用pascal编的游戏有什么?
4个回答
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//俄罗斯方块
USES Crt;
CONST
Change:Array [0..6,0..3,0..7] Of Byte =(((0,1,1,1,2,1,3,1),(1,0,1,1,1,2,1,3),(0,1,1,1,2,1,3,1),(1,0,1,1,1,2,1,3)),
((1,0,0,1,1,1,2,1),(1,0,1,1,1,2,2,1),(0,1,1,1,2,1,1,2),(1,0,0,1,1,1,1,2)),
((1,0,2,0,1,1,2,1),(1,0,2,0,1,1,2,1),(1,0,2,0,1,1,2,1),(1,0,2,0,1,1,2,1)),
((1,0,2,0,0,1,1,1),(0,0,0,1,1,1,1,2),(1,0,2,0,0,1,1,1),(0,0,0,1,1,1,1,2)),
((0,0,1,0,1,1,2,1),(1,0,0,1,1,1,0,2),(0,0,1,0,1,1,2,1),(1,0,0,1,1,1,0,2)),
((1,0,2,0,1,1,1,2),(0,0,0,1,1,1,2,1),(1,0,0,2,1,1,1,2),(2,2,0,1,1,1,2,1)),
((0,0,1,0,1,1,1,2),(2,0,0,1,1,1,2,1),(2,2,1,0,1,1,1,2),(0,2,0,1,1,1,2,1)));
VAR
Board:Array [0..3,0..11,1..25] Of Byte;
Players,N,Nowx,Nowy,Kind,Trans,Speed:Byte;
Time,Score:Word;
Now:Array [0..7] Of Byte;
PROCEDURE Furbish;
VAR B,C:Byte;
Begin
For C:=24 Downto 2 Do Begin
Gotoxy(1,C);
For B:=1 To 10 Do
If Board[0,B,C]=0 Then Write(' ')
Else Write('圹');
End;
End;
PROCEDURE Clear;
Var A,B,C:Byte;D:Boolean;
Begin
For A:=24 Downto 1 Do
Begin
D:=True;
For B:=1 To 10 Do
If Board[0,B,A]=0 Then D:=False;
If D=True Then
Begin
Score:=Score+10;Gotoxy(1,1);Write(Score:5,'0');
For C:=A Downto 2 Do
For B:=1 To 10 Do
Board[0,B,C]:=Board[0,B,C-1];
End;
End;
Furbish;
End;
FUNCTION Canmove(X,Y:Byte):Boolean;
BEGIN
Canmove:=True;
If Board[0,X+Now[0],Y+Now[1]]>0 Then Canmove:=False;
If Board[0,X+Now[2],Y+Now[3]]>0 Then Canmove:=False;
If Board[0,X+Now[4],Y+Now[5]]>0 Then Canmove:=False;
If Board[0,X+Now[6],Y+Now[7]]>0 Then Canmove:=False;
End;
PROCEDURE Clean;
Begin
Gotoxy((Nowx+Now[0])*2-1,Nowy+Now[1]);Write(' ');
Gotoxy((Nowx+Now[2])*2-1,Nowy+Now[3]);Write(' ');
Gotoxy((Nowx+Now[4])*2-1,Nowy+Now[5]);Write(' ');
Gotoxy((Nowx+Now[6])*2-1,Nowy+Now[7]);Write(' ');
End;
PROCEDURE Show;
Begin
Gotoxy((Nowx+Now[0])*2-1,Nowy+Now[1]);Write('圹');
Gotoxy((Nowx+Now[2])*2-1,Nowy+Now[3]);Write('圹');
Gotoxy((Nowx+Now[4])*2-1,Nowy+Now[5]);Write('圹');
Gotoxy((Nowx+Now[6])*2-1,Nowy+Now[7]);Write('圹');
End;
BEGIN
Fillchar(Board,Sizeof(Board),0);
Randomize;Score:=0;
