Kommentar:
Einfügen von HTML im Kommentar:
Link einfügen: <a href="LINKURL" target="_blank">LINKTITEL</a>
Bild einfügen: <img src="BILDURL">
Text formatieren: <b>fetter Text</b>  <i>kursiver Text</i> <u>unterstrichener Text</u>
Kombinationen sind auch möglich z.B.: <b><i>fetter & kursiver Text</i></b>
C2 Quellcode formatieren: <code>Quellcode</code>
ASM Quellcode formatieren: <asm>Quellcode</asm>
(Innerhalb eines Quellcodeabschnitts ist kein html möglich.)
Wichtig: Bitte mache Zeilenumbrüche, bevor Du am rechten Rand des Eingabefeldes ankommst !  
> Hi @all, > > hier die Funktionen für die Darstellung von großen Zahlen. > > Funktionsset für Zahlen über 2 Zeilen > > <code> > function def_doublelinenums() > {byte chars[8]; > > chars[0] = 0x01; > chars[1] = 0x01; > chars[2] = 0x01; > chars[3] = 0x01; > chars[4] = 0x01; > chars[5] = 0x01; > chars[6] = 0x01; > chars[7] = 0x01; > defineChar(0,chars); > chars[0] = 0x1F; > chars[1] = 0x11; > chars[2] = 0x11; > chars[3] = 0x11; > chars[4] = 0x11; > chars[5] = 0x11; > chars[6] = 0x11; > chars[7] = 0x11; > defineChar(1,chars); > chars[0] = 0x1F; > chars[1] = 0x10; > chars[2] = 0x10; > chars[3] = 0x10; > chars[4] = 0x10; > chars[5] = 0x10; > chars[6] = 0x10; > chars[7] = 0x1F; > defineChar(2,chars); > chars[0] = 0x01; > chars[1] = 0x01; > chars[2] = 0x01; > chars[3] = 0x01; > chars[4] = 0x01; > chars[5] = 0x01; > chars[6] = 0x01; > chars[7] = 0x1F; > defineChar(3,chars); > chars[0] = 0x1F; > chars[1] = 0x11; > chars[2] = 0x11; > chars[3] = 0x11; > chars[4] = 0x11; > chars[5] = 0x11; > chars[6] = 0x11; > chars[7] = 0x1F; > defineChar(4,chars); > chars[0] = 0x11; > chars[1] = 0x11; > chars[2] = 0x11; > chars[3] = 0x11; > chars[4] = 0x11; > chars[5] = 0x11; > chars[6] = 0x11; > chars[7] = 0x1F; > defineChar(5,chars); > chars[0] = 0x1F; > chars[1] = 0x01; > chars[2] = 0x01; > chars[3] = 0x01; > chars[4] = 0x01; > chars[5] = 0x01; > chars[6] = 0x01; > chars[7] = 0x1F; > defineChar(6,chars); > chars[0] = 0x1F; > chars[1] = 0x01; > chars[2] = 0x01; > chars[3] = 0x01; > chars[4] = 0x01; > chars[5] = 0x01; > chars[6] = 0x01; > chars[7] = 0x01; > defineChar(7,chars); > > } > function print_upper_num(int num) > { > if num == 0 {put(1);}; > if num == 1 {put(0);}; > if num == 2 {put(7);}; > if num == 3 {put(6);}; > if num == 4 {put(5);}; > if num == 5 {put(2);}; > if num == 6 {put(2);}; > if num == 7 {put(7);}; > if num == 8 {put(4);}; > if num == 9 {put(4);}; > } > function print_lower_num(int num) > { > if num == 0 {put(5);}; > if num == 1 {put(0);}; > if num == 2 {put(2);}; > if num == 3 {put(3);}; > if num == 4 {put(0);}; > if num == 5 {put(3);}; > if num == 6 {put(5);}; > if num == 7 {put(0);}; > if num == 8 {put(5);}; > if num == 9 {put(3);}; > } > > > function print_doublelinenum(int num,int row, int col) > { > goto(row,col); > print_upper_num(num); > goto(row+1,col); > print_lower_num(num); > } > </code> > > > Und hier der Code für die Darstellung über alle 4 Zeilen > > <code> > function def_bignums() > {byte chars[8]; > > chars[0] = 0; > chars[1] = 0; > chars[2] = 