;+
;PROCEDURE: swe_snap_layout
;PURPOSE:
; Puts snapshot windows in convenient, non-overlapping locations,
; depending on display hardware. These layouts are only recognized
; by the SWEA snapshot routines. This routine has no effect unless
; a non-zero layout is specified, and you can only do that by calling
; this routine. It is perfectly safe to simply ignore the existence
; of this routine. It is admittedly only useful to the author.
;
; See win.pro for details on how the configuration structures are
; used to create and place windows.
;
; UPDATE: This routine is now obsolete. The snapshot routines have
; been modified to use win to place snapshot windows in logically
; convenient locations.
;
;USAGE:
; swe_snap_layout, layout
;
;INPUTS:
; layout: Integer specifying the layout:
;
; 0 --> Default. No fixed window positions.
; 1 --> Macbook 1440x900 (below) with Dell 5120x1440 (above)
; 2 --> Macbook 1440x900 (below) with twin Dell 2560x1440 (left, right)
; 3 --> Macbook 1440x900 (below) with Dell 2560x1440 (above)
;
;KEYWORDS:
;
; HOME: Equivalent to LAYOUT=3.
;
; WORK: Equivalent to LAYOUT=2.
;
; WORK2: Equivalent to LAYOUT=1.
;
; $LastChangedBy: dmitchell $
; $LastChangedDate: 2022-07-14 11:40:53 -0700 (Thu, 14 Jul 2022) $
; $LastChangedRevision: 30933 $
; $URL: svn+ssh://thmsvn@ambrosia.ssl.berkeley.edu/repos/spdsoft/tags/spedas_6_1/projects/maven/swea/swe_snap_layout.pro $
;
;CREATED BY: David L. Mitchell 07-24-12
;-
pro swe_snap_layout, layout, home=home, work=work, work2=work2
@swe_snap_common
@putwin_common
print,"THIS ROUTINE IS OBSOLETE. IT SHOULD CONTINUE TO WORK IN LEGACY CODE."
print,"ALL SNAPSHOT ROUTINES NOW USE WIN TO PLACE WINDOWS."
if keyword_set(home) then layout = 3
if keyword_set(work) then layout = 2
if keyword_set(work2) then layout = 1
if (size(layout,/type) eq 0) then begin
print,"Hardware-dependent positions for snapshot windows."
print," 0 --> Default. No fixed window positions."
print," 1 --> 1440x900 (below) with 5120x1440 (above)"
print," 2 --> 1440x900 (below) with 2560x1440 (left), 2560x1440 (right)"
print," 3 --> 1440x900 (below) with 2560x1440 (above)"
print,""
layout = ''
read, layout, prompt='Layout > '
endif
; Put snapshot windows in the highest numbered non-primary monitor
if (size(maxmon,/type) gt 0) then begin
mnum = indgen(maxmon+1)
i = where(mnum ne primarymon)
m = max(mnum[i > 0])
endif else m = 0
case layout[0] of
'1' : begin ; Macbook 1440x900 (below) with Dell 5120x1440 (above)
snap_index = 1
Dopt = {xsize:800, ysize:600, dx:10, dy:10, monitor:m, corner:0} ; 3D
Sopt = {xsize:450, ysize:600, dx:820, dy:10, monitor:m, corner:0} ; 3D SPEC
Popt = {xsize:800, ysize:600, dx:10, dy:10, monitor:m, corner:0} ; PAD
Nopt = {xsize:600, ysize:450, dx:10, dy:620, monitor:m, corner:0} ; PAD Energy Cut
Copt = {xsize:500, ysize:700, dx:10, dy:10, monitor:m, corner:2} ; PAD 3D View
Fopt = {xsize:400, ysize:600, dx:820, dy:10, monitor:m, corner:0} ; PAD SPEC
Eopt = {xsize:400, ysize:600, dx:10, dy:10, monitor:m, corner:0} ; SPEC
Hopt = {xsize:200, ysize:600, dx:420, dy:10, monitor:m, corner:0} ; HSK
Oopt = {yfull:1, aspect:0.351, dx:10, dy:0, monitor:m, corner:0} ; Orbit 1x3
Oopt1 = {xsize:500, ysize:473, dx:10, dy:10, monitor:m, corner:0} ; Orbit 1x1
OCopt = {xsize:600, ysize:350, dx:510, dy:10, monitor:m, corner:2} ; Orbit cylindrical
Mopt = {xsize:757, ysize:409, dx:10, dy:10, monitor:m, corner:1} ; Mars Small
MMopt = {xsize:1082, ysize:572, dx:10, dy:10, monitor:m, corner:1} ; Mars Large
SSopt = {xsize:600, ysize:280, dx:10, dy:10, monitor:m, corner:2} ; MSO Lat-Lon
