StataFileTM:00001:01000:LiveGPH:                       :
00002:00002:
*! classname: bygraph_g
*! family: by
*! command: twoway connected _stack __000001, c(l) cmissing(n) yli(1/3) yla(1/3, valuelabel) xla(0 1, valuelabel)  by(region, caption(logarithmic scales) title(US states 1980)) yla(1 "deaths" 2 "divorces" 3 "marriages", ang(h)) ||
*! command_date: 23 Jun 2004
*! command_time: 21:54:07
*! datafile: 
*! datafile_date: 
*! scheme: s2color
*! naturallywhite: 1
*! xsize: 5.5
*! ysize: 4
*! end
<BeginItem> serset K8403e58 
<BeginSerset>
<BeginSeries>
.name = `"_stack"'
.label = `" "'
.format = `"%10.0g"'
.type.set numeric
.min =  1
.max =  3
.median = (.)
.pct25 = (.)
.pct75 = (.)
.categories = (.)
.lab_offset = (.)
.vlabs.Declare __D_1 = `"r_death"'
.vlabs.Declare __D_2 = `"r_divorce"'
.vlabs.Declare __D_3 = `"r_marriage"'
.vlabs.Declare __D_M = `"."'
.vlabs.Declare __D_Ma = `".a"'
.vlabs.Declare __D_Mb = `".b"'
.vlabs.Declare __D_Mc = `".c"'
.vlabs.Declare __D_Md = `".d"'
.vlabs.Declare __D_Me = `".e"'
.vlabs.Declare __D_Mf = `".f"'
.vlabs.Declare __D_Mg = `".g"'
.vlabs.Declare __D_Mh = `".h"'
.vlabs.Declare __D_Mi = `".i"'
.vlabs.Declare __D_Mj = `".j"'
.vlabs.Declare __D_Mk = `".k"'
.vlabs.Declare __D_Ml = `".l"'
.vlabs.Declare __D_Mm = `".m"'
.vlabs.Declare __D_Mn = `".n"'
.vlabs.Declare __D_Mo = `".o"'
.vlabs.Declare __D_Mp = `".p"'
.vlabs.Declare __D_Mq = `".q"'
.vlabs.Declare __D_Mr = `".r"'
.vlabs.Declare __D_Ms = `".s"'
.vlabs.Declare __D_Mt = `".t"'
.vlabs.Declare __D_Mu = `".u"'
.vlabs.Declare __D_Mv = `".v"'
.vlabs.Declare __D_Mw = `".w"'
.vlabs.Declare __D_Mx = `".x"'
.vlabs.Declare __D_My = `".y"'
.vlabs.Declare __D_Mz = `".z"'
<EndSeries>
<BeginSeries>
.name = `"__000001"'
.label = `" "'
.format = `"%9.0g"'
.type.set numeric
.min =  0
.max =  .9710485935211182
.median = (.)
.pct25 = (.)
.pct75 = (.)
.categories = (.)
.lab_offset = (.)
.vlabs.Declare __D_0 = `"low"'
.vlabs.Declare __D_1 = `"high"'
<EndSeries>
.weight_id = (.)
<BeginSersetData>
   $   üþ_stack                                                __000001                                              %10.0g      %9.0g             ð?              @   €Ôï? ¦]@? ¢–`> º =åº = 7[c? x«µ> "ú=å"ú= !Oc? y<= Ÿ¤Ö<åŸ¤Ö< Í¡<? t¿> G5Î=åG5Î= \Ñ\? Î¿> àÓ¢;åàÓ¢; ôh? 9þÑ= œu=åœu= ¤–x?      |›<å|›< Fèi? ,Ê> ^ÐŸ<å^ÐŸ< ^R? ðŠ > ÊÙ=åÊÙ=
<EndSersetData>
<EndSerset>
<EndItem>
<BeginItem> serset K83ec3a0 
<BeginSerset>
<BeginSeries>
.name = `"_stack"'
.label = `" "'
.format = `"%10.0g"'
.type.set numeric
.min =  1
.max =  3
.median = (.)
.pct25 = (.)
.pct75 = (.)
.categories = (.)
.lab_offset = (.)
.vlabs.Declare __D_1 = `"r_death"'
.vlabs.Declare __D_2 = `"r_divorce"'
.vlabs.Declare __D_3 = `"r_marriage"'
.vlabs.Declare __D_M = `"."'
.vlabs.Declare __D_Ma = `".a"'
.vlabs.Declare __D_Mb = `".b"'
.vlabs.Declare __D_Mc = `".c"'
.vlabs.Declare __D_Md = `".d"'
.vlabs.Declare __D_Me = `".e"'
.vlabs.Declare __D_Mf = `".f"'
.vlabs.Declare __D_Mg = `".g"'
.vlabs.Declare __D_Mh = `".h"'
.vlabs.Declare __D_Mi = `".i"'
.vlabs.Declare __D_Mj = `".j"'
.vlabs.Declare __D_Mk = `".k"'
.vlabs.Declare __D_Ml = `".l"'
.vlabs.Declare __D_Mm = `".m"'
.vlabs.Declare __D_Mn = `".n"'
.vlabs.Declare __D_Mo = `".o"'
.vlabs.Declare __D_Mp = `".p"'
.vlabs.Declare __D_Mq = `".q"'
.vlabs.Declare __D_Mr = `".r"'
.vlabs.Declare __D_Ms = `".s"'
.vlabs.Declare __D_Mt = `".t"'
.vlabs.Declare __D_Mu = `".u"'
.vlabs.Declare __D_Mv = `".v"'
.vlabs.Declare __D_Mw = `".w"'
.vlabs.Declare __D_Mx = `".x"'
.vlabs.Declare __D_My = `".y"'
.vlabs.Declare __D_Mz = `".z"'
<EndSeries>
<BeginSeries>
.name = `"__000001"'
.label = `" "'
.format = `"%9.0g"'
.type.set numeric
.min =  .053264070302248
.max =  .9355952739715576
.median = (.)
