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#include "periph_lcd.h" 8 E7 B' x+ }; {' g4 _% G
. c3 b- a6 G/ |lcd_code_item_t LCD_CODE_TAB[]= k3 o* l3 j6 q6 G. I
{
3 R c7 Z1 h* D8 W [LCD_CHAR_0] ={.COM0_L=1,.COM0_H=0,.COM1_L=1,.COM1_H=1,.COM2_L=0,.COM2_H=1,.COM3_L=1,.COM3_H=1,}, * c. F \9 D/ n" K
[LCD_CHAR_1] ={.COM0_L=0,.COM0_H=0,.COM1_L=0,.COM1_H=1,.COM2_L=0,.COM2_H=1,.COM3_L=0,.COM3_H=0,}, : ~9 F) D) x# E
[LCD_CHAR_2] ={.COM0_L=1,.COM0_H=0,.COM1_L=1,.COM1_H=0,.COM2_L=1,.COM2_H=1,.COM3_L=0,.COM3_H=1,},
: J- u$ I5 W6 D; m3 X! @0 e [LCD_CHAR_3] ={.COM0_L=1,.COM0_H=0,.COM1_L=0,.COM1_H=1,.COM2_L=1,.COM2_H=1,.COM3_L=0,.COM3_H=1,},
! L& h I6 @2 n- J; ] [LCD_CHAR_4] ={.COM0_L=0,.COM0_H=0,.COM1_L=0,.COM1_H=1,.COM2_L=1,.COM2_H=1,.COM3_L=1,.COM3_H=0,},
) @2 ], W0 O( {8 A* Y: x/ y [LCD_CHAR_5] ={.COM0_L=1,.COM0_H=0,.COM1_L=0,.COM1_H=1,.COM2_L=1,.COM2_H=0,.COM3_L=1,.COM3_H=1,}, " }$ R# f8 o- T: u7 _
[LCD_CHAR_6] ={.COM0_L=1,.COM0_H=0,.COM1_L=1,.COM1_H=1,.COM2_L=1,.COM2_H=0,.COM3_L=1,.COM3_H=1,}, ' S, n6 [1 g- E0 Q7 X9 g* W% z$ s0 j
[LCD_CHAR_7] ={.COM0_L=0,.COM0_H=0,.COM1_L=0,.COM1_H=1,.COM2_L=0,.COM2_H=1,.COM3_L=0,.COM3_H=1,},
6 Y) T. J9 J3 {3 ? [LCD_CHAR_8] ={.COM0_L=1,.COM0_H=0,.COM1_L=1,.COM1_H=1,.COM2_L=1,.COM2_H=1,.COM3_L=1,.COM3_H=1,},
- K9 Q$ ]* Z6 [: f0 j [LCD_CHAR_9] ={.COM0_L=1,.COM0_H=0,.COM1_L=0,.COM1_H=1,.COM2_L=1,.COM2_H=1,.COM3_L=1,.COM3_H=1,}, . C: A: Q+ D5 n. ^6 q, E
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[LCD_CHAR_OFF]={.COM0_L=0,.COM0_H=0,.COM1_L=0,.COM1_H=0,.COM2_L=0,.COM2_H=0,.COM3_L=0,.COM3_H=0,}," O7 T3 v* `; m! f# U; C3 ?8 `3 m; d: n
}; % _& M' |+ a+ p* k+ Q" {
, p* v/ ^: Z7 b: \; Bvoid LCD_Open(void)
1 k$ o' g1 K1 O. @) H{
% q4 O& P2 ~- w7 `. L' c' H CLK_PeripheralClockConfig(CLK_Peripheral_LCD,ENABLE);
* k' m% K7 Z3 z( V i8 O, i CLK_RTCClockConfig(CLK_RTCCLKSource_HSI,CLK_RTCCLKDiv_64); 6 O" S3 I3 Z9 [2 `0 ?. g
LCD_Init(LCD_Prescaler_8,LCD_Divider_18,LCD_Duty_1_4,LCD_Bias_1_3,LCD_VoltageSource_External);$ e7 l' L+ F$ }% @
LCD_PortMaskConfig(LCD_PortMaskRegister_0, 0xff);
8 {! F* @5 J. A; @. h$ [ LCD_PortMaskConfig(LCD_PortMaskRegister_1, 0x03); / Z: E, S6 l: x. `; B' G
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LCD_ContrastConfig(LCD_Contrast_3V0);
8 B9 V3 k& L9 { LCD_DeadTimeConfig(LCD_DeadTime_0);
7 q( E. W/ N/ G6 \ LCD_PulseOnDurationConfig(LCD_PulseOnDuration_7); $ w( l2 O# b" G3 V3 q. R( p: i
LCD_Cmd(ENABLE);
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void LCD_DispCharOnIndex(uint8ch, uint8 index)
6 h0 [0 m7 q' s{
/ x8 x( w9 {! |. T if(index>=LCD_INDEX_MAX_COUNT)
& Q, M% s# S5 E3 k$ Y { 6 F% M" x }0 x- }' ?, C
return ; ! k' m, Z `; o
}
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' R7 Z/ o) D2 t1 B uint8lcd_code=LCD_CODE_TAB[ch].Byte;