For N:=1 To 24 Do
Board[0,0,N]:=1;
For N:=1 To 24 Do
Board[0,11,N]:=1;
For N:=1 To 10 Do
Board[0,N,25]:=1;
Window(31,2,50,25);Textcolor(White);Textbackground(Blue);
Clrscr;Window(31,2,51,25);
Speed:=1;
Kind:=Random(7);Trans:=Random(4);Nowx:=4;Nowy:=1;
For N:=0 To 7 Do
Now[N]:=Change[Kind,Trans,N];
While Canmove(Nowx,Nowy) Do
Begin
Repeat
Clean;Nowy:=Nowy+1;Show;
Repeat
If Keypressed Then
Case Upcase(Readkey) Of
#0:Case Readkey Of
#75:If Canmove(Nowx-1,Nowy) Then Begin Clean;Nowx:=Nowx-1;Show;End;
#77:If Canmove(Nowx+1,Nowy) Then Begin Clean;Nowx:=Nowx+1;Show;End;
#80:Begin Clean;Repeat
If Canmove(Nowx,Nowy+1) Then Nowy:=Nowy+1;
Until Not(Canmove(Nowx,Nowy+1));Show;End;
#61:Begin Gotoxy(9,12);Write('Pause');Repeat Delay(1000);Until Keypressed;Furbish;End;
End;
#27:Exit;
' ',#13:Begin
Clean;Trans:=Trans+1;
If Trans=4 Then Trans:=0;
For N:=0 To 7 Do
Now[N]:=Change[Kind,Trans,N];
If Not(Canmove(Nowx,Nowy)) Then Begin Trans:=Trans-1;For N:=0 To 7 Do
Now[N]:=Change[Kind,Trans,N];Show;End
Else Show;
End;
End;
Until Not(Keypressed);
Delay((10-Speed)*50);
Until Not(Canmove(Nowx,Nowy+1));
Score:=Score+1;Gotoxy(1,1);Write(Score:5,'0');Speed:=(Score Div 300)+1;
Board[0,Nowx+Now[0],Nowy+Now[1]]:=1;
Board[0,Nowx+Now[2],Nowy+Now[3]]:=1;
Board[0,Nowx+Now[4],Nowy+Now[5]]:=1;
Board[0,Nowx+Now[6],Nowy+Now[7]]:=1;
Clear;
Kind:=Random(7);Trans:=Random(4);Nowx:=4;Nowy:=1;
For N:=0 To 7 Do
Now[N]:=Change[Kind,Trans,N];
End;
Gotoxy(7,12);Write('GAME OVER');Readln;
END.
USES Crt;
CONST
Change:Array [0..6,0..3,0..7] Of Byte =(((0,1,1,1,2,1,3,1),(1,0,1,1,1,2,1,3),(0,1,1,1,2,1,3,1),(1,0,1,1,1,2,1,3)),
((1,0,0,1,1,1,2,1),(1,0,1,1,1,2,2,1),(0,1,1,1,2,1,1,2),(1,0,0,1,1,1,1,2)),
((1,0,2,0,1,1,2,1),(1,0,2,0,1,1,2,1),(1,0,2,0,1,1,2,1),(1,0,2,0,1,1,2,1)),
((1,0,2,0,0,1,1,1),(0,0,0,1,1,1,1,2),(1,0,2,0,0,1,1,1),(0,0,0,1,1,1,1,2)),
((0,0,1,0,1,1,2,1),(1,0,0,1,1,1,0,2),(0,0,1,0,1,1,2,1),(1,0,0,1,1,1,0,2)),
((1,0,2,0,1,1,1,2),(0,0,0,1,1,1,2,1),(1,0,0,2,1,1,1,2),(2,2,0,1,1,1,2,1)),
((0,0,1,0,1,1,1,2),(2,0,0,1,1,1,2,1),(2,2,1,0,1,1,1,2),(0,2,0,1,1,1,2,1)));
