FRA221_2015
Final Project FRA221 Force Plate by Load Cell Group 11A
Dependencies: HX711 LCD4884 mbed
Revision 0:79d6f6a8aa45, committed 2015-12-09
- Comitter:
- kra_tiam
- Date:
- Wed Dec 09 03:56:18 2015 +0000
- Commit message:
- Final Project by TIAM
Changed in this revision
diff -r 000000000000 -r 79d6f6a8aa45 HX711.lib --- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/HX711.lib Wed Dec 09 03:56:18 2015 +0000 @@ -0,0 +1,1 @@ +http://mbed.org/users/Volt72/code/HX711/#5d57c2060e7b
diff -r 000000000000 -r 79d6f6a8aa45 LCD4884.lib --- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/LCD4884.lib Wed Dec 09 03:56:18 2015 +0000 @@ -0,0 +1,1 @@ +https://developer.mbed.org/users/kra_tiam/code/LCD4884/#3621dd5b686f
diff -r 000000000000 -r 79d6f6a8aa45 main.cpp
--- /dev/null Thu Jan 01 00:00:00 1970 +0000
+++ b/main.cpp Wed Dec 09 03:56:18 2015 +0000
@@ -0,0 +1,535 @@
+#include "mbed.h"
+#include "HX711.h"
+#include "LCD4884.h"
+#include "string.h"
+#include <cmath>
+#define standard_poid (float)0.030
+#define standard_kilo (float)0.2
+LCD4884 lcd;
+Serial pc(USBTX,USBRX);
+Serial dataserial(PA_11,PA_12);
+HX711 mudule1(PA_9, PC_7);
+HX711 mudule2(PB_6, PA_7);
+HX711 mudule3(PA_6, PA_5);
+HX711 mudule4(PB_9, PB_8);
+float find_kilo(float valeur,float valeurTare);
+class Find_kg
+{
+public:
+ Find_kg();
+ ~Find_kg();
+ float find_kilo(float valeur,float valeurTare);
+private:
+ float poid[2];
+ float kilo;
+ float diff_poids;
+};
+
+int main()
+{
+
+ lcd.LCD_init();
+ lcd.backlight(ON);
+ pc.baud(115200);
+ Find_kg loadcell_1;
+ Find_kg loadcell_2;
+ Find_kg loadcell_3;
+ Find_kg loadcell_4;
+ long valeur1,valeurTare1;
+ long valeur2,valeurTare2;
+ long valeur3,valeurTare3;
+ long valeur4,valeurTare4;
+ valeurTare1 = mudule1.getValue();
+ valeurTare2 = mudule2.getValue();
+ valeurTare3 = mudule3.getValue();
+ valeurTare4 = mudule4.getValue();
+ Find_kg loadcell_5;
+ Find_kg loadcell_6;
+ Find_kg loadcell_7;
+ Find_kg loadcell_8;
+ uint8_t state_show=0;
+ uint8_t state_exit =0;
+ uint8_t data;
+ float module1,module2,module3,module4;
+ int check_data=0;
+ int gram_output;
+ int state_mass =0;
+ int state_select=0;
+ float kilo_output;
+ float kilo_output1,kilo_output2;
+ int state_output=0;
+ int state_calibrate=0;
+ int kilo_calibrate[4];
+ int state_onemass=0,state_multiple_mass=0;
+ char str[50];
+ char str1[50];
+ char str2[50];
+ pc.printf("START Application !\n");
+ lcd.LCD_write_string(0,0,"START Application !",0);
+ wait(3);
+ lcd.LCD_clear();
+ while(1) {
+ if(state_select==0) {
+ pc.printf("Please calibrate mass of each plate. \n");
+ lcd.LCD_write_string(0,0,"Please calibrate mass of each plate.",0);
+ state_select=1;
+ }
+ module1=0;
+ module2=0;
+ module3=0;
+ module4=0;
+ // wait_ms(1000);
+ valeur1 = mudule1.getValue();
+ valeur2 = mudule2.getValue();
+ valeur3 = mudule3.getValue();
+ valeur4 = mudule4.getValue();
+ module1=loadcell_1.find_kilo(valeur1,valeurTare1);
+ module2=loadcell_2.find_kilo(valeur2,valeurTare2);
+ module3=loadcell_3.find_kilo(valeur3,valeurTare3);
+ module4=loadcell_4.find_kilo(valeur4,valeurTare4);
+ if(state_calibrate==0) {
+ if(module1>=1 || module2>=1 || module3>=1 || module4>=1) {
+ kilo_calibrate[0]=module1;
+ kilo_calibrate[1]=module2;
+ kilo_calibrate[2]=module3;
+ kilo_calibrate[3]=module4;
+ state_calibrate=1;
+ }
+ }
+
+ if (kilo_calibrate[0]>=1 && kilo_calibrate[1]==0 && kilo_calibrate[2]==0 && kilo_calibrate[3]==0 && state_calibrate==1) {
+ state_onemass=1;
+ } else if(kilo_calibrate[0]==0 && kilo_calibrate[1]>=1 && kilo_calibrate[2]==0 && kilo_calibrate[3]==0 && state_calibrate==1) {
+ state_onemass=1;
+ } else if(kilo_calibrate[0]==0 && kilo_calibrate[1]==0 && kilo_calibrate[2]>=1 && kilo_calibrate[3]==0 && state_calibrate==1) {
+ state_onemass=1;
+ } else if(kilo_calibrate[0]==0 && kilo_calibrate[1]==0 && kilo_calibrate[2]==0 && kilo_calibrate[3]>=1 && state_calibrate==1) {
+ state_onemass=1;
+ } else {
+ state_onemass=0;
+ }
+
+ if (kilo_calibrate[0]>=1 && kilo_calibrate[1]>=1 && kilo_calibrate[2]==0 &&kilo_calibrate[3]==0 && state_calibrate==1) {
+ state_multiple_mass=1;
+ } else if(kilo_calibrate[0]==0 && kilo_calibrate[1]>=1 && kilo_calibrate[2]>=1 &&kilo_calibrate[3]==0 && state_calibrate==1) {
