UoD_ME21001_Group_1_07
/
Project_Test_9
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Dependencies: mbed
Revision 1:fb4ff3d2b5d0, committed 2019-11-22
- Comitter:
- cgoodger
- Date:
- Fri Nov 22 22:41:49 2019 +0000
- Parent:
- 0:67f1965f904d
- Commit message:
- Annotated Test_9 code
Changed in this revision
| main.cpp | Show annotated file Show diff for this revision Revisions of this file |
--- a/main.cpp Thu Nov 21 16:33:23 2019 +0000
+++ b/main.cpp Fri Nov 22 22:41:49 2019 +0000
@@ -1,82 +1,86 @@
- //Amalgamation of Project_Test_1 and Project_Test_2_switch codes to check viability of a simple 1/2 switch light interface.
- //Expansion of Project_Test_1 protocol to include three more pins and two more traffic light circuits.
-
+//Amalgamation of Project_Test_1 and Project_Test_2_switch codes to check viability of a simple 1/2 switch light interface.
+//Expansion of Project_Test_1 protocol to include three more pins and two more traffic light circuits.
+//Project_Test_8_Switchtest2 amalgamated to provide switch command to light circuit
+//the code checks if the value of X has changed from 0 to 1 at the end of the code turning all lights to red for 10 seconds before-
+//returning the value of X to 0 to continue the normal lights sequence. X remains 0 unless button is pressed.
+//Normal light sequence being that the lights cycle through a red, yellow, green loop at prespecified time intervals.
+//Lights act in opposite pairs to reduce pin number and to cimpify code.
-#include "mbed.h"
-DigitalOut red1(p21); //Assign digital output value of red1 to mbed pin p21
-DigitalOut yellow1(p22); //Assign digital output value of yellow1 to mbed pin p22
-DigitalOut green1(p23); //Assign digital output value of green1 to mbed pin p23
-DigitalOut red2(p24); //Assign digital output value of red2 to mbed pin p24
-DigitalOut yellow2(p25); //Assign digital output value of yellow2 to mbed pin p25
-DigitalOut green2(p27); //Assign digital output value of green2 to mbed pin p26
-DigitalIn switchInput(p15);
+#include "mbed.h" //load mbed library
+DigitalOut red1(p21); //Assign digital output value of red1 to mbed pin p21
+DigitalOut yellow1(p22); //Assign digital output value of yellow1 to mbed pin p22
+DigitalOut green1(p23); //Assign digital output value of green1 to mbed pin p23
+DigitalOut red2(p24); //Assign digital output value of red2 to mbed pin p24
+DigitalOut yellow2(p25); //Assign digital output value of yellow2 to mbed pin p25
+DigitalOut green2(p27); //Assign digital output value of green2 to mbed pin p26
+DigitalIn switchInput(p15); //Assign digital input value to p15 pin
int main() {
int x = 0;
- while(1) { //Repeat indefinitely
- // read the input state only once in the while loop
- if(switchInput.read() == 0) {
- red1 = 1; //Turn on red1
- red2 = 1; //Turn on red2
- wait(3); //Wait 3 seconds
- if(switchInput.read() == 1){
+ while(1) { //Repeat indefinitely
+
+ if(switchInput.read() == 0) { //Read the input state only once in the while loop
+ red1 = 1; //Turn on red1
+ red2 = 1; //Turn on red2
+ wait(3); //Wait 3 seconds
+ if(switchInput.read() == 1){ //Check condition of varibale X
x = 1;
}
- yellow1 = 1; //Turn on yellow1
- wait(1); //Wait 1 second
- if(switchInput.read() == 1){
+ yellow1 = 1; //Turn on yellow1
+ wait(1); //Wait 1 second
+ if(switchInput.read() == 1){ //Check condition of variable X
x = 1;
}
- red1 = 0; //Turn off red1
- yellow1 = 0; //Turn off yellow1
- green1 = 1; //Turn on green1
- wait(3); //Wait 3 seconds
- if(switchInput.read() == 1){
+ red1 = 0; //Turn off red1
+ yellow1 = 0; //Turn off yellow1
+ green1 = 1; //Turn on green1
+ wait(3); //Wait 3 seconds
+ if(switchInput.read() == 1){ //Check condition of variable X
x = 1;
}
- green1 = 0; //Turn off green1
- yellow1 = 1; //Turn on yellow1
- wait(1); //Wait 1 second
- if(switchInput.read() == 1){
+ green1 = 0; //Turn off green1
+ yellow1 = 1; //Turn on yellow1
+ wait(1); //Wait 1 second
+ if(switchInput.read() == 1){ //Check condition of varible X
x = 1;
}
- yellow1 = 0; //Turn off yellow1
- red1 = 1; //Turn on red1
- wait(3); //Wait 3 seconds
- if(switchInput.read() == 1){
+ yellow1 = 0; //Turn off yellow1
+ red1 = 1; //Turn on red1
+ wait(3); //Wait 3 seconds
+ if(switchInput.read() == 1){ //Check condition of variable X
x = 1;
}
- yellow2 = 1; //Turn on yellow2
- wait(1); //Wait 1 second
- if(switchInput.read() == 1){
+ yellow2 = 1; //Turn on yellow2
+ wait(1); //Wait 1 second
+ if(switchInput.read() == 1){ //Check condition of variable X
x = 1;
}
- red2 = 0; //Turn off red2
- yellow2=0; //Turn off yellow2
- green2=1; //Turn on green2
- wait(3); //Wait 3 seconds
- if(switchInput.read() == 1){
+ red2 = 0; //Turn off red2
+ yellow2=0; //Turn off yellow2
+ green2=1; //Turn on green2
+ wait(3); //Wait 3 seconds
+ if(switchInput.read() == 1){ //Check condition of variable X
x = 1;
}
- green2 = 0; //Turn off green2
- yellow2=1; //Turn on yellow2
- wait(1); //Wait 1 second
- if(switchInput.read() == 1){
+ green2 = 0; //Turn off green2
+ yellow2=1; //Turn on yellow2
+ wait(1); //Wait 1 second
+ if(switchInput.read() == 1){ //Check condition of variable X
x = 1;
}
- yellow2=0; //Turn off yellow2
- if(x == 1) {
- red1 = 1;
- red2 = 1;
- yellow1 = 0;
- yellow2 = 0;
- green1= 0;
- green2 = 0;
- wait(10);
- x = 0;
+ yellow2=0; //Turn off yellow2
+ if(x == 1) { //Check condition of varibale X
+ red1 = 1; //Turn on red1
+ red2 = 1; //Turn on red2
+ yellow1 = 0; //Turn off yellow1
+ yellow2 = 0; //Turn off yellow2
+ green1= 0; //Turn off green1
+ green2 = 0; //Turn off green2
+ wait(10); //Wait 10 seconds with red1&2 in on condition
+ x = 0; //Return conditoion of variable X to 0
}
}
}
-} //End of statement
+} //End of statement