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proc sort data = HULP8; by ID; proc sort data = HULP9; by ID; proc sort data = HULP10; by ID; proc sort data = HULP11; by ID; proc sort data = HULP12; by ID; proc sort data = HULP13; by ID; proc sort data = HULP14; by ID; proc sort data = HULP15; by ID; proc sort data = HULP16; by ID; proc sort data = HULP17; by ID; proc sort data = HULP18; by ID; proc sort data = HULP19; by ID; proc sort data = HULP20; by ID; data DATA5; merge HULP1 HULP2 HULP3 HULP4 HULP5 HULP6 HULP7 HULP8 HULP9 HULP10 HULP11 HULP12 HULP13 HULP14 HULP15 HULP16 HULP17 HULP18 HULP19 HULP20; by ID; proc corr data = DATA5 noprint outp = RESULT NOMISS; var HARD_CO_L_POST HARD_CO_L_PRE HARD_CO_L_RATIO HARD_CO_R_POST HARD_CO_R_PRE HARD_CO_R_RATIO HARD_GO_L_POST HARD_GO_L_PRE HARD_GO_L_RATIO HARD_GO_R_POST HARD_GO_R_PRE HARD_GO_R_RATIO HARD_MEN_POST HARD_MEN_PRE HARD_MEN_RATIO HARD_OR_L_POST HARD_OR_L_PRE HARD_OR_L_RATIO HARD_OR_R_POST HARD_OR_R_PRE HARD_OR_R_RATIO HARD_POG_POST HARD_POG_PRE HARD_POG_RATIO HARD_ZY_L_POST HARD_ZY_L_PRE HARD_ZY_L_RATIO HARD_ZY_R_POST HARD_ZY_R_PRE HARD_ZY_R_RATIO ZACHT_GN_POST ZACHT_GN_PRE ZACHT_GN_RATIO ZACHT_GO_L_POST ZACHT_GO_L_PRE ZACHT_GO_L_RATIO ZACHT_GO_R_POST ZACHT_GO_R_PRE ZACHT_GO_R_RATIO ZACHT_OR_L_POST ZACHT_OR_L_PRE ZACHT_OR_L_RATIO ZACHT_OR_R_POST ZACHT_OR_R_PRE ZACHT_OR_R_RATIO ZACHT_PG_POST ZACHT_PG_PRE ZACHT_PG_RATIO ZACHT_PO_L_POST ZACHT_PO_L_PRE ZACHT_PO_L_RATIO ZACHT_PO_R_POST ZACHT_PO_R_PRE ZACHT_PO_R_RATIO ZACHT_ZY_L_POST ZACHT_ZY_L_PRE ZACHT_ZY_L_RATIO ZACHT_ZY_R_POST ZACHT_ZY_R_PRE ZACHT_ZY_R_RATIO ; data RESULT3; set RESULT; if _TYPE_ ^= 'CORR' then delete; drop _TYPE_; proc print data = RESULT3; title 'CORRELATIE ZACHT VS HARD'; 15
un; /* CORRELATIE ZACHT MET 2DMAPPING */ data DATAZACHT; set DATA; ZACHT_PRE = MEAN1; ZACHT_POST = MEAN2; ZACHT_RATIO = MEAN1 / MEAN2; if METING in ("soft tissue go(r)" "ex(l)" "nb(l)" "soft tissue po(r)" "soft tissue go(l)" "soft tissue or(r)" "ss" "soft tissue or(l)" "ls" "soft tissue po(l)" "os(r)" "st(u)" "os(l)" "st(i)" "li" "prn" "sl" "sn" "pg" "sn`(r)" "soft tissue gn" "sn`(l)" "soft tissue zy(r)" "al(r)" "g" "soft tissue zy(l)" "al(l)" "soft tissue n" "t(r)" "ac(r)" "sellion" "t(l)" "ac(l)" "mf(r)" "nt(r)" "mf(l)" "cph(r)" "nt(l)" "en(r)" "cph(l)" "en(l)" "c''" "ch(r)" "ex(r)" "nb(r)" "ch(l)") and (WEEFSEL = 'ZACHT') then output; drop M11 M12 M13 M21 M22 M23 OPTYPE WEEFSEL MEAN1 MEAN2; data DATA2DMAPPING; set DATA; MAPPING2D_PRE = MEAN1; MAPPING2D_POST = MEAN2; MAPPING2D_RATIO = MEAN1 / MEAN2; if