.pct25 = (.)
.pct75 = (.)
.categories = (.)
.lab_offset = (.)
.vlabs.Declare __D_0 = `"low"'
.vlabs.Declare __D_1 = `"high"'
<EndSeries>
.weight_id = (.)
<BeginSersetData>
   0   üþ_stack                                                __000001                                              %10.0g      %9.0g             ð?    mE«?      @   €eðí? D¼Q? ;µp> Q¯=åQ¯= 3íG? @? ¸(ï=å¸(ï= G€T? Ë#;> v¢=åv¢= •ñZ? O½½> {í=å{í= Z,8? 5‘> $“ž=å$“ž= £ ;? ëH> ‘˜“=å‘˜“= ,ƒo? -Ÿº> Þð	>åÞð	> [eY? t'@> =!‡=å=!‡= º¨F? [‰{= c.›=åc.›= ´,V? ð±>  i”=å i”= ZÄ_? KN;> ¾k9>å¾k9> ¸‹?? zº> m+Z=åm+Z=
<EndSersetData>
<EndSerset>
<EndItem>
<BeginItem> serset K840d438 
<BeginSerset>
<BeginSeries>
.name = `"_stack"'
.label = `" "'
.format = `"%10.0g"'
.type.set numeric
.min =  1
.max =  3
.median = (.)
.pct25 = (.)
.pct75 = (.)
.categories = (.)
.lab_offset = (.)
.vlabs.Declare __D_1 = `"r_death"'
.vlabs.Declare __D_2 = `"r_divorce"'
.vlabs.Declare __D_3 = `"r_marriage"'
.vlabs.Declare __D_M = `"."'
.vlabs.Declare __D_Ma = `".a"'
.vlabs.Declare __D_Mb = `".b"'
.vlabs.Declare __D_Mc = `".c"'
.vlabs.Declare __D_Md = `".d"'
.vlabs.Declare __D_Me = `".e"'
.vlabs.Declare __D_Mf = `".f"'
.vlabs.Declare __D_Mg = `".g"'
.vlabs.Declare __D_Mh = `".h"'
.vlabs.Declare __D_Mi = `".i"'
.vlabs.Declare __D_Mj = `".j"'
.vlabs.Declare __D_Mk = `".k"'
.vlabs.Declare __D_Ml = `".l"'
.vlabs.Declare __D_Mm = `".m"'
.vlabs.Declare __D_Mn = `".n"'
.vlabs.Declare __D_Mo = `".o"'
.vlabs.Declare __D_Mp = `".p"'
.vlabs.Declare __D_Mq = `".q"'
.vlabs.Declare __D_Mr = `".r"'
.vlabs.Declare __D_Ms = `".s"'
.vlabs.Declare __D_Mt = `".t"'
.vlabs.Declare __D_Mu = `".u"'
.vlabs.Declare __D_Mv = `".v"'
.vlabs.Declare __D_Mw = `".w"'
.vlabs.Declare __D_Mx = `".x"'
.vlabs.Declare __D_My = `".y"'
.vlabs.Declare __D_Mz = `".z"'
<EndSeries>
<BeginSeries>
.name = `"__000001"'
.label = `" "'
.format = `"%9.0g"'
.type.set numeric
.min =  0
.max =  1
.median = (.)
.pct25 = (.)
.pct75 = (.)
.categories = (.)
.lab_offset = (.)
.vlabs.Declare __D_0 = `"low"'
.vlabs.Declare __D_1 = `"high"'
<EndSeries>
.weight_id = (.)
<BeginSersetData>
   @   üþ_stack                                                __000001                                              %10.0g      %9.0g             ð?              @      ð? æ2U? ýõ> ²H5>å²H5> àl? Eø> É>åÉ> ÛH? ^}!>     å       €? Ø0? ø"
>åø"
> ^Æ7? ÁÞ> •’>>å•’>> £¦Y? ¥r~> z$z=åz$z= d»B? šè[> å‘á=åå‘á=  ã6? pF> ¤«>å¤«> æ6]? zf´> î½>åî½> •#<? ¯†‹> .¬<å.¬< ,¥\? Ã²? | z>å| z> »]6? fƒb> ‘>å‘> ‹nO? 0“è> xx=>åxx=> ø'?  Eò> Œ[:>åŒ[:> .ù2? +ªj> 2ž>å2ž> a|j? ^¨> 2w=å2w=
<EndSersetData>
<EndSerset>
<EndItem>
<BeginItem> serset K84bf3b0 
<BeginSerset>
<BeginSeries>
.name = `"_stack"'
.label = `" "'
.format = `"%10.0g"'
.type.set numeric
.min =  1
.max =  3
.median = (.)
.pct25 = (.)
.pct75 = (.)
.categories = (.)
.lab_offset = (.)
.vlabs.Declare __D_1 = `"r_death"'
.vlabs.Declare __D_2 = `"r_divorce"'
.vlabs.Declare __D_3 = `"r_marriage"'
.vlabs.Declare __D_M = `"."'