+ state_multiple_mass=1;
+ } else if(kilo_calibrate[0]>=1 && kilo_calibrate[1]==0 && kilo_calibrate[2]>=1 &&kilo_calibrate[3]==0 && state_calibrate==1) {
+ state_multiple_mass=1;
+ } else if(kilo_calibrate[0]>=1 && kilo_calibrate[1]==0 && kilo_calibrate[2]==0 &&kilo_calibrate[3]>=1 && state_calibrate==1) {
+ state_multiple_mass=1;
+ } else if(kilo_calibrate[0]==0 && kilo_calibrate[1]>=1 && kilo_calibrate[2]==0 &&kilo_calibrate[3]>=1 && state_calibrate==1) {
+ state_multiple_mass=1;
+ } else if(kilo_calibrate[0]==0 && kilo_calibrate[1]==0 && kilo_calibrate[2]>=1 &&kilo_calibrate[3]>=1 && state_calibrate==1) {
+ state_multiple_mass=1;
+ } else {
+ state_multiple_mass=0;
+ }
+
+ if(state_onemass==1&&state_multiple_mass!=1) {
+
+ if(module1>standard_kilo && module2<standard_kilo && module3<standard_kilo && module4<standard_kilo) {
+ state_mass =1;
+ kilo_output = module1;
+ pc.printf("Mass of 5 plate.\n");
+ lcd.LCD_write_string(0,1,"On 5 plate.",0);
+ } else if(module1>standard_kilo && module2>standard_kilo && module3<standard_kilo && module4<standard_kilo) {
+ state_mass =2;
+ kilo_output = module1+module2;
+ pc.printf("Mass of 5 and 6 plate.\n");
+ lcd.LCD_write_string(0,1,"On 5 and 6 plate.",0);
+ } else if(module1>standard_kilo && module2<standard_kilo && module3>standard_kilo && module4<standard_kilo) {
+ state_mass =3;
+ kilo_output = module1+module3;
+ pc.printf("Mass of 5 and 7 plate.\n");
+ lcd.LCD_write_string(0,1,"On 5 and 7 plate.",0);
+ } else if(module1>standard_kilo && module2>standard_kilo && module3>standard_kilo && module4>standard_kilo) {
+ state_mass =4;
+ kilo_output = module1+module2+module3+module4;
+ pc.printf("Mass in the center of 5,6,7,8 plate.\n");
+ lcd.LCD_write_string(0,1,"Center of 5,6,7,8 plate.",0);
+ } else if(module1<standard_kilo && module2>standard_kilo && module3<standard_kilo && module4<standard_kilo) {
+ state_mass =5;
+ kilo_output = module2;
+ pc.printf("Mass of 6 plate.\n");
+ lcd.LCD_write_string(0,1,"On 6 plate.",0);
+ } else if(module1<standard_kilo && module2>standard_kilo && module3<standard_kilo && module4>standard_kilo) {
+ state_mass =6;
+ kilo_output = module2+module4;
+ pc.printf("Mass of 6 and 8 plate.\n");
+ lcd.LCD_write_string(0,1,"On 6 and 8 plate.",0);
+ } else if(module1<standard_kilo && module2<standard_kilo && module3>standard_kilo && module4<standard_kilo) {
+ state_mass =7;
+ kilo_output = module3;
+ pc.printf("Mass of 7 plate. \n");
+ lcd.LCD_write_string(0,1,"Mass of 7 plate.",0);
+ } else if(module1<standard_kilo && module2<standard_kilo && module3>standard_kilo && module4>standard_kilo) {
+ state_mass =8;
+ kilo_output = module3+module4;
+ pc.printf("Mass of 7 and 8 plate.\n");
+ lcd.LCD_write_string(0,1,"On 7 and 8 plate.",0);
+ } else if(module1<standard_kilo && module2<standard_kilo && module3<standard_kilo && module4>standard_kilo) {
+ state_mass =9;
+ kilo_output = module4;
+ pc.printf("Mass of 8 plate.\n");
+ lcd.LCD_write_string(0,1,"On 8 plate.",0);
+ } else {
+ kilo_output =0;
+ //pc.printf("Undetect mass of 4 plate.\n");
+ }
+
+ pc.printf("Kg : %.3f kg\n",kilo_output);
+ sprintf(str,"Kg : %.3f kg",kilo_output);
+ lcd.LCD_write_string(0,2,str,0);
+ }
+ //wait(1);
+ //lcd.LCD_clear();
+ else if (state_multiple_mass==1) {
+ if(module1>standard_kilo && module2>standard_kilo && module3<standard_kilo && module4<standard_kilo) {
+ kilo_output1=module1;
+ kilo_output2=module2;
+ pc.printf("Mass 1 on 5 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 5 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 of 6 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 6 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module1>standard_kilo && module2<standard_kilo && module3>standard_kilo && module4<standard_kilo) {
+ kilo_output1=module1;
+ kilo_output2=module3;
+ pc.printf("Mass 1 of 5 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 5 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 of 7 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 7 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module1>standard_kilo && module2<standard_kilo && module3<standard_kilo && module4>standard_kilo) {
+ kilo_output1=module1;
+ kilo_output2=module4;