VAR
Board:Array [0..3,0..11,1..25] Of Byte;
Players,N,Nowx,Nowy,Kind,Trans,Speed:Byte;
Time,Score:Word;
Now:Array [0..7] Of Byte;
PROCEDURE Furbish;
VAR B,C:Byte;
Begin
For C:=24 Downto 2 Do Begin
Gotoxy(1,C);
For B:=1 To 10 Do
If Board[0,B,C]=0 Then Write(' ')
Else Write('圹');
End;
End;
PROCEDURE Clear;
Var A,B,C:Byte;D:Boolean;
Begin
For A:=24 Downto 1 Do
Begin
D:=True;
For B:=1 To 10 Do
If Board[0,B,A]=0 Then D:=False;
If D=True Then
Begin
Score:=Score+10;Gotoxy(1,1);Write(Score:5,'0');
For C:=A Downto 2 Do
For B:=1 To 10 Do
Board[0,B,C]:=Board[0,B,C-1];
End;
End;
Furbish;
End;
FUNCTION Canmove(X,Y:Byte):Boolean;
BEGIN
Canmove:=True;
If Board[0,X+Now[0],Y+Now[1]]>0 Then Canmove:=False;
If Board[0,X+Now[2],Y+Now[3]]>0 Then Canmove:=False;
If Board[0,X+Now[4],Y+Now[5]]>0 Then Canmove:=False;
If Board[0,X+Now[6],Y+Now[7]]>0 Then Canmove:=False;
End;
PROCEDURE Clean;
Begin
Gotoxy((Nowx+Now[0])*2-1,Nowy+Now[1]);Write(' ');
Gotoxy((Nowx+Now[2])*2-1,Nowy+Now[3]);Write(' ');
Gotoxy((Nowx+Now[4])*2-1,Nowy+Now[5]);Write(' ');
Gotoxy((Nowx+Now[6])*2-1,Nowy+Now[7]);Write(' ');
End;
PROCEDURE Show;
Begin
Gotoxy((Nowx+Now[0])*2-1,Nowy+Now[1]);Write('圹');
Gotoxy((Nowx+Now[2])*2-1,Nowy+Now[3]);Write('圹');
Gotoxy((Nowx+Now[4])*2-1,Nowy+Now[5]);Write('圹');
Gotoxy((Nowx+Now[6])*2-1,Nowy+Now[7]);Write('圹');
End;
BEGIN
Fillchar(Board,Sizeof(Board),0);
Randomize;Score:=0;
For N:=1 To 24 Do
Board[0,0,N]:=1;
For N:=1 To 24 Do
Board[0,11,N]:=1;
For N:=1 To 10 Do
Board[0,N,25]:=1;
Window(31,2,50,25);Textcolor(White);Textbackground(Blue);
Clrscr;Window(31,2,51,25);
Speed:=1;
Kind:=Random(7);Trans:=Random(4);Nowx:=4;Nowy:=1;
For N:=0 To 7 Do
Now[N]:=Change[Kind,Trans,N];
While Canmove(Nowx,Nowy) Do
Begin
Repeat
Clean;Nowy:=Nowy+1;Show;
Repeat
If Keypressed Then
Case Upcase(Readkey) Of
#0:Case Readkey Of
#75:If Canmove(Nowx-1,Nowy) Then Begin Clean;Nowx:=Nowx-1;Show;End;
#77:If Canmove(Nowx+1,Nowy) Then Begin Clean;Nowx:=Nowx+1;Show;End;
#80:Begin Clean;Repeat
If Canmove(Nowx,Nowy+1) Then Nowy:=Nowy+1;
