|
DECLARE
SUB attendre (tx!)
DECLARE
SUB bilan (ma$(), niveaux%(), fichier$, VarEnreg AS ANY)
DECLARE
SUB calmoy (t$(), moy$(), niveaux%())
DECLARE
SUB centre (v%, coul%, ph$)
DECLARE SUB chiffres ()
DECLARE SUB convertir (z$)
DECLARE SUB entree ()
DECLARE SUB fleches (v%, h%, w$(), np%, r%, coul%, drap%, v2%,
h1%)
DECLARE SUB flechesmenu (w$(), r%, coul%)
DECLARE SUB lettres ()
DECLARE SUB niveau (r%, np%, titr$)
DECLARE SUB quitter ()
DECLARE SUB titre (titr$)
DECLARE SUB cadre (v%, h%, l%, nli%, c%)
DECLARE SUB tableauexo (p$())
DECLARE SUB ouinon (r$)
DECLARE SUB getinvimouse (rr%)
DECLARE SUB agrand (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%,
rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%,
blancbrill%, couleur%, coef1!, coef2!)
DECLARE
SUB frise (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%, rouge%,
marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%, blancbrill%,
couleur%, coef1!, coef2!)
DECLARE
SUB symetrie (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%,
rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%,
blancbrill%, couleur%, coef1!, coef2!)
DECLARE
SUB aire (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%, rouge%,
marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%, blancbrill%,
couleur%, coef1!, coef2!)
DECLARE
SUB convexe (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%,
rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%,
blancbrill%, couleur%, coef1!, coef2!)
DECLARE
SUB droitegauche (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%,
rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%,
blancbrill%, couleur%, coef1!, coef2!)
DECLARE
SUB intrus (re%, ni%, motintrus$(), rt$, gg$, pre$, titr$, noir%, bleu%,
vert%, rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%,
jaune%, blancbrill%, couleur%, coef1!, coef2!)
DECLARE
SUB orth (prog%, re%, ni%, mo$(), rt$, gg$, pre$, titr$, noir%, bleu%,
vert%, rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%,
jaune%, blancbrill%, couleur%, coef1!, coef2!)
DECLARE
SUB trouve (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%,
rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%,
blancbrill%, couleur%, coef1!, coef2!)
DECLARE
SUB angle1 (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%,
rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%,
blancbrill%, couleur%, coef1!, coef2!)
DECLARE
SUB angle2 (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%,
rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%,
blancbrill%, couleur%, coef1!, coef2!)
DECLARE
SUB paraperpen (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%,
rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%,
blancbrill%, couleur%, coef1!, coef2!)
DECLARE
SUB recoformes (re%, ni%, s%, n$(), rt$, gg$, pre$, titr$, noir%, bleu%,
vert%, rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%,
jaune%, blancbrill%, couleur%, coef1!, coef2!, programme1$)
DECLARE
SUB solide2 (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%,
rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%,
blancbrill%, couleur%, coef1!, coef2!)
DECLARE
SUB verti (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%, rouge%,
marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%, blancbrill%,
couleur%, coef1!, coef2!)
DECLARE
SUB vocabu (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%,
rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%,
blancbrill%, couleur%, coef1!, coef2!)
DECLARE
SUB coord (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%, rouge%,
marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%, blancbrill%,
couleur%, coef1!, coef2!)
DECLARE
SUB frise1 (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%,
rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%,
blancbrill%, couleur%, coef1!, coef2!)
DECLARE
SUB reproduction (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%,
rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%,
blancbrill%, couleur%, coef1!, coef2!)
DECLARE
SUB reproduction1 (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%,
rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%,
blancbrill%, couleur%, coef1!, coef2!)
DECLARE
SUB symetrie1 (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%,
rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%,
blancbrill%, couleur%, coef1!, coef2!)
DECLARE
SUB heure (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%, rouge%,
marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%, blancbrill%)
DECLARE
SUB mesureduree (re%, ni%, rt$, gg$, pre$, titr$, noir%, bleu%, vert%,
rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%,
blancbrill%)
'GEOMETRIE Primaire souris
'Clerc
Daniel 11/5/97
'version 4
DEFINT
A-Z
'procédures
'variables globales
COMMON
SHARED prog, programme1$, eleve, rt$, gg$, gg2$, pre$, titr$, noir,
bleu, vert, rouge, marron, blanc, vertclair, cyanclair, rougeclair,
jaune, blancbrill, couleur, coef1!, coef2!
'
Inclut les fichiers contenant les déclarations relatives aux procédures
appelées.
'$INCLUDE: 'MOUSE.BI'
'$INCLUDE: 'VBDOS.BI'
CONST
FALSE = 0
CONST
TRUE = NOT FALSE
rt$ =
CHR$(17) + CHR$(196) + CHR$(217)
gg$ =
CHR$(24) + " " + CHR$(25) + " puis " + rt$
gg2$ =
CHR$(24) + " " + CHR$(25) + " " + CHR$(27) + " " + CHR$(26) + " puis " +
rt$
programme1$ = "exo_ge" '===
programme2$ = "cho_ge" '===
ON
ERROR GOTO erreur '===
TYPE
TypeEnreg
nom AS STRING * 15
prenom AS STRING * 15
nbexo
AS STRING * 3
notes AS STRING * 400
END
TYPE
DIM
VarEnreg AS TypeEnreg
ma = 21
'===
DIM
niveaux(ma), t$(100), moy$(21), p$(21), un$(9), di$(9), n$(ma)
DIM
motintrus$(90), motorth$(40)
RANDOMIZE TIMER
OPEN
"point_ge.dat" FOR INPUT AS #1
INPUT #1, eleve, sens, couleur, fichier$, coef1!, coef2!
CLOSE
couleur
= 1
noir =
0: bleu = 1: vert = 2: rouge = 4: marron = 6: blanc = 7: vertclair = 10:
cyanclair = 11: rougeclair = 12: jaune = 14: blancbrill = 15
SCREEN 0: COLOR , noir, noir: CLS : KEY OFF: LOCATE , , 0
GOSUB
init
IF
sens = 1 AND eleve > 0 THEN
CALL bilan(p$(), niveaux(), fichier$, VarEnreg)
OPEN "point_ge.dat" FOR OUTPUT AS #1
WRITE #1, eleve, 2, 1, fichier$, coef1!, coef2!
CLOSE
END IF
menuprincipal:
'
Vérifie que le gestionnaire de souris est installé.
MouseInit
MouseShow
COLOR
, bleu, noir: CLS
CALL
cadre(2, 20, 40, 2, vert)
COLOR
, vert
CALL
centre(3, blancbrill, "ACTIVITES de GEOMETRIE et de MESURES")
COLOR
, bleu
IF
eleve <> 0 THEN
'lecture des notes
OPEN "classes\" + fichier$ FOR RANDOM AS #1 LEN = LEN(VarEnreg)
GET
#1, eleve, VarEnreg
nom$ = RTRIM$(VarEnreg.nom)
pre$
= RTRIM$(VarEnreg.prenom)
nbexo$ = RTRIM$(VarEnreg.nbexo)
j =
1
FOR i = 1 TO 200 STEP 2 '===
t$(j) = MID$(VarEnreg.notes, i, 2)
j = j + 1
NEXT
CLOSE
CALL calmoy(t$(), moy$(), niveaux())
END
IF
IF
VAL(nbexo$) > 1 THEN
COLOR jaune
z$ =
RTRIM$(nbexo$) + " exercices"
LOCATE 4, 79 - LEN(z$): PRINT z$
END IF
LOCATE 4, 2
COLOR jaune
IF
eleve <> 0 THEN
w$ = pre$ + " " + nom$
IF LEN(w$) > 17 THEN
PRINT nom$
ELSE
PRINT w$
END IF
END IF
classe$ = MID$(fichier$, 1, LEN(fichier$) - 4)
'
LOCATE 4, 79 - LEN(classe$): PRINT classe$
CALL
tableauexo(p$())
'affiche
liste exo
h1 =
6: h1 = 32: h3 = 58
COLOR
blancbrill
LOCATE 7
FOR i
= 1 TO 7
LOCATE ,
h1: PRINT p$(i): PRINT
NEXT
LOCATE 7
FOR i
= 8 TO 14
LOCATE ,
h1: PRINT p$(i): PRINT
NEXT
LOCATE 7
FOR i
= 15 TO 21
LOCATE , h3: PRINT p$(i): PRINT
NEXT
IF
eleve <> 0 THEN
'affiche
éval sur trois colonnes
COLOR
, noir
debut
= 1: fin = 7: h = 4
FOR
boucle = 1 TO 3
LOCATE 7
FOR i = debut TO fin
LOCATE , h
IF moy$(i) = "" THEN
PRINT " ": PRINT
ELSEIF (VAL(moy$(i)) = 9 OR VAL(moy$(i)) = 10) THEN
COLOR vertclair: PRINT "A": PRINT
ELSEIF (VAL(moy$(i)) = 7 OR VAL(moy$(i)) = 8) THEN
COLOR vert: PRINT "B": PRINT
ELSEIF (VAL(moy$(i)) = 6 OR VAL(moy$(i)) = 5) THEN
COLOR jaune: PRINT "C": PRINT
ELSE
COLOR rougeclair: PRINT "D": PRINT
END IF
COLOR blancbrill
NEXT
debut = fin + 1: fin = fin + 7: IF fin > ma THEN fin = ma
h = h + 26
NEXT
boucle
COLOR
, bleu
END
IF
CALL
flechesmenu(p$(), prog, rouge)
COLOR
, bleu
IF prog = 0 THEN
LOCATE 22, 1: PRINT SPACE$(80)
LOCATE 22, 28
COLOR blanc: BEEP: PRINT "Quitter ";
CALL ouinon(r$)
IF r$ = "O" THEN GOTO fin
GOTO menuprincipal
END IF
IF prog = 42 THEN
CALL bilan(p$(), niveaux(), fichier$, VarEnreg)
GOTO menuprincipal
END IF
COLOR
, noir: CLS
titr$ =
p$(prog): ni = 1
'valeur
de la matière
mat =
0
FOR i
= 1 TO prog - 1
mat =
mat + niveaux(i)
NEXT
SELECT
CASE prog
CASE 1
CALL
droitegauche(re, ni, rt$, gg$, pre$, titr$, noir, bleu, vert, rouge,
marron, blanc, vertclair, cyanclair, rougeclair, jaune, blancbrill,
couleur, coef1!, coef2!)
