Programas sencillos en Gambas

1. COLEGIO NACIONAL TECNICO
“ARTURO BORJA”
INTEGRANTES
• GLENDA HURTADO
• DAVID SALDAÑA
EJERCICIOS DE “GAMBAS”
EJERCICIO
“SUMA”
PUBLIC SUB Main()
`Mi primera suma
DIM AAS Integer
DIM B AS Integer
DIM S AS Integer
A = 10
B = 20
S = A + B
PRINT "LA SUMA ES...:"
PRINT S
END
EJERCICIO
“MAYOR DE 3 NUMEROS”
‘entre 3 números averiguar cuál es el mayor

2. ‘el menor y el intermedio.
PUBLIC SUB Main()
DIM A, B, C AS Integer
A = 6
B = 10
C = 80
IF A > B AND A > C THEN
PRINT "MAYOR ES..: " & A
IF C > B THEN
PRINT "INTERMEDIO ES..: " & C
PRINT "MENOR ES..: " & B
ELSE
PRINT "INTERMEDIO ES..: " & B
PRINT "MENOR ES..: " & C
ENDIF
ELSE
IF B > C THEN
PRINT "MAYOR ES..: " & B
IF A > C THEN
PRINT "INTERMEDIO ES..: " & A
PRINT "MENOR ES..: " & C
ELSE
PRINT "INTERMEDIO ES..: " & C
PRINT "MENOR ES..: " & A
ENDIF
ELSE
PRINT "MAYOR ES..: " & C
IF A > B THEN
PRINT "INTERMEDIO ES..: " & A
PRINT "MENOR ES..: " & B
ELSE
PRINT "INTERMEDIO ES..: " & B
PRINT "MENOR ES..: " & A
ENDIF
ENDIF
ENDIF
END

3. EJERCICIO
“DIGITO AUTOVERIFICADOR”
PUBLIC SUB Main()
DIM B, C, D, E, F, G, H, I, J, K, W AS Integer
DIM AAS String
PRINT "INGRESE EL NUMERO DE CEDULA"
INPUT A
FOR B = 1 TO 9 STEP 1
C = Str(Mid(A, B, 1))
D = B MOD 2
IF D = 0 THEN
I = I + C
ELSE
H = C * 2
IF H > 9 THEN
D = H MOD 10
E = Int(h / 10)
F = D + E
ELSE
F = H
ENDIF
G = G + F
ENDIF
NEXT
J = G + I
K = J MOD 10
W = 10 - K
PRINT "EL NUMERO VERIFICADOR DE LA CEDULA ES : "
PRINT W
END

4. EJERCICIO
“FUNCIONES”
'PROCEDIMIENTO PRINCIPAL
PUBLIC SUB Main()
DIM a, b, h, z AS Integer
PRINT "Ingrese un número.:"
INPUT a
PRINT "Ingrese un número.:"
INPUT b
pintamedia(a, b)
h = 30
z = 70
pintamedia(h, z)
END
'PROCEDIMIENTO 1
PUBLIC SUB pintamedia(v1 AS Integer, v2 AS Integer) AS Integer
DIM s AS Integer
s = v1 + v2
PRINT "La suma es..: ", s
END

5. EJERCICIO
“PINTAMEDIA”
PUBLIC SUB Main()
DIM a, b AS Integer
PRINT "Ingrese un número.:"
INPUT a
PRINT "Ingrese un número.:"
INPUT b
'Llamada a función suma, resta, multiplicación y división
PRINT "La suma es..: ", suma(a, b)
PRINT "La resta es..: ", resta(a, b)
PRINT "La multiplicación es..: ", multiplicacion(a, b)
PRINT "La división es..: ", division(a, b)
END
'Función suma
PUBLIC SUB suma(v1 AS Integer, v2 AS Integer) AS Integer
DIM s AS Integer
s = v1 + v2
RETURN s
END
'Función resta
PUBLIC SUB resta(v1 AS Integer, v2 AS Integer) AS Integer
DIM r AS Integer
r = v1 - v2
RETURN r
END
'Función multiplicación