Until Not(Canmove(Nowx,Nowy+1));Show;End;
#61:Begin Gotoxy(9,12);Write('Pause');Repeat Delay(1000);Until Keypressed;Furbish;End;
End;
#27:Exit;
' ',#13:Begin
Clean;Trans:=Trans+1;
If Trans=4 Then Trans:=0;
For N:=0 To 7 Do
Now[N]:=Change[Kind,Trans,N];
If Not(Canmove(Nowx,Nowy)) Then Begin Trans:=Trans-1;For N:=0 To 7 Do
Now[N]:=Change[Kind,Trans,N];Show;End
Else Show;
End;
End;
Until Not(Keypressed);
Delay((10-Speed)*50);
Until Not(Canmove(Nowx,Nowy+1));
Score:=Score+1;Gotoxy(1,1);Write(Score:5,'0');Speed:=(Score Div 300)+1;
Board[0,Nowx+Now[0],Nowy+Now[1]]:=1;
Board[0,Nowx+Now[2],Nowy+Now[3]]:=1;
Board[0,Nowx+Now[4],Nowy+Now[5]]:=1;
Board[0,Nowx+Now[6],Nowy+Now[7]]:=1;
Clear;
Kind:=Random(7);Trans:=Random(4);Nowx:=4;Nowy:=1;
For N:=0 To 7 Do
Now[N]:=Change[Kind,Trans,N];
End;
Gotoxy(7,12);Write('GAME OVER');Readln;
END.
2015-06-26
展开全部
俄罗斯方块
USES Crt;
CONST
Change:Array [0..6,0..3,0..7] Of Byte =(((0,1,1,1,2,1,3,1),(1,0,1,1,1,2,1,3),(0,1,1,1,2,1,3,1),(1,0,1,1,1,2,1,3)),
((1,0,0,1,1,1,2,1),(1,0,1,1,1,2,2,1),(0,1,1,1,2,1,1,2),(1,0,0,1,1,1,1,2)),
((1,0,2,0,1,1,2,1),(1,0,2,0,1,1,2,1),(1,0,2,0,1,1,2,1),(1,0,2,0,1,1,2,1)),
((1,0,2,0,0,1,1,1),(0,0,0,1,1,1,1,2),(1,0,2,0,0,1,1,1),(0,0,0,1,1,1,1,2)),
((0,0,1,0,1,1,2,1),(1,0,0,1,1,1,0,2),(0,0,1,0,1,1,2,1),(1,0,0,1,1,1,0,2)),
((1,0,2,0,1,1,1,2),(0,0,0,1,1,1,2,1),(1,0,0,2,1,1,1,2),(2,2,0,1,1,1,2,1)),
((0,0,1,0,1,1,1,2),(2,0,0,1,1,1,2,1),(2,2,1,0,1,1,1,2),(0,2,0,1,1,1,2,1)));
VAR
Board:Array [0..3,0..11,1..25] Of Byte;
Players,N,Nowx,Nowy,Kind,Trans,Speed:Byte;
Time,Score:Word;
Now:Array [0..7] Of Byte;
PROCEDURE Furbish;
VAR B,C:Byte;
Begin
For C:=24 Downto 2 Do Begin
Gotoxy(1,C);
For B:=1 To 10 Do
If Board[0,B,C]=0 Then Write(' ')
Else Write('圹');
End;
End;
PROCEDURE Clear;
Var A,B,C:Byte;D:Boolean;
Begin
For A:=24 Downto 1 Do
Begin
D:=True;
For B:=1 To 10 Do
If Board[0,B,A]=0 Then D:=False;
If D=True Then
Begin
Score:=Score+10;Gotoxy(1,1);Write(Score:5,'0');
For C:=A Downto 2 Do
For B:=1 To 10 Do
Board[0,B,C]:=Board[0,B,C-1];
End;
End;
Furbish;
