(DA) Internet of Things and Smart Electronics- ELE3006M2122
Updated following fixing of Joystick 'Bounce'. Also insertion of a Starting Temp to be compared against following user selection.
Dependencies: mbed N5110v02 TMP102 JoystickIoT
Revision 12:5046b7515d5c, committed 2022-01-20
- Comitter:
- legstar85
- Date:
- Thu Jan 20 22:57:14 2022 +0000
- Parent:
- 11:a6eec09b546e
- Commit message:
- Updated following fixing of Joystick 'Bounce'. Also insertion of a Starting Temp to be compared against following user selection.
Changed in this revision
| main.cpp | Show annotated file Show diff for this revision Revisions of this file |
--- a/main.cpp Thu Jan 20 13:42:30 2022 +0000
+++ b/main.cpp Thu Jan 20 22:57:14 2022 +0000
@@ -30,17 +30,17 @@
};
State fsm[11] = {
- {15,0.5,{0,1,0,0,0,10,0,0,0}}, // Start Temp = 15 Degrees
- {16,0.5,{1,2,1,1,1,0,1,1,1}}, // 1
- {17,0.5,{2,3,2,2,2,1,2,2,2}}, //
- {18,0.5,{3,4,3,3,3,2,3,3,3}}, //
- {19,0.5,{4,5,4,4,4,3,4,4,4}}, //
- {20,0.5,{5,6,5,5,5,4,5,5,5}}, //
- {21,0.5,{6,7,6,6,6,5,6,6,6}}, //
- {22,0.5,{7,8,7,7,7,6,7,7,7}}, //
- {23,0.5,{8,9,8,8,8,7,8,8,8}}, //
- {24,0.5,{9,10,9,9,9,8,9,9,9}}, //
- {25,0.5,{10,1,10,10,10,9,10,10,10}} //
+ {15,0.5,{0,1,0,0,0,10,0,0,0}}, // State 0 - 15 Degrees
+ {16,0.5,{1,2,1,1,1,0,1,1,1}}, // State 1 - 16 Degrees
+ {17,0.5,{2,3,2,2,2,1,2,2,2}}, // State 2 - 17 Degrees
+ {18,0.5,{3,4,3,3,3,2,3,3,3}}, // State 3 - 18 Degrees
+ {19,0.5,{4,5,4,4,4,3,4,4,4}}, // State 4 - 19 Degrees
+ {20,0.5,{5,6,5,5,5,4,5,5,5}}, // State 5 - 20 Degrees
+ {21,0.5,{6,7,6,6,6,5,6,6,6}}, // State 6 - 21 Degrees
+ {22,0.5,{7,8,7,7,7,6,7,7,7}}, // State 7 - 22 Degrees
+ {23,0.5,{8,9,8,8,8,7,8,8,8}}, // State 8 - 23 Degrees
+ {24,0.5,{9,10,9,9,9,8,9,9,9}}, // State 9 - 24 Degrees
+ {25,0.5,{10,1,10,10,10,9,10,10,10}} // State 10 - 25 Degrees
};
Ticker ticker_menu; // Create Menu ticker object
@@ -64,11 +64,11 @@
InterruptIn ButtonB (PTD0); // PCB Button - B
InterruptIn ButtonBack (PTB10); // PCB Button - Back
-volatile int g_ButtonA_flag = 0; // flag - must be volatile as changes within ISR - g_ prefix makes it easier to distinguish it as global
-volatile int g_ButtonB_flag = 0; // flag - must be volatile as changes within ISR - g_ prefix makes it easier to distinguish it as global
-volatile int g_ButtonBack_flag = 0; // flag - must be volatile as changes within ISR - g_ prefix makes it easier to distinguish it as global
-volatile int g_sw2_flag = 0; // flag - must be volatile as changes within ISR - g_ prefix makes it easier to distinguish it as global
-volatile int g_menu_timer_flag = 0; // flag - must be volatile as changes within ISR - g_ prefix makes it easier to distinguish it as global
+volatile int g_ButtonA_flag = 0; // Flag - must be volatile as changes within ISR - g_ prefix makes it easier to distinguish it as global
+volatile int g_ButtonB_flag = 0; // Flag - must be volatile as changes within ISR - g_ prefix makes it easier to distinguish it as global
+volatile int g_ButtonBack_flag = 0; // Flag - must be volatile as changes within ISR - g_ prefix makes it easier to distinguish it as global
+volatile int g_sw2_flag = 0; // Flag - must be volatile as changes within ISR - g_ prefix makes it easier to distinguish it as global
+volatile int g_menu_timer_flag = 0; // Flag - must be volatile as changes within ISR - g_ prefix makes it easier to distinguish it as global
volatile int option = 0; // Menu option selection based on joystick direction
volatile int g_state = 0; //
volatile int g_StartTemp = 0; //
@@ -84,7 +84,6 @@
void menu_timer_isr(); //
void OnStartup(); //
void Run(); //
-void ConstantMonitoring(); //
void StartTemp(); //
int main()
@@ -165,22 +164,22 @@
void OnStartup() // Run some start up display
{
- //Buzzer.period(1.0/659.0); // Welcome sounds from Piezo
- //Buzzer = 0.5; //
- // wait(0.5); //
- //Buzzer.period(1.0/494.0); //
- // Buzzer = 0.5; //
- // wait(0.5); //
- //Buzzer.period(1.0/554.0); //
- // Buzzer = 0.5; //
- //wait(0.5); //
- // Buzzer = 0; // Turn off welcome sounds
+ Buzzer.period(1.0/659.0); // Welcome sounds from Piezo
+ Buzzer = 0.5; //
+ wait(0.5); //
+ Buzzer.period(1.0/494.0); //
+ Buzzer = 0.5; //
+ wait(0.5); //
+ Buzzer.period(1.0/554.0); //