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) o$ F' _; r/ x if(lcd_code & BIT_MAST_COM0_L) " o) S' m1 [7 E% e0 U
{
# V6 F5 d3 X2 x. s bit_arry_set_bit((void *)LCD->RAM,28*0+index*2);
, f! w' z, }% ^ }
6 {4 K5 L* A/ C, ^. h% i3 @ else
& @4 l: |7 R6 T; |; q {
7 f! V! _0 f: ^ bit_arry_clr_bit((void *)LCD->RAM,28*0+index*2); ( G$ [: ^9 W' ]* a
}
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if(lcd_code & BIT_MAST_COM0_H)
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bit_arry_set_bit((void *)LCD->RAM,28*0+index*2+1);
E: p1 Q( f4 V4 |6 e: A, Y l }
$ J O8 o/ i# V3 q1 ^ else
$ F# F0 }# H" U# `: N2 @* a { ) a$ i- ^6 T! \% l. n2 }0 W" q
bit_arry_clr_bit((void *)LCD->RAM,28*0+index*2+1); 8 m) C+ e" q& _& U
}
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if(lcd_code & BIT_MAST_COM1_L) + _& w* i+ p; O, S
{
1 }* Q7 ]' G h bit_arry_set_bit((void *)LCD->RAM,28*1+index*2);
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else
$ M+ ?( g2 ^8 B7 K, O; i9 m {
8 N9 N5 D6 b4 U. g# `! ?# v% y6 T bit_arry_clr_bit((void *)LCD->RAM,28*1+index*2);
2 L j. `! b9 Z6 l: K3 x }
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+ Q/ g! B- o& r& Z: ?+ o2 r6 |' O if(lcd_code & BIT_MAST_COM1_H) 2 s6 r* ~1 D" M" ^ N
{
) a. k* n. Z# U* p6 v1 y1 V bit_arry_set_bit((void *)LCD->RAM,28*1+index*2+1); 5 U O* o( V8 O; {; y+ c
}
- U1 a, @) @2 d4 ?" C) @/ u else
. ^$ A! R$ e9 X& @) }8 t {
: d) j* a+ S* r: {3 r" O bit_arry_clr_bit((void *)LCD->RAM,28*1+index*2+1); * F; f9 o& G0 \& A. Y
} % S$ ~% M9 w# e) N* m/ C
2 v2 K4 k; _9 V9 q
if(lcd_code & BIT_MAST_COM2_L) 7 T# @! O9 N7 p) P! y# H) ~
{ 0 P4 r2 {: w1 _! J) P$ P! q: g
bit_arry_set_bit((void *)LCD->RAM,28*2+index*2);
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else - b9 l+ u7 d7 Y E" J$ t
{ 0 g9 g7 P! R1 U- y* H" P
bit_arry_clr_bit((void *)LCD->RAM,28*2+index*2);
% D6 I2 v9 G9 P$ o/ }$ Y) v } * ]) h" X' s2 H
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if(lcd_code & BIT_MAST_COM2_H) j: t$ I9 C! _6 \# @& Y& \5 D
{ 0 @, m8 U7 p: l9 N( @
bit_arry_set_bit((void *)LCD->RAM,28*2+index*2+1); % q+ K6 D8 Z. H
}
h* } w# ?6 }& z; U5 a else |, T& v( P8 K7 Q
{
# R7 k- X: m8 g6 \& h9 |$ C* s; ` bit_arry_clr_bit((void *)LCD->RAM,28*2+index*2+1);
4 }( k o# O: Z7 z }
Q' O/ y% X$ `% C8 h8 g4 ]5 l5 j# O 4 {) ?: q9 c/ \! E. d( B0 T
if(lcd_code & BIT_MAST_COM3_L)
5 v6 n6 J3 F$ D0 | { 0 C/ X: E v3 ~- D
bit_arry_set_bit((void *)LCD->RAM,28*3+index*2); 9 T B. z* W! b) S1 i5 _1 ^
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else , d; K" ^0 u3 a, K# G) Q% y
{
; |6 _" z: b0 {1 |3 U3 W" [3 S; G% R bit_arry_clr_bit((void *)LCD->RAM,28*3+index*2); ! E7 `: L8 ~6 X
}
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+ \+ Z2 t# l2 ], m j5 a, b. |% l if(lcd_code & BIT_MAST_COM3_H)
