Jumpei Oguro
wind logger
Dependencies: SDFileSystem TextLCD mbed
Fork of
windmeter4receive
by 
Jumpei Oguro
Diff: main.cpp
- Revision:
- 1:4810436d9e48
- Parent:
- 0:36c080f46ab1
--- a/main.cpp Fri Aug 08 08:41:02 2014 +0000
+++ b/main.cpp Fri Aug 08 10:25:27 2014 +0000
@@ -28,27 +28,22 @@
//wind data value
- char wind_data[256];
- float windvel_5min_ave,windvel_5sec_ave;
- float winddeg_5sec_ave=0.0,winddeg_5min_ave=0.0;
- char winddeg_5min_ave_c[4],winddeg_5sec_ave_c[4];
- //strcpy(winddeg_5sec_ave_c," ");
- //strcpy(winddeg_5min_ave_c," ");
- //float year,month,day;
- //char time[8];
- //float pre,temp;
int i=0;
int j=0;
int h=0;
- char k[2];
+ int k=0;
- //Value
- long dt = 1000000; //1 Hz (1000000 us, 1000 ms)
- //float time = 0.0;
- Timer ti;
- long tminus = 0;
-
-
+ char wind_data[256];
+ float windvel_5min_ave=0.0,windvel_5sec_ave=0.0;
+ float winddeg_5sec_ave=0.0,winddeg_5min_ave=0.0;
+ char winddeg_5min_ave_c[4],winddeg_5sec_ave_c[4];
+ float winddeg,windvel;
+ float windvel_5sec[6],windvel_5min[301];
+ float winddeg_5sec[6],winddeg_5min[301];
+ for(i=0; i<=5; i++){windvel_5sec[i]=0.0; winddeg_5sec[i]=0.0;}
+ for(i=0; i<=300; i++){windvel_5min[i]=0.0; winddeg_5min[i]=0.0;}
+ char ms,check;
+
//LCD startup
lcd.cls();
@@ -58,31 +53,18 @@
lcd.locate(0,1);
lcd.printf("-----Ready!-----");
wait(2);
- //uint8_t buf[128];
+
lcd.cls();
lcd.locate(0,0);
lcd.printf("------Wait------");
lcd.locate(0,1);
lcd.printf("----no data!----");
- ti.reset();
- //wind parameter set
- char wind_data[256];
- //char winddeg_c[4];
- char winddeg_5sec_ave_c[4],winddeg_5min_ave_c[4];
- float winddeg,windvel;
- float windvel_5sec[6],windvel_5min[301];
- float winddeg_5sec[6],winddeg_5min[301];
- float windvel_5sec_ave=0.0,windvel_5min_ave=0.0;
- float winddeg_5sec_ave=0.0,winddeg_5min_ave=0.0;
- for(i=0; i<=5; i++){windvel_5sec[i]=0.0; winddeg_5sec[i]=0.0;}
- for(i=0; i<=300; i++){windvel_5min[i]=0.0; winddeg_5min[i]=0.0;}
-
char idir[14] = "/sd/";
char time_c[7],date_c[9];
- sprintf(date_c,"%4d%2d%2d",y_date,m_date,d_date);
- sprintf(time_c,"%2d%2d%2d",h_time,m_time,s_time);
+ //sprintf(date_c,"%4d%2d%2d",y_date,m_date,d_date);
+ //sprintf(time_c,"%2d%2d%2d",h_time,m_time,s_time);
char filename[15] = "";
strcat(filename,date_c);
@@ -106,16 +88,14 @@
fprintf(fp, "Year,Month,Day,hh:mm:ss,wind_velocity[m/s],wind_direction[deg],wind_velocity_5sec[m/s],wind_direction_5sec[deg],wind_velocity_5min[m/s],wind_direction_5min[deg]\n");
fclose(fp);
-
+//------------------------------------------- main while loop
while(1){
- ti.start();
+ //先頭の文字判定
myled1=0;
- i=0;
- while(xbee.getc()!='Q'){
- lcd.locate(0,16);
- lcd.printf("i");
- }
- myled1 = 1;
+ while(xbee.getc()!='Q'){}
+ myled1=1;
+
+ //文字列終わり（改行）まで文字列格納
i=0;
while( (wind_data[i]=xbee.getc()) != '\r'){