6. PUBLIC SUB multiplicacion(v1 AS Integer, v2 AS Integer) AS Integer
DIM m AS Integer
m = v1 * v2
RETURN m
END
'Función división
PUBLIC SUB division(v1 AS Integer, v2 AS Integer) AS Integer
DIM d AS Integer
d = v1 / v2
RETURN d
END
EJERCICIO
“MODULO FIBONACCI”
PUBLIC SUB Main()
'Serie de Fibonacci
DIM p, s, x, t AS Integer
DIM fibo AS String
p = 0
s = 1
fibo = Str(p) & " " & Str(s)
WHILE x < 5
t = p + s
fibo = fibo & " " & Str(t)
p = s
s = t
x = x + 1
WEND
PRINT fibo
END

7. EJERCICIO
“OPERACIONES BÁSICAS”
PUBLIC SUB Button1_Click()
suma.text = Val(num1.text) + Val(num2.text)
resta.text = num1.text - num2.text
multi.text = num1.text * num2.text
divi.text = num1.text / num2.text
END
PUBLIC SUB Button2_Click()
num1.text = ""
num2.text = ""
suma.text = ""
resta.text = ""
multi.text = ""
divi.text = ""
END
PUBLIC SUB Button3_Click()
ME.Close
END

8. EJERCICIO
“JUEGO”
PUBLIC SUB Button1_Click()
DIM n1, n2, n3 AS Integer
RANDOMIZE
n1 = Int(Rnd() * 10)
n2 = Int(Rnd() * 10)
n3 = Int(Rnd() * 10)
TextBox1.Text = n1
TextBox2.Text = n2
TextBox3.Text = n3
IF n1 = n2 AND n1 = n3 THEN
Message("GANASTES")
TextBox5.Text = TextBox4.Text * 2
ELSE
IF n1 = 7 AND n2 = 7 AND n3 = 7 THEN
Message("CONGRATULATIONS GANASTES EL PREMIO MAYOR")
TextBox5.Text = TextBox4.Text * 4
ENDIF
ENDIF
END
PUBLIC SUB Button2_Click()
ME.Close
END

9. EJERCICIO
“CALCULADORA”
PUBLIC BAN AS Integer
PUBLIC OP1 AS Float
PUBLIC OP2 AS Float
PUBLIC SUB Button10_Click()
visor.text = visor.Text & "0"
END
PUBLIC SUB Button11_Click()
visor.text = visor.Text & "."
END
PUBLIC SUB Button7_Click()
visor.text = visor.Text & "1"
END
PUBLIC SUB Button8_Click()
visor.text = visor.Text & "2"
END
PUBLIC SUB Button9_Click()
visor.text = visor.Text & "3"
END
PUBLIC SUB Button4_Click()
visor.text = visor.Text & "4"
END
PUBLIC SUB Button5_Click()
visor.text = visor.Text & "5"
END
PUBLIC SUB Button6_Click()
visor.text = visor.Text & "6"
END
PUBLIC SUB Button1_Click()
visor.text = visor.Text & "7"
END
PUBLIC SUB Button2_Click()
visor.text = visor.Text & "8"
END
PUBLIC SUB Button3_Click()
visor.text = visor.Text & "9"
END
PUBLIC SUB Button12_Click()
ME.Close
END
PUBLIC SUB Button16_Click()
visor.text = ""

10. END
PUBLIC FUNCTION operacion(v1 AS Float, v2 AS Float, opera AS Integer) AS Float
DIM re AS Float
SELECT CASE opera
CASE 1
re = v1 + v2
CASE 2
re = v1 - v2
CASE 3
re = v1 * v2
CASE 4
re = v1 / v2
CASE 5
re = (v1 * v2) / 100
CASE 6
re = v1 ^ 2
CASE 7
re = v1 ^ 3
CASE 8
re = v1 ^ v2
CASE 9
re = 1 / v1
END SELECT
RETURN re
END
PUBLIC SUB Button13_Click()
BAN = 1
IF visor.text <> 0 THEN
OP1 = visor.Text
ELSE
OP1 = 0
ENDIF
visor.Clear
END
PUBLIC SUB Button14_Click()
BAN = 2
IF visor.text <> 0 THEN
OP1 = visor.Text
ELSE
OP1 = 0
ENDIF
visor.Clear
END
PUBLIC SUB Button18_Click()
BAN = 3
IF visor.text <> 0 THEN
OP1 = visor.Text
ELSE
OP1 = 0
ENDIF
visor.Clear
END
PUBLIC SUB Button17_Click()
BAN = 4
IF visor.text <> 0 THEN
OP1 = visor.Text
ELSE

