StataFileTM:00001:01000:LiveGPH: : 00002:00002: *! classname: twowaygraph_g *! family: twoway *! command: twoway connected marginalcost rvm, title(Marginal Cost as a Function of Output) xtitle(Output) ytitle(Marginal Cost) *! command_date: 1 Nov 2005 *! command_time: 09:48:28 *! datafile: E:\Schmidt\(02) Stata Format\buscost.dta *! datafile_date: 2 Jan 2004 13:43 *! scheme: s2color *! naturallywhite: 1 *! xsize: 5.5 *! ysize: 4 *! end serset Kefc3e8 .name = `"marginalcost"' .label = `""' .format = `"%9.0g"' .type.set numeric .min = 46.55202102661133 .max = 40379.140625 .median = (.) .pct25 = (.) .pct75 = (.) .categories = (.) .name = `"rvm"' .label = `"RVM"' .format = `"%9.0g"' .type.set numeric .min = 23.27599906921387 .max = 20196.314453125 .median = (.) .pct25 = (.) .pct75 = (.) .categories = (.) .weight_id = (.) öþþmarginalcostrvm%9.0g%9.0g ¨FG@à§F7@€d·ã@ ¹Ó@úk"F^i¢E€+ZF˜&ÚE« Es ‹DÕ«ØEF¬XEp6uEÕ4õDÅE´œEE¯˜Es°E±Eq±D}ôCq}tC]þ´E¾ÿ4EÐGNE GÎD>ZF-X€E*ñ“DñDâbFÝâEƒÅ“D²ÅD´+vE¸*öDwDDîD-DzA3FJE³EÿWE×DqùDhùDÈl¼EnÈúEáÈzEÜ‘Eq‘‚Dºâ€EÙâEÇøxF‘óøEt¼úBj¼zBbÂ"F}Á¢E5ŽD`5DÆí÷CÓíwC>²LFî±ÌEÂOFáÏEèÑ‰F^Í FÂ®Gx¶‡F–E¬Ele¨Dqe(DayâEZvbEæ!F?ý E;ŸFF¢‡EuEÙDÕ_ñDm_qD l*DçkªCr`cE^ãDq¡…DH¡D”·ÎDÏ·NDõ@EÏóÀD'¡E¡•D^ÀÕDsÀUD®¾.E3¿®Dôs+Eus«D+ïD+oD’EîEVHnE{žžDžD[£D¶£-D©ˆXDsˆØCì#D$ƒCñVDh‘ÖCd3D33“CÌïŽCßïCFp‘DBpDð÷DÏ÷‘Cæ^EDÞD TE{ÔDk·1Fþ³±Eæ„ßEþ€_E¾$‚Dj$DÎSDôÍÓC|%*Ef&ªD? F£ŒE×†D' DxBDwÂCÔ$"Eß#¢DÌcEébˆDB?ýD?}D†ÅÅD`ÅEDÍÂbFìÆâEŒ$‘E$E—QDÑCeíÒDÝìRD§>EN>D½R’EqSE%‡DÝ$D÷ÚGFžÞÇE ãLE²áÌDx©FR¥Fð.Eð®D,<ëDJEµ9Eª9€Dì˜IFðÉEŸ¤3F¸§³EH•EðIE%Ü EÝ DŽòDmrDàDà€C Ý'EÅÜ§DÎò•D°òDÅ–E^–‹DTÄD×DDc?Dž?•C«ÄçBœÄgBÏtRDþtÒC JE5 ÊDÇIEBÈÉD ]D ÝCE5:B?5ºAÚKEJL˜DQÁIDËÁÉCŽÚåDuÛeDÁS(EœT¨DµÊ™D^ÊDö¸÷Eç·wEÍE)ÌœD@¹G)·†F%XeD1XåC‹ìEöŠlEk¢ÚDª¡ZDyV¤Fc\$FÑ²sF…²óEý¦ËC+§KCe‘íC'‘mCùþEþ~E£ íDå mDùö^Eu÷ÞD4ÊD¬4JD)ðD=*pD@¥qD¥ñCè ˆFÜF5=£E'?#E£Ä‰EmÃ E×5DéÖµCpôDptD›jE1êDsYD–sÙC–²E¶³ E[‹ scheme Ke4aa38 .setscheme , scheme(s2color) naturallywhite(1) twowaygraph_g Ked4628 Ke4aa38 .sersets[1] = .__Map.Kefc3e8.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 marginalcost') xvariable(`.sersets[1].seriesof rvm') plotregion(`.plotregion1.objkey') style(scheme p1) .plotregion1.clear_scales .plotregion1.reset_scales , noclear local ys_title1 `"`.plotregion1.dimtitle_clean y '"' local xs_title1 `"`.plotregion1.dimtitle_clean 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.title.edit , mtext(Output) replace .yaxis1.title.edit , mtext(Marginal Cost) replace .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, 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() 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(Marginal Cost as a Function of Output) 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) .n_views = 1 .n_plotregions = 1 .last_style = 1 .x_scales = `" "1""' .y_scales = `" "1""' .command = `"twoway connected marginalcost rvm, title(Marginal Cost as a Function of Output) xtitle(Output) ytitle(Marginal Cost)"' .date = " 1 Nov 2005" .time = "09:48:28" .dta_file = "E:\Schmidt\(02) Stata Format\buscost.dta" .dta_date = " 2 Jan 2004 13:43"