+ pc.printf("Mass 1 of 5 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 5 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 of 8 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 8 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module1<standard_kilo && module2>standard_kilo && module3>standard_kilo && module4<standard_kilo) {
+ kilo_output1=module2;
+ kilo_output2=module3;
+ pc.printf("Mass 1 of 6 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 6 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 of 7 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 7 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module1<standard_kilo && module2>standard_kilo && module3<standard_kilo && module4>standard_kilo) {
+ kilo_output1=module2;
+ kilo_output2=module4;
+ pc.printf("Mass 1 of 6 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 6 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 of 8 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 8 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module1<standard_kilo && module2<standard_kilo && module3>standard_kilo && module4>standard_kilo) {
+ kilo_output1=module3;
+ kilo_output2=module4;
+ pc.printf("Mass 1 of 7 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 7 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 of 8 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 8 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module1>standard_kilo && module2>standard_kilo && module3>standard_kilo && module4<standard_kilo) {
+ if(module1>module2 && module1>module3) {
+ kilo_output1=module1;
+ kilo_output2=module2+module3;
+ pc.printf("Mass 1 of 5 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 5 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 6 and 7 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 6,7 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module2>module1 && module2>module3) {
+ kilo_output1=module2;
+ kilo_output2=module1+module3;
+ pc.printf("Mass 1 of 6 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 6 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 on 5 and 7 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 5,7 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module3>module1 && module3>module2) {
+ kilo_output1=module3;
+ kilo_output2=module1+module2;
+ pc.printf("Mass 1 of 7 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 7 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 5 and 6 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 5,6 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ }
+ } else if(module1>standard_kilo && module2>standard_kilo && module3<standard_kilo && module4>standard_kilo) {
+ if(module1>module2 && module1>module4) {
+ kilo_output1=module1;
+ kilo_output2=module2+module4;
+ pc.printf("Mass 1 of 5 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 5 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 6 and 8 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 6,8 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module2>module1 && module2>module4) {
+ kilo_output1=module2;
+ kilo_output2=module1+module4;
+ pc.printf("Mass 1 on 6 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 6 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 5 and 8 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 5,8 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module4>module1 && module4>module2) {
+ kilo_output1=module4;
+ kilo_output2=module1+module2;
+ pc.printf("Mass 1 of 8 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 8 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 5 and 6 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 5,6 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ }
+ } else if(module1>standard_kilo && module2<standard_kilo && module3>standard_kilo && module4>standard_kilo) {
+ if(module1>module3 && module1>module4) {
+ kilo_output1=module1;
+ kilo_output2=module3+module4;
+ pc.printf("Mass 1 of 5 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 5 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 7 and 8 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 7,8 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module3>module1 && module3>module4) {
