GLE Example: inpstm.gle

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!
! InP(001) STM images three images of the (2x4)/c(2x8) reconstruction
! example of how to layout three STM images
! By: V.P. LaBella vlabella@albany.edu
! the eps output of this gle file was submitted directly
! to the journal.  See Figure 2 in The Jour. Vac. Sci. & Technology A, Vol. 18 no. 4 pp. 1492 (2000)
! be sure to get the stm.gle include from the GLE function repository
!
size 15 15

include stm.gle

set font ss hei 0.5

dx = 15; dy = 15
idx = dx/2; idy = idx

tbox = idx/2-0.5
scale_bar_x = 0.2
scale_bar_y = 0.2

!
! 1000 nm x 1000 nm (2x4)
!
amove 0 idy
box idx idy
bitmap "tiff/large.png" idx idy
@textbox 0 2*idy "tl" 0.5 "(a)" 0.05 0.1 1 "WHITE" "BLACK" "BLACK" 0.01
@scale_bar idx/1000*200 0.3 "200 nm" scale_bar_x idy+scale_bar_y "lr" 0.07 0.1 "WHITE" 1 0.2 0.1

!
! 100 nm x 100 nm (2x4)
!
amove idx idy
box idx idy
bitmap "tiff/med.png" idx idy
@textbox idx 2*idy "tl" 0.5 "(b)" 0.05 0.1 1 "WHITE" "BLACK" "BLACK" 0.01
@scale_bar idx/100*20 0.3 "20 nm" idx+scale_bar_x idy+scale_bar_y "lr" 0.07 0.1 "WHITE" 1 0.2 0.1

!
! 20 nm x 20 nm (2x4)
!
amove 0 0
box idx idy
bitmap "tiff/small.png" idx idy
@textbox 0 idy "tl" 0.5 "(c)" 0.05 0.1 1 "WHITE" "BLACK" "BLACK" 0.01
@scale_bar idx/20*2 0.3 "2 nm" scale_bar_x scale_bar_y "lr" 0.07 0.1 "WHITE" 1 0.2 0.1

!
! draw the direction arrows
!
axis_l = 2.0
@axis_box 1.5*idy 0.5*idy-1.0  "[110]" "[1\={1}0]" 45 0.1 0.1 axis_l "cc" 0 "BLACK" "WHITE" "BLACK" 0.45 0.1

!
! That's it!
! All the STM images are in place with the proper scales and labels.
!
! Now draw some text over the images
! to identify the unit cell
! 2x4 box
!

a = 0.7*idx/20

by2 = 2*sqrt(2)*a/2
by4 = 2*by2; by8 = 2*by4-0.04
line1 = 0.07
line2 = 0.02
angle = 46

! 2x4 box
amove 2.328 4.419
begin rotate angle
	set lwidth line1 color white
	box by4 by2
	set color black lwidth line2
	box by4 by2
end rotate
xp = xpos()+by4*cos(torad(angle))-by2*sin(torad(angle))
yp = ypos()+by4*sin(torad(angle))+by2*cos(torad(angle))+0.2
@textbox xp yp "bc" 0.3 "(2\times 4)" 0.05 0.1 1 "WHITE" "BLACK" "BLACK" 0.01

!2x8 box
amove 2.461 1.508
begin rotate angle
	set lwidth line1 color white
	box by8 by2
	set color black lwidth line2
	box by8 by2
end rotate
xp = xpos()+by8*cos(torad(angle))-by2*sin(torad(angle))
yp = ypos()+by8*sin(torad(angle))+by2*cos(torad(angle))+0.2
@textbox xp yp "bc" 0.3 "c(2\times 8)" 0.05 0.1 1 "WHITE" "BLACK" "BLACK" 0.01

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