JLI Spieleprogrammierung

[LeeDiGer]

Wie funktioniert das mit dem Namen eingeben und dem korrekten Abspeichern des eingegebenen Namen in die Highscoreliste? Wer kennt dazu ein Tutorial?

[AFE-GmdG]

Dazu braucht man kein Tutorial, dazu muß man über Dateiarbeit bescheidwissen.
Man erstellt sich einfach ein Struct, wo Platz für Name und Hiscore ist und speichert die (sortiert nach Hiscore) in eine Datendatei (Binär)
thats all

AFE-GmdG
_________________

[LeeDiGer]

Das Problem ist nicht der Ansatz. Ich habe das Problem, dass er Name, den ich eingebe, nicht korrekt in das Array der Highscore abgespeichert wird. Wenn ich den ersten Namen abspeichere, scheint es auf den ersten Blick korrekt zu sein. Wenn ich zum 2. Mal in die Highscore komme, speichert der den 2. Namen teilweise unter den 1. Namen noch ab. Es kann eigentlich nur an der Technik liegen, die ich zum Eintragen von Namen benutze. Jetzt bräuchte ich jemanden, der sowas fehlerfrei hingekriegt hat. Es sollen alle wichtigen Elemente vorhanden sein wie z.B. das Löschen mit Backslash und das eingeben von Leerzeichen.

[Hazel]

Gimme Code, Jo'anna... wir können ja nicht hellsehen wie du das anstellst. ;)
_________________
*click* Dabuu!?
Twitter: http://twitter.com/Ollie_R

[LeeDiGer]

Ich erkläre kurz, worum es geht. Es soll die Möglichkeit gegeben werden, Buchstaben in Groß und Klein einzugeben. Einige Spezielle Zeichen soll man auch eingeben kömnen. "Settings.Name[]" ist das Array für den Namen und "Settings.NamePos" die Buchstabenposition des Namen. Wird etwas eingegeben, wird an der Aktuellen Position eingaben ein Zeichen ersetzt. Die Anzahl der Zeichen wird auf 20 begrenzt.
Später wird der Name in der Highscore folgendermaßen abgespeichert:

strcpy(HighScore.Name[i],Settings.Name);

Und an der Stelle scheint es nicht ganz richtig zu funktionieren.
Ich habe hier den wichtigsten Teil des Codes hier eingefügt.

if(m_lpInput->KeyA==1 && m_lpInput->KeyARelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='A'; m_lpInput->KeyARelease=1; Settings.NamePos++;}
if(m_lpInput->KeyB==1 && m_lpInput->KeyBRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='B'; m_lpInput->KeyBRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyC==1 && m_lpInput->KeyCRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='C'; m_lpInput->KeyCRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyD==1 && m_lpInput->KeyDRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='D'; m_lpInput->KeyDRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyE==1 && m_lpInput->KeyERelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='E'; m_lpInput->KeyERelease=1; Settings.NamePos++;}
if(m_lpInput->KeyF==1 && m_lpInput->KeyFRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='F'; m_lpInput->KeyFRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyG==1 && m_lpInput->KeyGRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='G'; m_lpInput->KeyGRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyH==1 && m_lpInput->KeyHRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='H'; m_lpInput->KeyHRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyI==1 && m_lpInput->KeyIRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='I'; m_lpInput->KeyIRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyJ==1 && m_lpInput->KeyJRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='J'; m_lpInput->KeyJRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyK==1 && m_lpInput->KeyKRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='K'; m_lpInput->KeyKRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyL==1 && m_lpInput->KeyLRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='L'; m_lpInput->KeyLRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyM==1 && m_lpInput->KeyMRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='M'; m_lpInput->KeyMRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyN==1 && m_lpInput->KeyNRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='N'; m_lpInput->KeyNRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyO==1 && m_lpInput->KeyORelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='O'; m_lpInput->KeyORelease=1; Settings.NamePos++;}
if(m_lpInput->KeyP==1 && m_lpInput->KeyPRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='P'; m_lpInput->KeyPRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyQ==1 && m_lpInput->KeyQRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='Q'; m_lpInput->KeyQRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyR==1 && m_lpInput->KeyRRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='R'; m_lpInput->KeyRRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyS==1 && m_lpInput->KeySRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='S'; m_lpInput->KeySRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyT==1 && m_lpInput->KeyTRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='T'; m_lpInput->KeyTRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyU==1 && m_lpInput->KeyURelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='U'; m_lpInput->KeyURelease=1; Settings.NamePos++;}
if(m_lpInput->KeyV==1 && m_lpInput->KeyVRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='V'; m_lpInput->KeyVRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyW==1 && m_lpInput->KeyWRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='W'; m_lpInput->KeyWRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyX==1 && m_lpInput->KeyXRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='X'; m_lpInput->KeyXRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyY==1 && m_lpInput->KeyYRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='Z'; m_lpInput->KeyYRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyZ==1 && m_lpInput->KeyZRelease==0 && (m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='Y'; m_lpInput->KeyZRelease=1; Settings.NamePos++;}