+ kilo_output1=module3;
+ kilo_output2=module1+module4;
+ pc.printf("Mass 1 of 7 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 7 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 5 and 8 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 5,8 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module4>module1 && module4>module3) {
+ kilo_output1=module4;
+ kilo_output2=module1+module3;
+ pc.printf("Mass 1 of 8 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 8 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 5 and 7 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 5,7 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ }
+ } else if(module1<standard_kilo && module2>standard_kilo && module3>standard_kilo && module4>standard_kilo) {
+ if(module2>module3 && module2>module4) {
+ kilo_output1=module2;
+ kilo_output2=module3+module4;
+ pc.printf("Mass 1 of 6 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 6 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 7 and 8 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 7,8 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module3>module2 && module3>module4) {
+ kilo_output1=module3;
+ kilo_output2=module2+module4;
+ pc.printf("Mass 1 of 7 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 7 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 6 and 8 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 6,8 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module4>module2 && module4>module3) {
+ kilo_output1=module4;
+ kilo_output2=module2+module3;
+ pc.printf("Mass 1 of 8 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 8 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 6 and 7 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 6,7 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ }
+ } else if(module1>standard_kilo && module2>standard_kilo && module3>standard_kilo && module4>standard_kilo) {
+ if(module1>module2 && module1>module3 && module1>module4) {
+ if(module2>module3 && module2>module4) {
+ kilo_output1=module1+module2;
+ kilo_output2=module3+module4;
+ pc.printf("Mass 1 between 5 and 6 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 5,6 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 7 and 8 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 7,8 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module3>module2 && module3>module4) {
+ kilo_output1=module1+module3;
+ kilo_output2=module2+module4;
+ pc.printf("Mass 1 between 5 and 7 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 5,7 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 6 and 8 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 6,8 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module4>module2 && module4>module3) {
+ kilo_output1=module1+module4;
+ kilo_output2=module2+module3;
+ pc.printf("Mass 1 on 5,8 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 5,8 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 6 and 7 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 6,7 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else {
+ pc.printf("Undefind weight (have 2 mass on 4 plate).\n");
+ lcd.LCD_write_string(0,1,"Undefind weight (have 2 mass on 4 plate).",0);
+ }
+ } else if(module2>module1 && module2>module3 && module2>module4) {
+ if(module1>module3 && module1>module4) {
+ kilo_output1=module1+module2;
+ kilo_output2=module3+module4;
+ pc.printf("Mass 1 between 5 and 6 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 5,6 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 7 and 8 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 7,8 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module3>module1 && module3>module4) {
+ kilo_output1=module2+module3;
+ kilo_output2=module1+module4;
+ pc.printf("Mass 1 between 6 and 7 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 6,7 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 5 and 8 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 5,8 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module4>module1 && module4>module3) {
+ kilo_output1=module2+module4;
+ kilo_output2=module1+module3;
