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Stefan Koelle
@@ -0,0 +1,11 @@
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unit amn;
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INTERFACE
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procedure tcmamn;
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procedure tcmpal;
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IMPLEMENTATION
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procedure tcmamn;external
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{$L tcmamn.obj};
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procedure tcmpal;external
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{$L tcmpal.obj};
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begin
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end.
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@@ -0,0 +1,4 @@
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c:\progs\tp\tpc amn.pas
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c:\progs\tp\tpc textgraf.pas
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c:\progs\tp\tpc menu-int.pas
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@@ -0,0 +1,323 @@
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unit TextGraf;
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interface
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uses dos;
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type
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MonitorTyp = (Hercules, EGA, VGA, other);
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VGAColorInfo = array[0..2] of byte; { eine VGA-Farbe: nur f�r Demo }
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VGAColors = array[0..255] of VGAColorInfo; { alle VGA-Farben: dito }
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function InitTextGraf: integer;
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{ Muá ganz zu Anfang des Programms, noch im Textmodus aufgerufen
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werden. Ohne das funktioniert der Rest nicht. Ergebnis 0: Alles Ok,
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unbekannter Videotyp: -1, zuwenig Speicher: 1 (Bedarf ca. 12Kb) }
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procedure SetPaletteSave(On: boolean);
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{ Mit On = true nach InitTextGraf und im Textmodus aufrufen. Sichert die
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Textpalette und reserviert Speicher f�r die Grafikpalette, die dann
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automatisch verwendet werden. On = false schaltet diese Automatik
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wieder ab und gibt den Speicher f�r die Paletten (ca. 1.5Kb) frei.}
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procedure ToText;
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{ Schaltet vom Grafik- in den Testmodus. Bildspeicher etc. werden in
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Sicherheit gebracht }
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procedure ToGraph;
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{ Schaltet in die Grafik zur�ck. Vorher sollte ein Grafikmodus mit
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ToText verlassen worden sein, um alle Werte zu initialisieren }
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procedure GrafikMode(Mode: byte);
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{ nur f�r das Demoprogramm. Kann gel”scht werden, wenn BGI-Routinen
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(InitGraph) verwendet werden }
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function GetMonTyp: MonitorTyp;
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{ dito }
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procedure SetVGAColors(var Colors: VGAColors);
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{ dito }
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implementation
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type
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ScreenArray = array[0..3999] of word; { Bildspeicher bei 80x25 }
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CharGenArray = array[0..8191] of byte; { Zeichengenerator }
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ModeType = (Text, Grafik, unknown);
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var
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regs: registers; { f�r intr }
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CharGen: CharGenArray absolute $A000:0; { Adresse Zeichengenerator }
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BMode: byte absolute $40:$49; { Bios-Videomode }
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const
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VModus: ModeType = unknown;
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VMonitor: MonitorTyp = other; { Vorgabe: nichts gutes }
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TScreen: ^ScreenArray = nil; { zeigt in den Bildspeicher }
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ScrBuf: ^ScreenArray = nil; { speichert Textschirm zwischen }
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CGBuf: ^CharGenArray = nil; { speichert Zeichengenerator }
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ModeNr: byte = $FF; { Kennung f�r Init }
