//update DCompMatrix by index
public void add(int depth, DCompRow row, GasMix gasMix)
{
if (!m_AirTable.ContainsKey(depth))
{
m_AirTable.Add(depth, new DCompMatrix());
}
if (!m_AirO2Table.ContainsKey(depth))
{
m_AirO2Table.Add(depth, new DCompMatrix());
}
switch (gasMix)
{
case GasMix.AIR:
m_AirTable[depth].addDComp(row);
break;
case GasMix.AIRO2:
m_AirO2Table[depth].addDComp(row);
break;
case GasMix.NONE:
default:
Console.Write("failed to add element on DCompTable");
break;
}
//implemented in updateBTLUT
//g_depthList.Add(depth);
}
public void addDComp(DCompRow newDComp)
{
this.m_DComps[newDComp.m_BottomTime] = newDComp;
this.m_bottomTimesLUT.Add(newDComp.m_BottomTime);
}
//Update result and calls UI
//UpdateGasMix is called inside
//if ( depth, BT, gasMix ) { search_DCompRow(); show(); }
void UpdateResult()
{
UpdateGasMix();
//if not ready, return
if (!isResultReady())
{
return;
}
//show result
int tableDepth = 0, tableBT = 0;
g_curDCompRow = searchDComp(g_MaxDepth, g_BottomTime, g_GasMix, ref tableDepth, ref tableBT);
var row = g_curDCompRow;
//update GUI
if (row.isInitialized)
{
TB_DCompTable.Text = "[ FSW: " + tableDepth.ToString() + ", BT: " + tableBT.ToString() + " ]";
TB_Time_To_R1st_Planned.Text = colonizeTime(row.m_TimeToFirstStop, ColonType.SEC4DIGITS);
UpdateTimeTo1stStop();
TB_Repeat_Group.Text = ((row.m_RepeatGroup.ToString()) == "0") ? scr.alias["WORD_No_Repeat_Group"] : row.m_RepeatGroup.ToString();
foreach (var elem in g_TB_FSW_Results)
{
elem.Text = "-";
}
foreach (var stop in row.m_DCompStops)
{
//specialize for No decompression
if (stop.Key == 20 && stop.Value == 0)
{
TB_DCompTable.Text = "[ " + scr.alias["WORD_No_Decomp"] + " ]";
CORNER_LB.Text = "-";
break;
}
g_FSW2Interval[stop.Key].Text = colonizeTime(stop.Value);
}
//update pause time first
var reversed = row.m_DCompStops_including_pause_time.OrderByDescending(i => i.Key);
HSYS lastLeave = hTimes.g_R1st_Stop;
int R1stMinute = lastLeave.TotalMinutes();
hTimes.g_DCompStop_Leave = new SortedDictionary <int, HSYS>();
hTimes.g_DCompStop_Reach = new SortedDictionary <int, HSYS>();
foreach (var stop in reversed)
{
int depth = stop.Key;
int min = stop.Value;
//init
hTimes.g_DCompStop_Leave.Add(depth, new HSYS());
hTimes.g_DCompStop_Reach.Add(depth, new HSYS());
HSYS toStop = new HSYS(0, 0);
toStop.addMin(min);
// add 1 minute if not first stop
//if (lastLeave.TotalMinutes() != R1stMinute)
//{
// lastLeave.addMin(1);
//}
hTimes.g_DCompStop_Reach[depth] = lastLeave;
hTimes.g_DCompStop_Leave[depth] = lastLeave + toStop;
lastLeave = hTimes.g_DCompStop_Reach[depth] + toStop;
}
if ((hTimes.g_DCompStop_Leave).Count > 0)
{
//gets called by reference...
//hTimes.g_RS = hTimes.g_DCompStop_Leave[20];
hTimes.g_RS = lastLeave;
//up to surface
hTimes.g_RS.addMin(1);
hTimes.g_TTD = hTimes.g_RS - hTimes.g_LS;
}
{
TB_RS.Text = hTimes.g_RS.ToString();
TB_TTD.Text = colonizeTime(hTimes.g_TTD);
}
//pauses related UI update
// interval
foreach (var stop in row.m_DComp_pauses_data)
{
int dataLength = stop.Value.Count;
//for AIR/O2 Decompression
if (stop.Value.Count != 1)
{
var t = g_FSW2Interval[stop.Key].Text;
g_FSW2Interval[stop.Key].Text = t + " { ";
//decltype(stop.Value) = List<int>
foreach (var min in stop.Value)
{
g_FSW2Interval[stop.Key].Text = g_FSW2Interval[stop.Key].Text + colonizeTime(min) + " ";
}
g_FSW2Interval[stop.Key].Text = g_FSW2Interval[stop.Key].Text + "}";
}
}
// Clocktime
foreach (var stop in row.m_DCompStops_including_pause_time)
{
int depth = stop.Key;
string filler = ":";
g_FSW2Time[depth].Text = hTimes.g_DCompStop_Reach[depth].ToString(filler) + " ~ " + hTimes.g_DCompStop_Leave[depth].ToString(filler);
}
//TDT
hTimes.g_TDT = hTimes.g_RS - hTimes.g_LB;
CORNER_LB.Text = colonizeTime(hTimes.g_TDT);
}
else
{
string noData = scr.alias["WORD_No_Data"];
TB_DCompTable.Text = noData;
TB_Time_To_R1st_Planned.Text = noData;
TB_Repeat_Group.Text = noData;
TB_DCompTable.Text = noData;
TB_Time_To_R1st_Actual.Text = noData;
}
}