algorithmFlow.txt

### Algorithm Flow Scheme ###
##

1. 		Load JSON files, assign them as a structure each one.
2. 		Build a function for randomization. There must be two version: TRNG and PRNG
			a. 	There must be a structure contain 2 variable: First random number pool, and second array index.
				When array index reached last element of the array, then new random pool must be requested from “random.org”.
			b. 	When called the randomization function, it should return array element which pointed by array index,
				then array index must be increased by 1.

## ASSIGN RESIDENT-TYPE TO END-USERS

3. 		Assign resident type for each end-user. (random)

## DISTRIBUTE APPLIANCES TO END-USERS

4. 		For each end-user, assign appliances.
			a. 	Copy appliances list.
			b. 	Check "alwaysAppliances" and "neverAppliances" lists, edit appliances list.
			c. 	Distribute remain appliances in the appliances list (random)
					i. 	Consider dependecy rules.

## BUILD USAGE VECTOR FOR EACH END-USER ##

5. 		Select a day from week (random); eliminate selected day from list [1,7]
6. 		Select an appliance from end-user appliances list (random)
			a. 	Determine work time range.
					i. 		Consider "needOperator" bit of the appliance.
							If the appliance not need operator, it can be run any moment of a day.
							But it needs operator, it can only works when someone in home.
					ii. 	Consider end-user's constraint
					iii. 	Consider for work time constraints
					iv. 	Consider for confliction constraints
					v. 		Consider if the appliance worked before in same day
7. 		Select start time of the appliance from given work time range according to constraints (random)
8. 		Calculate run probability value according to given coefficients and selected start time
9. 		Check for the appliance can run in selected hour or not (random)
			a. 	If the appliance runs:
					i. 		Increase by one the value of count of daily work of the appliance
					ii. 	Increase by one the value of count of weekly work of the appliance
					iii. 	Assign work duration to related variable of periodic and non-continuous appliances
					iv. 	Assign zero to test count of the appliance
			b. 	If the appliance does not run:
					i. 		Increase by one the test count of the appliance.
10. 	When appliances in the end-user's list completed, repeat step 9. Before proceed, check value of the
 		test count of the appliance. If test count equal to "tryLimit" parameter, then skip the appliance.
11. 	Repeat step 5 until all days of the week are handled.
			i. 		Assign zero to count of daily work of each appliance for each new day.
			ii. 	Assign zero to work duration of each related appliance for each new day.
12. 	Repeat step 5 for each new week, until given week count is reached.
			i. 		Assign zero to count of weekly work of each appliance for each new week.

## PREPARE RESULT ##

13. 	Collect data of all days for each end-user and divide data count of days. (take mean of data)
14. 	Plot data.