i++;
@@ -126,76 +106,73 @@
break;
}
}
+
myled1 = 0;
wind_data[i]='\0';
if(i<=256){
- //if( sscanf(wind_data, "WAPT,%f,%f,%c,%f",&year,&month,&day,&time,&windvel_5sec_ave,&winddeg_5sec_ave_c,&windvel_5min_ave,&winddeg_5min_ave_c,&pre,&temp) >= 1)
- //if( sscanf(wind_data, "WAPT,%f,%f,%f,%f,%s",&windvel_5sec_ave,&winddeg_5sec_ave,&windvel_5min_ave,&winddeg_5min_ave,&k) >= 1)
- if( sscanf(wind_data, ",%f,%f,%c,%f",&winddeg,&windvel,&ms,&check) >= 1){
- if( check == 0 ){
+ if( sscanf(wind_data, ",%f,%f,%c,%f",&winddeg,&windvel,&ms,&check) >= 1){
+ if( check == 0 ){
windvel_5sec[j] = windvel;
winddeg_5sec[j] = winddeg;
windvel_5min[k] = windvel;
winddeg_5min[k] = winddeg;
- j++;
- k++;
-
- if(j==5){j=1;}
- if(k==300){k=1;}
+ j++;
+ k++;
+ if(j==5){j=1;}
+ if(k==300){k=1;}
for(i=1; i<=5; i++){windvel_5sec_ave +=windvel_5sec[i];}
- for(i=1; i<=5; i++){winddeg_5sec_ave +=winddeg_5sec[i];}
- windvel_5sec_ave /= 5.0;
- winddeg_5sec_ave /= 5.0;
- for(i=1; i<=300; i++){windvel_5min_ave +=windvel_5min[i];}
- for(i=1; i<=300; i++){winddeg_5min_ave +=winddeg_5min[i];}
- windvel_5min_ave /= 300.0;
- winddeg_5min_ave /= 300.0;
- if(winddeg_5sec_ave>348.75 || winddeg_5sec_ave<=11.25){strcpy(winddeg_5sec_ave_c,"N ");}
- if(winddeg_5sec_ave>11.25 && winddeg_5sec_ave<=33.75){strcpy(winddeg_5sec_ave_c,"NNE");}
- if(winddeg_5sec_ave>33.75 && winddeg_5sec_ave<=56.25){strcpy(winddeg_5sec_ave_c,"NE ");}
- if(winddeg_5sec_ave>56.25 && winddeg_5sec_ave<=78.75){strcpy(winddeg_5sec_ave_c,"ENE");}
- if(winddeg_5sec_ave>78.75 && winddeg_5sec_ave<=101.25){strcpy(winddeg_5sec_ave_c,"E ");}
- if(winddeg_5sec_ave>101.25 && winddeg_5sec_ave<=123.75){strcpy(winddeg_5sec_ave_c,"ESE");}
- if(winddeg_5sec_ave>123.75 && winddeg_5sec_ave<=146.25){strcpy(winddeg_5sec_ave_c,"SE ");}
- if(winddeg_5sec_ave>146.25 && winddeg_5sec_ave<=168.75){strcpy(winddeg_5sec_ave_c,"SSE");}
- if(winddeg_5sec_ave>168.75 && winddeg_5sec_ave<=191.25){strcpy(winddeg_5sec_ave_c,"S ");}
- if(winddeg_5sec_ave>191.25 && winddeg_5sec_ave<=213.75){strcpy(winddeg_5sec_ave_c,"SSW");}
- if(winddeg_5sec_ave>213.75 && winddeg_5sec_ave<=236.25){strcpy(winddeg_5sec_ave_c,"SW ");}
- if(winddeg_5sec_ave>236.25 && winddeg_5sec_ave<=258.75){strcpy(winddeg_5sec_ave_c,"WSW");}
- if(winddeg_5sec_ave>258.75 && winddeg_5sec_ave<=281.25){strcpy(winddeg_5sec_ave_c,"W ");}
- if(winddeg_5sec_ave>281.25 && winddeg_5sec_ave<=303.75){strcpy(winddeg_5sec_ave_c,"WNW");}
- if(winddeg_5sec_ave>303.75 && winddeg_5sec_ave<=326.25){strcpy(winddeg_5sec_ave_c,"NW ");}
- if(winddeg_5sec_ave>326.25 && winddeg_5sec_ave<=348.75){strcpy(winddeg_5sec_ave_c,"NNW");}
-
- if(winddeg_5min_ave>348.75 || winddeg_5min_ave<=11.25){strcpy(winddeg_5min_ave_c,"N ");}
- if(winddeg_5min_ave>11.25 && winddeg_5min_ave<=33.75){strcpy(winddeg_5min_ave_c,"NNE");}
