programming jumping game

Hello all:
I am new to pic basic pro and to programming for the pic in general. I am working on a jumping game similar to that game at Cracker Barrell restaurant.

I have a matrix of 5 X 5 "game pieces on a board and the game starts with pieces in all positions except the center, the object is to jump pieces to remove them from the board and end up with just one piece left.

Does anyone out there have any ideas on how to organize and track the pieces using arrays or variables? Any similar work that has been done in PicBasic Pro?

thanks for any help.

David

Re: programming jumping game

'************************************************* ***************
'* Name : JuegoBloques.BAS *
'* Author : Leonardo Castillo *
'* Notice : Copyright (c) 2011 [select VIEW...EDITOR OPTIONS] *
'* : All Rights Reserved *
'* Date : 31/03/2011 *
'* Version : 1.0 *
'* Notes :Programa final, funciona correctamente *
'* :lcd Nokia 1100 con driver PCF 8814 65x96 pixeles. *
'************************************************* ***************
'Cuadros de figuras
; FigParada1 FigParada2 FigDer1 FigDer2
; 0 0 0 0 0
; 0 0 0 0 0 0 0 0 0 0 0 0 0
; 0 0 0 0 0 0 0 0 0 0 0
; 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
; 0 0 0 0 0 0 0 0
; 0 0 0 0 0 0 0 0
; 0 0 0 0 0 0
;$18,$2F,$78,$2F,$18-$30,$2F,$78,$2F,$10-$09,$12,$7C,$28,$6E-$10,$29,$7E,$2A,$14
; FigIz1 FigIz2 FigAr_Ab1 FigAr_Ab2
; 0 0 0 0 0
; 0 0 0 0 0 0 0 0 0 0 0 0
; 0 0 0 0 0 0 0 0 0 0 0
; 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
; 0 0 0 0 0 0 0 0
; 0 0 0 0 0 0 0 0
; 0 0 0 0
;$6E,$28,$7C,$12,$09-$14,$2A,$7E,$29,$10-$18,$2E,$78,$2F,$10-$10,$2F,$78,$2E,$18
; Choque1 Choque2 Bloque EspacioBlanco
; 0 0 0 0 O O O O O |¬¬¬¬¬¬¬¬¬¬|
; 0 0 0 O O O O O O | |
; 0 0 O O O | |
; 0 0 0 0 0 0 O O O O O | |
; 0 0 0 0 O O O | |
; 0 0 0 0 O O O | |
; 0 0 0 0 O O O O O |__________|
;$13,$24,$68,$2B,$4C-$4C,$2B,$68,$24,$13-$7F,$49,$7F,$49,$7F-$00,$00,$00,$00,$00

' _CAMPO DE JUEGO__
'c[0]=%1100011000001101=$C60D |00 00 | 00 0|
'c[1]=%1100000110001100=$C18C |00 0|0 00 |
'c[2]=%0000110011000000=$0CC0 | 00 |00 |
'c[3]=%0001110010001100=$1C8C |___000__|0___00__|
'c[4]=%1000110001100100=$8C64 |0 00 | 00 0 |
'c[5]=%0001110011100110=$1CE6 | 000 |000 00 |
'c[6]=%1001111001100011=$9E63 |0 0000 | 00 00|
'c[7]=%0000110000000111=$0C07 |____00__|_____000|

INCLUDE "modedefs.bas"
asm
__CONFIG _CONFIG1, _CP_OFF & _CCP1_RB3 & _DEBUG_OFF & _WRT_PROTECT_OFF & _CPD_OFF & _LVP_OFF & _BODEN_OFF & _MCLR_ON & _PWRTE_OFF & _WDT_ON & _INTRC_IO
__CONFIG _CONFIG2, _IESO_OFF & _FCMEN_OFF
endasm
define OSC 8
C var word[8]
a var byte[2]
b var byte[2]
n var byte
v var word
x var byte
y var byte
xc var byte
yc var byte
xf var byte[2]
yf var byte[2]
PosX var byte
PosY var byte
LcdReg var byte
m1 var byte[2]
m2 var byte
i var byte
mascara var byte
Lcd_sda var Portb.1 'DATO AL LCD
Lcd_Clk var Portb.2 'CLOCK DEL LCD
Lcd_rst var Portb.0 'RESET DEL LCD
Abajo var Mascara.4
Arriba var mascara.5
Izquierda var mascara.6
Derecha var mascara.7

