StataFileTM:00001:01000:LiveGPH:                       :
00003:00003:
*! classname: twowaygraph_g
*! family: twoway
*! command: twoway (line Abortion_rank12 ProChoice, sort), title(weighted  by percent Female state legistrators)
*! command_date: 19 Aug 2019
*! command_time: 23:58:49
*! datafile: C:\Users\BEN101\Desktop\data analysis\states.dta
*! datafile_date: 27 Jun 2019 15:40
*! scheme: s2color
*! naturallywhite: 1
*! xsize: 5.5
*! ysize: 4
*! end
<BeginItem> serset K95b5138 
<BeginSerset>
<BeginSeries>
.name = `"Abortion_rank12"'
.label = `"2012 Abortion rank AUL"'
.format = `"%8.0g"'
.type.set numeric
.min =  1
.max =  50
.median = (.)
.pct25 = (.)
.pct75 = (.)
.categories = (.)
<EndSeries>
<BeginSeries>
.name = `"ProChoice"'
.label = `"Percent public pro-choice"'
.format = `"%8.0g"'
.type.set numeric
.min =  33
.max =  70
.median = (.)
.pct25 = (.)
.pct75 = (.)
.categories = (.)
<EndSeries>
.weight_id = (.)
.sortorder = "ProChoice"
<BeginSersetData>
sersetreadwrite    2   ûûAbortion_rank12                                       ProChoice                                             %8.0g                                            %8.0g                                                  ð?     €@@      I@     €Q@!$$!''()**-/
//
///1
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<EndSersetData>
<EndSerset>
<EndItem>
<BeginItem> scheme K94bb7d8 
.setscheme , scheme(s2color) naturallywhite(1)
<EndItem>
<BeginItem> twowaygraph_g K974eae8 <UseScheme> K94bb7d8
.sersets[1] = .__Map.K95b5138.ref
.insert (plotregion1 = .plotregion.new , style(scheme twoway) graph(`.objkey')) at 1 1
.plotregion1.Declare plot1 = .yxview.new , type(line) serset(`.sersets[1].objkey') yvariable(`.sersets[1].seriesof Abortion_rank12') xvariable(`.sersets[1].seriesof ProChoice')    plotregion(`.plotregion1.objkey') style(scheme p1line) 
.plotregion1.clear_scales
.plotregion1.reset_scales , noclear
.n_views = 1
.n_plotregions = 1
.last_style = 1
.x_scales = `" "1""'
.y_scales = `" "1""'
.create_axes 1 1 "9" "" 9
.insert (legend = .legend_g.new, graphs(`.objkey') style(scheme)) below plotregion1 , ring(3) 
.legend.style.editstyle box_alignment(S) editcopy
.legend.insert (note = .sized_textbox.new, mtextq(`""') style(scheme leg_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, mtextq(`""') style(scheme leg_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, mtextq(`""') style(scheme leg_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, mtextq(`""') style(scheme leg_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, mtextq(`""') style(scheme r1title) orientation(vertical)) rightof plotregion1 , ring(1) 
.insert (r2title = .sized_textbox.new, mtextq(`""') style(scheme r2title) orientation(vertical)) rightof plotregion1 , ring(2) 
.insert (l1title = .sized_textbox.new, mtextq(`""') style(scheme l1title) orientation(vertical)) leftof plotregion1 , ring(1) 
.insert (l2title = .sized_textbox.new, mtextq(`""') style(scheme l2title) orientation(vertical)) leftof plotregion1 , ring(2) 
.insert (t1title = .sized_textbox.new, mtextq(`""') style(scheme t1title) ) above plotregion1 , ring(1) 
.insert (t2title = .sized_textbox.new, mtextq(`""') style(scheme t2title) ) above plotregion1 , ring(2) 
.insert (b1title = .sized_textbox.new, mtextq(`""') style(scheme b1title) ) below plotregion1 , ring(1) 
.insert (b2title = .sized_textbox.new, mtextq(`""') style(scheme b1title) ) below plotregion1 , ring(2) 
.insert (note = .sized_textbox.new, mtextq(`""') 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, mtextq(`""') 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, mtextq(`""') 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, mtextq(`"weighted  by percent Female state legistrators"') style(scheme title) ) above plotregion1 , ring(7) 
.title.style.editstyle box_alignment(N) editcopy
.title.style.editstyle horizontal(center) editcopy
.insert (spacert = .spacer.new) above plotregion1 , ring(11)
.insert (spacerb = .spacer.new) below plotregion1 , ring(11)
.insert (spacerl = .spacer.new) leftof plotregion1 , ring(11)
.insert (spacerr = .spacer.new) rightof plotregion1 , ring(11)
.command = `"twoway (line Abortion_rank12 ProChoice, sort), title(weighted  by percent Female state legistrators)"'
.date = "19 Aug 2019"
.time = "23:58:49"
.dta_file = "C:\Users\BEN101\Desktop\data analysis\states.dta"
.dta_date = "27 Jun 2019 15:40"
<EndItem>