Käyttöympäristö tekstin ja numeerisen tiedon luovaan käsittelyyn |  |
Käyttöympäristö tekstin ja numeerisen tiedon luovaan käsittelyyn | |
K.Vehkalahti (2000)
1 *SAVE MALLI / Mittausmalli ja mitta-asteikko 2 *Alunperin:Tarkkonen, L. (1987). On Reliability of Composite Scales 3 * -------- SCALING=0.85,0.85 INCLUDE=PSKV.DEV PEN=*nil LINETYPE=*nil 4 * *GLOBAL* FRAME=0 XSCALE=0:_,1(1)9,10:_ YSCALE=0:_,1(1)10,11:_ 5 * HEADER= XLABEL= YLABEL= XDIV=0,1,0 YDIV=0,1,0 6 **nil=[move(0,0)][line_type(0)][line_width(1)][line_color(0)][Times(10)] 7 */Activate +/ *pen=[Times(18)] 8 *....................................................................... 9 *DATA F 10 *i F 11 *2 8.00 t1=t1,271,1078 12 *2 6.00 t2=t2,271,806 13 *2 2.00 tk=tk,271,260 14 * 15 +PLOT F,i,F / DEVICE=PS,Ma1.PS IND=ORDER,1 TEXTS=t1,t2,tk 16 +PLOT F,i,F / DEVICE=PS,Ma2.PS IND=ORDER,2 PEN=*pen 17 +PLOT F,i,F / DEVICE=PS,Ma3.PS IND=ORDER,3 18 *POINT=_ POINT2=[move(0,0)],3,100 POINT3=[move(0,0)],3,96 19 * LINE=6 LINE2=[line_type(2)],i,F LINE3=[line_type(2)],i,F 20 *....................................................................... 21 *DATA X 22 *i X j 23 *5 9 4.3 x1=x1,723,1215 24 *5 7 4.3 x2=x2,723,942 25 *5 5 4.3 x3=x3,723,669 26 *5 1 4.3 xp=xp,723,124 27 * 28 +PLOT X,i,X / DEVICE=PS,Mb1.PS TEXTS=x1,x2,x3,xp PEN=*pen 29 *POINT=_ POINT2=[move(0,0)],5,70 LINE=6 LINE2=i,X 30 *................................ 31 +PLOT X,j,X / DEVICE=PS,Mb2.PS POINT=[ZAPFD],õ 32 *LINE=6 LINE2=[line_type(2)][line_color(0.4)],1,X 33 *....................................................................... 34 *DATA E 35 *i X 36 *0.7 9 e1=e1,94,1215 37 *0.7 7 e2=e2,94,942 38 *0.7 5 e3=e3,94,669 39 *0.7 1 ep=ep,94,124 40 * 41 +PLOT E,i,X / DEVICE=PS,Mb3.PS POINT=_ TEXTS=e1,e2,e3,ep PEN=*pen 42 *....................................................................... 43 *DATA U 44 *i U 45 *8 8.00 u1=u1,1168,1078 46 *8 6.00 u2=u2,1168,806 47 *8 2.00 um=um,1168,260 48 * 49 +PLOT U,i,U / DEVICE=PS,Mc1.PS IND=ORDER,1 TEXTS=u1,u2,um LINE=6 50 +PLOT U,i,U / DEVICE=PS,Mc2.PS IND=ORDER,2 PEN=*pen LINE2=i,U 51 +PLOT U,i,U / DEVICE=PS,Mc3.PS IND=ORDER,3 LINE3=i,U 52 *POINT=_ POINT2=[move(0,0)],9,75 POINT3=[move(0,0)],9,65 53 *....................................................................... 54 *DATA FX 55 *i F1 F2 F3 56 *4.3 8.7 8.4 - 57 *4.3 - 6.7 - 58 *4.3 - 5.3 4.7 59 *4.3 - 1.3 0.7 60 * 61 +PLOT FX,i,F1 / DEVICE=PS,Md1.PS CASES=ORDER,1t1->x162 *POINT=[move(7,-2)][rot(20)][ZAPFD],õ LINE=6 63 *LINE2=[line_type(2)][line_width(2)],2.80,8.00 64 *.................................................. 65 +PLOT FX,i,F2 / DEVICE=PS,Md2.PS CASES=ORDER,1t2->x166 *POINT=[move(14,-2)][rot(50)][ZAPFD],õ LINE=6 67 *LINE2=[line_type(2)][line_width(2)],2.80,6.00 68 *.................................................. 69 +PLOT FX,i,F2 / DEVICE=PS,Md3.PS CASES=ORDER,2t2->x270 *POINT=[move(10,-2)][rot(25)][ZAPFD],õ LINE=6 71 *LINE2=[line_type(2)][line_width(2)],2.80,6.00 72 *.................................................. 73 +PLOT FX,i,F2 / DEVICE=PS,Md4.PS CASES=ORDER,3t2->x374 *POINT=[move(-5,5)][rot(-25)][ZAPFD],õ LINE=6 75 *LINE2=[line_type(2)][line_width(2)],2.80,6.00 76 *.................................................. 