METING in ("soft tissue go(r)" "ex(l)" "nb(l)" "soft tissue po(r)" "soft tissue go(l)" "soft tissue or(r)" "ss" "soft tissue or(l)" "ls" "soft tissue po(l)" "os(r)" "st(u)" "os(l)" "st(i)" "li" "prn" "sl" "sn" "pg" "sn`(r)" "soft tissue gn" "sn`(l)" "soft tissue zy(r)" "al(r)" "g" "soft tissue zy(l)" "al(l)" "soft tissue n" "t(r)" "ac(r)" "sellion" "t(l)" "ac(l)" "mf(r)" "nt(r)" "mf(l)" "cph(r)" "nt(l)" "en(r)" "cph(l)" "en(l)" "c''" "ch(r)" "ex(r)" "nb(r)" "ch(l)") and (WEEFSEL = '2Dmapping') then output; drop M11 M12 M13 M21 M22 M23 OPTYPE WEEFSEL MEAN1 MEAN2; proc sort data = DATAZACHT; by ID METING PROJECTION; proc sort data = DATA2DMAPPING; by ID METING PROJECTION; data DATA6; merge DATAZACHT DATA2DMAPPING; by ID METING PROJECTION; proc sort data = DATA6; by METING PROJECTION; proc corr data = DATA6 noprint outp = RESULT NOMISS; var ZACHT_PRE ZACHT_POST ZACHT_RATIO MAPPING2D_PRE MAPPING2D_POST MAPPING2D_RATIO; by METING PROJECTION; data RESULT4; set RESULT; if _TYPE_ ^= 'CORR' then delete; drop _TYPE_; proc print data = RESULT4; title 'CORRELATIE ZACHT VS 2DMAPPING'; run; 16
- Page 33 and 34: 3.1.1.5 3D cephalometrische oriënt
- Page 35 and 36: 3.1.1.7 3D cefalometrische oriënta
- Page 37 and 38: 3.1.1.7.1 Het Frankfurter horizonta
- Page 39 and 40: 3.1.1.7.5 Het vlak doorheen de faci
- Page 41 and 42: Een vergelijking met betrekking tot
- Page 43 and 44: Resultaten Een totaal van 22.230 3D
- Page 45 and 46: Graden (°) 120 100 80 60 40 20 0 C
- Page 47 and 48: 3.2 Intra-observer betrouwbaarheid
- Page 49 and 50: 3.4 Intra-observer betrouwbaarheid
- Page 51 and 52: patiënten te evalueren. Binnen het
- Page 53 and 54: enkel de afstand van een selectie p
- Page 55 and 56: 7 Veranderingen van het zachte weef
- Page 57 and 58: Bij de gulden snede (sectio aurea)
- Page 59 and 60: Accurate virtuele 3D cefalometrisch
- Page 61 and 62: Mede is het mogelijk dat de kennis
- Page 63 and 64: Niet enkel chirurgische, maar ook o
- Page 65 and 66: Conclusie Orthognatische chirurgie
- Page 67 and 68: 22 Park SH, Yu HS, Kim KD, Lee KJ &
- Page 69 and 70: Referenties Figuren 1 Koninklijke B
- Page 72 and 73: Bijlage 2: Informed Consent Toestem
- Page 74 and 75: Bijlage 5: Definiëring orientatiep
- Page 76 and 77: Bijlage 6: Sas procedure /* DATASET
- Page 78 and 79: drop M11 M12 M13 M21 M22 M23 MEAN1
- Page 80 and 81: y ID; proc corr data = DATA4 noprin
- Page 82 and 83: drop M11 M12 M13 M21 M22 M23 MEAN1
- Page 86 and 87: Bijlage 7:Punten van het harde weef
- Page 88 and 89: Bijlage 10 : Normwaarden van de met
