private void compareProcess()
{
float t_time = 0;
AlgorithmHelper lcrData = new AlgorithmHelper();
AlgorithmHelper kwmData = new AlgorithmHelper();
AlgorithmHelper rpwData = new AlgorithmHelper();
if (float.TryParse(tbTAKTTime.Text, out t_time))
{
if (time_sequence != null)
{
if (t_time > 0)
{
// LCR implementation
LCRAlgorithm lcr = new LCRAlgorithm(t_time, time_sequence.Count,
precedence_data, time_sequence);
precedence = lcr.AnalyzePrecedence();
lcrData.Workstations = lcr.AnalyzeWorkLoad(out efficiency,
out totalTime, out numberOfWorkStation);
lcrData.Efficiency = efficiency;
lcrData.TotalTime = totalTime;
lcrData.NumberOfWorkstations = numberOfWorkStation;
lcrData.Type = AlgorithmType.LCR;
// KWM Implementation
KWMAlgorithm kwm = new KWMAlgorithm(t_time, time_sequence.Count,
precedence_data, time_sequence);
precedence = kwm.AnalyzePrecedence();
kwmData.Workstations = kwm.AnalyzeWorkload(out efficiency,
out totalTime, out numberOfWorkStation);
kwmData.Efficiency = efficiency;
kwmData.TotalTime = totalTime;
kwmData.NumberOfWorkstations = numberOfWorkStation;
kwmData.Type = AlgorithmType.KWM;
// RPW Implementation
List <string[]> precedenceSequence = parsePrecedenceData(time_sequence);
RPWAlgorithm rpw = new RPWAlgorithm(t_time, time_sequence.Count,
precedence_data, precedenceSequence, time_sequence);
//precedence = rpw.AnalyzePrecedence();
rpwData.Workstations = rpw.AnalyzeWorkload(out efficiency,
out totalTime, out numberOfWorkStation);
rpwData.Efficiency = efficiency;
rpwData.TotalTime = totalTime;
rpwData.NumberOfWorkstations = numberOfWorkStation;
rpwData.Type = AlgorithmType.RPW;
lcrData.WorkElements = kwmData.WorkElements =
rpwData.WorkElements = work_element;
lcrData.MachineNames = kwmData.MachineNames =
rpwData.MachineNames = machine_data;
lcrData.TimeSequence = kwmData.TimeSequence =
rpwData.TimeSequence = time_sequence;
}
else
{
MessageBox.Show("Max time per workstation must be greater than zero",
"Error",
MessageBoxButtons.OK,
MessageBoxIcon.Error);
}
}
else
{
MessageBox.Show("Please add data",
"Error",
MessageBoxButtons.OK,
MessageBoxIcon.Error);
}
}
else
{
MessageBox.Show("Max time per workstation must be a decimal value",
"Error",
MessageBoxButtons.OK,
MessageBoxIcon.Error);
}
Dictionary <object, object> bundle = new Dictionary <object, object>();
bundle.Add(lcrData.Type, lcrData);
bundle.Add(kwmData.Type, kwmData);
bundle.Add(rpwData.Type, rpwData);
new FormCompare(bundle).ShowDialog(this);
}
private void analyzeData(AlgorithmType algoType)
{
float t_time = 0;
if (float.TryParse(tbTAKTTime.Text, out t_time))
{
// pass to function
// time_sequence
// precedence
if (time_sequence != null)
{
if (t_time > 0)
{
switch (algoType)
{
case AlgorithmType.LCR:
// LCR implementation
LCRAlgorithm lcr = new LCRAlgorithm(t_time, time_sequence.Count,
precedence_data, time_sequence);
precedence = lcr.AnalyzePrecedence();
workstations = lcr.AnalyzeWorkLoad(out efficiency,
out totalTime, out numberOfWorkStation);
break;
case AlgorithmType.KWM:
KWMAlgorithm kwm = new KWMAlgorithm(t_time, time_sequence.Count,
precedence_data, time_sequence);
precedence = kwm.AnalyzePrecedence();
workstations = kwm.AnalyzeWorkload(out efficiency,
out totalTime, out numberOfWorkStation);
break;
case AlgorithmType.RPW:
List <string[]> precedenceSequence = parsePrecedenceData(time_sequence);
RPWAlgorithm rpw = new RPWAlgorithm(t_time, time_sequence.Count,
precedence_data, precedenceSequence, time_sequence);
//precedence = rpw.AnalyzePrecedence();
workstations = rpw.AnalyzeWorkload(out efficiency,
out totalTime, out numberOfWorkStation);
break;
default:
break;
}
// workstation output
// pack bundle for journey
string[] meta = { tbSample.Text, tbStyleNo.Text,
comboTypes.SelectedItem.ToString(),
tbTAKTTime.Text };
Dictionary <string, object> bundle = new Dictionary <string, object>();
bundle.Add("p", precedence);
bundle.Add("w", workstations);
bundle.Add("e", efficiency);
bundle.Add("t", totalTime);
bundle.Add("n", numberOfWorkStation);
bundle.Add("m", meta);
bundle.Add("we", work_element);
bundle.Add("mn", machine_data);
bundle.Add("ts", time_sequence);
bundle.Add("at", algoType.ToString());
new FormOutput(bundle).ShowDialog(this);
}
else
{
MessageBox.Show("Max time per workstation must be greater than zero",
"Error",
MessageBoxButtons.OK,
MessageBoxIcon.Error);
}
}
else
{
MessageBox.Show("Please add data",
"Error",
MessageBoxButtons.OK,
MessageBoxIcon.Error);
}
}
else
{
MessageBox.Show("Max time per workstation must be a decimal value",
"Error",
MessageBoxButtons.OK,
MessageBoxIcon.Error);
}
}