CASE 2
CALL
verti(re, ni, rt$, gg$, pre$, titr$, noir, bleu, vert, rouge, marron,
blanc, vertclair, cyanclair, rougeclair, jaune, blancbrill, couleur,
coef1!, coef2!)
CASE 3
CALL
trouve(re, ni, rt$, gg$, pre$, titr$, noir, bleu, vert, rouge, marron,
blanc, vertclair, cyanclair, rougeclair, jaune, blancbrill, couleur,
coef1!, coef2!)
CASE 4
CALL
recoformes(re, ni, 1, n$(), rt$, gg$, pre$, titr$, noir, bleu, vert,
rouge, marron, blanc, vertclair, cyanclair, rougeclair, jaune,
blancbrill, couleur, coef1!, coef2!, programme1$)
CASE 5
CALL
recoformes(re, ni, 6, n$(), rt$, gg$, pre$, titr$, noir, bleu, vert,
rouge, marron, blanc, vertclair, cyanclair, rougeclair, jaune,
blancbrill, couleur, coef1!, coef2!, programme1$)
CASE 6
CALL
recoformes(re, ni, 11, n$(), rt$, gg$, pre$, titr$, noir, bleu, vert,
rouge, marron, blanc, vertclair, cyanclair, rougeclair, jaune,
blancbrill, couleur, coef1!, coef2!, programme1$)
CASE 7
CALL
vocabu(re, ni, rt$, gg$, pre$, titr$, noir, bleu, vert, rouge, marron,
blanc, vertclair, cyanclair, rougeclair, jaune, blancbrill, couleur,
coef1!, coef2!)
CASE 8
CALL
paraperpen(re, ni, rt$, gg$, pre$, titr$, noir, bleu, vert, rouge,
marron, blanc, vertclair, cyanclair, rougeclair, jaune, blancbrill,
couleur, coef1!, coef2!)
CASE 9
CALL
convexe(re, ni, rt$, gg$, pre$, titr$, noir, bleu, vert, rouge, marron,
blanc, vertclair, cyanclair, rougeclair, jaune, blancbrill, couleur,
coef1!, coef2!)
CASE 10
CALL
coord(re, ni, rt$, gg$, pre$, titr$, noir, bleu, vert, rouge, marron,
blanc, vertclair, cyanclair, rougeclair, jaune, blancbrill, couleur,
coef1!, coef2!)
CASE 11
CALL
niveau(ni, 4, titr$)
IF ni =
1 THEN
CALL reproduction1(re, ni, rt$, gg$, pre$, titr$, noir, bleu, vert,
rouge, marron, blanc, vertclair, cyanclair, rougeclair, jaune,
blancbrill, couleur, coef1!, coef2!)
ELSE
CALL reproduction(re, ni, rt$, gg$, pre$, titr$, noir, bleu, vert,
rouge, marron, blanc, vertclair, cyanclair, rougeclair, jaune,
blancbrill, couleur, coef1!, coef2!)
END
IF
CASE
12
CALL
niveau(ni, 4, titr$)
IF ni
= 1 OR ni = 2 THEN
CALL
frise1(re, ni, rt$, gg$, pre$, titr$, noir, bleu, vert, rouge, marron,
blanc, vertclair, cyanclair, rougeclair, jaune, blancbrill, couleur,
coef1!, coef2!)
ELSE
CALL
frise(re, ni, rt$, gg$, pre$, titr$, noir, bleu, vert, rouge, marron,
blanc, vertclair, cyanclair, rougeclair, jaune, blancbrill, couleur,
coef1!, coef2!)
END IF
CASE 13
CALL
agrand(re, ni, rt$, gg$, pre$, titr$, noir, bleu, vert, rouge, marron,
blanc, vertclair, cyanclair, rougeclair, jaune, blancbrill, couleur,
coef1!, coef2!)
CASE 14
CALL
niveau(ni, 4, titr$)
IF ni
= 1 OR ni = 2 THEN
CALL symetrie1(re, ni, rt$, gg$, pre$, titr$, noir, bleu,
vert, rouge, marron, blanc, vertclair, cyanclair, rougeclair, jaune,
blancbrill, couleur, coef1!, coef2!)
ELSE
CALL symetrie(re, ni, rt$, gg$, pre$, titr$, noir, bleu, vert, rouge,
marron, blanc, vertclair, cyanclair, rougeclair, jaune, blancbrill,
couleur, coef1!, coef2!)
END IF
CASE 15
CALL
aire(re, ni, rt$, gg$, pre$, titr$, noir, bleu, vert, rouge, marron,
blanc, vertclair, cyanclair, rougeclair, jaune, blancbrill, couleur,
coef1!, coef2!)
CASE 16
CALL
niveau(ni, 2, titr$)
IF ni
= 1 THEN
CALL
recoformes(re, ni, 16, n$(), rt$, gg$, pre$, titr$, noir, bleu, vert,
rouge, marron, blanc, vertclair, cyanclair, rougeclair, jaune,
blancbrill, couleur, coef1!, coef2!, programme1$)
ELSE
CALL
solide2(re, ni, rt$, gg$, pre$, titr$, noir, bleu, vert, rouge, marron,
blanc, vertclair, cyanclair, rougeclair, jaune, blancbrill, couleur,
coef1!, coef2!)
END IF
CASE 17
CALL
angle1(re, ni, rt$, gg$, pre$, titr$, noir, bleu, vert, rouge, marron,
blanc, vertclair, cyanclair, rougeclair, jaune, blancbrill, couleur,
coef1!, coef2!)
CASE 18
CALL
angle2(re, ni, rt$, gg$, pre$, titr$, noir, bleu, vert, rouge, marron,
blanc, vertclair, cyanclair, rougeclair, jaune, blancbrill, couleur,
coef1!, coef2!)
CASE 19
titr$
= "heures - minutes"
CALL
niveau(ni, 4, titr$)
IF
ni = 1 OR ni = 2 THEN
CALL heure(re, ni, rt$, gg$, pre$, titr$, noir, bleu,
vert, rouge, marron, blanc, vertclair, cyanclair, rougeclair, jaune,
blancbrill)
ELSE
CALL
mesureduree(re, ni, rt$, gg$, pre$, titr$, noir, bleu, vert, rouge,
marron, blanc, vertclair, cyanclair, rougeclair, jaune, blancbrill)
END
IF
CASE
20
CALL
orth(prog, re, ni, motorth$(), rt$, gg$, pre$, titr$, noir%, bleu%,
vert%, rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%,
jaune%, blancbrill%, couleur%, coef1!, coef2!)
CASE
21
CALL
intrus(re, ni, motintrus$(), rt$, gg$, pre$, titr$, noir%, bleu%, vert%,
rouge%, marron%, blanc%, vertclair%, cyanclair%, rougeclair%, jaune%,
blancbrill%, couleur%, coef1!, coef2!)
