嗯，我也想學(xué)習(xí)呢，不太懂。

automanqing:你要針對你的光源設(shè)計(jì)透鏡，在非序列模式里用source file導(dǎo)入你的LED光源文件，再設(shè)計(jì)透鏡，具體怎么用查manual (2014-09-29 10:31)  =$mPReA3v  

56w uk [)  
就是不知道怎么設(shè)計(jì)啊，在序列里面它是怎么優(yōu)化的��？變成平行光，還有光源怎么設(shè)置？謝謝！

You can adapt the approach as you put in your post: *Xcqnu('  
=xw+cs1,x  
- Get the light source information (ray angle) I'`90{I  
- Set it up in the sequential mode first, with the positions and the initial lens parameters. rjK]zD9  
- There is a built in merit function type called Angular Radius what can be useful to design a collimating system. However, you should be aware that the LED source is an extended source and to model it more realistically you should add more field points to represent this nature of the light source. Once you can something close (hopefully) then you can switch it to Non-seqential mode with the real light source file (using Source file) and the lens parameters you came up with under the sequential mode. CS'LW;#[
 
- Once this is done you should reoptimize your lenses using relevant operands under non-sequential mode. (the info about this aspect of optimization should be found in the forum.) e&nE  
ff&jR71E  
Good luck!

hopebox:You can adapt the approach as you put in your post:
- Get the light source information (ray angle) $K.DLqDt  
- Set it up in the sequential mode first, with the positions and the initial lens parameters. _@i-?Q  
- There is a built in merit function type called Angular Radius wh .. (2014-10-01 22:36)  LC4VlfU  

uI$n7\G!  
thanlk you so much!!

圖片:Capture.JPG

?A;RTM  

hopebox: h<)ceD<,  
You can adapt the approach as you put in your post:
- Get the light source information (ray angle) +L"F]