77 +PLOT FX,i,F2 / DEVICE=PS,Md5.PS CASES=ORDER,4t2->xp78 *POINT=[move(-2,10)][rot(-65)][ZAPFD],õ LINE=6 79 *LINE2=[line_type(2)][line_width(2)],2.80,6.00 80 *.................................................. 81 +PLOT FX,i,F3 / DEVICE=PS,Md6.PS CASES=ORDER,3tk->x382 *POINT=[move(16,-5)][rot(52)][ZAPFD],õ LINE=6 83 *LINE2=[line_type(2)][line_width(2)],2.80,2.00 84 *.................................................. 85 +PLOT FX,i,F3 / DEVICE=PS,Md7.PS CASES=ORDER,4tk->xp86 *POINT=[move(-2,6)][rot(-35)][ZAPFD],õ LINE=6 87 *LINE2=[line_type(2)][line_width(2)],2.80,2.00 88 *....................................................................... 89 *DATA XU 90 *j U0 X0 91 *7.2 8.30 9.00 *p1=[move(00,04)][rot(-22)][ZAPFD],õ 92 *7.2 6.50 9.00 *p2=[move(-2,10)][rot(-50)][ZAPFD],õ 93 *7.2 6.25 7.00 *p3=[move(00,04)][rot(-22)][ZAPFD],õ 94 *7.2 5.75 5.00 *p4=[move(11,-3)][rot(+25)][ZAPFD],õ 95 *7.2 5.50 1.00 *p5=[move(16,02)][rot(+58)][ZAPFD],õ 96 *7.2 2.30 5.00 *p6=[move(-4,10)][rot(-55)][ZAPFD],õ 97 *7.2 1.80 1.00 *p7=[move(05,-5)][rot(+25)][ZAPFD],õ 98 * 99 +PLOT XU,j,U0 / DEVICE=PS,Me1.PS POINT=*p1 CASES=ORDER,1 LINE=6 100 +PLOT XU,j,U0 / DEVICE=PS,Me2.PS POINT=*p2 CASES=ORDER,2 LINE2=5.60,X0 101 +PLOT XU,j,U0 / DEVICE=PS,Me3.PS POINT=*p3 CASES=ORDER,3 102 +PLOT XU,j,U0 / DEVICE=PS,Me4.PS POINT=*p4 CASES=ORDER,4 103 +PLOT XU,j,U0 / DEVICE=PS,Me5.PS POINT=*p5 CASES=ORDER,5 104 +PLOT XU,j,U0 / DEVICE=PS,Me6.PS POINT=*p6 CASES=ORDER,6 105 +PLOT XU,j,U0 / DEVICE=PS,Me7.PS POINT=*p7 CASES=ORDER,7 106 *....................................................................... 107 *DATA DOT 108 *X Y 109 *2 4.5 110 *2 4.0 111 *2 3.5 112 *5 3.5 113 *5 3.0 114 *5 2.5 115 *8 4.5 116 *8 4.0 117 *8 3.5 118 * 119 +PLOT DOT,X,Y / DEVICE=PS,Mf1.PS POINT=3,6 IND=X,2 120 +PLOT DOT,X,Y / DEVICE=PS,Mf2.PS POINT=5,6 IND=X,5 121 +PLOT DOT,X,Y / DEVICE=PS,Mf3.PS POINT=9,6 IND=X,8 122 *....................................................................... 123 +PLOT /FRAME / FRAME=0 FRAMES=Model DEVICE=PS,Mg1.PS 124 *Model=[line_type(1)][line_color(0)],20,-30,900,1360,-1 125 *[FILL-1]=0.0,0.5,0.5,0 126 *TEXTS=ModelText PEN=[TimesB(16)][BLACK] 127 *ModelText=Mittausmalli,50,1360 128 *....................................................................... 129 +PLOT /FRAME / FRAME=0 FRAMES=Scale DEVICE=PS,Mg2.PS 130 *Scale=[line_type(0)][line_color(0)],580,20,805,1380,-3 131 *[FILL-3]=0.5,0.5,0.0,0 132 *TEXTS=ScaleText PEN=[TimesB(16)][BLACK] 133 *ScaleText=Mitta-asteikko,1000,1420 134 *....................................................................... 135 +PLOT /FRAME / FRAME=0 FRAMES=Items DEVICE=PS,Mg3.PS 136 *Items=[color(0.4,0.6,0.4,0)],584,24,332,1302,-2 137 *[FILL-2]=0.4,0.6,0.4,0 138 *....................................................................... 139 +EPS JOIN Ma Ma1 Ma2 Ma3 140 +EPS JOIN Mb Mb1 Mb2 Mb3 141 +EPS JOIN Mc Mc1 Mc2 Mc3 142 +EPS JOIN Md Md1 Md2 Md3 Md4 Md5 Md6 Md7 143 +EPS JOIN Me Me1 Me2 Me3 Me4 Me5 Me6 Me7 144 +EPS JOIN Mf Mf1 Mf2 Mf3 145 +EPS JOIN Mg Mg2 Mg1 Mg3 146 * 147 +EPS JOIN MODEL Mg Ma Mb Mc Md Me Mf 148 * 149 */GV-SHOW MODEL.PS 150 * 151 *Ks. myös:Vehkalahti, K. (2000). Reliability of Measurement Scales. 152 * Statistical Research Reports 17, Finnish Statistical Society. 153 * Luettavissa osoitteessa http://ethesis.helsinki.fi/ 154 *
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