END
SELECT
GOSUB
enregistre
COLOR
blanc: LOCATE 23, 37: PRINT rt$
CALL
getinvimouse(rr)
GOTO
menuprincipal
END
fin:
IF
eleve > 0 THEN
CALL
bilan(p$(), niveaux(), fichier$, VarEnreg)
END
IF
COLOR
, noir: CLS
RUN
programme2$
END
init:
DATA
Droite-Gauche,3
DATA
Verticale-Horizont.,2
DATA
Reconnaissance,3
DATA
Figures simples,1
DATA
Triangles,1
DATA
Quadrilatères,1
DATA
Vocabulaire,2
DATA
Parallèle-Perpend.,2
DATA
Convexe-Concave,1
DATA
Coordonnées,3
DATA
Reproduction,4
DATA
Frises,4
DATA
Agrandir-Réduire,2
DATA
Symétrie,4
DATA
Périmètre-Aire,1
DATA
Solides,2
DATA
Nom des angles,1
DATA
Valeur des angles,2
DATA
Heures-Minutes,4
DATA
Orthographe,3
DATA
Intrus,2
FOR i
= 1 TO ma: READ p$(i), niveaux(i): NEXT
'data
pour recoformes
DATA
rectangle,carré,cercle,losange,triangle
DATA
triangle quelconque,triangle rectangle (non isocèle),triangle
isocèle,triangle équilatéral,triangle rectangle isocèle
DATA
rectangle,carré,losange,trapèze,parallélogramme quelconque
DATA
cube,parallélépipède quelconque,pyramide,cône,cylindre
FOR i = 1 TO 20: READ n$(i): NEXT i
'data
intrus
DATA
mm,cm,dm,m²*,dam,hm,km,Le "m²" n'est pas une unité de longueur mais
d'aire.,"="
DATA
carré,rectangle,cercle*,losange,triangle,hexagone,Le cercle n'est pas
composé de lignes droites.,"="
DATA
rectangle,carré,losange,hexagone*,trapèze,parallélogramme,L'hexagone
n'est pas un quadrilatère. Il a 6 côtés.,"="
DATA
carré,trapèze*,hexagone,pentagone,octogone,triangle équilatéral,Le
trapèze n'est pas un polygone régulier (angles et côtés égaux).,"="
DATA
carré,rectangle,triangle rectangle,trapèze rectangle,triangle
équilatéral*,Le triangle équilatéral n'a pas d'angle droit.,"="
DATA
diamètre,diagonale,périmètre,hauteur,surface*,rayon,largeur,La surface
n'est pas une longueur.,"="
DATA
cube,sphère,cône,cylindre,parallépipède,disque*,tétraèdre,Le disque
n'est pas un solide.,"="
DATA
mm²,cm*,dm²,m²,dam²,hm²,km²,Le 'cm' n'est pas une unité d'aire mais de
longueur.,"="
DATA
cube*,cercle,carré,triangle,ellipse,hexagone,pentagone,Le cube n'est pas
une surface. C'est un solide.,"="
DATA
rayon,circonférence,arc de cercle,diamètre,hauteur*,La hauteur n'est pas
utilisée dans les cercles.,"="
DATA
""
i = 0
DO
i = i
+ 1
READ
motintrus$(i)
LOOP
WHILE motintrus$(i) <> ""
'niveau 1 (13)
DATA
carré,rectangle,losange,largeur,longueur,sommet,triangle,cube,cercle,disque
DATA
hauteur,verticale,horizontale
'niveau
2 (13)
DATA
angle,aigu,obtus,diagonale,arc,diamètre,rayon,aire,isocèle,parallèle
DATA
circonférence,périmètre,trapèze
'niveau
3 (13)
DATA
ellipse,pentagone,sphère,coordonnée,cylindre,hexagone,équilatéral,symétrie,pyramide
DATA
parallélogramme,périmètre,perpendiculaire,octogone
DATA
""
i = 0
DO
i = i
+ 1
READ
motorth$(i)
LOOP
WHILE motorth$(i) <> ""
'39
RETURN
enregistre:
COLOR
, noir
IF
eleve = 0 THEN RETURN
CALL
centre(23, blanc, "Enregistrement de la note")
re$ =
LTRIM$(STR$(re)): IF LEN(re$) = 1 THEN re$ = re$ + " "
pointeur = ni + mat
OPEN
"classes\" + fichier$ FOR RANDOM AS #1 LEN = LEN(VarEnreg)
GET
#1, eleve, VarEnreg
IF
VAL(VarEnreg.nbexo) < 999 THEN
VarEnreg.nbexo = LTRIM$(STR$(VAL(VarEnreg.nbexo) + 1))
END
IF
notes$ = VarEnreg.notes
IF
pointeur = 1 THEN
notes$ = re$ + MID$(notes$, 2 * pointeur + 1)
ELSE
notes$ = MID$(notes$, 1, (pointeur - 1) * 2) + re$ + MID$(notes$, 2 *
pointeur + 1)
END
IF
VarEnreg.notes = notes$
PUT
#1, eleve, VarEnreg
CLOSE
#1
CALL
attendre(1.5)
LOCATE 23: PRINT SPACE$(80)
re =
0
RETURN
erreur:
programme$ = "exo_ge"
SCREEN 0
COLOR , bleu: CLS
BEEP
CALL cadre(8, 5, 70, 9, rouge)
COLOR , rouge
CALL centre(10, blanc, "ATTENTION")
IF
ERR = 5 THEN
CALL centre(12, blancbrill, "Votre ordinateur ne possède
pas de carte graphique EGA ou VGA.")
CALL centre(14, blancbrill, "Les activités de GEOMETRIE et de MESURES ne
sont pas accessibles.")
COLOR , noir
CALL getinvimouse(w)
RUN
END
IF
SELECT CASE ERR
CASE 71
CALL
centre(12, blancbrill, "Disque non prêt")
CASE
70
CALL
centre(12, blancbrill, "Disquette protégée")
CASE
53, 57, 72
CALL
centre(12, blancbrill, "Problème sur le disque")
CASE
61
CALL
centre(12, blancbrill, "Disque plein")
CASE
25, 26, 68
CALL
centre(12, blancbrill, "Imprimante non prête")
CASE
27
CALL
centre(12, blancbrill, "Imprimante sans papier")
CASE
ELSE
CALL centre(12, blancbrill, "Erreur système n°" + LTRIM$(STR$(ERR)))
CALL centre(14, blancbrill, "Essayez de relancez le programme.")
CLOSE
w$ = INPUT$(1)
COLOR , noir: CLS
END
END
SELECT
CALL centre(14, blancbrill, "Corrigez puis tapez " + rt$ + "
[Echap] = Fin")
CALL getinvimouse(r)
IF
r = 27 THEN COLOR , noir: CLS : END
COLOR , bleu: CLS : RUN programme$
RESUME
DEFINT A-Z
SUB
attendre (tx!)
DEF
SEG = 0
POKE 1050, PEEK(1052)
DEF
SEG
t! =
tx! * 2
debut! = TIMER
DO
IF
INKEY$ <> "" THEN EXIT DO
fin! =
TIMER
LOOP
WHILE fin! - debut! < t!
END
SUB
DEFINT A-Z
SUB
bilan (ma$(), niveaux(), fichier$, VarEnreg AS TypeEnreg)
ma = 21
DIM
t$(100), moy$(ma), bi$(ma)
FOR i
= 1 TO ma
bi$(i) = ma$(i)
IF
LEN(bi$(i)) > 20 THEN bi$(i) = LEFT$(bi$(i), 19) + "."
NEXT
ll$ =
STRING$(30, ".")
pt$ =
MID$(ll$, 1, 15)
ni$ =
"Niveau " + CHR$(26) + " 1 2 3 4"
class$
= MID$(fichier$, 1, LEN(fichier$) - 4)
COLOR , noir: CLS
OPEN
"classes\" + fichier$ FOR RANDOM AS #1 LEN = LEN(VarEnreg)
GET
#1, eleve, VarEnreg
nom$ =
RTRIM$(VarEnreg.nom)
pre$ =
RTRIM$(VarEnreg.prenom)
nbexo$
= RTRIM$(VarEnreg.nbexo)
CLOSE
IF VAL(nbexo$) = 0 THEN EXIT SUB
CALL
titre("bilan - " + class$)
j =
1
FOR i
= 1 TO 200 STEP 2 '===
t$(j)
= MID$(VarEnreg.notes, i, 2)
j = j
+ 1
NEXT
CALL
calmoy(t$(), moy$(), niveaux())
'moy
générale
tt
= 0: nt = 0
FOR
j = 1 TO ma
IF
moy$(j) <> "" THEN tt = tt + VAL(moy$(j)): nt = nt + 1
NEXT j
IF
nt = 0 THEN moygen$ = " " ELSE moygen$ = LTRIM$(STR$(INT((tt / nt) * 10)
/ 10))
z$ =
pre$ + " " + nom$ + " a fait" + STR$(VAL(nbexo$)) + " exercice"
IF
VAL(nbexo$) > 1 THEN z$ = z$ + "s"
z$ = z$
+ " de géométrie."