- if(winddeg_5min_ave>33.75 && winddeg_5min_ave<=56.25){strcpy(winddeg_5min_ave_c,"NE ");}
- if(winddeg_5min_ave>56.25 && winddeg_5min_ave<=78.75){strcpy(winddeg_5min_ave_c,"ENE");}
- if(winddeg_5min_ave>78.75 && winddeg_5min_ave<=101.25){strcpy(winddeg_5min_ave_c,"E ");}
- if(winddeg_5min_ave>101.25 && winddeg_5min_ave<=123.75){strcpy(winddeg_5min_ave_c,"ESE");}
- if(winddeg_5min_ave>123.75 && winddeg_5min_ave<=146.25){strcpy(winddeg_5min_ave_c,"SE ");}
- if(winddeg_5min_ave>146.25 && winddeg_5min_ave<=168.75){strcpy(winddeg_5min_ave_c,"SSE");}
- if(winddeg_5min_ave>168.75 && winddeg_5min_ave<=191.25){strcpy(winddeg_5min_ave_c,"S ");}
- if(winddeg_5min_ave>191.25 && winddeg_5min_ave<=213.75){strcpy(winddeg_5min_ave_c,"SSW");}
- if(winddeg_5min_ave>213.75 && winddeg_5min_ave<=236.25){strcpy(winddeg_5min_ave_c,"SW ");}
- if(winddeg_5min_ave>236.25 && winddeg_5min_ave<=258.75){strcpy(winddeg_5min_ave_c,"WSW");}
- if(winddeg_5min_ave>258.75 && winddeg_5min_ave<=281.25){strcpy(winddeg_5min_ave_c,"W ");}
- if(winddeg_5min_ave>281.25 && winddeg_5min_ave<=303.75){strcpy(winddeg_5min_ave_c,"WNW");}
- if(winddeg_5min_ave>303.75 && winddeg_5min_ave<=326.25){strcpy(winddeg_5min_ave_c,"NW ");}
- if(winddeg_5min_ave>326.25 && winddeg_5min_ave<=348.75){strcpy(winddeg_5min_ave_c,"NNW");}
+ for(i=1; i<=5; i++){winddeg_5sec_ave +=winddeg_5sec[i];}
+ windvel_5sec_ave /= 5.0;
+ winddeg_5sec_ave /= 5.0;
+ for(i=1; i<=300; i++){windvel_5min_ave +=windvel_5min[i];}
+ for(i=1; i<=300; i++){winddeg_5min_ave +=winddeg_5min[i];}
+ windvel_5min_ave /= 300.0;
+ winddeg_5min_ave /= 300.0;
+ if(winddeg_5sec_ave>348.75 || winddeg_5sec_ave<=11.25){strcpy(winddeg_5sec_ave_c,"N ");}
+ if(winddeg_5sec_ave>11.25 && winddeg_5sec_ave<=33.75){strcpy(winddeg_5sec_ave_c,"NNE");}
+ if(winddeg_5sec_ave>33.75 && winddeg_5sec_ave<=56.25){strcpy(winddeg_5sec_ave_c,"NE ");}
+ if(winddeg_5sec_ave>56.25 && winddeg_5sec_ave<=78.75){strcpy(winddeg_5sec_ave_c,"ENE");}
+ if(winddeg_5sec_ave>78.75 && winddeg_5sec_ave<=101.25){strcpy(winddeg_5sec_ave_c,"E ");}
+ if(winddeg_5sec_ave>101.25 && winddeg_5sec_ave<=123.75){strcpy(winddeg_5sec_ave_c,"ESE");}
+ if(winddeg_5sec_ave>123.75 && winddeg_5sec_ave<=146.25){strcpy(winddeg_5sec_ave_c,"SE ");}
+ if(winddeg_5sec_ave>146.25 && winddeg_5sec_ave<=168.75){strcpy(winddeg_5sec_ave_c,"SSE");}
+ if(winddeg_5sec_ave>168.75 && winddeg_5sec_ave<=191.25){strcpy(winddeg_5sec_ave_c,"S ");}
+ if(winddeg_5sec_ave>191.25 && winddeg_5sec_ave<=213.75){strcpy(winddeg_5sec_ave_c,"SSW");}
+ if(winddeg_5sec_ave>213.75 && winddeg_5sec_ave<=236.25){strcpy(winddeg_5sec_ave_c,"SW ");}
+ if(winddeg_5sec_ave>236.25 && winddeg_5sec_ave<=258.75){strcpy(winddeg_5sec_ave_c,"WSW");}
+ if(winddeg_5sec_ave>258.75 && winddeg_5sec_ave<=281.25){strcpy(winddeg_5sec_ave_c,"W ");}