'almacena figs en eeprom
FigBloque data $7F,$49,$7F,$49,$7F
FigParada1 data $18,$2F,$78,$2F,$18
FigParada2 data $30,$2F,$78,$2F,$10
FigDer1 data $09,$12,$7C,$28,$6E
FigDer2 data $10,$29,$7E,$2A,$14
FigIz1 data $6E,$28,$7C,$12,$09
FigIz2 data $14,$2A,$7E,$29,$10
FigAr_Ab1 data $18,$2E,$78,$2F,$10
FigAr_Ab2 data $10,$2F,$78,$2E,$18
FigChoque1 data $13,$24,$68,$2B,$4C
FigChoque2 data $4C,$2B,$68,$24,$13
FigEspacioBlanco data $00,$00,$00,$00,$00

CampoJuego data word $C60D,word $C18C,word $0CC0,word $1C8C,_
word $8C64,word $1CE6,word $9E63,word $0C07

goto Inicio
'dibuja campo de juego
DibujaCampo:
y=0
for yc=b[0]*4 to b[0]*4+3
x=0
for xc=a[0]*8 to a[0]*8+7
gosub ObtieneImagen
if v=1 then
m2=FigBloque
else
m2=FigEspacioBlanco
endif
gosub EnviaImagen
x=x+5
next xc
y=y+1
next yc
return
EnviaImagen:
Posx=x
posy=y
EnviaFig:
gosub Lcd_GotoXY
for i=0 to 4
read m2+i,LcdReg
gosub Lcd_SentDato
next i
return
ObtieneImagen:
v=c[yc]>>(15-xc) & $01
return
Campo:
for i=0 to 7
read CampoJuego+2*i,word C[i]
next i
return
;LCD RUTINAS
Lcd_Init:
Low Lcd_RST
pause 10 ' Reset minimo de 5mS recomendado
High Lcd_RST

'inicia escritura en modo comando LCD Nokia 1100 con Driver PCF8814
LcdReg=$20:Gosub Lcd_SentControl' escribe Vop
LcdReg=$90:Gosub Lcd_SentControl
LcdReg=$aa:gosub Lcd_SentControl' modo de direcccionamiento de escritura horizontal (aa=0)-vertical(ab=1)
LcdReg=$a4:GOSUB Lcd_SentControl' DAL=0
LcdReg=$a6:GOSUB Lcd_SentControl' E=0 // normal display (non inverted)
LcdReg=$af:GOSUB Lcd_SentControl' DON=1
lcdreg=$a9:gosub Lcd_Sentcontrol' DOR (ordenamiento de datos MSB-LSB/DOR=1($a9);LSB-MSB/DOR=0 ($a8))
LcdReg=$d2:gosub Lcd_SentControl' parcial display 1:48
LcdReg=$2F:Gosub Lcd_SentControl' Power control set(charge pump on/off)
LcdReg=$40:Gosub Lcd_SentControl' set start row address = 5
LcdReg=$b0:Gosub Lcd_SentControl' set Y-address = 0
LcdReg=$10:Gosub Lcd_SentControl' set X-address, upper 3 bits
LcdReg=$00:Gosub Lcd_SentControl' set X-address, lower 4 bits
LcdReg=$C0:Gosub Lcd_SentControl' mirror Y axis (about X axis)
LcdReg=$ac:Gosub Lcd_SentControl' set initial row (R0) of the display
LcdReg=$01:Gosub Lcd_SentControl' inicia en la linea 8 (se incrementa de 8 en 8 por cada bit del registro)
GOSUB Lcd_clear
Return
Lcd_Home:
PosX=0:PosY=0:Gosub Lcd_GotoXY
Return
Lcd_Clear:
Gosub Lcd_Home
For i=1 to 195
Lcdreg=0:Gosub Lcd_SentDato
Lcdreg=0:Gosub Lcd_SentDato
Lcdreg=0:Gosub Lcd_SentDato
Lcdreg=0:Gosub Lcd_SentDato
Next i
Return
Lcd_GotoXY:
LcdReg=%10110000 | PosY :Gosub Lcd_SentControl ' Y
LcdReg=%00001111 & PosX :Gosub Lcd_SentControl ' X parte baja
LcdReg=%00010000 | ($07&(posx>>4)) :gosub Lcd_SentControl ' X parte alta
Return
Lcd_SentControl:
lcd_sda=0 ' envia control poniendo D/C a 0
Lcd_SentDato: ' envia dato con D/C a 1
lcd_clk=1
lcd_clk=0
n=0
repeat
lcd_sda = lcdreg.7
LcdReg = LcdReg << 1
lcd_ClK = 1
lcd_ClK = 0
n=n+1
until n>7
lcd_sda=1 ' pone D/C a 1
return