COLOR ,
marron
CALL
centre(4, blancbrill, " " + z$ + " ")
COLOR
, bleu
LOCATE 6, 16: COLOR vertclair: PRINT ni$: COLOR jaune: LOCATE 6, 36:
PRINT "Moy"
COLOR
vertclair: LOCATE 6, 57: PRINT ni$: COLOR jaune: LOCATE 6, 77: PRINT
"Moy"
COLOR
, rouge
v =
7: h = 1: debut = 8: fin = 18: GOSUB cadre
v = 7:
h = 42: debut = 8: fin = 17: GOSUB cadre
LOCATE 8
FOR i
= 1 TO 11
LOCATE , 2: PRINT bi$(i); " "; LEFT$(ll$, 20 - LEN(bi$(i)))
NEXT
LOCATE 8
FOR i
= 12 TO ma
LOCATE , 43: PRINT bi$(i); " "; LEFT$(ll$, 20 - LEN(bi$(i)))
NEXT
'affichage des moyennes
LOCATE
8
FOR i
= 1 TO 11
LOCATE , 36
IF
moy$(i) = "" THEN
PRINT
ELSEIF VAL(moy$(i)) = 9 OR VAL(moy$(i)) = 10 THEN
COLOR blancbrill
PRINT moy$(i);
COLOR vertclair
LOCATE , 38
PRINT "A"
ELSEIF VAL(moy$(i)) = 7 OR VAL(moy$(i)) = 8 THEN
COLOR blancbrill
PRINT moy$(i);
COLOR vert
LOCATE , 38
PRINT "B"
ELSEIF VAL(moy$(i)) = 6 OR VAL(moy$(i)) = 5 THEN
COLOR blancbrill
PRINT moy$(i);
LOCATE , 38
COLOR jaune
PRINT "C"
ELSE
COLOR blancbrill
PRINT moy$(i);
COLOR rougeclair
LOCATE , 38
PRINT "D"
END
IF
NEXT
LOCATE 8
FOR i
= 12 TO ma
LOCATE , 77
IF
moy$(i) = "" THEN
PRINT
ELSEIF VAL(moy$(i)) = 9 OR VAL(moy$(i)) = 10 THEN
COLOR blancbrill
PRINT moy$(i);
COLOR vertclair
LOCATE , 79
PRINT "A"
ELSEIF VAL(moy$(i)) = 7 OR VAL(moy$(i)) = 8 THEN
COLOR blancbrill
PRINT moy$(i);
COLOR vert
LOCATE , 79
PRINT "B"
ELSEIF VAL(moy$(i)) = 5 OR VAL(moy$(i)) = 6 THEN
COLOR blancbrill
PRINT moy$(i);
LOCATE , 79
COLOR jaune
PRINT "C"
ELSE
COLOR blancbrill
PRINT moy$(i);
COLOR rougeclair
LOCATE , 79
PRINT "D"
END
IF
NEXT
COLOR
blanc
'++++++++++++++
v = 8
debut
= 1
FOR
Valeur = 1 TO 11
fin =
debut + (niveaux(Valeur) - 1)
h = 24:
GOSUB place
debut
= fin + 1: v = v + 1
NEXT
v = 8
FOR
Valeur = 12 TO ma
fin =
debut + (niveaux(Valeur) - 1)
h = 65:
GOSUB place
debut
= fin + 1: v = v + 1
NEXT
'++++++++++
COLOR
, bleu
IF
VAL(moygen$) <> 0 THEN
COLOR
cyanclair: LOCATE 19, 43
CALL
convertir(moygen$)
PRINT
"Moyenne générale : "; moygen$; " sur 10"
END
IF
CALL
entree
EXIT
SUB
place:
LOCATE v
FOR i
= debut TO fin
LOCATE , h
IF
VAL(t$(i)) < 10 THEN PRINT " ";
IF
t$(i) <> " " THEN PRINT RTRIM$(LTRIM$(t$(i))); ELSE PRINT "-";
h = h
+ 3
NEXT
RETURN
cadre:
COLOR
blancbrill
LOCATE v, h: PRINT "┌─────────────────────┬──┬──┬──┬──┬───┐"
FOR i
= debut TO fin
LOCATE , h: PRINT "│ │ │ │ │ │ │"
NEXT
i
LOCATE , h: PRINT "└─────────────────────┴──┴──┴──┴──┴───┘"
RETURN
END
SUB
DEFINT
A-Z
SUB
cadre (v, h, l, nli, c)
'c est
l'intérieur
'le
fond écran est bleu
v2 =
v
'cadre
COLOR
c, bleu
LOCATE v2, h
PRINT STRING$(l + 2, 220)
FOR i = 1 TO nli - 1
v2 = v2 + 1: LOCATE v2, h
PRINT STRING$(l + 2, 219)
NEXT
COLOR , bleu
LOCATE v2 + 1, h: PRINT CHR$(223)
COLOR
, 0
LOCATE v + 1
FOR i = 1 TO nli
LOCATE , h + l + 2
PRINT " "
NEXT
LOCATE v2 + 1, h + 1
PRINT STRING$(l + 1, 223)
COLOR
blancbrill
END
SUB
DEFINT A-Z
SUB
cadre3 (v, h, nb, coul)
'inversion de v et h !
LINE
(((h - 1) * 8) - 5, ((v - 1) * 14) - 2)-(((h - 1 + nb) * 8) + 5, (v *
14) + 2), coul, B
END
SUB
DEFINT A-Z
SUB
calmoy (t$(), moy$(), niveaux())
'5/5/96
debut
= 1
FOR
Valeur = 1 TO 21 '===
fin =
debut + (niveaux(Valeur) - 1)
GOSUB
calcul
debut
= fin + 1
NEXT
EXIT
SUB
calcul:
tt
= 0: nt = 0
FOR
j = debut TO fin
IF
t$(j) <> " " THEN tt = tt + VAL(t$(j)): nt = nt + 1
NEXT j
IF
nt = 0 THEN moy$(Valeur) = "" ELSE moy$(Valeur) = LTRIM$(STR$(INT(INT(tt
/ nt) * 10) / 10))
RETURN
END
SUB
DEFINT A-Z
SUB
centre (v, coul, ph$)
COLOR
coul
LOCATE v, INT(41 - (LEN(ph$) / 2))
PRINT
ph$
COLOR
blancbrill
END
SUB
DEFINT
A-Z
SUB
chiffres ()
LOCATE 23, 1, 0
FOR i
= 1 TO 80
xx$ = xx$ + CHR$(SCREEN(23, i))
NEXT
LOCATE
23, 1: PRINT SPACE$(80)
CALL
centre(23, rougeclair, "Des chiffres !")
CALL
attendre(1)
COLOR
blanc: LOCATE 23, 1: PRINT xx$
END
SUB
DEFINT A-Z
SUB
claviernumerique (z$)
CALL
titre(titr$)
CALL
cadre(4, 5, 70, 15, marron)
COLOR , marron
w$
= "Avec les touches du clavier numérique, tu vas devoir"
IF eleve <> 0 THEN
CALL centre(6, blancbrill, pre$ + ","): w$ = LCASE$(w$)
CALL centre(8, blancbrill, w$)
ELSE
CALL centre(7, blancbrill, w$)
END
IF
CALL
centre(9, blancbrill, z$)
LOCATE 11: h = 35
LOCATE , h: PRINT "7 8 9"
LOCATE , h: PRINT " \ │ /"
LOCATE , h: PRINT "4───┼───6"
LOCATE , h: PRINT " / │ \"
LOCATE , h: PRINT "1 2 3"
CALL centre(17, blancbrill, "Tu peux corriger tes erreurs
avec la touche " + CHR$(27) + "- ou la touche suppr.")
CALL entree
z$ =
"": w$ = ""
END
SUB
DEFINT A-Z
SUB
consigne (nl, w$, z$, xx$)
CALL
titre(titr$)
IF nl
= 1 THEN z$ = "": xx$ = ""
IF nl
= 2 THEN xx$ = ""
l =
LEN(w$)
IF
LEN(z$) > l THEN l = LEN(z$)
IF
LEN(xx$) > l THEN l = LEN(xx$)
l = l
+ 6
h =
INT(40 - l / 2)
IF
eleve <> 0 THEN nl = nl + 1
IF nl
= 1 OR nl = 2 THEN
v =
8
ELSEIF nl = 3 THEN
v =
7
ELSEIF nl = 4 THEN
v =
6
END
IF
CALL
cadre(v, h, l, 4 + (nl * 2), marron)
COLOR
, marron
IF
eleve <> 0 THEN
CALL centre(v + 3, blancbrill, pre$ + ","): w$ = LCASE$(w$)
CALL centre(v + 5, blancbrill, w$)
CALL centre(v + 7, blancbrill, z$)
CALL centre(v + 9, blancbrill, xx$)
ELSE
CALL centre(v + 3, blancbrill, w$)
CALL centre(v + 5, blancbrill, z$)
CALL centre(v + 7, blancbrill, xx$)
END IF
CALL entree
w$ =
"": z$ = "": xx$ = ""
END
SUB
DEFINT A-Z
SUB
convertir (z$)
'convertir les . en ,
s =
INSTR(1, z$, ".")