0; > chars[3] = 0; > chars[4] = 1; > chars[5] = 3; > chars[6] = 7; > chars[7] = 15; > defineChar(0,chars); > chars[0] = 0; > chars[1] = 0; > chars[2] = 0; > chars[3] = 0; > chars[4] = 31; > chars[5] = 31; > chars[6] = 31; > chars[7] = 31; > defineChar(1,chars); > chars[0] = 0; > chars[1] = 0; > chars[2] = 0; > chars[3] = 0; > chars[4] = 16; > chars[5] = 24; > chars[6] = 28; > chars[7] = 30; > defineChar(2,chars); > chars[0] = 31; > chars[1] = 31; > chars[2] = 31; > chars[3] = 31; > chars[4] = 30; > chars[5] = 28; > chars[6] = 24; > chars[7] = 16; > defineChar(3,chars); > chars[0] = 16; > chars[1] = 24; > chars[2] = 28; > chars[3] = 30; > chars[4] = 31; > chars[5] = 31; > chars[6] = 31; > chars[7] = 31; > defineChar(4,chars); > chars[0] = 15; > chars[1] = 7; > chars[2] = 3; > chars[3] = 1; > chars[4] = 0; > chars[5] = 0; > chars[6] = 0; > chars[7] = 0; > defineChar(5,chars); > chars[0] = 31; > chars[1] = 31; > chars[2] = 31; > chars[3] = 31; > chars[4] = 0; > chars[5] = 0; > chars[6] = 0; > chars[7] = 0; > defineChar(6,chars); > chars[0] = 30; > chars[1] = 28; > chars[2] = 24; > chars[3] = 16; > chars[4] = 0; > chars[5] = 0; > chars[6] = 0; > chars[7] = 0; > defineChar(7,chars); > > } > const bignum0[] = 0,1,2,255,32,255,255,32,255,5,6,7; > const bignum1[] = 0,1,32,32,255,32,32,255,32,6,6,6; > const bignum2[] = 0,1,2,0,1,3,255,32,32,6,6,6; > const bignum3[] = 0,1,2,32,0,3,32,5,4,5,6,7; > const bignum4[] = 0,32,1,255,32,255,6,6,255,32,32,6; > const bignum5[] = 1,1,1,255,1,2,32,32,255,5,6,7; > const bignum6[] = 0,1,2,255,1,2,255,32,255,5,6,7; > const bignum7[] = 1,1,1,32,0,3,32,255,32,32,6,32; > const bignum8[] = 0,1,2,255,1,255,255,32,255,5,6,7; > const bignum9[] = 0,1,2,255,1,255,32,32,255,5,6,7; > function print_bignum(int num,int col) > { > int c,r,i; > byte pchar[11]; > > if num == 0 > { > for i = 0...11 > { > pchar[i] = bignum0[i]; > } > } > if num == 1 > { > for i = 0...11 > { > pchar[i] = bignum1[i]; > } > } > if num == 2 > { > for i = 0...11 > { > pchar[i] = bignum2[i]; > } > } > if num == 3 > { > for i = 0...11 > { > pchar[i] = bignum3[i]; > } > } > if num == 4 > { > for i = 0...11 > { > pchar[i] = bignum4[i]; > } > } > if num == 5 > { > for i = 0...11 > { > pchar[i] = bignum5[i]; > } > } > if num == 6 > { > for i = 0...11 > { > pchar[i] = bignum6[i]; > } > } > if num == 7 > { > for i = 0...11 > { > pchar[i] = bignum7[i]; > } > } > if num == 8 > { > for i = 0...11 > { > pchar[i] = bignum8[i]; > } > } > if num == 9 > { > for i = 0...11 > { > pchar[i] = bignum9[i]; > } > } > > i=0; > for r = 1 ... 4 > { > goto(r,col); > for c = 0 ... 2 > { > put(pchar[i]); > i = i + 1; > } > } > } > > </code> > > > Der Code kann einfach in die pcflcd od. rblcd Unit reinkopiert werden. > > Über die Funktionen def_doublelinenums() bzw. def_bignums() werden die benötigten Zeichen in den > CGRAM des Display geladen. > Über die Funktionen print_bignum bzw. print_doublelinenum können dann die Zahlen ausgegeben werden > > Viel Spaß damit > > Gruß Frank

Dateianhang: (.gif, .png., .jpg, .zip, .rar)

max. 256kB

max. 256kB