"$pattern tri period" 修訂間的差異

出自 DDCC TCAD TOOL Manual
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行 11: 行 11:
 
* pattern_tri_num : number of empty section.
 
* pattern_tri_num : number of empty section.
 
* type : type1=triangle, type2=circle, type3=ellipse, type4=rectangular, type5=Sinkx function up, type6=Sinkx function down, type7=Sinkx function up, type8=Sinkx function down.
 
* type : type1=triangle, type2=circle, type3=ellipse, type4=rectangular, type5=Sinkx function up, type6=Sinkx function down, type7=Sinkx function up, type8=Sinkx function down.
* f1-f6 : you can refer to the information where at bottom of this page.
+
* f1-f6 : you can refer to the information where at bottom of this page. (unit is cm!)
 
* int_period_num :
 
* int_period_num :
* f_period_spacing :
+
* f_period_spacing : (unit is cm!)
   
 
@type:
 
@type:

於 2017年12月26日 (二) 11:51 的修訂

The pattern tri period is the same definition in pattern type as the


$pattern_tri_period
pattern_tri_num
pattern_type int_period_num f_period_spacing f_{1}  f_{2}  f_{3}  f_{4}  f_{5}  f_{6}  n_{r} \alpha if_empty


Parameter Explanation

  • pattern_tri_num : number of empty section.
  • type : type1=triangle, type2=circle, type3=ellipse, type4=rectangular, type5=Sinkx function up, type6=Sinkx function down, type7=Sinkx function up, type8=Sinkx function down.
  • f1-f6 : you can refer to the information where at bottom of this page. (unit is cm!)
  • int_period_num :
  • f_period_spacing : (unit is cm!)
@type: 
1 : triangular , period along x if the periodnumber >1 
11 : triangular , period along y if the periodnumber >1 
2 : circular shape, period along x if the periodnumber >1 
21 :   circular shape, period along y if the periodnumber >1 
3 : elliptic shape, period along x if the periodnumber >1 
31 :   elliptic shape, period along y if the periodnumber >1 
4 : rectangular shape, period along x if the periodnumber >1 
41 :   rectangular shape, period along y if the periodnumber >1 
5:  sin kx function up, the shape is defined by x_left, x_right, y>sinkx and y<y2
6:  sin kx function down, the shape is defined by x_left, x_right, y<sinkx and y>y2
7:  sin ky function up (be careful to use it), the shape is defined by y_top, y_bottom, x<sinky and x>x2
8:  sin ky  function right (be careful to use it), the shape is defined by y_top, y_bottom, x<sinky and x>x2

Example

Type.1~4 are triangle, circle, ellipse and rectangle.

If the parameters are not show in the figure, you should set those parameters as 0.

Pic1.png



Type5~8 are sine shape period structure.

Type.5 and 6 can be determined by this expression:

f_6<y<f_1sinf_2x+f_3;

f_4<x<f_5

Type.7 and 8 can be determined by this expression:

f_6<x<f_1sinf_2y+f_3;

f_4<y<f_5

Pic2.png

$emptyperiodshape,