.vlabs.Declare __D_Ma = `".a"'
.vlabs.Declare __D_Mb = `".b"'
.vlabs.Declare __D_Mc = `".c"'
.vlabs.Declare __D_Md = `".d"'
.vlabs.Declare __D_Me = `".e"'
.vlabs.Declare __D_Mf = `".f"'
.vlabs.Declare __D_Mg = `".g"'
.vlabs.Declare __D_Mh = `".h"'
.vlabs.Declare __D_Mi = `".i"'
.vlabs.Declare __D_Mj = `".j"'
.vlabs.Declare __D_Mk = `".k"'
.vlabs.Declare __D_Ml = `".l"'
.vlabs.Declare __D_Mm = `".m"'
.vlabs.Declare __D_Mn = `".n"'
.vlabs.Declare __D_Mo = `".o"'
.vlabs.Declare __D_Mp = `".p"'
.vlabs.Declare __D_Mq = `".q"'
.vlabs.Declare __D_Mr = `".r"'
.vlabs.Declare __D_Ms = `".s"'
.vlabs.Declare __D_Mt = `".t"'
.vlabs.Declare __D_Mu = `".u"'
.vlabs.Declare __D_Mv = `".v"'
.vlabs.Declare __D_Mw = `".w"'
.vlabs.Declare __D_Mx = `".x"'
.vlabs.Declare __D_My = `".y"'
.vlabs.Declare __D_Mz = `".z"'
<EndSeries>
<BeginSeries>
.name = `"__000001"'
.label = `" "'
.format = `"%9.0g"'
.type.set numeric
.min =  0
.max =  1
.median = (.)
.pct25 = (.)
.pct75 = (.)
.categories = (.)
.lab_offset = (.)
.vlabs.Declare __D_0 = `"low"'
.vlabs.Declare __D_1 = `"high"'
<EndSeries>
.weight_id = (.)
<BeginSersetData>
   4   üþ_stack                                                __000001                                              %10.0g      %9.0g             ð?              @      ð?      Ú‹? UlI>åUlI> •b.? Ê? Z5
>åZ5
> –£0? µ&¼> `au=å`au= ¢¥ ? *Ãá> “
'>å“
'> £o> ,> "õ,>å"õ,> N¡? Üþù> ´_>å´_> êˆC? RÛ> ìó=åìó= û??   €?   €?å  €? ñû? ­˜? ÊP:>åÊP:> u=? pÌï> ‡1Z=å‡1Z= 'ñª> 0;¬> ›>å›> eR,? <¨÷> «l>å«l> t9? j¿? $Yi>å$Yi>
<EndSersetData>
<EndSerset>
<EndItem>
<BeginItem> scheme K8349b60 
.setscheme , scheme(s2color) naturallywhite(1)
<EndItem>
<BeginItem> twowaygraph_g K83ebbc8 <UseScheme> K8349b60
.sersets[1] = .__Map.K8403e58.ref
.insert (plotregion1 = .plotregion.new , style(scheme) graph(`.objkey')) at 1 1
.plotregion1.Declare plot1 = .yxview.new , type(connected) serset(`.sersets[1].objkey') yvariable(`.sersets[1].seriesof _stack') xvariable(`.sersets[1].seriesof __000001')    plotregion(`.plotregion1.objkey') style(scheme p1) 
.plotregion1.plot1.style.editstyle connect(l) editcopy
.plotregion1.plot1._maybe_override_type
.plotregion1.plot1.style.editstyle connect_missings(n) editcopy
.plotregion1.clear_scales
.plotregion1.reset_scales , noclear
local ys_title1 `"`.plotregion1.dimtitle_safe y '"'
local xs_title1 `"`.plotregion1.dimtitle_safe x '"'
.insert (yaxis1 = .axis.new , plotregion(`.plotregion1.objkey') style(scheme vertical_default) position(left) title(`ys_title1')) leftof plotregion1 , ring(.1)
.insert (xaxis1 = .axis.new, plotregion(`.plotregion1.objkey') style(scheme horizontal_default) position(below) title(`xs_title1')) below plotregion1 , ring(.1)
.plotregion1.addaxis `.xaxis1.objkey'
local fmt = cond(`"`.xaxis1.plotregion.dimformat x'"' == `""', `"`.xaxis1..label_format'"' , `"`.xaxis1.plotregion.dimformat x'"')
.xaxis1.major.label_format = `"`fmt'"'
.xaxis1.minor.label_format = `"`fmt'"'
.xaxis1.majornl.label_format = `"`fmt'"'
.xaxis1.minornl.label_format = `"`fmt'"'
.xaxis1.major.clear
.xaxis1.style.editstyle majorstyle(numticks(4)) editcopy
.xaxis1.major.suggest_ticks 4
.xaxis1.reset_scale reinit
.xaxis1.major.clear
.xaxis1.major.add_ticks  0 1
.xaxis1.major.set_default 0
.xaxis1.reset_scale reinit
.xaxis1.style.editstyle majorstyle( use_labels(yes)  ) editcopy
.yaxis1.major.clear
.yaxis1.style.editstyle majorstyle(numticks(4)) editcopy
.yaxis1.major.suggest_ticks 4
.yaxis1.reset_scale reinit
.yaxis1.style.editstyle draw_major_grid(yes) editcopy
.yaxis1.major.clear
.yaxis1.major.add_ticks  1 2 3
.yaxis1.major.set_default 0
.yaxis1.reset_scale reinit
.yaxis1.style.editstyle majorstyle( use_labels(yes)  ) editcopy
.yaxis1.major.clear
.yaxis1.major.add_ticks  1 `"deaths"' 2 `"divorces"' 3 `"marriages"'
.yaxis1.major.set_default 0
.yaxis1.reset_scale reinit
.yaxis1.style.editstyle majorstyle( tickangle(h)  ) editcopy
tempname glsty
.`glsty' = .gridlinestyle.new, style(scheme)
.yaxis1.plotregion.declare_xyline .gridline_g.new 1 , ordinate(y) plotregion(`.yaxis1.plotregion.objkey') styleref(`glsty') 
.yaxis1.plotregion.declare_xyline .gridline_g.new 2 , ordinate(y) plotregion(`.yaxis1.plotregion.objkey') styleref(`glsty') 
.yaxis1.plotregion.declare_xyline .gridline_g.new 3 , ordinate(y) plotregion(`.yaxis1.plotregion.objkey') styleref(`glsty') 
.insert (legend = .legend_g.new, graphs(`.objkey') style(scheme)) below plotregion1 , ring(3) 
.legend.style.editstyle box_alignment(S) editcopy
.legend.holes = ""
.legend.style.editstyle  force_draw(no) force_nodraw(yes) editcopy