End;
FUNCTION Canmove(X,Y:Byte):Boolean;
BEGIN
Canmove:=True;
If Board[0,X+Now[0],Y+Now[1]]>0 Then Canmove:=False;
If Board[0,X+Now[2],Y+Now[3]]>0 Then Canmove:=False;
If Board[0,X+Now[4],Y+Now[5]]>0 Then Canmove:=False;
If Board[0,X+Now[6],Y+Now[7]]>0 Then Canmove:=False;
End;
PROCEDURE Clean;
Begin
Gotoxy((Nowx+Now[0])*2-1,Nowy+Now[1]);Write(' ');
Gotoxy((Nowx+Now[2])*2-1,Nowy+Now[3]);Write(' ');
Gotoxy((Nowx+Now[4])*2-1,Nowy+Now[5]);Write(' ');
Gotoxy((Nowx+Now[6])*2-1,Nowy+Now[7]);Write(' ');
End;
PROCEDURE Show;
Begin
Gotoxy((Nowx+Now[0])*2-1,Nowy+Now[1]);Write('圹');
Gotoxy((Nowx+Now[2])*2-1,Nowy+Now[3]);Write('圹');
Gotoxy((Nowx+Now[4])*2-1,Nowy+Now[5]);Write('圹');
Gotoxy((Nowx+Now[6])*2-1,Nowy+Now[7]);Write('圹');
End;
BEGIN
Fillchar(Board,Sizeof(Board),0);
Randomize;Score:=0;
For N:=1 To 24 Do
Board[0,0,N]:=1;
For N:=1 To 24 Do
Board[0,11,N]:=1;
For N:=1 To 10 Do
Board[0,N,25]:=1;
Window(31,2,50,25);Textcolor(White);Textbackground(Blue);
Clrscr;Window(31,2,51,25);
Speed:=1;
Kind:=Random(7);Trans:=Random(4);Nowx:=4;Nowy:=1;
For N:=0 To 7 Do
Now[N]:=Change[Kind,Trans,N];
While Canmove(Nowx,Nowy) Do
Begin
Repeat
Clean;Nowy:=Nowy+1;Show;
Repeat
If Keypressed Then
Case Upcase(Readkey) Of
#0:Case Readkey Of
#75:If Canmove(Nowx-1,Nowy) Then Begin Clean;Nowx:=Nowx-1;Show;End;
#77:If Canmove(Nowx+1,Nowy) Then Begin Clean;Nowx:=Nowx+1;Show;End;
#80:Begin Clean;Repeat
If Canmove(Nowx,Nowy+1) Then Nowy:=Nowy+1;
Until Not(Canmove(Nowx,Nowy+1));Show;End;
#61:Begin Gotoxy(9,12);Write('Pause');Repeat Delay(1000);Until Keypressed;Furbish;End;
End;
#27:Exit;
' ',#13:Begin
Clean;Trans:=Trans+1;
If Trans=4 Then Trans:=0;
For N:=0 To 7 Do
Now[N]:=Change[Kind,Trans,N];
If Not(Canmove(Nowx,Nowy)) Then Begin Trans:=Trans-1;For N:=0 To 7 Do
Now[N]:=Change[Kind,Trans,N];Show;End
Else Show;
End;
End;
Until Not(Keypressed);
Delay((10-Speed)*50);
Until Not(Canmove(Nowx,Nowy+1));
Score:=Score+1;Gotoxy(1,1);Write(Score:5,'0');Speed:=(Score Div 300)+1;
Board[0,Nowx+Now[0],Nowy+Now[1]]:=1;
Board[0,Nowx+Now[2],Nowy+Now[3]]:=1;