+ if(winddeg_5sec_ave>281.25 && winddeg_5sec_ave<=303.75){strcpy(winddeg_5sec_ave_c,"WNW");}
+ if(winddeg_5sec_ave>303.75 && winddeg_5sec_ave<=326.25){strcpy(winddeg_5sec_ave_c,"NW ");}
+ if(winddeg_5sec_ave>326.25 && winddeg_5sec_ave<=348.75){strcpy(winddeg_5sec_ave_c,"NNW");}
+
+ if(winddeg_5min_ave>348.75 || winddeg_5min_ave<=11.25){strcpy(winddeg_5min_ave_c,"N ");}
+ if(winddeg_5min_ave>11.25 && winddeg_5min_ave<=33.75){strcpy(winddeg_5min_ave_c,"NNE");}
+ if(winddeg_5min_ave>33.75 && winddeg_5min_ave<=56.25){strcpy(winddeg_5min_ave_c,"NE ");}
+ if(winddeg_5min_ave>56.25 && winddeg_5min_ave<=78.75){strcpy(winddeg_5min_ave_c,"ENE");}
+ if(winddeg_5min_ave>78.75 && winddeg_5min_ave<=101.25){strcpy(winddeg_5min_ave_c,"E ");}
+ if(winddeg_5min_ave>101.25 && winddeg_5min_ave<=123.75){strcpy(winddeg_5min_ave_c,"ESE");}
+ if(winddeg_5min_ave>123.75 && winddeg_5min_ave<=146.25){strcpy(winddeg_5min_ave_c,"SE ");}
+ if(winddeg_5min_ave>146.25 && winddeg_5min_ave<=168.75){strcpy(winddeg_5min_ave_c,"SSE");}
+ if(winddeg_5min_ave>168.75 && winddeg_5min_ave<=191.25){strcpy(winddeg_5min_ave_c,"S ");}
+ if(winddeg_5min_ave>191.25 && winddeg_5min_ave<=213.75){strcpy(winddeg_5min_ave_c,"SSW");}
+ if(winddeg_5min_ave>213.75 && winddeg_5min_ave<=236.25){strcpy(winddeg_5min_ave_c,"SW ");}
+ if(winddeg_5min_ave>236.25 && winddeg_5min_ave<=258.75){strcpy(winddeg_5min_ave_c,"WSW");}
+ if(winddeg_5min_ave>258.75 && winddeg_5min_ave<=281.25){strcpy(winddeg_5min_ave_c,"W ");}
+ if(winddeg_5min_ave>281.25 && winddeg_5min_ave<=303.75){strcpy(winddeg_5min_ave_c,"WNW");}
+ if(winddeg_5min_ave>303.75 && winddeg_5min_ave<=326.25){strcpy(winddeg_5min_ave_c,"NW ");}
+ if(winddeg_5min_ave>326.25 && winddeg_5min_ave<=348.75){strcpy(winddeg_5min_ave_c,"NNW");}
- if(h>=9) {h=0;}
- else {h++;}
- lcd.cls();
- lcd.locate(0,0);
- lcd.printf("5s:%5.2fm/s %s",windvel_5sec_ave,winddeg_5sec_ave_c);
- lcd.locate(0,1);
- lcd.printf("5m:%5.2fm/s %s%d",windvel_5min_ave,winddeg_5min_ave_c,h);
- //lcd.locate(0,1);
- //lcd.printf("%6.2f hPa %4.2f ",Press[0]/100.0,Press[1]);
- }
+ if(h>=9) {h=0;}
+ else {h++;}
+
+ lcd.cls();
+ lcd.locate(0,0);
+ lcd.printf("5s:%5.2fm/s %s",windvel_5sec_ave,winddeg_5sec_ave_c);
+ lcd.locate(0,1);
+ lcd.printf("5m:%5.2fm/s %s%d",windvel_5min_ave,winddeg_5min_ave_c,h);
+ }//end if check
else
{
lcd.cls();
@@ -204,16 +181,19 @@
lcd.locate(0,1);
lcd.printf("Data read Error");
}
- }
+ } //end if sscanf
+ } //end if i<=256
strcpy(winddeg_5sec_ave_c," ");
strcpy(winddeg_5min_ave_c," ");
for(i=0; i<=256; i++) wind_data[i] = 0;
- }
-
+ }//end while(1)
+//---------------------------------------main while loop end
+/*
while(1) {
myled1 = 1;
wait(0.2);
myled1 = 0;
wait(0.2);
}
+*/
}
\ No newline at end of file