.legend.insert (note = .sized_textbox.new, mtext() style(scheme note) ) below plotregion1 , ring(3) 
.legend.note.style.editstyle box_alignment(SW) editcopy
.legend.note.style.editstyle horizontal(left) editcopy
.legend.insert (caption = .sized_textbox.new, mtext() style(scheme caption) ) below plotregion1 , ring(5) 
.legend.caption.style.editstyle box_alignment(SW) editcopy
.legend.caption.style.editstyle horizontal(left) editcopy
.legend.insert (subtitle = .sized_textbox.new, mtext() style(scheme subtitle) ) above plotregion1 , ring(6) 
.legend.subtitle.style.editstyle box_alignment(N) editcopy
.legend.subtitle.style.editstyle horizontal(center) editcopy
.legend.insert (title = .sized_textbox.new, mtext() style(scheme title) ) above plotregion1 , ring(7) 
.legend.title.style.editstyle box_alignment(N) editcopy
.legend.title.style.editstyle horizontal(center) editcopy
.legend.rebuild
.legend.repositionkeys
.insert (r1title = .sized_textbox.new, mtext() style(scheme r1title) orientation(vertical)) rightof plotregion1 , ring(1) 
.insert (r2title = .sized_textbox.new, mtext() style(scheme r2title) orientation(vertical)) rightof plotregion1 , ring(2) 
.insert (l1title = .sized_textbox.new, mtext() style(scheme l1title) orientation(vertical)) leftof plotregion1 , ring(1) 
.insert (l2title = .sized_textbox.new, mtext() style(scheme l2title) orientation(vertical)) leftof plotregion1 , ring(2) 
.insert (t1title = .sized_textbox.new, mtext() style(scheme t1title) ) above plotregion1 , ring(1) 
.insert (t2title = .sized_textbox.new, mtext() style(scheme t2title) ) above plotregion1 , ring(2) 
.insert (b1title = .sized_textbox.new, mtext() style(scheme b1title) ) below plotregion1 , ring(1) 
.insert (b2title = .sized_textbox.new, mtext() style(scheme b2title) ) below plotregion1 , ring(2) 
.insert (note = .sized_textbox.new, mtext() style(scheme note) ) below plotregion1 , ring(4) 
.note.style.editstyle box_alignment(SW) editcopy
.note.style.editstyle horizontal(left) editcopy
.insert (caption = .sized_textbox.new, mtext() style(scheme caption) ) below plotregion1 , ring(5) 
.caption.style.editstyle box_alignment(SW) editcopy
.caption.style.editstyle horizontal(left) editcopy
.insert (subtitle = .sized_textbox.new, mtext(`"NE"') style(scheme subtitle) ) above plotregion1 , ring(6) 
.subtitle.style.editstyle box_alignment(N) editcopy
.subtitle.style.editstyle horizontal(center) editcopy
.subtitle.as_textbox.setstyle, style(yes)
.subtitle.style.editstyle  drawbox(yes) linestyle( color(scheme bylabel_outline)) editcopy
.insert (title = .sized_textbox.new, mtext() style(scheme title) ) above plotregion1 , ring(7) 
.title.style.editstyle box_alignment(N) editcopy
.title.style.editstyle horizontal(center) editcopy
.n_views = 1
.n_plotregions = 1
.last_style = 1
.x_scales = `" "1""'
.y_scales = `" "1""'
<EndItem>
<BeginItem> twowaygraph_g K83ee948 <UseScheme> K8349b60
.sersets[1] = .__Map.K83ec3a0.ref
.insert (plotregion1 = .plotregion.new , style(scheme) graph(`.objkey')) at 1 1
.plotregion1.Declare plot1 = .yxview.new , type(connected) serset(`.sersets[1].objkey') yvariable(`.sersets[1].seriesof _stack') xvariable(`.sersets[1].seriesof __000001')    plotregion(`.plotregion1.objkey') style(scheme p1) 
.plotregion1.plot1.style.editstyle connect(l) editcopy
.plotregion1.plot1._maybe_override_type
.plotregion1.plot1.style.editstyle connect_missings(n) editcopy
.plotregion1.clear_scales
.plotregion1.reset_scales , noclear
local ys_title1 `"`.plotregion1.dimtitle_safe y '"'
local xs_title1 `"`.plotregion1.dimtitle_safe x '"'
.insert (yaxis1 = .axis.new , plotregion(`.plotregion1.objkey') style(scheme vertical_default) position(left) title(`ys_title1')) leftof plotregion1 , ring(.1)
.insert (xaxis1 = .axis.new, plotregion(`.plotregion1.objkey') style(scheme horizontal_default) position(below) title(`xs_title1')) below plotregion1 , ring(.1)
.plotregion1.addaxis `.xaxis1.objkey'
local fmt = cond(`"`.xaxis1.plotregion.dimformat x'"' == `""', `"`.xaxis1..label_format'"' , `"`.xaxis1.plotregion.dimformat x'"')
.xaxis1.major.label_format = `"`fmt'"'
.xaxis1.minor.label_format = `"`fmt'"'
.xaxis1.majornl.label_format = `"`fmt'"'
.xaxis1.minornl.label_format = `"`fmt'"'
.xaxis1.major.clear
.xaxis1.style.editstyle majorstyle(numticks(4)) editcopy
.xaxis1.major.suggest_ticks 4
.xaxis1.reset_scale reinit
.xaxis1.major.clear
.xaxis1.major.add_ticks  0 1
.xaxis1.major.set_default 0
.xaxis1.reset_scale reinit
.xaxis1.style.editstyle majorstyle( use_labels(yes)  ) editcopy
.yaxis1.major.clear
.yaxis1.style.editstyle majorstyle(numticks(4)) editcopy