Board[0,Nowx+Now[4],Nowy+Now[5]]:=1;
Board[0,Nowx+Now[6],Nowy+Now[7]]:=1;
Clear;
Kind:=Random(7);Trans:=Random(4);Nowx:=4;Nowy:=1;
For N:=0 To 7 Do
Now[N]:=Change[Kind,Trans,N];
End;。
USES Crt;
CONST
Change:Array [0..6,0..3,0..7] Of Byte =(((0,1,1,1,2,1,3,1),(1,0,1,1,1,2,1,3),(0,1,1,1,2,1,3,1),(1,0,1,1,1,2,1,3)),
((1,0,0,1,1,1,2,1),(1,0,1,1,1,2,2,1),(0,1,1,1,2,1,1,2),(1,0,0,1,1,1,1,2)),
((1,0,2,0,1,1,2,1),(1,0,2,0,1,1,2,1),(1,0,2,0,1,1,2,1),(1,0,2,0,1,1,2,1)),
((1,0,2,0,0,1,1,1),(0,0,0,1,1,1,1,2),(1,0,2,0,0,1,1,1),(0,0,0,1,1,1,1,2)),
((0,0,1,0,1,1,2,1),(1,0,0,1,1,1,0,2),(0,0,1,0,1,1,2,1),(1,0,0,1,1,1,0,2)),
((1,0,2,0,1,1,1,2),(0,0,0,1,1,1,2,1),(1,0,0,2,1,1,1,2),(2,2,0,1,1,1,2,1)),
((0,0,1,0,1,1,1,2),(2,0,0,1,1,1,2,1),(2,2,1,0,1,1,1,2),(0,2,0,1,1,1,2,1)));
VAR
Board:Array [0..3,0..11,1..25] Of Byte;
Players,N,Nowx,Nowy,Kind,Trans,Speed:Byte;
Time,Score:Word;
Now:Array [0..7] Of Byte;
PROCEDURE Furbish;
VAR B,C:Byte;
Begin
For C:=24 Downto 2 Do Begin
Gotoxy(1,C);
For B:=1 To 10 Do
If Board[0,B,C]=0 Then Write(' ')
Else Write('圹');
End;
End;
PROCEDURE Clear;
Var A,B,C:Byte;D:Boolean;
Begin
For A:=24 Downto 1 Do
Begin
D:=True;
For B:=1 To 10 Do
If Board[0,B,A]=0 Then D:=False;
If D=True Then
Begin
Score:=Score+10;Gotoxy(1,1);Write(Score:5,'0');
For C:=A Downto 2 Do
For B:=1 To 10 Do
Board[0,B,C]:=Board[0,B,C-1];
End;
End;
Furbish;
End;
FUNCTION Canmove(X,Y:Byte):Boolean;
BEGIN
Canmove:=True;
If Board[0,X+Now[0],Y+Now[1]]>0 Then Canmove:=False;
If Board[0,X+Now[2],Y+Now[3]]>0 Then Canmove:=False;
If Board[0,X+Now[4],Y+Now[5]]>0 Then Canmove:=False;
If Board[0,X+Now[6],Y+Now[7]]>0 Then Canmove:=False;
End;
PROCEDURE Clean;
Begin
Gotoxy((Nowx+Now[0])*2-1,Nowy+Now[1]);Write(' ');
Gotoxy((Nowx+Now[2])*2-1,Nowy+Now[3]);Write(' ');
Gotoxy((Nowx+Now[4])*2-1,Nowy+Now[5]);Write(' ');
Gotoxy((Nowx+Now[6])*2-1,Nowy+Now[7]);Write(' ');
End;
PROCEDURE Show;
Begin
Gotoxy((Nowx+Now[0])*2-1,Nowy+Now[1]);Write('圹');
Gotoxy((Nowx+Now[2])*2-1,Nowy+Now[3]);Write('圹');
Gotoxy((Nowx+Now[4])*2-1,Nowy+Now[5]);Write('圹');
