![](/media/cache/img/default_profile.jpg.50x50_q85.jpg)
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Dependencies: mbed LCD_DISCO_F469NIa SD_DISCO_F469NI BSP_DISCO_F469NIa EEPROM_DISCO_F469NI
draw_print_library.cpp
- Committer:
- formulas
- Date:
- 2018-06-28
- Revision:
- 2:f54f01527ebb
- Parent:
- 0:38c3afd99aeb
- Child:
- 4:0e8413277df8
File content as of revision 2:f54f01527ebb:
#include "draw_print_library.h" #include "gears.h" #include "font100.h" #include "font50.h" extern LCD_DISCO_F469NI lcd; extern SD_DISCO_F469NI sd; extern Serial pc; extern uint8_t lvdtref; extern int FL_LVDT_Ref,FR_LVDT_Ref,RL_LVDT_Ref,RR_LVDT_Ref; //Gears GEAR Idle{'0',256,384,idleBitmap}; GEAR Gear1{'1',256,384,gear1Bitmap}; GEAR Gear2{'2',256,384,gear2Bitmap}; GEAR Gear3{'3',256,384,gear3Bitmap}; GEAR Gear4{'4',256,384,gear4Bitmap}; GEAR Gear5{'5',256,384,gear5Bitmap}; GEAR Gear6{'6',256,384,gear6Bitmap}; GEAR *Gears[7]={&Idle,&Gear1,&Gear2,&Gear3,&Gear4,&Gear5,&Gear6}; //Gears array IMAGE LogoBig{800,480,LOGOBIG_START_ADDR}; //Big Logo IMAGE LogoSmall{160,64,LOGOSMALL_START_ADDR}; //Small Logo IMAGE Branko{250,480,1576960}; //Branko IMAGE NewYearCongat{800,480,NEW_YEAR_CONGAT_START_ADDR}; //IMAGE Miljana[250,480,---}; void DrawSpeedMeter(){ uint16_t x1,y1,x2,y2,x3,y3,x4,y4; double THETA1=PHI,THETA2; //Set starting point for drawing x1=(int)(400-530*cos(THETA1)); y1=(int)(550-530*sin(THETA1)); x2=(int)(400-500*cos(THETA1)); y2=(int)(550-500*sin(THETA1)); lcd.SetTextColor(LCD_COLOR_BLACK); for (int V=0;V<=150;V++){ //Draw from 0 to 150 //Set angle for next speed scale value THETA2=THETA1+ALPHA/Vmax; x3=(int)(400-530*cos(THETA2)); y3=(int)(550-530*sin(THETA2)); x4=(int)(400-500*cos(THETA2)); y4=(int)(550-500*sin(THETA2)); if(V<150){ //Draw arch section lcd.DrawLine(x1,y1,x3,y3); lcd.DrawLine(x2,y2,x4,y4); }; lcd.SetFont(&Font20); if(V%10==0){ //Print round values (0,10,20,...) lcd.DrawLine(x1,y1,x2,y2); //Draw round scale value char Vchar[3]; sprintf(Vchar,"%d",(int)V); uint16_t xnum=x2,ynum=y2; if (V==0 | V==10 | V==20 | V==30){ //Position of printed value xnum=x2,ynum=y2+5; }else if (V==40 | V==50 | V==60){ xnum=x2-3,ynum=y2+5; }else if (V==70 | V==80){ xnum=x2-14,ynum=y2+5; }else if (V==90){ xnum=x2-20,ynum=y2+5; }else if (V==100 | V==110 | V==120) { xnum=x2-35,ynum=y2+4; }else if (V==130 | V==140 | V==150){ xnum=x2-35,ynum=y2+5; }; lcd.DisplayStringAt(xnum,ynum,(uint8_t*)Vchar,LEFT_MODE); }; x1=x3,y1=y3,x2=x4,y2=y4; //Increment position THETA1=THETA2; }; }; void PrintChar(CHAR Char,uint16_t StartXPos,uint16_t StartYPos,uint32_t TextColor){ uint16_t width=Char.width; uint16_t height=Char.height; uint16_t horpos,vertpos; uint16_t bitloc; uint32_t DrawColor; char pos[9]; //uint8_t dbg[50]; for(horpos=0;horpos<width;horpos++){ //Bitmaps are row after row for(vertpos=0;vertpos<height/8;vertpos++){ sprintf(pos,BYTE_TO_BINARY_PATTERN,BYTE_TO_BINARY(Char.bitmap[horpos*height/8+vertpos])); //Convert uint8_t from hex to binary. 