.yaxis1.major.suggest_ticks 4
.yaxis1.reset_scale reinit
.yaxis1.style.editstyle draw_major_grid(yes) editcopy
.yaxis1.major.clear
.yaxis1.major.add_ticks  1 2 3
.yaxis1.major.set_default 0
.yaxis1.reset_scale reinit
.yaxis1.style.editstyle majorstyle( use_labels(yes)  ) editcopy
.yaxis1.major.clear
.yaxis1.major.add_ticks  1 `"deaths"' 2 `"divorces"' 3 `"marriages"'
.yaxis1.major.set_default 0
.yaxis1.reset_scale reinit
.yaxis1.style.editstyle majorstyle( tickangle(h)  ) editcopy
tempname glsty
.`glsty' = .gridlinestyle.new, style(scheme)
.yaxis1.plotregion.declare_xyline .gridline_g.new 1 , ordinate(y) plotregion(`.yaxis1.plotregion.objkey') styleref(`glsty') 
.yaxis1.plotregion.declare_xyline .gridline_g.new 2 , ordinate(y) plotregion(`.yaxis1.plotregion.objkey') styleref(`glsty') 
.yaxis1.plotregion.declare_xyline .gridline_g.new 3 , ordinate(y) plotregion(`.yaxis1.plotregion.objkey') styleref(`glsty') 
.insert (legend = .legend_g.new, graphs(`.objkey') style(scheme)) below plotregion1 , ring(3) 
.legend.style.editstyle box_alignment(S) editcopy
.legend.holes = ""
.legend.style.editstyle  force_draw(no) force_nodraw(yes) editcopy
.legend.insert (note = .sized_textbox.new, mtext() style(scheme note) ) below plotregion1 , ring(3) 
.legend.note.style.editstyle box_alignment(SW) editcopy
.legend.note.style.editstyle horizontal(left) editcopy
.legend.insert (caption = .sized_textbox.new, mtext() style(scheme caption) ) below plotregion1 , ring(5) 
.legend.caption.style.editstyle box_alignment(SW) editcopy
.legend.caption.style.editstyle horizontal(left) editcopy
.legend.insert (subtitle = .sized_textbox.new, mtext() style(scheme subtitle) ) above plotregion1 , ring(6) 
.legend.subtitle.style.editstyle box_alignment(N) editcopy
.legend.subtitle.style.editstyle horizontal(center) editcopy
.legend.insert (title = .sized_textbox.new, mtext() style(scheme title) ) above plotregion1 , ring(7) 
.legend.title.style.editstyle box_alignment(N) editcopy
.legend.title.style.editstyle horizontal(center) editcopy
.legend.rebuild
.legend.repositionkeys
.insert (r1title = .sized_textbox.new, mtext() style(scheme r1title) orientation(vertical)) rightof plotregion1 , ring(1) 
.insert (r2title = .sized_textbox.new, mtext() style(scheme r2title) orientation(vertical)) rightof plotregion1 , ring(2) 
.insert (l1title = .sized_textbox.new, mtext() style(scheme l1title) orientation(vertical)) leftof plotregion1 , ring(1) 
.insert (l2title = .sized_textbox.new, mtext() style(scheme l2title) orientation(vertical)) leftof plotregion1 , ring(2) 
.insert (t1title = .sized_textbox.new, mtext() style(scheme t1title) ) above plotregion1 , ring(1) 
.insert (t2title = .sized_textbox.new, mtext() style(scheme t2title) ) above plotregion1 , ring(2) 
.insert (b1title = .sized_textbox.new, mtext() style(scheme b1title) ) below plotregion1 , ring(1) 
.insert (b2title = .sized_textbox.new, mtext() style(scheme b2title) ) below plotregion1 , ring(2) 
.insert (note = .sized_textbox.new, mtext() style(scheme note) ) below plotregion1 , ring(4) 
.note.style.editstyle box_alignment(SW) editcopy
.note.style.editstyle horizontal(left) editcopy
.insert (caption = .sized_textbox.new, mtext() style(scheme caption) ) below plotregion1 , ring(5) 
.caption.style.editstyle box_alignment(SW) editcopy
.caption.style.editstyle horizontal(left) editcopy
.insert (subtitle = .sized_textbox.new, mtext(`"N Cntrl"') style(scheme subtitle) ) above plotregion1 , ring(6) 
.subtitle.style.editstyle box_alignment(N) editcopy
.subtitle.style.editstyle horizontal(center) editcopy
.subtitle.as_textbox.setstyle, style(yes)
.subtitle.style.editstyle  drawbox(yes) linestyle( color(scheme bylabel_outline)) editcopy
.insert (title = .sized_textbox.new, mtext() style(scheme title) ) above plotregion1 , ring(7) 
.title.style.editstyle box_alignment(N) editcopy
.title.style.editstyle horizontal(center) editcopy
.n_views = 1
.n_plotregions = 1
.last_style = 1
.x_scales = `" "1""'
.y_scales = `" "1""'
<EndItem>
<BeginItem> twowaygraph_g K83f24b0 <UseScheme> K8349b60
.sersets[1] = .__Map.K840d438.ref
.insert (plotregion1 = .plotregion.new , style(scheme) graph(`.objkey')) at 1 1
.plotregion1.Declare plot1 = .yxview.new , type(connected) serset(`.sersets[1].objkey') yvariable(`.sersets[1].seriesof _stack') xvariable(`.sersets[1].seriesof __000001')    plotregion(`.plotregion1.objkey') style(scheme p1) 
.plotregion1.plot1.style.editstyle connect(l) editcopy
.plotregion1.plot1._maybe_override_type
.plotregion1.plot1.style.editstyle connect_missings(n) editcopy
