions here that might be helpful. Also, there's this tutorial, in case you haven't seen it. Hope those help, Ramón. Quote Link to comment Share on other sites More sharing options...
Recommended Posts
Join the conversation
You can post now and register later. If you have an account, sign in now to post with your account.
Note: Your post will require moderator approval before it will be visible.