Gotoxy((Nowx+Now[6])*2-1,Nowy+Now[7]);Write('圹');
End;
BEGIN
Fillchar(Board,Sizeof(Board),0);
Randomize;Score:=0;
For N:=1 To 24 Do
Board[0,0,N]:=1;
For N:=1 To 24 Do
Board[0,11,N]:=1;
For N:=1 To 10 Do
Board[0,N,25]:=1;
Window(31,2,50,25);Textcolor(White);Textbackground(Blue);
Clrscr;Window(31,2,51,25);
Speed:=1;
Kind:=Random(7);Trans:=Random(4);Nowx:=4;Nowy:=1;
For N:=0 To 7 Do
Now[N]:=Change[Kind,Trans,N];
While Canmove(Nowx,Nowy) Do
Begin
Repeat
Clean;Nowy:=Nowy+1;Show;
Repeat
If Keypressed Then
Case Upcase(Readkey) Of
#0:Case Readkey Of
#75:If Canmove(Nowx-1,Nowy) Then Begin Clean;Nowx:=Nowx-1;Show;End;
#77:If Canmove(Nowx+1,Nowy) Then Begin Clean;Nowx:=Nowx+1;Show;End;
#80:Begin Clean;Repeat
If Canmove(Nowx,Nowy+1) Then Nowy:=Nowy+1;
Until Not(Canmove(Nowx,Nowy+1));Show;End;
#61:Begin Gotoxy(9,12);Write('Pause');Repeat Delay(1000);Until Keypressed;Furbish;End;
End;
#27:Exit;
' ',#13:Begin
Clean;Trans:=Trans+1;
If Trans=4 Then Trans:=0;
For N:=0 To 7 Do
Now[N]:=Change[Kind,Trans,N];
If Not(Canmove(Nowx,Nowy)) Then Begin Trans:=Trans-1;For N:=0 To 7 Do
Now[N]:=Change[Kind,Trans,N];Show;End
Else Show;
End;
End;
Until Not(Keypressed);
Delay((10-Speed)*50);
Until Not(Canmove(Nowx,Nowy+1));
Score:=Score+1;Gotoxy(1,1);Write(Score:5,'0');Speed:=(Score Div 300)+1;
Board[0,Nowx+Now[0],Nowy+Now[1]]:=1;
Board[0,Nowx+Now[2],Nowy+Now[3]]:=1;
Board[0,Nowx+Now[4],Nowy+Now[5]]:=1;
Board[0,Nowx+Now[6],Nowy+Now[7]]:=1;
Clear;
Kind:=Random(7);Trans:=Random(4);Nowx:=4;Nowy:=1;
For N:=0 To 7 Do
Now[N]:=Change[Kind,Trans,N];
End;。
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中的一些有关图形操作的过程与函数整理了一下,并自己写了一些例子,加入了一些自己的看法,便得到了这篇
教程.其中如有错误,望各位不吝赐教。阅读之前希望大家做好准备,比如:找一些食品放在跟前,因为你可能
因为钻研一个函数而耗费大量的时间,还有你可能因为初始化无法完成而大动肝火。
第一章 使用Pascal进行图形操作前的准备
在 Turbo Pascal 中有一个 CRT 单元及一个 GRAPH 单元,简单的说 crt 单元是为了实现
字符的显示与处理,另外的那个称为 GRAPH 单元是专门用来处理图形的。我们看到的有关图形的
程序往往都要用到。所以若是要在 Turbo Pascal 中实现图形操作,就必须要调用 CRT 单元及
GRAPH 单元。那么怎么样来调用 CRT 及 GRAPH 单元呢?现在线来介绍一下单元调用语句:USES
USES的语法:
USES 单元表识符,……,单元表识符;
说明:
扩展名为*.TPW是Windows下的单元文件,*.TPU是DOS下的单元文件。