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TMode: byte = $FF; { der zu restaurierende Textmodus }
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GMode: byte = $FF; { dito Grafikmodus }
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VGATextPal: ^VGAColors = nil;
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VGAGraphPal: ^VGAColors = nil;
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function IsVga: boolean; { haben wir VGA }
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begin
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with regs do
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begin
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AX:= $1A00; { Display Combination abfragen }
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Intr($10, regs);
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IsVga:= (AL = $1A); { g�ltiger Aufruf }
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end;
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end;
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function IsEGA: boolean; { liegt wenigstens EGA vor }
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begin
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with regs do
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begin
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AH:= $12; { Funktion $12 }
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BL:= $10; { get EGA Information }
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Intr($10, regs);
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IsEga:= (BL <> $10); { hat sich was ge„ndert ? }
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end;
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end;
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procedure GetVGAColors(var Colors: VGAColors);
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begin
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with regs do
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begin
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ax:= $1017;
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bx:= 0;
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cx:= 255;
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es:= seg(Colors);
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dx:= ofs(Colors);
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intr($10, regs);
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end;
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end;
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procedure SetVGAColors(var Colors: VGAColors);
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begin
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with regs do
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begin
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ax:= $1012;
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bx:= 0;
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cx:= 255;
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es:= seg(Colors);
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dx:= ofs(Colors);
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intr($10, regs);
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end;
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end;
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procedure NoInitStop;
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begin
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writeln('TextGraph ist nicht initialisiert! Benutzen Sie InitTextGraph!');
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halt(2);
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end;
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procedure HercTextMode;
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var i: integer;
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ModeReg: byte absolute 0:$465;
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const HData: array[0..13] of byte = { Timingdaten! Nicht ver„ndern! }
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($61,$50,$52,$0f,$19,$06,$19,$19,$02,$0d,$0b,$0c,0,0);
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begin
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port[$3bf]:= 0; { Config Reg: HalfMode: eine Seite (3 f�r Full Mode) }
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port[$3b8]:= $21; { Mode Control: Dunkel, Text, 80x25 }
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for i:= 0 to 13 do { die Timing-Daten komplett }
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begin
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port[$3b4]:= i; { Index Laden (Register einblenden) }
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port[$3b5]:= HData[i]; { Wert schreiben }
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end;
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port[$3b8]:= $29; { ModeControl: Hell, Text, 80x25 }
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ModeReg:= $29; { im BIOS-Ram protokollieren }
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end;
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procedure HercGraphMode;
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var i: integer;
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ModeReg: byte absolute 0:$465;