" Q$ P/ h2 N0 G! z& } {
/ w6 Z6 v" O3 @ bit_arry_set_bit((void *)LCD->RAM,28*3+index*2+1); ' E6 j) j2 r& q$ H
} % ]; q9 A# d+ f) I/ K! u; l
else
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bit_arry_clr_bit((void *)LCD->RAM,28*3+index*2+1);
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5 a1 x. y! t! p" n* W0 Cvoid LCD_DispOffOnIndex(uint8index) 8 H1 R3 I1 ?' G. L
{ ) G/ j" ^8 R# F/ E' F
LCD_DispCharOnIndex(LCD_CHAR_OFF,index);
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2 o, U0 N- [, y* v! _9 t
$ L& U+ Q; [& r5 l& s6 A* nvoid LCD_DispOffOnAllIndex(void) ' m& P: Q+ Q0 D
{ 2 ~- \3 n2 g8 ~, ?( R/ y
for(uint8 i=0;i<lcd_index_max_count;i++)[size][="" font][="" backcolor][=""color][color="#333333][backcolor=rgb(242," 250,=""254)][size="11.818181991577148px]" [="" color]
" ]% c+ v5 r4 x {
- L, }6 [% A9 Z L& ~4 k/ U LCD_DispCharOnIndex(LCD_CHAR_OFF,i); / w; r% [9 ?' B {' @
} / p* c, s( W, ?9 @
} 6 n2 }5 X3 n3 o! }
) C: z% w5 P" l1 Hvoid LCD_DispUint16(uint16num, uint8 blank) s6 u3 J; g0 G+ v$ }9 c
{
. ~, q* y% b4 ~/ x. ^: V2 d4 \ uint8 bcd[__MAX(5,LCD_INDEX_MAX_COUNT)]={0};
/ D% a1 W6 v$ }+ w6 s uint8 bcd_index;
. e4 K" J6 _& k. A3 J* G uint8 lcd_index;
4 r! B. k* U0 B. }9 g1 b ' ]6 o0 X& A+ n7 i# k
uint8 index_max_count=__MAX(5,LCD_INDEX_MAX_COUNT); % O+ V0 ^! j5 l" Q" V
( _6 C# @' W/ `$ F4 Q c8 i# M7 p
u16_to_bcd_5(num,bcd); ) l! O4 r0 k. s7 B: I) l
; B: R+ [ g) }8 I( w C bcd_index=index_max_count-1;
% ~ r1 K8 T8 L# u5 z
7 I) I4 X+ L u" L' L& R7 F for(;(bcd[bcd_index]==0)&&(bcd_index!=0);bcd_index--)
' Z+ { S% t3 x {
! L, a9 L3 J! f; ^8 A lcd_index=index_max_count-1-bcd_index; : C) n; m* {6 ?
LCD_DispCharOnIndex(LCD_CHAR_OFF,lcd_index); + n" ]5 D. F/ q
} ) o4 u+ P! C# Y7 e
2 k& T' L& V" A+ f, P5 ?
for(;bcd_index!=0xff;bcd_index--)
( c0 R# Q( @/ b5 I' y { 6 P* y; Z: i6 Q
lcd_index=index_max_count-1-bcd_index;
/ p- t* j( R. g. r" V; D/ Q1 H LCD_DispCharOnIndex(bcd[bcd_index],lcd_index); : q% j- t. [# O( D/ [9 y( v% b7 ~
} - b* }1 L8 ]6 ]( Z9 w C
} 3 c( m. d+ D: u1 j" c2 a
/ t" ~- b3 n' G, l5 b#include "stm8l15x.h"
. K, m& h/ |6 Q& y7 I- O) q/ ~#include "uni_int.h"
" x) U" g1 ^. C. j#include "delay.h"
2 @8 n' L" s' {# a8 w6 A7 u#include "periph_lcd.h" / U* _0 @+ J8 Q1 Y$ z. Z# s
2 F3 e9 I( y( s# r) o$ K7 hint main()
3 A8 A* }. ^, H# m% g* `{ ) x+ C$ M) D) _9 b
LCD_Open(); / ^/ b2 d Y7 f' r0 w
# }1 v/ z( v f# S
uint16 num=100; ' L7 U; ?3 I# a& Z8 {/ h# d/ p. M" d7 F
, Z$ ~! y5 R, ]1 Y
while(1)
1 q6 _1 ^; o8 E X6 I# b { [5 g0 {( o5 j& w
num--; ) K+ ^& P2 L7 Z
LCD_DispUint16(num,LCD_CHAR_OFF); " \! L; b$ m' x9 X7 u
delay();
' X( D t- K" ^! E }
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[size=11.818181991577148px][size=11.818181991577148px]
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