if(m_lpInput->KeyA==1 && m_lpInput->KeyARelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='a'; m_lpInput->KeyARelease=1; Settings.NamePos++;}
if(m_lpInput->KeyB==1 && m_lpInput->KeyBRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='b'; m_lpInput->KeyBRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyC==1 && m_lpInput->KeyCRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='c'; m_lpInput->KeyCRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyD==1 && m_lpInput->KeyDRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='d'; m_lpInput->KeyDRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyE==1 && m_lpInput->KeyERelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='e'; m_lpInput->KeyERelease=1; Settings.NamePos++;}
if(m_lpInput->KeyF==1 && m_lpInput->KeyFRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='f'; m_lpInput->KeyFRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyG==1 && m_lpInput->KeyGRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='g'; m_lpInput->KeyGRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyH==1 && m_lpInput->KeyHRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='h'; m_lpInput->KeyHRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyI==1 && m_lpInput->KeyIRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='i'; m_lpInput->KeyIRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyJ==1 && m_lpInput->KeyJRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='j'; m_lpInput->KeyJRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyK==1 && m_lpInput->KeyKRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='k'; m_lpInput->KeyKRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyL==1 && m_lpInput->KeyLRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='l'; m_lpInput->KeyLRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyM==1 && m_lpInput->KeyMRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='m'; m_lpInput->KeyMRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyN==1 && m_lpInput->KeyNRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='n'; m_lpInput->KeyNRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyO==1 && m_lpInput->KeyORelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='o'; m_lpInput->KeyORelease=1; Settings.NamePos++;}
if(m_lpInput->KeyP==1 && m_lpInput->KeyPRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='p'; m_lpInput->KeyPRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyQ==1 && m_lpInput->KeyQRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='q'; m_lpInput->KeyQRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyR==1 && m_lpInput->KeyRRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='r'; m_lpInput->KeyRRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyS==1 && m_lpInput->KeySRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='s'; m_lpInput->KeySRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyT==1 && m_lpInput->KeyTRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='t'; m_lpInput->KeyTRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyU==1 && m_lpInput->KeyURelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='u'; m_lpInput->KeyURelease=1; Settings.NamePos++;}
if(m_lpInput->KeyV==1 && m_lpInput->KeyVRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='v'; m_lpInput->KeyVRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyW==1 && m_lpInput->KeyWRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='w'; m_lpInput->KeyWRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyX==1 && m_lpInput->KeyXRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='x'; m_lpInput->KeyXRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyY==1 && m_lpInput->KeyYRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='z'; m_lpInput->KeyYRelease=1; Settings.NamePos++;}
if(m_lpInput->KeyZ==1 && m_lpInput->KeyZRelease==0 && !(m_lpInput->RShift==1 || m_lpInput->LShift==1) && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='y'; m_lpInput->KeyZRelease=1; Settings.NamePos++;}

if(m_lpInput->Space==1 && m_lpInput->SpaceRelease==0 && Settings.NamePos<20) {Settings.Name[Settings.NamePos] =' '; m_lpInput->SpaceRelease=1; Settings.NamePos++;}
if(m_lpInput->Plus==1 && m_lpInput->PlusRelease==0 && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='+'; m_lpInput->PlusRelease=1; Settings.NamePos++;}
if(m_lpInput->Minus==1 && m_lpInput->MinusRelease==0 && Settings.NamePos<20) {Settings.Name[Settings.NamePos] ='-'; m_lpInput->MinusRelease=1; Settings.NamePos++;}
if(m_lpInput->Backspace==1 && m_lpInput->BackspaceRelease==0 && Settings.NamePos>0)
{Settings.Name[Settings.NamePos-1] =' '; m_lpInput->BackspaceRelease=1; Settings.NamePos--;}

[Cyianor]

Tja, wie wärs wenn du bei "Antwort schreiben" mal auf "Code" klickst und da alles reinschreibst??? Das is wesentlich übersichtlicher bei so einem unübersichtlichem Code, wie kennst du dich da aus???

Vielleicht solltest du:

[Sören]

Es gibt noch eine Funktion um die Tasten abzufragen, du kannst dir dann die ganzen Schleifen klemmen. Ich meine es war sowas wie GetKeyboardStatus() in der Richtung(das wars aber nicht!). Hazel wird sich bestimmt daran erinnern.

@STL-Strings
Seit ich das Kapitel in Christians Buch gelesen habe, nutze ich sie nur noch. Vorallem die etlichen Funktionen sind super komfortabel!

[LeeDiGer]

Dann zeigt mir mal, wie man mit den fertigen Funktionen arbeitet.