graph _ [ entities[ [3 6 9 12] -- entity 1, also the independent variable x. [100.5 110.4 104.9 156.2] -- entity 2, one of the curves, as a function of x [12 14.5 13.0 17.2] -- entity 3, the other curve. ]; graph _ [ caption: "Typical Example", curveSets: crosssection[ names: "Month" "Revenue" "Net Profit", data: -- month, revenue, net profit 3 100.5 12 6 110.4 14.5 9 104.9 13.0 12 156.2 17.2 ] title: ["1984 Performance"], xtitle: [text: "Time", place: [1.01, 0.01]], ytitle: [text: "Million $", place: [-0.01, 1.01], color: 10, font: 1], texts: [ ["Break Even Point", [0.5, 0.5], 2] ["Target", [0, 0.75]] ]; ]; -- typical example graph _ [ color: [c3: [0.5, 0.5, 0.5]], font: [f4: ["Helvetica", 14, 18]], caption: ["Advanced Example"], title: ["1984 Performance"], xtitle: [text: "Month", color: ], ytitle: ["Million $", [-0.01, 1.01], 1, 10], texts: [ [text: "Break Even Point", place: [0.5, 0.5], 1, 10, 45, lowerRight] ["Target", [0, 0.75]] ], curveSets: crosssections[ nEntities: 3, names: "Month" "Revenue" "Net Profit", data: [-- month, revenue, net profit 3 100.5 12 6 110.4 14.5 9 104.9 13.0 12 156.2 17.2 ] ] entities[ ["Gross Profit", [30, 35, 32, 44]] ["Expenses", [18, 20.5, 19, 26.8]] ["Month", [3, 6, 9, 12]], xIndex: 3 ] ]; GraphExamples.graph Sweetsun Chen, August 19, 1985 3:18:27 pm PDT -- a simplest example -- another way of making the same graph graph _ [ crosssections[ "month" "revenue" "net profit", 3 100.5 12 -- a vertical crosssection of the graph, where x = 3. 6 110.4 14.5 -- another vertical crosssection, where x = 6. 9 104.9 13.0 -- the third vertical crosssection, where x = 9. 12 156.2 17.2 -- the last vertical crosssection, where x = 12. ]]; -- a typical example -- a more elaborate example Κ‰˜™Icode™-—J˜J™šœ˜Jšœ Οc=˜HJšœ2˜LJšœ#˜7J˜—J˜J™'šœ™Jšœœ™Jšœ5™GJšœ.™@Jšœ0™BJšœ0™AJ™—J˜Jšœ™˜ J˜šœ˜Jšœ&˜&šœ˜#Jšœ ˜ J˜ J˜ J˜ —J˜—Jšœ˜Jšœ,˜,JšœF˜F˜J˜#J˜J˜—Jšœ˜—J˜Jšœ™˜ J˜J˜"J˜Jšœ˜Jšœ!˜!Jšœ,˜,˜J˜DJ˜J˜—˜ ˜Jšœ ˜ J˜&šœ˜$J˜ J˜ J˜ J˜ J˜—J˜—˜ Jšœ"˜"J˜"J˜Jšœ ˜ J˜——J˜—˜J˜J˜——…—ό‡