'****************************
Inicio:
OSCCON= %11111110
CMCON = 7
ANSEL = 0
TRISA = %00000000
TRISB = %11110000
OPTION_REG.7=0 'habilita pull-up
gosub Campo
gosub Lcd_Init
gosub Lcd_Clear
a[0]=0
b[0]=0
gosub DibujaCampo 'dibuja el primer cuadrante del campo
xf[0]=15
yf[0]=1
xf[1]=15
yf[1]=1
IniciaJuego:
'posiciona figura
Mascara=PortB
if arriba=0 then
yf[1]=yf[0]-1
m1[0]=FigAr_Ab1
m1[1]=FigAr_Ab2
elseif abajo=0 then
yf[1]=yf[0]+1
m1[0]=FigAr_Ab1
m1[1]=FigAr_Ab2
elseif izquierda=0 then
xf[1]=xf[0]-5
m1[0]=FigIz1
m1[1]=FigIz2
elseif derecha=0 then
xf[1]=xf[0]+5
m1[0]=FigDer1
m1[1]=FigDer2
else
m1[0]=FigParada1
m1[1]=FigParada2
endif
'compara choque
xc = xf[1]/5 'se divide entre 5 para obtener multiplos de 5 y poder
yc = yf[1] 'obtener la posicion relativa con respecto al campo.
gosub ObtieneImagen
if (v=1|xf[1]>75|yf[1]>7) then 'hay choque y no modifica coordenadas
m1[0]=FigChoque1 'xf[1]max 0 min 75|yf[1]max 0 min 7, limita un cuadro
m1[1]=FigChoque2
xf[1]=xf[0]
yf[1]=yf[0]
endif
'actualiza campo dependiendo de la posicion del jugador
if xf[1]<=35&yf[1]<=3 then a[0]=0:b[0]=0
if xf[1]>35&yf[1]<=3 then a[0]=1:b[0]=0
if xf[1]<=35&yf[1]>3 then a[0]=0:b[0]=1
if xf[1]>35&yf[1]>3 then a[0]=1:b[0]=1
if a[0]<>a[1]|b[0]<>b[1] then
gosub Lcd_Clear
gosub DibujaCampo
endif
a[1]=a[0]
b[1]=b[0]
'actualiza figura en el campo
x=xf[0]-40*a[0]
y=yf[0]-4*b[0]
m2=m1[0]
gosub EnviaImagen
pause 400
m2=FigEspacioBlanco
gosub EnviaImagen
x=xf[1]-40*a[0]
y=yf[1]-4*b[0]
m2=m1[1]
gosub EnviaImagen
pause 400
xf[0]=xf[1] 'no hay choque y actualiza las coordenadas
yf[0]=yf[1]
goto iniciajuego
end