位置:变量说明var之前。
讲到这里,我还是要顺便提一下什么是单元?是这样的:我们在编程序的时候,要用到 procedure
或者 function ,中文名称一个是过程另一个是函数。做不同的程序时,往往要用到一些相同的过程
或者相同的函数。如果统统放到程序中,程序会硕大无比,比例与调试与编译,并且在过去
“惜kb如金”的年代里,这样的程序也很浪费。于是,简单的讲,人们把它们做成“包”--我
们称之为单元。一来,免去很多重复的痛苦,大家共享代码也很简单,另外,很多不愿意让别人看
到源程序的人也很乐于如此----这只是我的杜撰。生产 pascal 语言的公司也提供一些做好的
单元,放在安装盘上方便实用。 crt ,graph 即使如此,还有 dos ,system 等等。
第二章 Pascal图形模式的初始化及退出
1.初始化
Pascal的图形操作在使用之前必须先进行初始化。如果说你编写图形程序中出现问题,是有八九十卡
在这里了。 这也是非常令我头疼的问题。 用过程 initgraph(GraphDriver,GraphMode,PathToDriver)
其中 GraphDriver , GraphMode 为整形变量, PathToDriver为字符串变量, GraphDriver为图形驱动器,
GraphMode为图形模式 , PathToDriver指定的路径名中建筑图形驱动程序(以.BGI为后缀)。
Pascal是一款有很强图形功能的开发工具,它可以编制各种图形窗口,并且听说还支持鼠标.但是时过境迁,
在vb,vc一统天下的今天,关于Pascal图形操作的书已经像古董一样难于寻找了,我现在将Tp 7.0的Help文件
中的一些有关图形操作的过程与函数整理了一下,并自己写了一些例子,加入了一些自己的看法,便得到了这篇
教程.其中如有错误,望各位不吝赐教。阅读之前希望大家做好准备,比如:找一些食品放在跟前,因为你可能
因为钻研一个函数而耗费大量的时间,还有你可能因为初始化无法完成而大动肝火。
第一章 使用Pascal进行图形操作前的准备
在 Turbo Pascal 中有一个 CRT 单元及一个 GRAPH 单元,简单的说 crt 单元是为了实现
字符的显示与处理,另外的那个称为 GRAPH 单元是专门用来处理图形的。我们看到的有关图形的
程序往往都要用到。所以若是要在 Turbo Pascal 中实现图形操作,就必须要调用 CRT 单元及
GRAPH 单元。那么怎么样来调用 CRT 及 GRAPH 单元呢?现在线来介绍一下单元调用语句:USES
USES的语法:
USES 单元表识符,……,单元表识符;
说明:
扩展名为*.TPW是Windows下的单元文件,*.TPU是DOS下的单元文件。
位置:变量说明var之前。
讲到这里,我还是要顺便提一下什么是单元?是这样的:我们在编程序的时候,要用到 procedure
或者 function ,中文名称一个是过程另一个是函数。做不同的程序时,往往要用到一些相同的过程
或者相同的函数。如果统统放到程序中,程序会硕大无比,比例与调试与编译,并且在过去
“惜kb如金”的年代里,这样的程序也很浪费。于是,简单的讲,人们把它们做成“包”--我
们称之为单元。一来,免去很多重复的痛苦,大家共享代码也很简单,另外,很多不愿意让别人看
到源程序的人也很乐于如此----这只是我的杜撰。生产 pascal 语言的公司也提供一些做好的
单元,放在安装盘上方便实用。 crt ,graph 即使如此,还有 dos ,system 等等。
第二章 Pascal图形模式的初始化及退出
1.初始化
Pascal的图形操作在使用之前必须先进行初始化。如果说你编写图形程序中出现问题,是有八九十卡
在这里了。 这也是非常令我头疼的问题。 用过程 initgraph(GraphDriver,GraphMode,PathToDriver)
其中 GraphDriver , GraphMode 为整形变量, PathToDriver为字符串变量, GraphDriver为图形驱动器,
GraphMode为图形模式 , PathToDriver指定的路径名中建筑图形驱动程序(以.BGI为后缀)。
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http://tieba.baidu.com/f?kw=pascal%D3%CE%CF%B7# pascal游戏吧,各种游戏加源代码.
不过大部分都只是小游戏.大型游戏用pascal可能有些困难....
不过大部分都只是小游戏.大型游戏用pascal可能有些困难....
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