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const HData: array[0..13] of byte = { Timingdaten! Nicht ver„ndern! }
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($35,$2d,$2e,$07,$5b,$02,$57,$57,$02,$03,0,0,0,0);
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begin
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port[$3bf]:= 1; { Config Reg: HalfMode: eine Seite (3 f�r Full Mode) }
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port[$3b8]:= 2; { Mode Control: Dunkel, Grafik, Seite 0 }
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for i:= 0 to 13 do { die Timing-Daten komplett }
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begin
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port[$3b4]:= i; { Index Laden (Register einblenden) }
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port[$3b5]:= HData[i]; { Wert schreiben }
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end;
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port[$3b8]:= $0a; { ModeControl: Hell, Grafik, Seite 0 }
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ModeReg:= $0a; { im BIOS-Ram protokollieren }
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end;
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procedure GrafikMode(Mode: byte); { Setzt den Videomodus, nur f�r Demo }
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var i: integer;
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begin
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if VMonitor <> Hercules then { alle auáer Hercules sind sehr einfach }
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with regs do
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begin
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AX:= Mode; { AH:= 0; AL:= Mode }
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Intr($10, regs);
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end
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else
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begin
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HercGraphMode;
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fillchar(ptr($B000,0)^, $8000, 0); { Clearscreen }
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end;
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end;
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function GetMonTyp: MonitorTyp; { Zugriffsfunktion, nur f�r das Demo }
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begin
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GetMonTyp:= VMonitor;
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end;
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procedure ToTextVGA; { sichert den Teil des Grafik-Bildspeichers, der }
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var b: byte; { vom Zeichengenerator �berschrieben wird }
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begin
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regs.ax:= $90; { Standardmodus setzen um Zugriff sicherzustellen }
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intr($10, regs); { Bildspeicher bleibt erhalten }
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Port[$3ce]:= 4; { Read Map Select holen }
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b:= Port[$3cf]; { lesen }
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Port[$3cf]:= 2; { Plane 2 ein }
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CGBuf^:= CharGen; { Grafikinhalt von Zeichengenerator sichern }
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Port[$3cf]:= b; { Wert zur�ck }
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end;
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procedure ToTextEGA; { wie oben jedoch Variante f�r EGA, }
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var b: byte; { deren Register nicht lesbar sind }
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begin
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regs.ax:= $90; { Standardmodus setzen um Zugriff sicherzustellen }
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intr($10, regs); { Bildspeicher bleibt erhalten }
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Port[$3ce]:= 4; { Read Map Select holen }
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Port[$3cf]:= 2; { Plane 2 ein }
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CGBuf^:= CharGen; { Grafikinhalt von Zeichengenerator sichern }
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Port[$3cf]:= 0; { Default zur�ck }
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end;
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procedure ToGraphVGA; { �berschreibt den Zeichengenerator mit }
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var b: byte; { gesicherten Grafikinhalt }
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begin
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regs.ax:= $90; { Standardmodus setzen um Zugriff sicherzustellen }
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intr($10, regs); { Bildspeicher bleibt erhalten }
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Port[$3C4]:= 2; { Map Mask Register holen }
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b:= Port[$3c5]; { lesen }
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Port[$3c5]:= 4; { Plane 2 ein }
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CharGen:= CGBuf^; { Zeichengenerator zur�ck }