IF s
<> 0 THEN z$ = MID$(z$, 1, s - 1) + "," + MID$(z$, s + 1)
END
SUB
DEFINT A-Z
SUB
entree ()
COLOR
7, 0
LOCATE 23, , 0: PRINT SPACE$(37); CHR$(17) + CHR$(196) + CHR$(217) +
SPACE$(40)
DEF
SEG = 0
POKE
1050, PEEK(1052)
DEF
SEG
r$ = ""
DO
r$
= INKEY$
'
Obtient l'emplacement de la souris et l'état des boutons.
MousePoll v_mouse, h_mouse, lButton, rButton
IF lButton THEN
r$ = CHR$(13)
CALL attendre(.5)
END IF
LOOP
WHILE r$ = ""
IF
LEN(r$) < 2 THEN rr = ASC(r$) ELSE rr = ASC(RIGHT$(r$, 1))
'IF
rr = 27 THEN CALL quitter
END
SUB
DEFINT A-Z
SUB
erreur (tx!)
LOCATE
23: PRINT SPACE$(60)
CALL
centre(23, rougeclair, "Erreur"): CALL attendre(tx!)
END
SUB
DEFINT A-Z
SUB
erreur3 (tx!)
CALL
centre(23, noir, SPACE$(10))
CALL
centre(23, rougeclair, "Erreur"): CALL attendre(tx!)
CALL
centre(23, blancbrill, " ")
END
SUB
DEFINT A-Z
SUB
exact (tx!)
LOCATE 23: PRINT SPACE$(70)
CALL
centre(23, jaune, "Exact"): CALL attendre(tx!)
END
SUB
DEFINT A-Z
SUB
exact3 (tx!)
CALL
centre(23, noir, SPACE$(10))
CALL
centre(23, jaune, "Exact"): CALL attendre(tx!)
CALL
centre(23, blancbrill, " ")
END
SUB
DEFINT A-Z
SUB
fleches (v, h, w$(), np, r, coul, drap, v2, h1)
'PRINT v2, h1
'v2 et
h1 sont la ligne colonne des fleches
DIM
p$(np)
LOCATE , , 0
FOR i
= 1 TO np: p$(i) = w$(i): NEXT
l2 =
0
FOR i
= 1 TO np
l1 =
LEN(p$(i)): IF l2 < l1 THEN l2 = l1
NEXT
FOR i
= 1 TO np
p$(i)
= p$(i) + SPACE$(l2 - LEN(p$(i)))
NEXT
IF
h1
> 0 THEN
COLOR
blanc, noir
LOCATE v2,
h1: PRINT gg$
END
IF
'souris
v_mini = v: v_maxi = v_mini + np - 1
h_mini = h - 1: h_maxi = LEN(p$(1)) + h_mini + 1
'LOCATE
22, 1: PRINT v_mini, v_maxi, h_mini, h_maxi '===
'cadre
IF
drap = 1 THEN
CALL cadre(v - 1, h - 3, l2 + 4, np + 1, coul)
END
IF
COLOR
blancbrill, coul
LOCATE v
FOR i = 1 TO np
LOCATE , h - 1: PRINT " "; p$(i); " "
NEXT
vt = v - 1
LOCATE v, h - 1
IF couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(1); " "
COLOR blancbrill, coul
DO
DEF SEG = 0
POKE &H417, (PEEK(&H417) AND &H9F)'non numérique
POKE 1050, PEEK(1052)
DEF SEG
souris = 0
DO
r$
= INKEY$
'
Obtient l'emplacement de la souris et l'état des boutons.
MousePoll v_mouse, h_mouse, lButton, rButton
'LOCATE 21, 1: PRINT "Position de la souris : "; v_mouse;
", "; h_mouse '===
IF lButton THEN
IF v_mouse >= v_mini AND v_mouse <= v_maxi THEN
IF h_mouse >= h_mini AND h_mouse <= h_maxi THEN
LOCATE v_mini
FOR i = 1 TO np
LOCATE , h_mini: PRINT " "; p$(i); " "
NEXT
calcul = v_mouse - v_mini + 1
LOCATE v_mouse, h_mini
COLOR coul, blancbrill
PRINT " "; p$(calcul); " "
CALL attendre(.3)
r = calcul
EXIT SUB
ELSE
BEEP
END IF
ELSEIF v_mouse = v2 AND h_mouse =
h1 THEN
rr = 72
'fleche haut
souris = 1
CALL attendre(.2)
EXIT
DO
ELSEIF v_mouse = v2 AND h_mouse =
h1 + 2 THEN
rr = 80
'fleche bas
souris = 1
CALL attendre(.2)
EXIT
DO
ELSEIF v_mouse = v2 AND (h_mouse >=
h1 + 9 AND h_mouse <= h1 +
11) THEN
rr = 13
souris = 1
CALL attendre(.3)
EXIT DO
ELSE
BEEP
END IF
END IF
LOOP WHILE r$ = ""
IF
souris = 0 THEN
IF LEN(r$) < 2 THEN
rr = ASC(r$)
ELSE
rr = ASC(RIGHT$(r$, 1))
END IF
END
IF
IF rr
= 27 THEN
CALL
quitter
END
IF
LOCATE v, h - 1: PRINT " "; p$(v - vt); " "
IF rr = 72 THEN v = v - 1: IF v = vt THEN v = vt + np
IF rr = 80 THEN v = v + 1: IF v = vt + np + 1 THEN v = vt + 1
LOCATE v, h - 1
IF couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(v - vt); " "
COLOR blancbrill, coul
LOOP
WHILE rr <> 13
r
= v - vt
COLOR blancbrill
END
SUB
DEFINT A-Z
SUB
fleches2 (v%, h%, ll%, nm%, h1%, w$(), r, coul)
DIM
p$(nm%)
CONST
gauche = 75, droite = 77, bas = 80, haut = 72
'on met
des espaces à la fin
FOR i
= 1 TO nm
p$(i) = w$(i)
NEXT
l2 = 0
FOR i
= 1 TO nm
l1 = LEN(p$(i)): IF l2 < l1 THEN l2 = l1
NEXT
FOR i
= 1 TO nm
p$(i) = p$(i) + SPACE$(l2 - LEN(p$(i)))
NEXT
'+++
n! =
nm / 2
paire
= 0: IF n! = INT(nm / 2) THEN paire = 1
vv =
v: hh = h: r = 1
GOSUB
affiche
'fleches
IF couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
LOCATE v, h - 1
PRINT " "; p$(1); " "
COLOR blancbrill, coul
DO
DEF
SEG = 0
POKE
&H417, (PEEK(&H417) AND &H9F)'non numérique
POKE
&H417, (PEEK(&H417) AND &HBF) 'minus
POKE
1050, PEEK(1052)
DEF
SEG
souris = 0
DO
r$
= INKEY$
'
Obtient l'emplacement de la souris et l'état des boutons.