+ Buzzer = 0.5; //
+ wait(0.5); //
+ Buzzer = 0; // Turn off welcome sounds
lcd.clear(); // Clear buffer at start of every loop
lcd.printString("--------------",0,0); // Can directly print strings at specified co-ordinates (must be less than 84 pixels to fit on display)
lcd.printString(" Smart Cold",0,1); // Just a welcome message before auto moving to main menu
lcd.printString(" Storage",0,2); //
lcd.printString(" Monitoring",0,3); //
- lcd.printString("V11 - Jan 2022",0,4); //
+ lcd.printString("V12 - Jan 2022",0,4); //
lcd.printString("--------------",0,5); //
lcd.refresh(); // Need to refresh display after setting pixels or writing strings
wait(5.0); // Leave welcome screen on for designated amount of time
@@ -199,7 +198,7 @@
enum EMenuState // An enum controlling the current state of the display.
{
- MENUSTATE_StartTemp, //
+ MENUSTATE_StartTemp, // Defining each menu state to be called upon later
MENUSTATE_Main, // Defining each menu state to be called upon later
MENUSTATE_Monitor, // Defining each menu state to be called upon later
MENUSTATE_OneOff, // Defining each menu state to be called upon later
@@ -233,7 +232,7 @@
switch(MenuState) // Update and Draw whichever menu we're on.
{
- case MENUSTATE_StartTemp: //
+ case MENUSTATE_StartTemp: //
{
NumMenuItems = 1; // Dont for get to set this when changing number of items in the menu. We need this to wrap the selection around properly etc.
@@ -242,23 +241,22 @@
SelectedItem = 0; // Something has gone wrong, reset selected item.
}
- Direction d = joystick.get_direction();
+ Direction d = joystick.get_direction();
StartTemp();
float g_StartTemp = fsm[g_state].output; // read temperature and print to lcd
- pc.printf("T = %f K\n",g_state); // Print to serial - allows testing without device attached
+ pc.printf("T = %f C\n",g_StartTemp); // Print to serial - allows testing without device attached
printf ("Joystick Direction Points = %i\n",d); //
- printf ("State selected = %i\n", g_StartTemp); //
+ printf ("State selected = %i\n", g_state); //
int length = sprintf(buffer," T = %.2f C",g_StartTemp); // print formatted data to buffer - it is important the format specifier ensures the length will fit in the buffer
if (length <= 14) // if string will fit on display (assuming printing at x=0)
lcd.printString("- Set Target -",0,0); //
lcd.printString("---- Temp ----",0,1); //
lcd.printString(buffer,0,3); // display on screen
- lcd.printString("'A' to Select",0,5); //
+ lcd.printString("'A' to Select",0,5); //
lcd.refresh(); // need to refresh display after setting pixels or writing strings
- //
-
+
if(bAButtonWasPressed) // If A was pressed then we transition to the selected screen.
{
if(SelectedItem == 0) // If 0 line is selected, move to detailed menu
@@ -326,7 +324,7 @@
wait(0.5); //
float high_temp = tmp102.get_temperature(); // read temperature
- if (high_temp >= 25) { // High temp alarm condition - in real world would be lot lower!!
+ if (high_temp >= g_StartTemp + 2) { // High temp alarm condition - in real world would be lot lower!!
LED01 = 0; // Light LED01 if temperature is over specified - Simulated starting of cold blowers
LED02 = 0; // Light LED02 if temperature is over specified - Simulated starting of cold blowers
LED03 = 0; // Light LED03 if temperature is over specified - Simulated starting of cold blowers
@@ -340,7 +338,7 @@
}
float low_temp = tmp102.get_temperature(); // Read temperature
- if (low_temp <= 22) { // Low temp alarm condition - in real world would be lot lower!!
+ if (low_temp <= g_StartTemp - 2) { // Low temp alarm condition - in real world would be lot lower!!
LED04 = 0; // Light LED04 if temperature is over specified - Simulated starting of heaters
LED05 = 0; // Light LED05 if temperature is over specified - Simulated starting of heaters
LED06 = 0; // Light LED06 if temperature is over specified - Simulated starting of heaters
@@ -500,9 +498,7 @@
void StartTemp() //
{
Direction d = joystick.get_direction(); //
-
- joystick.init();
-
+
g_StartTemp = fsm[g_state].output; // set ouput depending on current state
wait(fsm[g_state].time); // wait in that state for desired time
g_state = fsm[g_state].nextState[d]; // read input and update curent state