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Port[$3c5]:= b; { Wert zur�ck }
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end;
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procedure ToGraphEGA; { wie oben jedoch Variante f�r EGA, }
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var b: byte; { deren Register nicht lesbar sind }
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begin
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regs.ax:= $90; { Standardmodus setzen um Zugriff sicherzustellen }
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intr($10, regs); { Bildspeicher bleibt erhalten }
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Port[$3C4]:= 2; { Map Mask Register holen }
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Port[$3c5]:= 4; { Plane 2 ein }
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CharGen:= CGBuf^; { Zeichengenerator kopieren }
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Port[$3c5]:= 0; { Default zur�ck }
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end;
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function InitTextGraf: integer; { ermittelt Monitor, setzt Variablen, }
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begin { reserviert Speicher }
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InitTextGraf:= 0;
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if ModeNr <> $FF then exit; { wurde schon aufgerufen, alles ok }
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InitTextGraf:= -1; { Fehlervorgabe: falsche Karte }
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if IsEGA then VMonitor:= EGA; { EGA ? }
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if IsVGA then VMonitor:= VGA; { oder VGA ? }
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TMode:= BMode and $7f;
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if TMode = 7 then
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begin
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TScreen:= ptr($B000,0); { Bildspeicheradresse Text mono setzen }
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if VMonitor = other then { keines von beiden: }
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begin
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VMonitor:= Hercules; { dann Hercules, (evtl Probleme mit CGA-Mono)}
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GMode:= 7; { Modi alle 7 }
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end;
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end else
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TScreen:= ptr($B800,0); { Bildspeicheradresse Text farbig setzen }
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if VMonitor = other then exit; { was anderes? geht nicht! }
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InitTextGraf:= 1; { Fehlervorgabe: kein Speicher }
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if VMonitor in [EGA, VGA] then
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begin { Vorgaben f�r EGA & VGA }
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GMode:= $10; { Grafik 640x350 }
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if MaxAvail >= sizeof(CGBuf) then { Speicher f�r Puffer belegen }
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New(CGBuf)
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else
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exit; { raus mit Fehler 1 }
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end;
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if MaxAvail >= sizeof(ScrBuf) then { noch mehr }
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New(ScrBuf)
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else
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exit; { raus mit Fehler 1 }
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ModeNr:= TMode; { Initialisierung merken }
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InitTextGraf:= 0; { alles ok }
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end;
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procedure SetPaletteSave(On: boolean);
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{ aktiviert oder deaktiviert die automatische Palettensicherung }
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begin
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if ModeNr = $FF then NoInitStop; { schon Init ? }
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if On then
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begin
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if VGATextPal = nil then { gibts schon ? }
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new(VGATextPal); { nein, neu }
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if VGAGraphPal = nil then { dito Grafikpalette }
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new(VGAGraphPal);
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GetVGAColors(VGATextPal^); { Textfarben holen }
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end else
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begin
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if VGATextPal <> nil then { was da ? }
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begin
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dispose(VGATextPal); { freigeben }
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VGATextPal:= nil; { und kennzeichnen }