.plotregion1.clear_scales
.plotregion1.reset_scales , noclear
local ys_title1 `"`.plotregion1.dimtitle_safe y '"'
local xs_title1 `"`.plotregion1.dimtitle_safe x '"'
.insert (yaxis1 = .axis.new , plotregion(`.plotregion1.objkey') style(scheme vertical_default) position(left) title(`ys_title1')) leftof plotregion1 , ring(.1)
.insert (xaxis1 = .axis.new, plotregion(`.plotregion1.objkey') style(scheme horizontal_default) position(below) title(`xs_title1')) below plotregion1 , ring(.1)
.plotregion1.addaxis `.xaxis1.objkey'
local fmt = cond(`"`.xaxis1.plotregion.dimformat x'"' == `""', `"`.xaxis1..label_format'"' , `"`.xaxis1.plotregion.dimformat x'"')
.xaxis1.major.label_format = `"`fmt'"'
.xaxis1.minor.label_format = `"`fmt'"'
.xaxis1.majornl.label_format = `"`fmt'"'
.xaxis1.minornl.label_format = `"`fmt'"'
.xaxis1.major.clear
.xaxis1.style.editstyle majorstyle(numticks(4)) editcopy
.xaxis1.major.suggest_ticks 4
.xaxis1.reset_scale reinit
.xaxis1.major.clear
.xaxis1.major.add_ticks  0 1
.xaxis1.major.set_default 0
.xaxis1.reset_scale reinit
.xaxis1.style.editstyle majorstyle( use_labels(yes)  ) editcopy
.yaxis1.major.clear
.yaxis1.style.editstyle majorstyle(numticks(4)) editcopy
.yaxis1.major.suggest_ticks 4
.yaxis1.reset_scale reinit
.yaxis1.style.editstyle draw_major_grid(yes) editcopy
.yaxis1.major.clear
.yaxis1.major.add_ticks  1 2 3
.yaxis1.major.set_default 0
.yaxis1.reset_scale reinit
.yaxis1.style.editstyle majorstyle( use_labels(yes)  ) editcopy
.yaxis1.major.clear
.yaxis1.major.add_ticks  1 `"deaths"' 2 `"divorces"' 3 `"marriages"'
.yaxis1.major.set_default 0
.yaxis1.reset_scale reinit
.yaxis1.style.editstyle majorstyle( tickangle(h)  ) editcopy
tempname glsty
.`glsty' = .gridlinestyle.new, style(scheme)
.yaxis1.plotregion.declare_xyline .gridline_g.new 1 , ordinate(y) plotregion(`.yaxis1.plotregion.objkey') styleref(`glsty') 
.yaxis1.plotregion.declare_xyline .gridline_g.new 2 , ordinate(y) plotregion(`.yaxis1.plotregion.objkey') styleref(`glsty') 
.yaxis1.plotregion.declare_xyline .gridline_g.new 3 , ordinate(y) plotregion(`.yaxis1.plotregion.objkey') styleref(`glsty') 
.insert (legend = .legend_g.new, graphs(`.objkey') style(scheme)) below plotregion1 , ring(3) 
.legend.style.editstyle box_alignment(S) editcopy
.legend.holes = ""
.legend.style.editstyle  force_draw(no) force_nodraw(yes) editcopy
.legend.insert (note = .sized_textbox.new, mtext() style(scheme note) ) below plotregion1 , ring(3) 
.legend.note.style.editstyle box_alignment(SW) editcopy
.legend.note.style.editstyle horizontal(left) editcopy
.legend.insert (caption = .sized_textbox.new, mtext() style(scheme caption) ) below plotregion1 , ring(5) 
.legend.caption.style.editstyle box_alignment(SW) editcopy
.legend.caption.style.editstyle horizontal(left) editcopy
.legend.insert (subtitle = .sized_textbox.new, mtext() style(scheme subtitle) ) above plotregion1 , ring(6) 
.legend.subtitle.style.editstyle box_alignment(N) editcopy
.legend.subtitle.style.editstyle horizontal(center) editcopy
.legend.insert (title = .sized_textbox.new, mtext() style(scheme title) ) above plotregion1 , ring(7) 
.legend.title.style.editstyle box_alignment(N) editcopy
.legend.title.style.editstyle horizontal(center) editcopy
.legend.rebuild
.legend.repositionkeys
.insert (r1title = .sized_textbox.new, mtext() style(scheme r1title) orientation(vertical)) rightof plotregion1 , ring(1) 
.insert (r2title = .sized_textbox.new, mtext() style(scheme r2title) orientation(vertical)) rightof plotregion1 , ring(2) 
.insert (l1title = .sized_textbox.new, mtext() style(scheme l1title) orientation(vertical)) leftof plotregion1 , ring(1) 
.insert (l2title = .sized_textbox.new, mtext() style(scheme l2title) orientation(vertical)) leftof plotregion1 , ring(2) 
.insert (t1title = .sized_textbox.new, mtext() style(scheme t1title) ) above plotregion1 , ring(1) 
.insert (t2title = .sized_textbox.new, mtext() style(scheme t2title) ) above plotregion1 , ring(2) 
.insert (b1title = .sized_textbox.new, mtext() style(scheme b1title) ) below plotregion1 , ring(1) 
.insert (b2title = .sized_textbox.new, mtext() style(scheme b2title) ) below plotregion1 , ring(2) 
.insert (note = .sized_textbox.new, mtext() style(scheme note) ) below plotregion1 , ring(4) 
.note.style.editstyle box_alignment(SW) editcopy
.note.style.editstyle horizontal(left) editcopy
.insert (caption = .sized_textbox.new, mtext() style(scheme caption) ) below plotregion1 , ring(5) 
.caption.style.editstyle box_alignment(SW) editcopy
.caption.style.editstyle horizontal(left) editcopy