1 to fill, 0 to skip //pc.printf("%d. %s\n",horpos*height/8+vertpos,pos); for(bitloc=0;bitloc<8;bitloc++) { if (pos[bitloc]=='1') { DrawColor=TextColor; } else{ DrawColor=lcd.GetBackColor(); }; lcd.DrawPixel(StartXPos+horpos,StartYPos+vertpos*8+bitloc,DrawColor); //pc.printf("%d,%d\n",StartXPos+horpos,StartYPos+vertpos*8+bitloc); } } } lcd.SetTextColor(LCD_COLOR_BLACK); }; void PrintString(char str[],int font,uint16_t StartXPos,uint16_t StartYPos,uint32_t TextColor){ //pc.printf("Function activated.\n"); char *a=str; int p=0; while(a[p]){ //pc.printf("Searching char: %c\n",a[p]); for(int k=0;k<68;k++){ //pc.printf("Character %c\n",(*font50[k]).name); if((*font50[k]).name==a[p]){ // pc.printf("Found!\n"); PrintChar(*font50[k],StartXPos,StartYPos,TextColor); StartXPos+=(*font50[k]).width; k=100; }; }; //pc.printf("End.\n"); p++; }; }; void ChangeNumber(int num,int num0,int Font,uint16_t StartXPos,uint16_t StartYPos, int digits, int dec_point, int sign){ //Function only changes the decimals that change. If number changes from 146 to 147, it only changes 6 to 7. int digit[digits],digit0[digits]; int sum=0,sum0=0,k,aux=0; CHAR **font; if(abs(num)<pow(float(10),digits)){ digit[0]=abs(num)/pow((float)10,(float)(digits-1)); digit0[0]=abs(num0)/pow((float)10,(float)(digits-1)); for(k=1;k<digits;k++){ sum=(sum+digit[k-1])*10; digit[k]=abs(num)/pow((float)10,(float)(digits-1-k))-sum; sum0=(sum0+digit0[k-1])*10; digit0[k]=abs(num0)/pow(10,(float)(digits-1-k))-sum0; }; if (Font==50){ font=font50; }else if (Font==100){ font=font100; }; lcd.SetTextColor(LCD_COLOR_BLACK); uint8_t char_width=(*font[0]).width; if (sign==1){ if(num<0 & num0>=0){ //Print minus if number lower than 0 PrintChar(*font[10],StartXPos,StartYPos,lcd.GetTextColor()); }else if(num>=0 & num0<0){ //Print blank if number lower than 0 lcd.SetTextColor(LCD_COLOR_WHITE); lcd.FillRect(StartXPos,StartYPos,(*font[10]).width,(*font[10]).height); lcd.SetTextColor(LCD_COLOR_BLACK); }; aux+=(*font[10]).width; }; for(k=0;k<digits;k++){ if(dec_point==k & dec_point>0){ //Default is for font50. This is not an universal solution, but it is in use because all font 100 infos are integers PrintChar(Chardot_50,StartXPos+dec_point*char_width,StartYPos,lcd.GetTextColor()); aux+=Chardot_50.width; }; if(digit[k]!=digit0[k]){ PrintChar(*font[digit[k]],StartXPos+k*char_width+aux,StartYPos,lcd.GetTextColor()); }; }; }; }; void SetNumber(int num,int Font,uint16_t StartXPos,uint16_t StartYPos, int digits, int dec_point, int sign){ int digit[3],sum=0,k,aux=0; CHAR **font; if (Font==50){ font=font50; }else if (Font==100){ font=font100; }; lcd.SetTextColor(LCD_COLOR_BLACK); uint8_t char_width=(*font[0]).width; if(num<pow(float(10),digits)){ digit[0]=abs(num)/pow((float)10,(float)(digits-1)); for(k=1;k<digits;k++){ sum=(sum+digit[k-1])*10; digit[k]=abs(num)/pow((float)10,(float)(digits-1-k))-sum; }; if(sign==1){ if(num<0){ //Print minus if number