アウトプットっぽい何か。
先日の2進LED, 7セグLEDの改良版。アウトプットに集約。
これによって両LEDは描画に専念するのみとなりました。
一応目的があってこのような構造としました。
7セグLEDの指摘があった箇所は
リソースを揃えたら直してしまうつもりです。
Outport module test
main.c
/*--------------------------------------------------------------------------------- Outport + NumLED + BinLED module test version 0.01 Oct 07, 2009 (C)2009 REGEKATSU ---------------------------------------------------------------------------------*/ #include <nds.h> #include <stdio.h> #include "Outport.h" char *mode_name[] = { "DEFAULT", "SWAP " }; //--------------------------------------------------------------------------------- int main(void) { //--------------------------------------------------------------------------------- u8 num_val = 0x00; u8 bin_val = 0x00; int mode; consoleDemoInit(); mode = Outport_InitOutport(); while(1) { swiWaitForVBlank(); Outport_ShowOPortValue(num_val); Outport_ShowRPortValue(bin_val); printf("\x1b[8;0HMAPPING MODE %d:%s", mode, mode_name[mode]); scanKeys(); if(keysDown() & KEY_UP){ if(bin_val < 0x7F){ bin_val++; }else{ bin_val = 0x00; } }else if(keysDown() & KEY_DOWN){ if(bin_val > 0x00){ bin_val--; }else{ bin_val = 0x7F; } }else if(keysDown() & KEY_RIGHT){ if(num_val < 0x0F){ num_val++; }else{ num_val = 0x00; } }else if(keysDown() & KEY_LEFT){ if(num_val > 0x00){ num_val--; }else{ num_val = 0x0F; } } if(keysDown() & KEY_SELECT){ mode = Outport_SwapMappingMode(); } } } //---------------------------------------------------------------------------------
Outport.h
/*--------------------------------------------------------------------------------- Outport module header version 0.01 Oct 07, 2009 (C)2009 REGEKATSU ---------------------------------------------------------------------------------*/ #ifndef _OUTPORT_H_ #define _OUTPORT_H_ #include <nds/ndstypes.h> #ifdef __cplusplus extern "C" { #endif int Outport_InitOutport(void); int Outport_ClearOutport(void); int Outport_SwapMappingMode(void); int Outport_ClearMappingMode(void); void Outport_ShowOPortValue(u8 num_val); void Outport_HideOPortValue(void); void Outport_ClearOPortValue(void); void Outport_ShowRPortValue(u8 bin_val); void Outport_HideRPortValue(void); void Outport_ClearRPortValue(void); #ifdef __cplusplus } #endif #endif //_OUTPORT_H_
OutportPrivate.h
/*--------------------------------------------------------------------------------- Outport module Private header version 0.01 Oct 07, 2009 (C)2009 REGEKATSU ---------------------------------------------------------------------------------*/ #ifndef _OUTPORT_PRIVATE_H_ #define _OUTPORT_PRIVATE_H_ #include "Outport.h" #include "NumLED.h" #include "BinLED.h" #ifdef __cplusplus extern "C" { #endif #ifdef __cplusplus } #endif #endif //_OUTPORT_PRIVATE_H_
Outport.c
/*--------------------------------------------------------------------------------- Outport module routine version 0.01 Oct 07, 2009 (C)2009 REGEKATSU ---------------------------------------------------------------------------------*/ #include "OutportPrivate.h" //Outport OPort -> NumberLED // AO - Ar -> Op // CAL RSTO - Reset Op //Outport RPort -> BinaryLED // CAL SETR // CAL RSTR // CAL DSPR typedef enum{ MAPPING_DEF, MAPPING_SWAP }MAPPING_MODE; typedef struct{ u8 oport_val; u8 rport_val; MAPPING_MODE mapping_mode; }OutportStatus; static OutportStatus st_outport; void (*pDrawLED[2])(u8 val); u8 outport_GetOPortValue(void); void outport_SetOPortValue(u8 seg_val); u8 outport_GetRPortValue(void); void outport_SetRPortValue(u8 bin_val); MAPPING_MODE outport_GetMappingMode(void); void outport_SetMappingMode(MAPPING_MODE mapping_mode); //--------------------------------------------------------------------------------- // Outport OPort Getter / Setter //--------------------------------------------------------------------------------- u8 outport_GetOPortValue(void){ //--------------------------------------------------------------------------------- return st_outport.oport_val; } //--------------------------------------------------------------------------------- void outport_SetOPortValue(u8 num_val){ //--------------------------------------------------------------------------------- const static u8 seg_pattern[] = { //7 Seg LED hexa number pattern 0x3F, 0x06, 0x5B, 0x4F, 0x66, 0x6D, 0x7D, 0x07, 0x7F, 0x67, 0x77, 0x7C, 0x39, 0x5E, 0x79, 0x71, 0x00 }; //配列外の値を送り込まれた時の対処(暫定) if(num_val > 0x10) num_val = 0x00; st_outport.oport_val = seg_pattern[num_val]; } //--------------------------------------------------------------------------------- // Outport RPort Getter / Setter //--------------------------------------------------------------------------------- u8 outport_GetRPortValue(void){ //--------------------------------------------------------------------------------- return st_outport.rport_val; } //--------------------------------------------------------------------------------- void outport_SetRPortValue(u8 bin_val){ //--------------------------------------------------------------------------------- st_outport.rport_val = bin_val & 0x7F; } //--------------------------------------------------------------------------------- // Outport Mapping Getter / Setter //--------------------------------------------------------------------------------- MAPPING_MODE outport_GetMappingMode(void){ //--------------------------------------------------------------------------------- return st_outport.mapping_mode; } //--------------------------------------------------------------------------------- void outport_SetMappingMode(MAPPING_MODE mapping_mode){ //--------------------------------------------------------------------------------- st_outport.mapping_mode = mapping_mode; } //--------------------------------------------------------------------------------- // Outport Mapping mode //--------------------------------------------------------------------------------- int Outport_InitOutport(void){ //--------------------------------------------------------------------------------- pDrawLED[0] = NumLED_DrawSegLED; pDrawLED[1] = BinLED_DrawBinLED; return Outport_ClearOutport(); } //--------------------------------------------------------------------------------- int Outport_ClearOutport(void){ //--------------------------------------------------------------------------------- Outport_ClearOPortValue(); Outport_ClearRPortValue(); return Outport_ClearMappingMode(); } //--------------------------------------------------------------------------------- int Outport_SwapMappingMode(void){ //--------------------------------------------------------------------------------- if(outport_GetMappingMode()) outport_SetMappingMode(MAPPING_DEF); else outport_SetMappingMode(MAPPING_SWAP); return (int)outport_GetMappingMode(); } //--------------------------------------------------------------------------------- int Outport_ClearMappingMode(void){ //--------------------------------------------------------------------------------- outport_SetMappingMode(MAPPING_DEF); return (int)outport_GetMappingMode(); } //--------------------------------------------------------------------------------- //--------------------------------------------------------------------------------- // Outport to Number LED //--------------------------------------------------------------------------------- void Outport_ShowOPortValue(u8 num_val){ //--------------------------------------------------------------------------------- outport_SetOPortValue(num_val); (*pDrawLED[st_outport.mapping_mode])(outport_GetOPortValue()); } //--------------------------------------------------------------------------------- void Outport_HideOPortValue(void){ //--------------------------------------------------------------------------------- outport_SetOPortValue(0x10); (*pDrawLED[st_outport.mapping_mode])(outport_GetOPortValue()); } //--------------------------------------------------------------------------------- void Outport_ClearOPortValue(void){ //--------------------------------------------------------------------------------- outport_SetOPortValue(0x0F); (*pDrawLED[st_outport.mapping_mode])(outport_GetOPortValue()); } //--------------------------------------------------------------------------------- // Outport to Binary LED //--------------------------------------------------------------------------------- void Outport_ShowRPortValue(u8 bin_val){ //--------------------------------------------------------------------------------- outport_SetRPortValue(bin_val); (*pDrawLED[st_outport.mapping_mode ^ 0x01])(outport_GetRPortValue()); } //--------------------------------------------------------------------------------- void Outport_HideRPortValue(void){ //--------------------------------------------------------------------------------- outport_SetRPortValue(0x00); (*pDrawLED[st_outport.mapping_mode ^ 0x01])(outport_GetRPortValue()); } //--------------------------------------------------------------------------------- void Outport_ClearRPortValue(void){ //--------------------------------------------------------------------------------- outport_SetRPortValue(0x00); (*pDrawLED[st_outport.mapping_mode ^ 0x01])(outport_GetRPortValue()); } //---------------------------------------------------------------------------------