MousePoll v_mouse, h_mouse, lButton, rButton
'LOCATE 22, 1: PRINT v_mouse, h_mouse'===
IF lButton THEN
IF v_mouse >= vv AND v_mouse <= vv + ll - 1 THEN
FOR nombre = 1 TO nm
IF v_mouse = vv + nombre - 1 THEN
IF h_mouse >= h AND h_mouse <= h + l2 THEN
GOSUB affiche
LOCATE v_mouse, h - 1
IF couleur = 1 THEN COLOR coul, blanc ELSE COLOR
noir, blanc
PRINT " "; p$(nombre); " "
COLOR blancbrill, coul
CALL attendre(.3)
r = nombre
EXIT SUB
ELSEIF h_mouse >=
h1 AND h_mouse <= h1 + l2 THEN
GOSUB affiche
LOCATE v_mouse,
h1 - 1
IF couleur = 1 THEN COLOR coul, blanc ELSE COLOR
noir, blanc
PRINT " "; p$(nombre + ll); " "
COLOR blancbrill, coul
CALL attendre(.3)
r =
nombre + ll
EXIT SUB
END
IF
END IF
NEXT
ELSEIF v_mouse = 23 THEN
IF h_mouse = 33 THEN
'fleche
haut
rr = haut
CALL attendre(.3)
souris = 1
EXIT DO
ELSEIF h_mouse = 35 THEN
'fleche
bas
rr = bas
CALL attendre(.3)
souris = 1
EXIT DO
ELSEIF h_mouse = 37 THEN
'fleche
gauche
rr = gauche
CALL attendre(.3)
souris = 1
EXIT DO
ELSEIF h_mouse = 39 THEN
'fleche
droite
rr = droite
CALL attendre(.3)
souris = 1
EXIT DO
ELSEIF h_mouse >= 46 AND h_mouse <= 48 THEN
'entree
rr = 13
CALL attendre(.3)
souris = 1
EXIT DO
END IF
ELSE
BEEP
END IF
END
IF
LOOP
WHILE r$ = ""
IF
souris = 0 THEN
IF LEN(r$) < 2 THEN rr = ASC(r$) ELSE rr = ASC(RIGHT$(r$, 1))
IF rr = 27 THEN r = 0: EXIT SUB
END
IF
LOCATE v, hh - 1
PRINT " "; p$(r); " "
GOSUB fldirect
LOCATE v, hh - 1
IF couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
COLOR blancbrill, coul
LOOP
WHILE rr <> 13
EXIT
SUB
fldirect:
IF
rr = gauche THEN r = r - ll: IF hh = h1 THEN hh = h ELSE IF hh = h THEN
hh = h1 'gauche
IF
rr = droite THEN
IF
paire = 0 AND r = ll + 1 THEN
r
= r + ll + 1
ELSE
r
= r + ll
END IF
IF
hh = h1 THEN hh = h ELSE IF hh = h THEN hh = h1 'droite
END
IF
IF
rr = haut THEN v = v - 1: r = r - 1 'haut
IF
rr = bas THEN v = v + 1: r = r + 1 'bas
IF r = ll + 1 THEN v = vv: hh = h1
IF r
= ll THEN v = ll + (vv - 1): hh = h
IF r = 2 * ll THEN v = ll + (vv - 1): hh = h1
IF r
> nm THEN r = 1: v = vv: hh = h
IF r
>= 1 THEN RETURN
r =
nm
v
= (vv - 1) + nm - ll: hh = h1
RETURN
affiche:
COLOR
, coul
LOCATE vv
FOR
i = 1 TO ll: LOCATE , h - 1: PRINT " "; p$(i); " ": NEXT
LOCATE vv
FOR
i = ll + 1 TO nm: LOCATE , h1 - 1: PRINT " "; p$(i); " ": NEXT
RETURN
END
SUB
DEFINT A-Z
SUB
flechesbis (v, h, p$(), np, r)
v2 =
18: h1 = 62
DEF
SEG = 0
POKE
&H417, (PEEK(&H417) AND &H9F)'non numérique
DEF
SEG
COLOR blancbrill
LOCATE v
l = 0
FOR i = 1 TO np
LOCATE , h: PRINT p$(i)
IF LEN(p$(i)) > l THEN l = LEN(p$(i))
NEXT
vt = v - 1
LOCATE v, h - 1: COLOR jaune: PRINT "-"; p$(1); "-": COLOR blancbrill
'souris
v_mini
= v: v_maxi = v_mini + np - 1
h_mini = h - 1: h_maxi = l + h_mini + 1
DO
MouseBorder 46, 435, 260, 620
MouseShow
souris = 0
DEF
SEG = 0
POKE
1050, PEEK(1052)
DEF
SEG
DO
r$ = INKEY$
'
Obtient l'emplacement de la souris et l'état des boutons.
MousePoll v_mouse, h_mouse, lButton, rButton
'LOCATE 21, 1: PRINT v_mouse, h_mouse'===
'matrice 14 x 8 = transforme en coord écran
v_mouse = INT(v_mouse / 14) + 1
h_mouse = INT(h_mouse / 8) + 1
IF lButton THEN
IF v_mouse >= v_mini AND v_mouse <= v_maxi THEN
IF h_mouse >= h_mini AND h_mouse <= h_maxi THEN
MouseHide
LOCATE v_mini
FOR i = 1 TO np
LOCATE , h_mini: PRINT " "; p$(i); " "
NEXT
calcul = v_mouse - v_mini + 1
LOCATE v_mouse, h_mini
COLOR jaune
PRINT "-"; p$(calcul); "-"
CALL attendre(.3)
r = calcul
EXIT SUB
ELSE
BEEP
END IF
ELSEIF v_mouse = v2 AND h_mouse =
h1 THEN
rr = 72
'fleche haut
souris = 1
CALL attendre(.2)
EXIT
DO
ELSEIF v_mouse = v2 AND h_mouse =
h1 + 2 THEN
rr = 80
'fleche bas
souris = 1
CALL attendre(.2)
EXIT
DO
ELSEIF v_mouse = v2 AND (h_mouse >=
h1 + 9 AND h_mouse <= h1 +
11) THEN
rr = 13
souris = 1
CALL attendre(.3)
EXIT DO
ELSE
BEEP
END IF
END IF
LOOP WHILE r$ = ""
MouseHide
IF
souris = 0 THEN
IF LEN(r$) < 2 THEN rr = ASC(r$) ELSE rr = ASC(RIGHT$(r$, 1))
END
IF
IF rr = 27 THEN r = 0: EXIT SUB
LOCATE v, h - 1: PRINT " "; p$(v - vt); " "
IF rr = 72 THEN v = v - 1: IF v = vt THEN v = vt + np
IF rr = 80 THEN v = v + 1: IF v = vt + np + 1 THEN v = vt + 1
LOCATE v, h - 1: COLOR jaune: PRINT "-"; p$(v - vt); "-": COLOR
blancbrill
LOOP WHILE rr <> 13
r
= v - vt
COLOR blancbrill
END
SUB
DEFINT A-Z
SUB
flechesmenu (w$(), r, coul)
nm = 21
'===
DIM
p$(nm)
CONST
gauche = 75, droite = 77, bas = 80, haut = 72
h1 = 6:
h1 = 32: h3 = 58
'on met
des espaces à la fin
FOR i
= 1 TO nm
p$(i) = w$(i)
NEXT
l2 = 0
FOR i
= 1 TO nm
l1 = LEN(p$(i)): IF l2 < l1 THEN l2 = l1
NEXT
FOR i
= 1 TO nm
p$(i) = p$(i) + SPACE$(l2 - LEN(p$(i)))
NEXT
'+++
h =
h1: v = 7
r = 1
DO
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
LOCATE v, h - 1
PRINT " "; p$(r); " "
COLOR blancbrill, coul
hh
= h: vv = v
'fleches
DEF
SEG = 0
POKE
&H417, (PEEK(&H417) AND &H9F)'non numérique
POKE
&H417, (PEEK(&H417) AND &HBF) 'minus
POKE
1050, PEEK(1052)
DEF
SEG
souris = 0
DO
r$ =
INKEY$
'
Obtient l'emplacement de la souris et l'état des boutons.
MousePoll v_mouse, h_mouse, lButton, rButton
' LOCATE 21, 1: PRINT "Position de la souris : ";
v_mouse; ", "; h_mouse '===
IF lButton THEN
'ligne fleches et entree
IF v_mouse = 22 THEN
IF h_mouse = 33 THEN
'fleche haut
rr =
haut
CALL attendre(.3)
souris = 1
EXIT
DO
ELSEIF h_mouse = 35 THEN
'fleche
bas
rr = bas
CALL attendre(.3)
souris
= 1
EXIT DO
ELSEIF h_mouse = 37 THEN
'fleche
gauche
rr = gauche
CALL attendre(.3)
souris = 1
EXIT DO
ELSEIF h_mouse = 39 THEN
'fleche
droite
rr = droite
CALL attendre(.3)
souris = 1
EXIT DO
ELSEIF h_mouse >= 46 AND h_mouse <= 48 THEN
'entree
rr = 13
CALL attendre(.3)
souris = 1
EXIT DO
ELSEIF h_mouse >= 3 AND h_mouse <= 15 THEN
'ligne
echap et *
rr = 27
CALL attendre(.3)
souris = 1
EXIT DO
ELSEIF h_mouse >= 68 AND h_mouse <= 78 THEN
rr = 42
CALL attendre(.3)
souris = 1
EXIT DO
ELSE
BEEP
END IF
END IF
'lignes
noms des activités
IF v_mouse = 7 THEN
IF
h_mouse >= 6 AND h_mouse <= 24 THEN
GOSUB
afficheliste
r = 1
LOCATE v_mouse, 5
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSEIF h_mouse >= 32 AND h_mouse <= 50 THEN
GOSUB
afficheliste
r = 8
LOCATE v_mouse, 31
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSEIF h_mouse >= 57 AND h_mouse <= 76 THEN
GOSUB
afficheliste
r = 15
LOCATE v_mouse, 57
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSE
BEEP
END IF
ELSEIF v_mouse = 9 THEN
IF h_mouse >= 6 AND h_mouse <= 24 THEN
GOSUB
afficheliste
r = 2
LOCATE v_mouse, 5
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSEIF h_mouse >= 32 AND h_mouse <= 50 THEN
GOSUB
afficheliste
r = 9
LOCATE v_mouse, 31
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSEIF h_mouse >= 57 AND h_mouse <= 76 THEN