.insert (subtitle = .sized_textbox.new, mtext(`"South"') style(scheme subtitle) ) above plotregion1 , ring(6) 
.subtitle.style.editstyle box_alignment(N) editcopy
.subtitle.style.editstyle horizontal(center) editcopy
.subtitle.as_textbox.setstyle, style(yes)
.subtitle.style.editstyle  drawbox(yes) linestyle( color(scheme bylabel_outline)) editcopy
.insert (title = .sized_textbox.new, mtext() style(scheme title) ) above plotregion1 , ring(7) 
.title.style.editstyle box_alignment(N) editcopy
.title.style.editstyle horizontal(center) editcopy
.n_views = 1
.n_plotregions = 1
.last_style = 1
.x_scales = `" "1""'
.y_scales = `" "1""'
<EndItem>
<BeginItem> twowaygraph_g K83ebdf0 <UseScheme> K8349b60
.sersets[1] = .__Map.K84bf3b0.ref
.insert (plotregion1 = .plotregion.new , style(scheme) graph(`.objkey')) at 1 1
.plotregion1.Declare plot1 = .yxview.new , type(connected) serset(`.sersets[1].objkey') yvariable(`.sersets[1].seriesof _stack') xvariable(`.sersets[1].seriesof __000001')    plotregion(`.plotregion1.objkey') style(scheme p1) 
.plotregion1.plot1.style.editstyle connect(l) editcopy
.plotregion1.plot1._maybe_override_type
.plotregion1.plot1.style.editstyle connect_missings(n) editcopy
.plotregion1.clear_scales
.plotregion1.reset_scales , noclear
local ys_title1 `"`.plotregion1.dimtitle_safe y '"'
local xs_title1 `"`.plotregion1.dimtitle_safe x '"'
.insert (yaxis1 = .axis.new , plotregion(`.plotregion1.objkey') style(scheme vertical_default) position(left) title(`ys_title1')) leftof plotregion1 , ring(.1)
.insert (xaxis1 = .axis.new, plotregion(`.plotregion1.objkey') style(scheme horizontal_default) position(below) title(`xs_title1')) below plotregion1 , ring(.1)
.plotregion1.addaxis `.xaxis1.objkey'
local fmt = cond(`"`.xaxis1.plotregion.dimformat x'"' == `""', `"`.xaxis1..label_format'"' , `"`.xaxis1.plotregion.dimformat x'"')
.xaxis1.major.label_format = `"`fmt'"'
.xaxis1.minor.label_format = `"`fmt'"'
.xaxis1.majornl.label_format = `"`fmt'"'
.xaxis1.minornl.label_format = `"`fmt'"'
.xaxis1.major.clear
.xaxis1.style.editstyle majorstyle(numticks(4)) editcopy
.xaxis1.major.suggest_ticks 4
.xaxis1.reset_scale reinit
.xaxis1.major.clear
.xaxis1.major.add_ticks  0 1
.xaxis1.major.set_default 0
.xaxis1.reset_scale reinit
.xaxis1.style.editstyle majorstyle( use_labels(yes)  ) editcopy
.yaxis1.major.clear
.yaxis1.style.editstyle majorstyle(numticks(4)) editcopy
.yaxis1.major.suggest_ticks 4
.yaxis1.reset_scale reinit
.yaxis1.style.editstyle draw_major_grid(yes) editcopy
.yaxis1.major.clear
.yaxis1.major.add_ticks  1 2 3
.yaxis1.major.set_default 0
.yaxis1.reset_scale reinit
.yaxis1.style.editstyle majorstyle( use_labels(yes)  ) editcopy
.yaxis1.major.clear
.yaxis1.major.add_ticks  1 `"deaths"' 2 `"divorces"' 3 `"marriages"'
.yaxis1.major.set_default 0
.yaxis1.reset_scale reinit
.yaxis1.style.editstyle majorstyle( tickangle(h)  ) editcopy
tempname glsty
.`glsty' = .gridlinestyle.new, style(scheme)
.yaxis1.plotregion.declare_xyline .gridline_g.new 1 , ordinate(y) plotregion(`.yaxis1.plotregion.objkey') styleref(`glsty') 
.yaxis1.plotregion.declare_xyline .gridline_g.new 2 , ordinate(y) plotregion(`.yaxis1.plotregion.objkey') styleref(`glsty') 
.yaxis1.plotregion.declare_xyline .gridline_g.new 3 , ordinate(y) plotregion(`.yaxis1.plotregion.objkey') styleref(`glsty') 
.insert (legend = .legend_g.new, graphs(`.objkey') style(scheme)) below plotregion1 , ring(3) 
.legend.style.editstyle box_alignment(S) editcopy
.legend.holes = ""
.legend.style.editstyle  force_draw(no) force_nodraw(yes) editcopy
.legend.insert (note = .sized_textbox.new, mtext() style(scheme note) ) below plotregion1 , ring(3) 
.legend.note.style.editstyle box_alignment(SW) editcopy
.legend.note.style.editstyle horizontal(left) editcopy
.legend.insert (caption = .sized_textbox.new, mtext() style(scheme caption) ) below plotregion1 , ring(5) 
.legend.caption.style.editstyle box_alignment(SW) editcopy
.legend.caption.style.editstyle horizontal(left) editcopy
.legend.insert (subtitle = .sized_textbox.new, mtext() style(scheme subtitle) ) above plotregion1 , ring(6) 
.legend.subtitle.style.editstyle box_alignment(N) editcopy
.legend.subtitle.style.editstyle horizontal(center) editcopy
.legend.insert (title = .sized_textbox.new, mtext() style(scheme title) ) above plotregion1 , ring(7) 
.legend.title.style.editstyle box_alignment(N) editcopy
.legend.title.style.editstyle horizontal(center) editcopy
.legend.rebuild
.legend.repositionkeys
.insert (r1title = .sized_textbox.new, mtext() style(scheme r1title) orientation(vertical)) rightof plotregion1 , ring(1) 