lower than 0 PrintChar(*font[10],StartXPos,StartYPos,lcd.GetTextColor()); }else if(num>=0){ //Print blank if number lower than 0 lcd.SetTextColor(LCD_COLOR_WHITE); lcd.FillRect(StartXPos,StartYPos,(*font[10]).width,(*font[10]).height); lcd.SetTextColor(LCD_COLOR_BLACK); }; aux+=(*font[10]).width; }; for(k=0;k<digits;k++){ if(dec_point==k & dec_point>0){ //Default is for font50. This is not an universal solution, but it is in use because all font 100 infos are integers PrintChar(Chardot_50,StartXPos+dec_point*char_width,StartYPos,lcd.GetTextColor()); aux+=Chardot_50.width; }; PrintChar(*font[digit[k]],StartXPos+k*char_width+aux,StartYPos,lcd.GetTextColor()); }; }; }; void DrawRGBImage(IMAGE Image,uint16_t StartXPos,uint16_t StartYPos){ uint32_t p,q; uint32_t BlockBuffer[128]; uint16_t xpos=0,ypos=0; for(p=0;p<Image.width*Image.height/128;p++){ sd.ReadBlocks(BlockBuffer,Image.START_ADDR+p*512,1,SD_DATATIMEOUT); for(q=0;q<128;q++){ if(ypos<Image.height){ lcd.DrawPixel(StartXPos+xpos,StartYPos+ypos,BlockBuffer[q]); } else{ xpos++; ypos=0; lcd.DrawPixel(StartXPos+xpos,StartYPos+ypos,BlockBuffer[q]); } ypos++; }; }; }; void UpdateSpeedMeter(int V, int dV){ //Prednost koda je sto se docrtava samo onaj deo koji se menja. Tako ako sa 55 kmh prelazimo na 57 khm on obradjuje samo polja 55 i 56. //Kada bi se samo brisala stara i crtala nova vrednost na baru ukupno bi morali da obradimo 55+57=112 umesto samo 2 bara. uint32_t OldColor,RewriteColor; double THETA1,THETA2; uint16_t x1,y1,x2,y2,x3,y3,x4,y4; uint16_t startx,starty,leftupx,rightupx,leftdownx,rightdownx,ypos; //Obradjivanje polje po polje. Svako polje prestavlja odredjenu vrednost kmh. for(int k=1;k<=abs(dV);k++){ //Uokviravanje polja koje se trenutno obradjuje. Granice su crne kako bi se jasno razgranicilo polje od ostatka bara. lcd.SetTextColor(LCD_COLOR_BLACK); THETA1=PHI+((double)V)*ALPHA/Vmax; x1=(int)(400-530*cos(THETA1)); y1=(int)(550-530*sin(THETA1)); x2=(int)(400-500*cos(THETA1)); y2=(int)(550-500*sin(THETA1)); THETA2=PHI+((double)(V+dV/abs(dV)))*ALPHA/Vmax; x3=(int)(400-530*cos(THETA2)); y3=(int)(550-530*sin(THETA2)); x4=(int)(400-500*cos(THETA2)); y4=(int)(550-500*sin(THETA2)); lcd.DrawLine(x1,y1,x2,y2); lcd.DrawLine(x3,y3,x4,y4); lcd.DrawLine(x1,y1,x3,y3); lcd.DrawLine(x2,y2,x4,y4); //Odredjivanje pocetnih koordinata i kojom bojom ce se polje bojiti. if(dV>0){ startx=(x2+x3)/2; starty=(y2+y3)/2; if(V+1<=50){ RewriteColor=LCD_COLOR_GREEN; }else if (V+1>50 & V+1<=100){ RewriteColor=LCD_COLOR_BLUE; }else{ RewriteColor=LCD_COLOR_RED; }; OldColor=LCD_COLOR_WHITE; }else{ startx=(x1+x4)/2; starty=(y1+y4)/2; if(V<=50){ OldColor=LCD_COLOR_GREEN; }else if (V>50 & V<=100){ OldColor=LCD_COLOR_BLUE; }else{ OldColor=LCD_COLOR_RED; }; RewriteColor=LCD_COLOR_WHITE; }; lcd.SetTextColor(RewriteColor); //Odredjivanje pocetnog piksela odakle ce bojenje poceti. Kako bi se svaki piksel obojio pocetni se postavlja u centru polja i krece se najpre //na gore