Ropt = {xsize:792, ysize:765, dx:10, dy:10, monitor:m, corner:0} ; Orrery
tplot_options,'charsize',1.5 ; larger characters for 5120x1440 display
end
'2' : begin ; Macbook 1440x900 (below) with twin Dell 2560x1440 (left, right)
snap_index = 2
Dopt = {xsize:800, ysize:600, dx:10, dy:10, monitor:m, corner:0} ; 3D
Sopt = {xsize:450, ysize:600, dx:820, dy:10, monitor:m, corner:0} ; 3D SPEC
Popt = {xsize:800, ysize:600, dx:10, dy:10, monitor:m, corner:0} ; PAD
Nopt = {xsize:600, ysize:450, dx:10, dy:620, monitor:m, corner:0} ; PAD Energy Cut
Copt = {xsize:500, ysize:700, dx:640, dy:10, monitor:m, corner:2} ; PAD 3D View
Fopt = {xsize:400, ysize:600, dx:820, dy:10, monitor:m, corner:0} ; PAD SPEC
Eopt = {xsize:400, ysize:600, dx:10, dy:10, monitor:m, corner:0} ; SPEC
Hopt = {xsize:200, ysize:600, dx:420, dy:10, monitor:m, corner:0} ; HSK
Oopt = {yfull:1, aspect:0.351, dx:10, dy:0, monitor:m, corner:0} ; Orbit 1x3
Oopt1 = {xsize:500, ysize:473, dx:10, dy:10, monitor:m, corner:0} ; Orbit 1x1
OCopt = {xsize:600, ysize:350, dx:510, dy:10, monitor:m, corner:0} ; Orbit cylindrical
Mopt = {xsize:757, ysize:409, dx:550, dy:10, monitor:m, corner:0} ; Mars Small
MMopt = {xsize:1082, ysize:572, dx:550, dy:10, monitor:m, corner:0} ; Mars Large
SSopt = {xsize:600, ysize:280, dx:10, dy:10, monitor:m, corner:2} ; MSO Lat-Lon
Ropt = {xsize:792, ysize:765, dx:10, dy:10, monitor:m, corner:0} ; Orrery
tplot_options,'charsize',1.5 ; larger characters for 2560x1440 display
end
'3' : begin ; Macbook 1440x900 (below) with Dell 2560x1440 (above)
snap_index = 3
Dopt = {xsize:800, ysize:600, dx:10, dy:10, monitor:m, corner:0} ; 3D
Sopt = {xsize:450, ysize:600, dx:820, dy:10, monitor:m, corner:0} ; 3D SPEC
Popt = {xsize:800, ysize:600, dx:10, dy:10, monitor:m, corner:0} ; PAD
Nopt = {xsize:600, ysize:450, dx:10, dy:10, monitor:m, corner:2} ; PAD Energy Cut
Copt = {xsize:500, ysize:700, dx:10, dy:10, monitor:m, corner:2} ; PAD 3D View
Fopt = {xsize:400, ysize:600, dx:820, dy:10, monitor:m, corner:0} ; PAD SPEC
Eopt = {xsize:400, ysize:600, dx:10, dy:10, monitor:m, corner:0} ; SPEC
Hopt = {xsize:200, ysize:600, dx:420, dy:10, monitor:m, corner:0} ; HSK
Oopt = {yfull:1, aspect:0.351, dx:10, dy:0, monitor:m, corner:0} ; Orbit 1x3
Oopt1 = {xsize:500, ysize:473, dx:10, dy:10, monitor:m, corner:0} ; Orbit 1x1
OCopt = {xsize:600, ysize:350, dx:10, dy:10, monitor:m, corner:2} ; Orbit cylindrical
Mopt = {xsize:757, ysize:409, dx:10, dy:10, monitor:m, corner:1} ; Mars Small
MMopt = {xsize:1082, ysize:572, dx:10, dy:10, monitor:m, corner:1} ; Mars Large
SSopt = {xsize:600, ysize:280, dx:10, dy:10, monitor:m, corner:2} ; MSO Lat-Lon
Ropt = {xsize:792, ysize:765, dx:10, dy:10, monitor:m, corner:0} ; Orrery
tplot_options,'charsize',1.5
end
else : begin ; Default. No fixed window positions, all placed in the primary monitor.
snap_index = 0
Dopt = {xsize:800, ysize:600} ; 3D
Sopt = {xsize:450, ysize:600} ; 3D SPEC
Popt = {xsize:800, ysize:600} ; PAD
Nopt = {xsize:600, ysize:450} ; PAD Energy Cut
Copt = {xsize:500, ysize:700} ; PAD 3D View
Fopt = {xsize:400, ysize:600} ; PAD SPEC
Eopt = {xsize:400, ysize:600} ; SPEC
Hopt = {xsize:200, ysize:545} ; HSK
Oopt = {xsize:318, ysize:856} ; Orbit 1x3
Oopt1 = {xsize:600, ysize:538} ; Orbit 1x1
OCopt = {xsize:600, ysize:350} ; Orbit cylindrical
Mopt = {xsize:757, ysize:409} ; Mars Small
MMopt = {xsize:1082, ysize:572} ; Mars Large
SSopt = {xsize:600, ysize:280} ; MSO Lat-Lon
Ropt = {xsize:792, ysize:765} ; Orrery
end
endcase
return
end