.insert (r2title = .sized_textbox.new, mtext() style(scheme r2title) orientation(vertical)) rightof plotregion1 , ring(2) 
.insert (l1title = .sized_textbox.new, mtext() style(scheme l1title) orientation(vertical)) leftof plotregion1 , ring(1) 
.insert (l2title = .sized_textbox.new, mtext() style(scheme l2title) orientation(vertical)) leftof plotregion1 , ring(2) 
.insert (t1title = .sized_textbox.new, mtext() style(scheme t1title) ) above plotregion1 , ring(1) 
.insert (t2title = .sized_textbox.new, mtext() style(scheme t2title) ) above plotregion1 , ring(2) 
.insert (b1title = .sized_textbox.new, mtext() style(scheme b1title) ) below plotregion1 , ring(1) 
.insert (b2title = .sized_textbox.new, mtext() style(scheme b2title) ) below plotregion1 , ring(2) 
.insert (note = .sized_textbox.new, mtext() style(scheme note) ) below plotregion1 , ring(4) 
.note.style.editstyle box_alignment(SW) editcopy
.note.style.editstyle horizontal(left) editcopy
.insert (caption = .sized_textbox.new, mtext() style(scheme caption) ) below plotregion1 , ring(5) 
.caption.style.editstyle box_alignment(SW) editcopy
.caption.style.editstyle horizontal(left) editcopy
.insert (subtitle = .sized_textbox.new, mtext(`"West"') style(scheme subtitle) ) above plotregion1 , ring(6) 
.subtitle.style.editstyle box_alignment(N) editcopy
.subtitle.style.editstyle horizontal(center) editcopy
.subtitle.as_textbox.setstyle, style(yes)
.subtitle.style.editstyle  drawbox(yes) linestyle( color(scheme bylabel_outline)) editcopy
.insert (title = .sized_textbox.new, mtext() style(scheme title) ) above plotregion1 , ring(7) 
.title.style.editstyle box_alignment(N) editcopy
.title.style.editstyle horizontal(center) editcopy
.n_views = 1
.n_plotregions = 1
.last_style = 1
.x_scales = `" "1""'
.y_scales = `" "1""'
<EndItem>
<BeginItem> graph_g K83f4500 <UseScheme> K8349b60
<EndItem>
<BeginItem> bygraph_g K83dc860 <UseScheme> K8349b60
.set_rows = 0
.set_cols = 0
.set_colfirst = "" != ""
.holes = ""
.n = 04
__NOLOG__ .graphs[1] =.__Map.K83ebbc8.ref
__NOLOG__ .graphs[2] =.__Map.K83ee948.ref
__NOLOG__ .graphs[3] =.__Map.K83f24b0.ref
__NOLOG__ .graphs[4] =.__Map.K83ebdf0.ref
.MapGraphs
.insert (plotregion1 = .graph_g.new, style(bygraph)) new
.SetLegend ,  
.set_placement
.set_axes_titles
.set_axes_shown
.set_rescaled
.set_shrink
.set_scale 
.set_iscale 
.set_outer_axes
.insert (r1title = .sized_textbox.new, mtext() style(scheme r1title) orientation(vertical)) rightof plotregion1 , ring(1) 
.insert (r2title = .sized_textbox.new, mtext() style(scheme r2title) orientation(vertical)) rightof plotregion1 , ring(2) 
.insert (l1title = .sized_textbox.new, mtext(`""') style(scheme l1title) orientation(vertical)) leftof plotregion1 , ring(1) 
.insert (l2title = .sized_textbox.new, mtext() style(scheme l2title) orientation(vertical)) leftof plotregion1 , ring(2) 
.insert (t1title = .sized_textbox.new, mtext() style(scheme t1title) ) above plotregion1 , ring(1) 
.insert (t2title = .sized_textbox.new, mtext() style(scheme t2title) ) above plotregion1 , ring(2) 
.insert (b1title = .sized_textbox.new, mtext(`""') style(scheme b1title) ) below plotregion1 , ring(1) 
.insert (b2title = .sized_textbox.new, mtext() style(scheme b2title) ) below plotregion1 , ring(2) 
.insert (note = .sized_textbox.new, mtext("Graphs by Census region") style(scheme note) ) below plotregion1 , ring(4) 
.note.style.editstyle box_alignment(SW) editcopy
.note.style.editstyle horizontal(left) editcopy
.insert (caption = .sized_textbox.new, mtext(logarithmic scales) style(scheme caption) ) below plotregion1 , ring(5) 
.caption.style.editstyle box_alignment(SW) editcopy
.caption.style.editstyle horizontal(left) editcopy
.insert (subtitle = .sized_textbox.new, mtext() style(scheme subtitle) ) above plotregion1 , ring(6) 
.subtitle.style.editstyle box_alignment(N) editcopy
.subtitle.style.editstyle horizontal(center) editcopy
.insert (title = .sized_textbox.new, mtext(US states 1980) style(scheme title) ) above plotregion1 , ring(7) 
.title.style.editstyle box_alignment(N) editcopy
.title.style.editstyle horizontal(center) editcopy
.b1title.setstyle , style(`.graphs[1].get_axis_title_styleref x')
.l1title.setstyle , style(`.graphs[1].get_axis_title_styleref y')
.command = `"twoway connected _stack __000001, c(l) cmissing(n) yli(1/3) yla(1/3, valuelabel) xla(0 1, valuelabel)  by(region, caption(logarithmic scales) title(US states 1980)) yla(1 "deaths" 2 "divorces" 3 "marriages", ang(h)) ||"'
.date = "23 Jun 2004"
.time = "21:54:07"
.dta_file = ""
.dta_date = ""
<EndItem>