pa zatim od sredine na dole. leftupx=startx; rightupx=startx+1; ypos=starty; while(leftupx<rightupx){ ypos--; if(lcd.ReadPixel(leftupx,ypos)==LCD_COLOR_BLACK){ while(lcd.ReadPixel(leftupx,ypos)==LCD_COLOR_BLACK){ leftupx++; } } else { while(lcd.ReadPixel(leftupx,ypos)==OldColor){ leftupx--; }; leftupx++; }; if(lcd.ReadPixel(rightupx,ypos)==LCD_COLOR_BLACK){ while(lcd.ReadPixel(rightupx,ypos)==LCD_COLOR_BLACK){ rightupx--; } } else { while(lcd.ReadPixel(rightupx,ypos)==OldColor){ rightupx++; }; rightupx--; }; if (leftupx<=rightupx){ lcd.DrawLine(leftupx,ypos,rightupx,ypos); }; }; leftdownx=startx; rightdownx=startx+1; ypos=starty-1; while(leftdownx<rightdownx){ ypos++; if(lcd.ReadPixel(leftdownx,ypos)==LCD_COLOR_BLACK){ while(lcd.ReadPixel(leftdownx,ypos)==LCD_COLOR_BLACK){ leftdownx++; } } else { while(lcd.ReadPixel(leftdownx,ypos)==OldColor){ leftdownx--; }; leftdownx++; }; if(lcd.ReadPixel(rightdownx,ypos)==LCD_COLOR_BLACK){ while(lcd.ReadPixel(rightdownx,ypos)==LCD_COLOR_BLACK){ rightdownx--; } } else { while(lcd.ReadPixel(rightdownx,ypos)==OldColor){ rightdownx++; }; rightdownx--; }; if (leftdownx<=rightdownx){ lcd.DrawLine(leftdownx,ypos,rightdownx,ypos); }; }; //Brisanje granicnika. Vodi se racuna ako je granica neki od dekadnih podeoka koji treba da ostane crn. if(V%10!=0){ lcd.DrawLine(x1,y1,x2,y2); if (dV<0){ lcd.DrawPixel(x1,y1,LCD_COLOR_BLACK); lcd.DrawPixel(x2,y2,LCD_COLOR_BLACK); }; }; V+=dV/abs(dV); }; }; void ChangeCrank(int Crank){ PrintString(" ",50,350,400,LCD_COLOR_GREEN); if (Crank){ PrintString("ERROR",50,CrankXPos,CrankYPos,LCD_COLOR_RED); lcd.SetTextColor(LCD_COLOR_BLACK); } else { PrintString("OK",50,CrankXPos,CrankYPos,LCD_COLOR_GREEN); lcd.SetTextColor(LCD_COLOR_BLACK); }; }; int UpdateLVDTScale(int H,int H0, uint16_t StartXPos, uint16_t StartYPos){ uint16_t BarWidth=80,BarHeight=8; int YPos; int D,D0,dD; switch( ((H>=0)<<1)+(H0>0)){ case(0): D=5-abs(H)/20; D0=5-abs(H0)/20; break; case(1): D=5-abs(H)/20; D0=H0/20+5; break; case(2): D=H/20+5; D0=5-abs(H0)/20; break; case(3): D=H/20+5; D0=H0/20+5; break; }; dD=D-D0; if (dD>0){ lcd.SetTextColor(LCD_COLOR_BLACK); YPos=StartYPos-10*(D0+1); }else{ lcd.SetTextColor(LCD_COLOR_WHITE); YPos=StartYPos-D0*10; }; for (int k=1;k<=abs(dD);k++){ lcd.FillRect(StartXPos,YPos,BarWidth,BarHeight); YPos-=10*(dD/abs(dD)); }; lcd.SetTextColor(LCD_COLOR_BLACK); return 1; }; void BrakeSignal(int brake){ if (brake){ lcd.SetTextColor(LCD_COLOR_RED); lcd.SetBackColor(LCD_COLOR_RED); lcd.FillRect(560,340,230,68); PrintString("BRAKE",50,575,350,LCD_COLOR_BLACK); }else { lcd.SetTextColor(LCD_COLOR_DARKRED); lcd.SetBackColor(LCD_COLOR_DARKRED); lcd.FillRect(560,340,230,68); PrintString("BRAKE",50,575,350,LCD_COLOR_BLACK); }; lcd.SetBackColor(LCD_COLOR_WHITE); }; void TestFont(){ uint16_t XPos=0,YPos=120; for(int k=0;k<68;k++){ PrintChar(*font50[k],XPos,YPos,lcd.GetTextColor()); XPos=XPos+(*font50[k]).width; wait(0.1); //pc.printf("%d",k); }; };