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end;
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if VGAGraphPal <> nil then { andere auch }
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begin
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dispose(VGAGraphPal);
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VGAGraphPal:= nil;
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end;
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end;
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end;
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procedure ToText; { Schaltet in Textmodus, bringt, was �berschrieben }
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begin { wird in Sicherheit }
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if ModeNr = $FF then NoInitStop; { schon Init ? }
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GMode:= BMode; { Grafikmodus merken }
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case VMonitor of
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VGA: begin
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if VGAGraphPal <> nil then
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GetVGAColors(VGAGraphPal^);
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ToTextVGA; { Zeichengeneratorbereich sichern }
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end;
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EGA: ToTextEGA;
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end; {case}
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if VMonitor = Hercules then
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HercTextMode { Hercules Textmodus ohne Bildspeicher l”schen }
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else
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begin
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regs.ax:= TMode or $80; { Text, Bit 7 = 1: Bildspeicher nicht l”schen }
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intr($10, regs);
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if (VMonitor = VGA) and (VGATextPal <> nil) then
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SetVGAColors(VGATextPal^);
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end;
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scrbuf^:= TScreen^; { Grafikinhalt von Textschirm sichern }
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VModus:= Text;
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end;
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procedure ToGraph; { versucht den Grafikmodus zu restaurieren }
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begin
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if ModeNr = $FF then NoInitStop; { schon Init ? }
|
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TMode:= BMode;
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TScreen^:= ScrBuf^; { Grafikinhalt zur�ck in Textbildschirm f�llen }
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case VMonitor of
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VGA: begin
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if VGATextPal <> nil then
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GetVGAColors(VGATextPal^);
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ToGraphVGA; { dito Zeichengenerator }
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end;
|
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EGA: ToGraphEGA;
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end; {case}
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if VMonitor = Hercules then
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HercGraphMode { Hercules handmade Grafikmodus }
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else
|
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begin
|
||||
regs.ax:= GMode or $80; { Text, Bit 7 = 1: Bildspeicher nicht l”schen }
|
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intr($10, regs);
|
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if (VMonitor = VGA) and (VGAGraphPal <> nil) then
|
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SetVGAColors(VGAGraphPal^);
|
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end;
|
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VModus:= Grafik;
|
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end;
|
||||
|
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end.
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@@ -0,0 +1,234 @@
|
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uses WOWCONST, WOWTPU,crt,textgraf,amn;
|
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type
|
||||
lpi = array[0..2] of byte;
|
||||
lp = array[0..256] of lpi;
|
||||
const col=30;
|
||||
var
|
||||
f : file;
|
||||
k,i,j,x,y,men,mm : integer;
|
||||
n,m : word;
|
||||
b : byte;
|
||||
l : lp;
|
||||
p : vgacolors;
|
||||
s : string;
|
||||
c : array[0..130] of byte;
|
||||
ch:char;
|
||||
logo:array[0..80,0..240] of char;
|
||||
SBPort: word;
|
||||
flag:integer;
|
||||
sinus:array[0..120] of integer;
|
||||
bo,ende:boolean;
|
||||
font : array[0..80, 0..7, 0..7] of byte;
|
||||
leer:array[1..8*320] of char;
|
||||
CONST text:array[1..18] of string=('TRANCEMISSION PRESENTS','OUR NEW MENU INTRO',
|
||||
'CODE AND GFX BY STEFAN KOELLE',
|
||||
'RELEASE 1992 ON DOS PC',
|
||||
'THIS COULD BE USED BEFORE DEMOS',
|
||||
'TO CHANGE SETTINGS OF THE DEMO',
|
||||
'MENU WAS NEVER COMPLETED',