2 Attachment(s)

Re: programming jumping game

this are a figs of a program Juego Bloques

Attachment 6277 Attachment 6278

1 Attachment(s)

Re: programming jumping game

Attachment 6279

'************************************************* ***************
'* Name : AUTOS2 .BAS *
'* Author : Leonardo Castillo *
'* Notice : Copyright (c) 2011 [select VIEW...EDITOR OPTIONS] *
'* : All Rights Reserved *
'* Date : 17/04/2011 *
'* Version : 4.0 *
'* Notes :tiene algoritmo para generar la pista en base a un *
'* :generador de numeros al asar que sirven para elegir*
'* :la forma de el camino de la pista. Ademas de poder *
'* :controlar la direccion y la velocidad del vehiculo *
'* :se ha implementado la deteccion de colicion de el *
'* :carro con la pista *
'* :se emplea almacenamiento de tramos de pista en me- *
'* :moria *
'* :Nota2:para reducir el parpadeo de las imagenes se *
'* :movio la instruccion de borrado de la pantalla al *
'* :inicio de la rutina de inicializacion de posicion *
'* :y ya no interviene dentro de la rutina o ciclo de *
'* :juego.
'************************************************* ***************
'lcd Nokia 1100 con driver PCF 8814 65x96 pixeles.
' 0 0 <CARRO DE JUEGO 0 0 0 0
' 0 0 0 0 0 0
' 0 0 0 0 0 0 0 0 0 0
' 0 0 0 0 CAMPO DE JUEGO>
' 0 0 0 0 0 0 0 0 0 0
' 0 0 0 0 0 0 0 0
' 0 0 0 0 0 0 0 0 0 0 $E1
' 0 0 0 0
' 0 0 0 0 $C3
' $66,$FF,$3D,$CF,$CF,$3D,$FF,$66
' 0 0 0 0 $87
' 0 1 2 3 4 5 6 7
INCLUDE "modedefs.bas"
asm
__CONFIG _CONFIG1, _CP_OFF & _CCP1_RB3 & _DEBUG_OFF & _WRT_PROTECT_OFF & _CPD_OFF & _LVP_OFF & _BODEN_OFF & _MCLR_ON & _PWRTE_OFF & _WDT_ON & _INTRC_IO
__CONFIG _CONFIG2, _IESO_OFF & _FCMEN_OFF
endasm
define OSC 8
Longitud con 96
MiNumero VAR WORD
MiValor1 var byte
MiValor2 var byte
prado var byte
pista var byte[longitud]
Velocidad var byte
Posicion var byte
Trayecto var byte
m var byte
n var byte
o var byte
i var byte
j var byte
mascara var byte
x var byte
y var byte
xc var byte
yc var byte
p var byte
LcdReg var byte
PosX var byte
PosY var byte
Lcd_sda var Portb.1 'DATO AL LCD
Lcd_Clk var Portb.2 'CLOCK DEL LCD
Lcd_rst var Portb.0 'RESET DEL LCD
Izquierda var mascara.6
Derecha var mascara.7
Acelerar var mascara.5
Desacelerar var mascara.4
AltoPantalla con 65
AnchoPantalla con 96
Cubo data $FF,$99,$99,$FF,$FF,$99,$99,$FF
Blanco data $00,$00,$00,$00,$00,$00,$00,$00
Carro data $66,$FF,$3D,$CF,$CF,$3D,$FF,$66
goto Inicio
;LCD RUTINAS
Lcd_Init:
Low Lcd_RST
pause 10 ' Reset minimo de 5mS recomendado
High Lcd_RST

'inicia escritura en modo comando
LcdReg=$20:Gosub Lcd_SentControl' escribe Vop
LcdReg=$90:Gosub Lcd_SentControl
LcdReg=$aa:gosub Lcd_SentControl' modo de direcccionamiento de escritura horizontal (aa=0)-vertical(ab=1)
LcdReg=$a4:GOSUB Lcd_SentControl' DAL=0
LcdReg=$a6:GOSUB Lcd_SentControl' E=0 // normal display (non inverted)
LcdReg=$af:GOSUB Lcd_SentControl' DON=1
lcdreg=$a9:gosub Lcd_Sentcontrol' DOR (ordenamiento de datos MSB-LSB/DOR=1($a9);LSB-MSB/DOR=0 ($a8))
LcdReg=$d0:gosub Lcd_SentControl' parcial display 1:65
LcdReg=$2F:Gosub Lcd_SentControl' Power control set(charge pump on/off)
LcdReg=$40:Gosub Lcd_SentControl' set start row address = 5
LcdReg=$b0:Gosub Lcd_SentControl' set Y-address = 0
LcdReg=$10:Gosub Lcd_SentControl' set X-address, upper 3 bits
LcdReg=$00:Gosub Lcd_SentControl' set X-address, lower 4 bits
LcdReg=$C0:Gosub Lcd_SentControl' mirror Y axis (about X axis)
LcdReg=$ac:Gosub Lcd_SentControl' set initial row (R0) of the display
LcdReg=$00:Gosub Lcd_SentControl' inicia en la linea 8 (se incrementa de 8 en 8 por cada bit del registro)
GOSUB Lcd_clear
Return