11. OP1 = 0
ENDIF
visor.Clear
END
PUBLIC SUB Button15_Click()
IF visor.text <> 0 THEN
OP2 = visor.Text
ELSE
OP2 = 0
ENDIF
visor.Text = operacion(OP1, OP2, BAN)
END
PUBLIC SUB Button19_Click()
BAN = 5
IF visor.text <> 0 THEN
OP1 = visor.Text
ELSE
OP1 = 0
ENDIF
visor.Clear
END
PUBLIC SUB Button20_Click()
BAN = 6
IF visor.text <> 0 THEN
OP1 = visor.Text
ELSE
OP1 = 0
ENDIF
visor.text = OP1
END
PUBLIC SUB Button21_Click()
DIM valor, x1, x2, i AS Integer
DIM cadena, cadena2 AS String
valor = visor.Text
WHILE valor > 0
x1 = valor MOD 2
x2 = Int(valor / 2)
cadena = cadena & Str(x1)
valor = x2
WEND
FOR i = Len(cadena) TO 1 STEP -1
cadena2 = cadena2 & (Mid(cadena, i, 1))
NEXT
visor.text = cadena2
END
PUBLIC SUB Button22_Click()
DIM valor, x1, x2, i AS Integer
DIM cadena, cadena2 AS String
valor = visor.Text
WHILE valor > 0
x1 = valor MOD 8
x2 = Int(valor / 8)
cadena = cadena & Str(x1)
valor = x2
WEND
FOR i = Len(cadena) TO 1 STEP -1
cadena2 = cadena2 & (Mid(cadena, i, 1))

12. NEXT
visor.text = cadena2
END
PUBLIC SUB Button23_Click()
DIM valor, x1, x2, i AS Integer
DIM cadena, cadena2 AS String
valor = visor.Text
WHILE valor > 0
x1 = valor MOD 16
x2 = Int(valor / 16)
IF x1 = 10 THEN
cadena = cadena & "A"
ELSE
IF x1 = 11 THEN
cadena = cadena & "B"
ELSE
IF x1 = 12 THEN
cadena = cadena & "C"
ELSE
IF x1 = 13 THEN
cadena = cadena & "D"
ELSE
IF x1 = 14 THEN
cadena = cadena & "E"
ELSE
IF x1 = 15 THEN
cadena = cadena & "F"
ELSE
cadena = cadena & Str(x1)
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
ENDIF
valor = x2
WEND
FOR i = Len(cadena) TO 1 STEP -1
cadena2 = cadena2 & (Mid(cadena, i, 1))
NEXT
visor.Text = cadena2
END
PUBLIC SUB Button24_Click()
BAN = 7
IF visor.text <> 0 THEN
OP1 = visor.Text
ELSE
OP1 = 0
ENDIF
visor.text = OP1
END
PUBLIC SUB Button27_Click()
BAN = 8
IF visor.text <> 0 THEN
OP1 = visor.Text
ELSE
OP1 = 0

13. ENDIF
visor.Clear
END
PUBLIC SUB Button25_Click()
BAN = 9
IF visor.text <> 0 THEN
OP1 = visor.Text
ELSE
OP1 = 0
ENDIF
visor.text = OP1
END
PUBLIC SUB Button26_Click()
DIM a, b AS Long
DIM valor AS Integer
valor = visor.Text
b = 1
FOR a = valor TO 1 STEP -1
b = b * a
NEXT
visor.Text = b
END
PUBLIC SUB Button28_Click()
DIM r AS Float
r = Rad(visor.text)
visor.text = Sin(r)
END
PUBLIC SUB Button29_Click()
DIM r AS Float
r = Rad(visor.text)
visor.text = Cos(r)
END
PUBLIC SUB Button30_Click()
DIM r AS Float
r = Rad(visor.text)
visor.text = Tan(r)
END