|
||||
'CODED IN TURBO PASCAL',
|
||||
'AND INLINE ASSEMBLER',
|
||||
'BY STEFAN KOELLE',
|
||||
'LOGO AND FONT ALSO DESIGNED',
|
||||
'BY STEFAN KOELLE',
|
||||
'GREETINGS TO THE FOLLOWING',
|
||||
'MATTHIAS, MILKRUN, MAJIC',
|
||||
'MANY THANKS FOR READING THIS FAR',
|
||||
'STILL READING, YEAH',
|
||||
'REALLY PROUD OF IT',
|
||||
'... TAKE CARE AND ENJOY ...');
|
||||
menu:array[1..3] of string=(' TOGGLE: YES',
|
||||
' OPTION MENU ITEM',
|
||||
' EXIT');
|
||||
function Key : boolean;
|
||||
var flag : boolean;
|
||||
begin
|
||||
asm
|
||||
mov Flag,0
|
||||
in al,$60
|
||||
test al,128
|
||||
jne @@KeineTaste
|
||||
mov Flag,1
|
||||
@@KeineTaste:
|
||||
end;
|
||||
Key:=Flag;
|
||||
end;
|
||||
procedure writeline(wlx,wly : integer; wls : string);
|
||||
var i,x,y:integer;
|
||||
begin
|
||||
for i:=1 to length(wls) do begin
|
||||
if ord(wls[i])<>32 then begin
|
||||
for x:=0 to 7 do begin
|
||||
for y:=0 to 7 do begin
|
||||
if font[ord(wls[i])-64+32,x,y]<>0 then
|
||||
mem[$A000: (wly+y) * word(320) + wlx+x+(i-1)*8]:=font[ord(wls[i])-64+32,x,y]
|
||||
end;
|
||||
end;
|
||||
end;
|
||||
end;
|
||||
end;
|
||||
begin
|
||||
DirectVideo:= false;
|
||||
case InitTextGraf of
|
||||
-1: begin
|
||||
writeln(' Dieses Programm l„uft auf Ihrer Grafikkarte leider nicht!');
|
||||
halt(1);
|
||||
end;
|
||||
1: begin
|
||||
writeln(' Zu wenig Speicher!');
|
||||
halt(2);
|
||||
end;
|
||||
end;
|
||||
GrafikMode($13);
|
||||
for i:=0 to 255 do
|
||||
begin
|
||||
for j:=0 to 2 do
|
||||
begin
|
||||
p[i,j]:=0;
|
||||
end;
|
||||
end;
|
||||
setvgacolors(p);
|
||||
for i:=0 to 31999 do
|
||||
begin
|
||||
mem[$A000: i]:= mem[seg(tcmamn): ofs(tcmamn)+i+3];
|
||||
end;
|
||||
for i:=0 to 31999 do
|
||||
begin
|
||||
mem[$A000: i+32000]:= mem[seg(tcmamn): ofs(tcmamn)+i+3+32000];
|
||||
end;
|
||||
for i:=0 to 80 do
|
||||
move(mem[$A000:320*i+43],logo[i],240);
|
||||
for j:=0 to 1 do begin
|
||||
for i:=0 to 39 do begin
|
||||
for x:=0 to 7 do begin
|
||||
for y:=0 to 7 do begin
|
||||
font[i+j*40,x,y]:= mem[$A000: (y+j*8+98) * word(320) + x+i*8];
|
||||
end;
|
||||
end;
|
||||
end;
|
||||
end;
|
||||
SBPort:=IdentifySB;
|
||||
if SBPort=0 then begin (* bei IdentifySB=0 -> Keine Soundblaster *)
|
||||
SBPort:=$42; (* Lautsprecherausgabe *)
|
||||
end;
|
||||
for i:=1 to paramcount do if paramstr(i)='-p' then SBPort:=$42;
|
||||
for i:=0 to 31999 do
|
||||
mem[$A000:i]:=0;
|
||||
for i:=0 to 31999 do
|
||||
mem[$A000:i+32000]:=0;
|
||||
for i:=0 to 320 do
|
||||
sinus[i]:=round(sin(Pi/24*i+1)*5)+46; (* round(sin(i*6.2)*5)+46 *)
|
||||
move(mem[$A000:191*320],leer,8*320);
|
||||
|
||||
move(mem[seg(tcmpal): ofs(tcmpal)],l,sizeof(l));
|
||||
for i:=0 to 255 do
|
||||
begin
|
||||
for j:=0 to 2 do
|
||||
begin
|
||||
p[i,j]:=l[i,j];
|
||||
end;
|
||||
end;
|
||||
setvgacolors(p);
|
||||
for i:=0 to 8*320-1 do
|
||||
mem[$A000:i+320*164]:=col;
|
||||
|
||||
writeline(125,114,'PRESENTS');
|
||||
writeline(55,124,' THE MENU INTRO');
|
||||
for i:=1 to 3 do
|
||||
writeline(55,134+i*10,menu[i]);
|
||||
flag:=doit('menu-int.res',sbport,0,12000);
|
||||
bo:=true;
|
||||
n:=0;
|
||||
m:=0; (* wobble style *)
|
||||
mm:=0;
|
||||
writeline(159-length(text[1])*4,191,text[1]);
|
||||
k:=2;
|
||||
ende:=false;
|
||||
men:=3;
|
||||
|
||||
ledz:=0;
|
||||
repeat
|
||||
if mm>2 then begin
|
||||
mm:=0;
|
||||
if bo then begin
|
||||
inc(n,1);
|
||||
if n>39 then begin
|
||||
bo:=false;
|
||||
end;
|
||||
end else begin
|
||||
dec(n,1);
|
||||
if n<1 then begin
|
||||
bo:=true;
|
||||
end;
|
||||
end;
|
||||
end else begin
|
||||
inc(mm,1);
|
||||
end;
|
||||
if m>46 then begin
|
||||
m:=0;
|
||||
end else begin
|
||||
inc(m,1);
|
||||
end;
|
||||
|
||||
if ledz>20000 then begin
|
||||
ledz:=0;
|
||||
move(leer,mem[$A000:191*320],8*320);
|
||||
writeline(159-length(text[k])*4,191,text[k]);
|
||||
inc(k);
|
||||
if k>18 then k:=1;
|
||||
end;
|
||||
for i:=3 to 74 do
|
||||
move(logo[i],mem[$A000: 320*(n+i)+sinus[i+m]],226);
|
||||
if keypressed then begin
|
||||
ch:=readkey;
|
||||
if ch=#0 then begin
|
||||
ch:=readkey;
|
||||
if (ch=#80) and (men<3) then begin
|
||||
move(leer,mem[$A000:(134+men*10)*320],8*320);
|
||||
writeline(55,134+men*10,menu[men]);
|
||||
inc(men);
|
||||
for i:=0 to 8*320-1 do
|
||||
mem[$A000:i+320*(134+men*10)]:=col;
|
||||
writeline(55,134+men*10,menu[men]);
|
||||
end;
|
||||
if (ch=#72) and (men>1) then begin
|
||||
move(leer,mem[$A000:(134+men*10)*320],8*320);
|
||||
writeline(55,134+men*10,menu[men]);
|
||||
dec(men);
|
||||
for i:=0 to 8*320-1 do
|
||||
mem[$A000:i+320*(134+men*10)]:=col;
|
||||
writeline(55,134+men*10,menu[men]);
|
||||
end;
|
||||
end else begin
|
||||
if ch=#27 then ende:=true;
|
||||
if ch=#13 then begin
|
||||
case men of
|
||||
1:begin
|
||||
if menu[1,17]='Y' then begin
|
||||
menu[1,17]:=' ';
|
||||
menu[1,18]:='N';
|
||||
menu[1,19]:='O';
|
||||
end else begin
|
||||
menu[1,17]:='Y';
|
||||
menu[1,18]:='E';
|
||||
menu[1,19]:='S';
|
||||
end;
|
||||
for i:=0 to 8*320-1 do
|
||||
mem[$A000:i+320*(134+men*10)]:=col;
|
||||
writeline(55,134+men*10,menu[men]);
|
||||
end;
|
||||
2:begin
|
||||
end;
|
||||
3:ende:=true;
|
||||
end;
|
||||
end;
|
||||
end;
|
||||
end;
|
||||
until ende;
|
||||
endit;
|
||||
for i:=0 to 31999 do
|
||||
mem[$A000:i]:=0;
|
||||
for i:=0 to 31999 do
|
||||
mem[$A000:i+32000]:=0;
|
||||
textmode(CO80);
|
||||
end.
|
||||
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Reference in New Issue
Block a user