- Page 90 and 91: PNS 14.19666667 0.345187558 LM-cusp
- Page 92 and 93: Angle between 4 landmarks after pro
- Page 94 and 95: Width of the mouth 47.48666667 1.05
- Page 96 and 97: Distance To Vertical Plane soft tis
- Page 98 and 99: soft tissue gn -108.5933333 0.37564
- Page 100 and 101: ch(r) 24.09333333 0.450206882 ex(r)
un;<br />
/* CORRELATIE ZACHT MET 2DMAPPING */<br />
data DATAZACHT;<br />
set DATA;<br />
ZACHT_PRE = MEAN1;<br />
ZACHT_POST = MEAN2;<br />
ZACHT_RATIO = MEAN1 / MEAN2;<br />
if METING in ("soft tissue go(r)" "ex(l)" "nb(l)" "soft tissue po(r)" "soft tissue go(l)" "soft tissue or(r)" "ss" "soft tissue or(l)" "ls"<br />
"soft tissue po(l)" "os(r)" "st(u)" "os(l)" "st(i)" "li" "prn" "sl" "sn" "pg" "sn`(r)" "soft tissue gn" "sn`(l)" "soft tissue zy(r)" "al(r)"<br />
"g" "soft tissue zy(l)" "al(l)" "soft tissue n" "t(r)" "ac(r)" "sellion" "t(l)" "ac(l)" "mf(r)" "nt(r)" "mf(l)" "cph(r)" "nt(l)" "en(r)"<br />
"cph(l)" "en(l)" "c''" "ch(r)" "ex(r)" "nb(r)" "ch(l)") and (WEEFSEL = 'ZACHT') then output;<br />
drop M11 M12 M13 M21 M22 M23 OPTYPE WEEFSEL MEAN1 MEAN2;<br />
data DATA2DMAPPING;<br />
set DATA;<br />
MAPPING2D_PRE = MEAN1;<br />
MAPPING2D_POST = MEAN2;<br />
MAPPING2D_RATIO = MEAN1 / MEAN2;<br />
if METING in ("soft tissue go(r)" "ex(l)" "nb(l)" "soft tissue po(r)" "soft tissue go(l)" "soft tissue or(r)" "ss" "soft tissue or(l)" "ls"<br />
"soft tissue po(l)" "os(r)" "st(u)" "os(l)" "st(i)" "li" "prn" "sl" "sn" "pg" "sn`(r)" "soft tissue gn" "sn`(l)" "soft tissue zy(r)" "al(r)"<br />
"g" "soft tissue zy(l)" "al(l)" "soft tissue n" "t(r)" "ac(r)" "sellion" "t(l)" "ac(l)" "mf(r)" "nt(r)" "mf(l)" "cph(r)" "nt(l)" "en(r)"<br />
"cph(l)" "en(l)" "c''" "ch(r)" "ex(r)" "nb(r)" "ch(l)") and (WEEFSEL = '2Dmapping') then output;<br />
drop M11 M12 M13 M21 M22 M23 OPTYPE WEEFSEL MEAN1 MEAN2;<br />
proc sort data = DATAZACHT;<br />
by ID METING PROJECTION;<br />
proc sort data = DATA2DMAPPING;<br />
by ID METING PROJECTION;<br />
data DATA6;<br />
merge DATAZACHT DATA2DMAPPING;<br />
by ID METING PROJECTION;<br />
proc sort data = DATA6;<br />
by METING PROJECTION;<br />
proc corr data = DATA6 noprint outp = RESULT NOMISS;<br />
var ZACHT_PRE ZACHT_POST ZACHT_RATIO MAPPING2D_PRE MAPPING2D_POST MAPPING2D_RATIO;<br />
by METING PROJECTION;<br />
data RESULT4;<br />
set RESULT;<br />
if _TYPE_ ^= 'CORR' then delete;<br />
drop _TYPE_;<br />
proc print data = RESULT4;<br />
title 'CORRELATIE ZACHT VS 2DMAPPING';<br />
run;<br />
16
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