GOSUB
afficheliste
r = 16
LOCATE v_mouse, 57
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSE
BEEP
END IF
ELSEIF v_mouse = 11 THEN
IF h_mouse >= 6 AND h_mouse <= 24 THEN
GOSUB
afficheliste
r = 3
LOCATE v_mouse, 5
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSEIF h_mouse >= 32 AND h_mouse <= 50 THEN
GOSUB
afficheliste
r = 10
LOCATE v_mouse, 31
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSEIF h_mouse >= 57 AND h_mouse <= 76 THEN
GOSUB
afficheliste
r = 17
LOCATE v_mouse, 57
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSE
BEEP
END IF
ELSEIF v_mouse = 13 THEN
IF h_mouse >= 6 AND h_mouse <= 24 THEN
GOSUB
afficheliste
r = 4
LOCATE v_mouse, 5
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSEIF h_mouse >= 32 AND h_mouse <= 50 THEN
GOSUB
afficheliste
r = 11
LOCATE v_mouse, 31
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSEIF h_mouse >= 57 AND h_mouse <= 76 THEN
GOSUB
afficheliste
r = 18
LOCATE v_mouse, 57
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSE
BEEP
END IF
ELSEIF v_mouse = 15 THEN
IF h_mouse >= 6 AND h_mouse <= 24 THEN
GOSUB
afficheliste
r = 5
LOCATE v_mouse, 5
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSEIF h_mouse >= 32 AND h_mouse <= 50 THEN
GOSUB
afficheliste
r = 12
LOCATE v_mouse, 31
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSEIF h_mouse >= 57 AND h_mouse <= 76 THEN
GOSUB
afficheliste
r = 19
LOCATE v_mouse, 57
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSE
BEEP
END IF
ELSEIF v_mouse = 17 THEN
IF h_mouse >= 6 AND h_mouse <= 24 THEN
GOSUB
afficheliste
r = 6
LOCATE v_mouse, 5
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSEIF h_mouse >= 32 AND h_mouse <= 50 THEN
GOSUB
afficheliste
r = 13
LOCATE v_mouse, 31
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSEIF h_mouse >= 57 AND h_mouse <= 76 THEN
GOSUB
afficheliste
r = 20
LOCATE v_mouse, 57
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSE
BEEP
END IF
ELSEIF v_mouse = 19 THEN
IF h_mouse >= 6 AND h_mouse <= 24 THEN
GOSUB
afficheliste
r = 7
LOCATE v_mouse, 5
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSEIF h_mouse >= 32 AND h_mouse <= 50 THEN
GOSUB
afficheliste
r = 14
LOCATE v_mouse, 31
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSEIF h_mouse >= 57 AND h_mouse <= 76 THEN
GOSUB
afficheliste
r = 21
LOCATE v_mouse, 57
IF
couleur = 1 THEN COLOR coul, blanc ELSE COLOR noir, blanc
PRINT " "; p$(r); " "
CALL attendre(.5)
EXIT SUB
ELSE
BEEP
END IF
ELSE
BEEP
END IF
END IF
LOOP
WHILE r$ = ""
IF souris = 0 AND LEN(r$) < 2 THEN
rr = ASC(r$)
ELSEIF souris = 0 THEN
rr = ASC(RIGHT$(r$, 1))
END IF
SELECT CASE rr
CASE
gauche
h =
h - 26
IF
h < h1 THEN
v
= v - 2: h = h3
END
IF
IF
v < 7 THEN
v
= 19
END
IF
CASE
droite
h =
h + 26
IF
h > h3 THEN
v = v + 2: h = h1
END IF
IF
v > 19 THEN
v
= 7
END IF
CASE
bas
v
= v + 2
IF
v > 19 THEN
IF h = h1 THEN
h = h1: v = 7
ELSEIF h = h1 THEN
h = h3: v = 7
ELSEIF h = h3 THEN
h = h1: v = 7
END IF
END IF
CASE haut
v
= v - 2
IF
v < 7 THEN
IF h = h3 THEN
h = h1: v = 19
ELSEIF h = h1 THEN
h = h1: v = 19
ELSEIF h = h1 THEN
h = h3: v = 19
END IF
END IF
CASE 13
GOSUB calculr
EXIT SUB
CASE 27
r
= 0
EXIT SUB
CASE 42, 36, 56, 230, 43
IF eleve <> 0 THEN
'l'étoile
r
= 42
EXIT SUB
END IF
END
SELECT
COLOR blancbrill, coul
LOCATE vv, hh - 1
PRINT " "; p$(r); " "
GOSUB
calculr
LOOP
EXIT
SUB
calculr:
IF h
= h1 THEN
r =
((v - 7) / 2) + 1
ELSEIF h =
h1 THEN
r =
((v - 7) / 2) + 8
ELSEIF h = h3 THEN
r =
((v - 7) / 2) + 15
END
IF
RETURN
afficheliste:
'affiche liste exo
h1 = 5:
h1 = 31: h3 = 57
COLOR
blancbrill
LOCATE 7
FOR i
= 1 TO 7
LOCATE ,
h1: PRINT " "; p$(i); " ": PRINT
NEXT
LOCATE 7
FOR i
= 8 TO 14
LOCATE ,
h1: PRINT " "; p$(i); " ": PRINT
NEXT
LOCATE 7
FOR i
= 15 TO 21
LOCATE , h3: PRINT " "; p$(i); " ": PRINT
NEXT
RETURN
END
SUB
DEFINT A-Z
SUB
getinvi (rr%)
DEF
SEG = 0
POKE
1050, PEEK(1052)
DEF
SEG
DO
r$
= INKEY$
LOOP
WHILE r$ = ""
IF
LEN(r$) < 2 THEN rr = ASC(r$) ELSE rr = ASC(RIGHT$(r$, 1))
END
SUB
DEFINT A-Z
SUB
getinvimouse (rr)
DEF
SEG = 0
POKE
1050, PEEK(1052)
DEF
SEG
DO
r$ = INKEY$
'
Obtient l'emplacement de la souris et l'état des boutons.
MousePoll v_mouse, h_mouse, lButton, rButton
IF lButton THEN
r$ = CHR$(13)
CALL attendre(.5)
END IF
LOOP
WHILE r$ = ""
IF
LEN(r$) < 2 THEN rr = ASC(r$) ELSE rr = ASC(RIGHT$(r$, 1))
END
SUB
DEFINT A-Z
SUB
inputgen (nl%, r$, deb%, fin%)
DIM
re$(nl + 1)
inpdebut:
r$ =
"."
DEF
SEG = 0
POKE
1050, PEEK(1052)
DEF
SEG
IF
prog = 20 THEN 'orth
COLOR noir, blanc
END
IF
ligne = CSRLIN
col = POS(0)
LOCATE ligne, col: IF fin% = 57 THEN PRINT LEFT$(SPACE$(40), nl)
LOCATE ligne, col, 1
FOR
ii = 1 TO nl + 1
input0:
IF
ii <= 0 THEN ii = 1
DO
re$(ii) = INKEY$
LOOP WHILE re$(ii) = ""
IF
ASC(re$(ii)) = 27 THEN
LOCATE , , 0
CALL quitter
r$ = ""
EXIT FOR
END
IF
IF
LEN(re$(ii)) = 2 THEN z2 = ASC(RIGHT$(re$(ii), 1)): IF ii > 1 AND (z2 =
75 OR z2 = 83 OR z2 = 15) THEN PRINT CHR$(29); " "; CHR$(29); : ii = ii
- 1: z2 = 0: GOTO input0 ELSE GOTO input0
IF
ASC(re$(ii)) = 13 THEN EXIT FOR
IF
ii > 1 AND ASC(re$(ii)) = 8 THEN PRINT CHR$(29); " "; CHR$(29); : ii =
ii - 1: GOTO input0 ELSE IF ASC(re$(ii)) = 8 THEN GOTO input0
IF
ASC(re$(ii)) < deb OR ASC(re$(ii)) > fin THEN IF deb = 48 THEN CALL
chiffres: r$ = "": EXIT FOR ELSE CALL lettres: r$ = "": EXIT FOR
IF
ii = nl + 1 THEN BEEP: GOTO input0
PRINT re$(ii);
NEXT
ii
IF r$
= "" THEN LOCATE ligne, col: GOTO inpdebut
PRINT
r$ =
"": FOR JJ = 1 TO ii - 1: r$ = r$ + re$(JJ): NEXT
r$ =
LTRIM$(r$): r$ = RTRIM$(r$)
IF r$
= "" THEN BEEP: LOCATE ligne, col: GOTO inpdebut
LOCATE , , 0
END
SUB
DEFINT A-Z
SUB
lettres ()
LOCATE 23, 1, 0
FOR i
= 1 TO 80
xx$ = xx$ + CHR$(SCREEN(23, i))
NEXT
LOCATE 23, 1: PRINT SPACE$(80)
CALL
centre(23, rougeclair, "Des lettres !")
CALL
attendre(1)
COLOR
blanc: LOCATE 23, 1: PRINT xx$
END
SUB
DEFINT A-Z
SUB
niveau (r%, np%, titr$)
CALL
titre(titr$)
DIM
p$(4)
p$(1) = "1": p$(2) = "2": p$(3) = "3": p$(4) = "4"
CALL
cadre(7, 25, 30, 2, vert)
COLOR , vert
CALL
centre(8, blancbrill, "Niveau de difficulté")
COLOR
blanc, noir
CALL
centre(23, blanc, gg$)
COLOR
15, bleu
p$(1) = "1": p$(2) = "2": p$(3) = "3": p$(4) = "4"
'CALL
cadre(11, 36, 7, 3 + np, rouge)
DO
CALL fleches(13, 40, p$(), np, r, rouge, 1, 23, 35)
IF r = 0 THEN
CALL quitter
END IF
LOOP
WHILE r = 0
END
SUB
DEFINT A-Z
SUB
ouinon (r$)
h =
POS(0)
v =
CSRLIN
DIM regs AS RegType
regs.ax = &HF00
INTERRUPT &h10, regs, regs ' &h10 renvoie informations
' sur vidéo.
sWidth = (regs.ax AND &HFF00) \ 256 ' Octet fort de AX (AH).
sMode = regs.ax AND &HFF ' Octet faible de AX (AL).
