public void set_data_grid_propsed_DGV(output_result res)
{
bearing_cost_value_2.Text = res.All_bears_cost.ToString();
delay_time_cost_value_2.Text = res.All_delay_time_cost.ToString();
down_time_cost_value_2.Text = res.All_downtime_cost.ToString();
repair_person_cost_value_2.Text = res.All_repaire_person_cost.ToString();
total_cost_2.Text = res.total_cost.ToString();
}
//calculation of proposed system
public static void proposed_system()
{
min_cost_proposed = 1000000;
max_cost_proposed = -1;
all_costs = new double[num_trial];
output_result temp = new output_result();
int cnt;
// intialize_random();
for (int i = 0; i < num_trial; ++i)
{
cnt = 0;
delay = 0;
while (true)
{
if (cnt > 0 && Convert.ToUInt32(obj[i].DGV_Proposed.Rows[cnt - 1].Cells[5].Value) >= hour_num)
break;
obj[i].DGV_Proposed.Rows.Add();
obj[i].DGV_Proposed.Rows[cnt].Cells[0].Value = cnt + 1;
if (Beer_Life[i,cnt] == null || Beer_Life[i,cnt].beer_one == null)
obj[i].DGV_Proposed.Rows[cnt].Cells[1].Value = Distribution.get_life_hour(generate_random_value_two_digit(), beerProb);
else
obj[i].DGV_Proposed.Rows[cnt].Cells[1].Value = Beer_Life[i,cnt].beer_one;
if (Beer_Life[i,cnt] == null || Beer_Life[i,cnt].beer_two == null)
obj[i].DGV_Proposed.Rows[cnt].Cells[2].Value = Distribution.get_life_hour(generate_random_value_two_digit(), beerProb);
else
obj[i].DGV_Proposed.Rows[cnt].Cells[2].Value = Beer_Life[i,cnt].beer_two;
if (Beer_Life[i,cnt] == null || Beer_Life[i,cnt].beer_three == null)
obj[i].DGV_Proposed.Rows[cnt].Cells[3].Value = Distribution.get_life_hour(generate_random_value_two_digit(), beerProb);
else
obj[i].DGV_Proposed.Rows[cnt].Cells[3].Value = Beer_Life[i,cnt].beer_three;
obj[i].DGV_Proposed.Rows[cnt].Cells[4].Value = Math.Min(Math.Min(Convert.ToUInt32(obj[i].DGV_Proposed.Rows[cnt].Cells[1].Value), Convert.ToUInt32(obj[i].DGV_Proposed.Rows[cnt].Cells[2].Value)), Convert.ToUInt32(obj[i].DGV_Proposed.Rows[cnt].Cells[3].Value));
if (cnt == 0)
obj[i].DGV_Proposed.Rows[cnt].Cells[5].Value = obj[i].DGV_Proposed.Rows[cnt].Cells[4].Value;
else
obj[i].DGV_Proposed.Rows[cnt].Cells[5].Value = Convert.ToUInt32(obj[i].DGV_Proposed.Rows[cnt].Cells[4].Value) + Convert.ToUInt32(obj[i].DGV_Proposed.Rows[cnt - 1].Cells[5].Value);
obj[i].DGV_Proposed.Rows[cnt].Cells[6].Value = generate_random_value_one_digit();
obj[i].DGV_Proposed.Rows[cnt].Cells[7].Value = Distribution.get_delay_minute(Convert.ToUInt32(obj[i].DGV_Proposed.Rows[cnt].Cells[6].Value), delayProb);
delay += Convert.ToInt32(obj[i].DGV_Proposed.Rows[cnt].Cells[7].Value);
++cnt;
}
temp.All_bears_cost = cnt * 3 * bear_propreties.Bear_cost;
temp.All_delay_time_cost = (delay) * bear_propreties.Downtime_cost;
temp.All_downtime_cost = bear_propreties.Repaire_time_three * bear_propreties.Downtime_cost * cnt;
temp.All_repaire_person_cost = cnt * bear_propreties.Repaire_time_three * (bear_propreties.Repaire_Person_cost) / 60;
temp.total_cost = temp.All_bears_cost + temp.All_delay_time_cost + temp.All_downtime_cost + temp.All_repaire_person_cost;
all_costs[i] = temp.total_cost;
min_cost_proposed = Math.Min(all_costs[i], min_cost_proposed);
max_cost_proposed = Math.Max(all_costs[i], max_cost_proposed);
obj[i].set_data_grid_propsed_DGV(temp);
}
double range = max_cost_proposed - min_cost_proposed;
frequency_proposed = new double[num_ranges];
ranges_value = new double[num_ranges];
calculate_frequency(range, frequency_proposed, min_cost_proposed);
obj[0].Show();
}
//calculation of current system
public static void current_system()
{
min_cost_current = 1000000;
max_cost_current = -1;
all_costs= new double[num_trial];
int sze = hour_num / int.Parse(beerProb[0].realvalue);
if (sze == 0)
sze = 1000;
Beer_Life = new Life_Beer_Method_one[num_trial , sze];
obj = new System_Output[num_trial];
output_result temp = new output_result();
int cnt ,num_used_bear;
bool one, two, three;
intialize_random();
for (int i = 0; i < num_trial; ++i)
{
cnt = 0;
one = two = three = false;
num_used_bear = bear_one_delay = bear_two_delay = bear_three_delay = 0;
obj[i] = new System_Output();
while (true)
{
Beer_Life[i,cnt] = new Life_Beer_Method_one();
obj[i].DGV_Current.Rows.Add();
obj[i].DGV_Current.Rows[cnt].Cells[0].Value = cnt + 1;
if (one == false)
{
++num_used_bear;
one = three_beer(i, cnt, 1, 2, 3, 4, 5);
}
if (two == false)
{
++num_used_bear;
two = three_beer(i, cnt, 6, 7, 8, 9, 10);
}
if (three == false)
{
++num_used_bear;
three = three_beer(i, cnt, 11, 12, 13, 14, 15);
}
if (one == true && two == true && three == true)
break;
++cnt;
}
num_used_bear -= 3;
temp.All_bears_cost = num_used_bear * bear_propreties.Bear_cost;
temp.All_delay_time_cost = (bear_one_delay + bear_two_delay + bear_three_delay) * bear_propreties.Downtime_cost;
temp.All_downtime_cost = bear_propreties.Repaire_time_one * bear_propreties.Downtime_cost * num_used_bear;
temp.All_repaire_person_cost = num_used_bear * bear_propreties.Repaire_time_one * (bear_propreties.Repaire_Person_cost) / 60;
temp.total_cost = temp.All_bears_cost + temp.All_delay_time_cost + temp.All_downtime_cost + temp.All_repaire_person_cost;
all_costs[i] = temp.total_cost;
min_cost_current = Math.Min(all_costs[i], min_cost_current);
max_cost_current = Math.Max(all_costs[i], max_cost_current);
obj[i].set_data_grid_current_DGV(temp);
}
double range = max_cost_current - min_cost_current;
frequency_current = new double[num_ranges];
ranges_value = new double[num_ranges];
calculate_frequency(range, frequency_current, min_cost_current);
}