NumLED.h
/*--------------------------------------------------------------------------------- NumLED module header version 0.02 Oct 07, 2009 (C)2009 REGEKATSU ---------------------------------------------------------------------------------*/ #ifndef _NUM_LED_H_ #define _NUM_LED_H_ #include <nds/ndstypes.h> #include <stdio.h> #ifdef __cplusplus extern "C" { #endif void NumLED_DrawSegLED(u8 seg_led); #ifdef __cplusplus } #endif #endif //_NUM_LED_H_
NumLED.c
/*--------------------------------------------------------------------------------- NumLED module routine version 0.02 Oct 07, 2009 (C)2009 REGEKATSU ---------------------------------------------------------------------------------*/ #include "NumLED.h" //AO - Ar -> Op //CAL RSTO - Reset Op #define NUM_LED_POSX 0 #define NUM_LED_POSY 2 //O Port -> NumberLED //|SEG|Dp|g |f |e |d |c |b |a | //|bit|07|06|05|04|03|02|01|00| typedef enum{ SEG_A = 0x01, SEG_B = 0x02, SEG_C = 0x04, SEG_D = 0x08, SEG_E = 0x10, SEG_F = 0x20, SEG_G = 0x40, SEG_DP = 0x80 }SEG_LED; #define IS_SEG_LED(x) ((x) ? true:false) //--------------------------------------------------------------------------------- void NumLED_DrawSegLED(u8 seg_led){ //--------------------------------------------------------------------------------- printf("\x1b[%d;%dH%d", NUM_LED_POSY, NUM_LED_POSX + 1, IS_SEG_LED(seg_led & SEG_A)); printf("\x1b[%d;%dH%d", NUM_LED_POSY + 1, NUM_LED_POSX, IS_SEG_LED(seg_led & SEG_F)); printf("\x1b[%d;%dH%d", NUM_LED_POSY + 1, NUM_LED_POSX + 2, IS_SEG_LED(seg_led & SEG_B)); printf("\x1b[%d;%dH%d", NUM_LED_POSY + 2, NUM_LED_POSX + 1, IS_SEG_LED(seg_led & SEG_G)); printf("\x1b[%d;%dH%d", NUM_LED_POSY + 3, NUM_LED_POSX, IS_SEG_LED(seg_led & SEG_E)); printf("\x1b[%d;%dH%d", NUM_LED_POSY + 3, NUM_LED_POSX + 2, IS_SEG_LED(seg_led & SEG_C)); printf("\x1b[%d;%dH%d", NUM_LED_POSY + 4, NUM_LED_POSX + 1, IS_SEG_LED(seg_led & SEG_D)); printf("\x1b[%d;%dH%d", NUM_LED_POSY + 4, NUM_LED_POSX + 3, IS_SEG_LED(seg_led & SEG_DP)); } //---------------------------------------------------------------------------------
BinLED.h
/*--------------------------------------------------------------------------------- BinLED module header version 0.02 Oct 07, 2009 (C)2009 REGEKATSU ---------------------------------------------------------------------------------*/ #ifndef _BIN_LED_H_ #define _BIN_LED_H_ #include <nds/ndstypes.h> #include <stdio.h> #ifdef __cplusplus extern "C" { #endif void BinLED_DrawBinLED(u8 bin_led); #ifdef __cplusplus } #endif #endif //_BIN_LED_H_
BinLED.c
/*--------------------------------------------------------------------------------- BinLED module routine version 0.02 Oct 07, 2009 (C)2009 REGEKATSU ---------------------------------------------------------------------------------*/ #include "BinLED.h" #define BIN_LED_POSX 0 #define BIN_LED_POSY 0 //R Port -> BinaryLED //|BIN|--|04|02|01|08|04|02|01| //|bit|--|06|05|04|03|02|01|00| typedef enum{ BIN_0 = 0x01, BIN_1 = 0x02, BIN_2 = 0x04, BIN_3 = 0x08, BIN_4 = 0x10, BIN_5 = 0x20, BIN_6 = 0x40, BIN_7 = 0x80 //debug only }BIN_LED; #define IS_BIN_LED(x) ((x) ? true:false) //--------------------------------------------------------------------------------- void BinLED_DrawBinLED(u8 bin_led){ //--------------------------------------------------------------------------------- printf("\x1b[%d;%dH%d", BIN_LED_POSY, BIN_LED_POSX, IS_BIN_LED(bin_led & BIN_7));//debug only printf("\x1b[%d;%dH%d", BIN_LED_POSY, BIN_LED_POSX + 1, IS_BIN_LED(bin_led & BIN_6)); printf("\x1b[%d;%dH%d", BIN_LED_POSY, BIN_LED_POSX + 2, IS_BIN_LED(bin_led & BIN_5)); printf("\x1b[%d;%dH%d", BIN_LED_POSY, BIN_LED_POSX + 3, IS_BIN_LED(bin_led & BIN_4)); printf("\x1b[%d;%dH%d", BIN_LED_POSY, BIN_LED_POSX + 4, IS_BIN_LED(bin_led & BIN_3)); printf("\x1b[%d;%dH%d", BIN_LED_POSY, BIN_LED_POSX + 5, IS_BIN_LED(bin_led & BIN_2)); printf("\x1b[%d;%dH%d", BIN_LED_POSY, BIN_LED_POSX + 6, IS_BIN_LED(bin_led & BIN_1)); printf("\x1b[%d;%dH%d", BIN_LED_POSY, BIN_LED_POSX + 7, IS_BIN_LED(bin_led & BIN_0)); } //---------------------------------------------------------------------------------