SELECT CASE sMode ' Fait correspondre numéros
CASE 3 ' de mode vidéo MS-DOS et
sMode
= 0 ' modes affichage Basic.
CASE 16
sMode = 9
MouseInit
END SELECT
LOCATE v, h
COLOR
blanc: PRINT "["; : COLOR jaune: PRINT "O"; : COLOR blanc: PRINT "]ui ou
["; : COLOR jaune: PRINT "N"; : COLOR blanc: PRINT "]on ?"
MouseShow
DO
r$ = ""
DO
r$ = INKEY$
'
Obtient l'emplacement de la souris et l'état des boutons.
MousePoll v_mouse, h_mouse, lButton, rButton
IF sMode = 9 THEN
'matrice 14 x 8 = transforme en coord écran
v_mouse = INT(v_mouse / 14) + 1
h_mouse = INT(h_mouse / 8) + 1
END IF
IF lButton THEN
IF v_mouse = v AND (h_mouse >= h AND h_mouse <= h +
5) THEN
r$ = "o"
CALL attendre(.3)
ELSEIF v_mouse = v AND (h_mouse >= h + 10 AND
h_mouse <= h + 14) THEN
r$ = "n"
CALL attendre(.3)
ELSE
BEEP
END IF
END IF
LOOP WHILE r$ = ""
r$ = UCASE$(r$)
LOOP
UNTIL r$ = "O" OR r$ = "N" OR r$ = CHR$(27) OR r$ = CHR$(13)
END
SUB
DEFINT A-Z
SUB
quitter ()
'25/2/96
DIM
c(80), xx$(80)
x =
noir: y = noir
F = 0
'on
mémorise la zone quitter
LOCATE 23, 1, 0
COLOR blanc, x
FOR
i = 1 TO 80
xx$(i) = CHR$(SCREEN(23, i))
c(i) = SCREEN(23, i, 1): IF c(i) > 15 THEN F = 1 'erreur à cause du fond
NEXT
LOCATE 23, 1: PRINT SPACE$(80)
LOCATE 23, 28
BEEP: PRINT "Quitter ";
CALL ouinon(r$)
IF
UCASE$(r$) = "O" THEN COLOR , 0: CLS : RUN "exo_ge" '===
'on restitue la zone quitter
LOCATE 23, 1
FOR
i = 1 TO 80
IF
F = 0 THEN
COLOR c(i)
END IF
PRINT xx$(i);
NEXT
PRINT
COLOR
15, y
END
SUB
DEFINT A-Z
SUB
resultats (re%, ni%)
SCREEN 0
MouseInit
MouseShow
tit$
= titr$
titr$
= "resultats"
CALL
titre(titr$)
w! =
LEN(tit$) / 2
IF w!
= INT(LEN(tit$) / 2) THEN n = 4 ELSE n = 2
CALL
cadre(5, 38 - INT(LEN(tit$) / 2), INT(LEN(tit$)) + n, 2, blanc)
COLOR
, blanc
CALL
centre(6, noir, tit$)
COLOR
, bleu
IF re
> 8 THEN
cc = vertclair: z$ = "Acquis"
ELSEIF re > 4 AND re < 9 THEN
cc = jaune: z$ = "En cours d'acquisition"
ELSE
cc
= rougeclair: z$ = "Non acquis"
END
IF
IF
nbniv <> 1 THEN
s$ = "
au niveau" + RTRIM$(STR$(ni))
ELSE
s$ =
""
END
IF
CALL
centre(10, cc, z$ + s$)
CALL
cadre(12, 20, 40, 2, rouge)
LOCATE 13
i2 =
0
FOR i
= 1 TO re
LOCATE , 21 + i2: PRINT "████"; '219
i2 =
i2 + 4
NEXT
COLOR
noir, noir
FOR i
= re + 1 TO 10
LOCATE , 21 + i2: PRINT " ";
i2 =
i2 + 4
NEXT
PRINT
COLOR , bleu
CALL
centre(16, 15, "Pourcentage de réussite :" + STR$(re * 10) + " %")
CALL
centre(18, 15, "(" + LTRIM$(STR$(re)) + " sur 10)")
COLOR
blancbrill
END
SUB
DEFINT A-Z
SUB
tableauexo (p$())
'tableau des exercices
CALL
cadre(5, 2, 75, 16, rouge)
COLOR , bleu
LOCATE 22, 3: PRINT "["; : COLOR jaune: PRINT "Echap"; : COLOR
blancbrill: PRINT "] = Fin"
CALL centre(22, blanc, gg2$)
IF
eleve <> 0 THEN
COLOR blancbrill
LOCATE 22, 68: PRINT "["; : COLOR jaune: PRINT "*"; : COLOR blancbrill:
PRINT "] = Bilan"
END IF
l3$ =
SPACE$(24) + "│" + SPACE$(25) + "│" + SPACE$(23)
l4$ =
STRING$(24, "─") + "┼" + STRING$(25, "─") + "┼" + STRING$(23, "─")
l5$ =
STRING$(24, "─") + "┬" + STRING$(25, "─") + "┬" + STRING$(23, "─")
l6$ =
STRING$(24, "─") + "┴" + STRING$(25, "─") + "┴" + STRING$(23, "─")
COLOR
blanc, rouge
LOCATE 6
LOCATE , 3: PRINT l5$
'LOCATE , 3: PRINT l3$
FOR i
= 1 TO 6
LOCATE
, 3: PRINT l3$
LOCATE
, 3: PRINT l4$
NEXT
LOCATE
, 3: PRINT l3$
LOCATE
, 3: PRINT l6$
'affiche liste exo
h1 =
6: h1 = 32: h3 = 58
COLOR
blancbrill
LOCATE 7
FOR i
= 1 TO 7
LOCATE ,
h1: PRINT p$(i): PRINT
NEXT
LOCATE 7
FOR i
= 8 TO 14
LOCATE ,
h1: PRINT p$(i): PRINT
NEXT
LOCATE 7
FOR i
= 15 TO 21
LOCATE , h3: PRINT p$(i): PRINT
NEXT
END
SUB
DEFINT A-Z
SUB
titre (titr$)
w$ =
titr$
COLOR , noir, noir: CLS
FOR i = 1 TO LEN(w$)
IF MID$(w$, i, 1) = "é" OR MID$(w$, i, 1) = "è" THEN
w$ = MID$(w$, 1, i - 1) + "E" + MID$(w$, i + 1)
END IF
NEXT
FOR i = 1 TO LEN(w$)
IF MID$(w$, i, 1) = "à" THEN
w$ = MID$(w$, 1, i - 1) + "A" + MID$(w$, i + 1)
END IF
NEXT
COLOR , vert
LOCATE 2, 1: PRINT SPACE$(80)
CALL centre(2, noir, UCASE$(w$))
LOCATE 21, 1: PRINT SPACE$(80)
VIEW PRINT 3 TO 20: COLOR blancbrill, bleu: CLS 2: VIEW PRINT
END
SUB
DEFINT A-Z
SUB
titre2 (titr$)
COLOR
, noir: CLS
w$ = titr$
FOR i = 1 TO LEN(w$)
IF MID$(w$, i, 1) = "é" OR MID$(w$, i, 1) = "è" THEN
w$ = MID$(w$, 1, i - 1) + "E" + MID$(w$, i + 1)
END IF
NEXT
LINE
(0, 14)-(640, 27), vert, BF
CALL centre(2, jaune, " " + UCASE$(w$) + " ")
LINE
(0, 28)-(639, 279), bleu, BF
LINE
(0, 279)-(640, 292), vert, BF
COLOR blancbrill
END
SUB
DEFINT A-Z
SUB
titre3 (titr$)
COLOR
, noir: CLS
w$ = titr$
FOR i = 1 TO LEN(w$)
IF MID$(w$, i, 1) = "é" OR MID$(w$, i, 1) = "è" THEN
w$ = MID$(w$, 1, i - 1) + "E" + MID$(w$, i + 1)
END IF
NEXT
LINE
(0, 14)-(640, 27), vert, BF
CALL centre(2, jaune, " " + UCASE$(w$) + " ")
LINE
(0, 28)-(639, 279), bleu, BF
LINE
(430, 38)-(630, 269), noir, BF
LINE
(430, 38)-(630, 269), rouge, B
LINE
(0, 279)-(640, 292), vert, BF
COLOR
blancbrill
END SUB
Géométrie Primaire |