+ pc.printf("Mass 1 between 6 and 5 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 6,5 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 5 and 7 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 5,7 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else {
+ pc.printf("Undefind weight (have 2 mass on 4 plate).\n");
+ lcd.LCD_write_string(0,1,"Undefind weight (have 2 mass on 4 plate).",0);
+ }
+ } else if(module3>module1 && module3>module2 && module3>module4) {
+ if(module1>module2 && module1>module4) {
+ kilo_output1=module1+module3;
+ kilo_output2=module2+module4;
+ pc.printf("Mass 1 between 5 and 7 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 5,7 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 6 and 8 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 6,8 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module2>module1 && module2>module4) {
+ kilo_output1=module2+module3;
+ kilo_output2=module1+module4;
+ pc.printf("Mass 1 between 6 and 7 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 6,7 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 5 and 8 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 5,8 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module4>module1 && module4>module2) {
+ kilo_output1=module3+module4;
+ kilo_output2=module1+module2;
+ pc.printf("Mass 1 between 7 and 8 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 7,8 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 5 and 6 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 5,6 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else {
+ pc.printf("Undefind weight (have 2 mass on 4 plate).\n");
+ lcd.LCD_write_string(0,1,"Undefind weight (have 2 mass on 4 plate).",0);
+ }
+ } else if(module4>module1 && module4>module2 && module4>module3) {
+ if(module1>module2 && module1>module3) {
+ kilo_output1=module1+module4;
+ kilo_output2=module2+module3;
+ pc.printf("Mass 1 between 5 and 8 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 5,8 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 6 and 7 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 6,7 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module2>module1 && module2>module3) {
+ kilo_output1=module2+module4;
+ kilo_output2=module1+module3;
+ pc.printf("Mass 1 between 6 and 8 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 6,8 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 5 and 7 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 5,7 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else if(module3>module1 && module3>module2) {
+ kilo_output1=module3+module4;
+ kilo_output2=module1+module2;
+ pc.printf("Mass 1 between 7 and 8 plate = %.3f kg.\n",kilo_output1);
+ sprintf(str1,"Mass 1 on 7,8 plate = %.3f kg",kilo_output1);
+ lcd.LCD_write_string(0,1,str1,0);
+ pc.printf("Mass 2 between 5 and 6 plate = %.3f kg.\n",kilo_output2);
+ sprintf(str2,"Mass 2 on 5,6 plate = %.3f kg",kilo_output2);
+ lcd.LCD_write_string(0,2,str2,0);
+ } else {
+ pc.printf("Undefind weight (have 2 mass on 4 plate).\n");
+ lcd.LCD_write_string(0,1,"Undefind weight (have 2 mass on 4 plate).",0);
+ pc.printf("Mass 1 = 0 kg\nMass 2 = 0 kg\n");
+ lcd.LCD_write_string(0,2,"Mass 1 = 0 kg",0);
+ lcd.LCD_write_string(0,3,"Mass 2 = 0 kg",0);
+ }
+ }
+ }
+ }
+ else {
+ pc.printf("Kilogram of mass : 0 kg\n");
+ lcd.LCD_write_string(0,1,"Kilogram of mass : 0 kg",0);
+
+ }
+ if(pc.readable()) {
+ state_exit =1;
+ state_calibrate=0;
+ state_onemass=0;
+ state_multiple_mass=0;
+ state_select=0;
+ }
+
+ }
+
+
+ }
+
+
+
+ Find_kg::Find_kg()
+{
+ poid[1]=0;
+}
+Find_kg::~Find_kg()
+{
+
+}
+float Find_kg::find_kilo(float valeur,float valeurTare)
+{
+ poid[0] = abs(((float)valeur-(float)valeurTare)/143200);
+ diff_poids= abs(poid[0] - poid[1]);
+ diff_poids = abs(diff_poids);
+ if(diff_poids > standard_poid && kilo==0)
+ {
+ kilo = diff_poids * (float)5.5555556 ;
+ }
+ else if(poid[0] < standard_poid)
+ {
+ kilo=0;
+ }
+ poid[1]=poid[0];
+ return kilo;
+}
\ No newline at end of file
diff -r 000000000000 -r 79d6f6a8aa45 mbed.bld --- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/mbed.bld Wed Dec 09 03:56:18 2015 +0000 @@ -0,0 +1,1 @@ +http://mbed.org/users/mbed_official/code/mbed/builds/165afa46840b \ No newline at end of file