Lcd_Home:
PosX=0:PosY=0:Gosub Lcd_GotoXY
Return
Lcd_Clear:
Gosub Lcd_Home
For i=1 to 195
Lcdreg=0:Gosub Lcd_SentDato
Lcdreg=0:Gosub Lcd_SentDato
Lcdreg=0:Gosub Lcd_SentDato
Lcdreg=0:Gosub Lcd_SentDato
Next i
Return
Lcd_GotoXY:
LcdReg=%10110000 | PosY :Gosub Lcd_SentControl ' Y
LcdReg=%00001111 & PosX :Gosub Lcd_SentControl ' X parte baja
LcdReg=%00010000 | ($07&(posx>>4)) :gosub Lcd_SentControl ' X parte alta
Return
Lcd_SentControl:
lcd_sda=0 ' envia control poniendo D/C a 0
Lcd_SentDato: ' envia dato con D/C a 1
lcd_clk=1
lcd_clk=0
j=0
repeat
lcd_sda = lcdreg.7
LcdReg = LcdReg << 1
lcd_ClK = 1
lcd_ClK = 0
j=j+1
until j>7
lcd_sda=1 ' pone D/C a 1
return
EnviaFig:
Posx=x*8
posy=y
gosub Lcd_GotoXY
for i=0 to 7
read p+i,LcdReg
gosub Lcd_SentDato
next i
return
'****************************
Inicio:
OSCCON= %11111110
CMCON = 7
ANSEL = 0
TRISA = %00000000
TRISB = %11110000
OPTION_REG.7=0 'habilita pull-up
gosub Lcd_Init

'rutina random
'Programa para generar un numero pseudo-random
'Modificado para generar numeros entre 1 y 3 (para el dado)
pista[0]=%10000001
pista[1]=%11000011
pista[2]=%11000011
pista[2]=%11000011

for n=4 to longitud-1 step 4
Dado1:
For I = 1 to MiNumero
Random MiNumero
next I

mivalor1 = MiNumero // 10
if (mivalor1 = 0) or (mivalor1 > 3) or (mivalor1=trayecto) then goto Dado1
trayecto=mivalor1
Dado2:
For I = 1 to MiNumero
Random MiNumero
next I

Mivalor2 = MiNumero // 10
if (Mivalor2 = 0) or (Mivalor2 > 5) then goto Dado2

AlmacenaPista:
if Mivalor2=3 then
Prado=%00011000
elseif mivalor2=5 then
Prado=%00100100
else
prado=%00000000
endif

if mivalor1=1 then
pista[n]=%11110000<<1|%00000001
pista[n+1]=((pista[n]|Prado>>3)<<1)|%00000001
pista[n+2]=(pista[n+1]<<1)|%00000001
pista[n+3]=%10000111
elseif mivalor1=2 then
pista[n]=%10000001
pista[n+1]=%10000001 | prado
pista[n+2]=%10000001 | prado
pista[n+3]=%10000001
elseif mivalor1=3 then
pista[n]=%10000111>>1|%10000000
pista[n+1]=((pista[n]|Prado<<3)>>1)|%10000000
pista[n+2]=(pista[n+1]>>1)|%10000000
pista[n+3]=%11100001
endif
next n
IniciaJuego:
gosub Lcd_Clear
velocidad=1
xc=3 'Inicializa coordenadas
yc=7
m=0
PintaPista:
for n=m to 7+m
y=7+m-n
for o=0 to 7
p=pista[n]<<o
if p.7=1 then
p=cubo
else
p=blanco
endif
x=o
gosub Enviafig
next o
next n
m=m+1
if m=longitud-1 then m=0

Boton:
mascara=PORTB
if izquierda=0 then xc=(xc-1)
if derecha=0 then xc=(xc+1)
if Acelerar=0 then Velocidad=(Velocidad+1)min 5
if Desacelerar=0 then velocidad=(velocidad-1)max 1
x=xc
y=6
p=Carro
gosub Enviafig
select case Velocidad
case 1
pause 500
case 2
pause 400
case 3
pause 300
case 4
pause 200
case 5
pause 150
end select
Colision:
posicion=%10000000
posicion=posicion>>xc
if (pista[m] & posicion)<>0 then Choque 'Ocurre un choque y reinicia carrera
goto PintaPista 'No hay choque y sigue
Choque:
xc=4
for m=0 to 3
gosub Lcd_Clear
x=xc+m
y=6-m
p=Carro
gosub Enviafig
pause 300
next m
for m=0 to 3
gosub Lcd_Clear
x=xc-(m+1)
y=3-m
p=Carro
gosub Enviafig
pause 300
next m
gosub IniciaJuego
end