public void Tiling(e_bool e = e_bool.manual)
{
var a = new ObservableCollection <ChartData>(vm.Vms);
vm.Vms.Clear();
if ((istile == true && e == e_bool.manual) || e == e_bool.True)
{
FrameworkElementFactory factory = new FrameworkElementFactory(typeof(StackPanel));
ItemsPanelTemplate template = new ItemsPanelTemplate();
template.VisualTree = factory;
listBox.ItemsPanel = template;
istile = false;
}
else if ((istile == false && e == e_bool.manual) || e == e_bool.False)
{
FrameworkElementFactory factory = new FrameworkElementFactory(typeof(WrapPanel));
factory.SetValue(WrapPanel.OrientationProperty, Orientation.Horizontal);
ItemsPanelTemplate template = new ItemsPanelTemplate();
template.VisualTree = factory;
listBox.ItemsPanel = template;
istile = true;
}
foreach (var item in a)
{
item.ReFresh();
vm.Vms.Add(item);
}
}
public void SetData(SearchData s)
{
searchmode = e_bool.Single;
ID_DANJI.Text = s.DANJI_ID;
ID_BUILD.Text = s.BUILD_ID;
ID_HOUSE.Text = s.HOUSE_ID;
ID_ROOM.Text = s.ROOM_ID;
ID_DANJI.IsEnabled = true;
ID_BUILD.IsEnabled = true;
ID_HOUSE.IsEnabled = true;
ID_ROOM.IsEnabled = true;
min = Convert.ToDouble(s.mintime);
max = Convert.ToDouble(s.maxtime);
if (min != -1)
{
startdap.SelectedDate = TimeConverter.ConvertTimestamp(min);
}
if (max != -1)
{
enddatp.SelectedDate = TimeConverter.ConvertTimestamp(max);
}
_searchData = s;
}
public void SetData()
{
searchmode = e_bool.Reuse;
ID_DANJI.Text = " - ";
ID_DANJI.IsEnabled = false;
ID_BUILD.Text = " - ";
ID_BUILD.IsEnabled = false;
ID_HOUSE.Text = " - ";
ID_HOUSE.IsEnabled = false;
ID_ROOM.Text = " - ";
ID_ROOM.IsEnabled = false;
}
public void ACTUALIZE_registerBinding(byte addressByte)
{
// after change in register this is called
// react only on high bytes
// -> as I always send command to actualize both L and H
// -> I only need to react on the second one written to register (H)
switch (addressByte)
{
case (C_DynAdd.PRESENT_POS_H):
ACTUALIZE_valueAndLogIt(ref angleSeen, C_DynAdd.PRESENT_POS_L, C_DynAdd.PRESENT_POS_H, e_regByteType.seenValue);
break;
case (C_DynAdd.GOAL_POS_H):
ACTUALIZE_valueAndLogIt(ref angleSent, C_DynAdd.GOAL_POS_L, C_DynAdd.GOAL_POS_H, e_regByteType.sentValue);
break;
case (C_DynAdd.PRESENT_SPEED_H):
ACTUALIZE_valueAndLogIt(ref speedSeen, C_DynAdd.PRESENT_SPEED_L, C_DynAdd.PRESENT_SPEED_H, e_regByteType.seenValue);
break;
case (C_DynAdd.MOV_SPEED_H):
ACTUALIZE_valueAndLogIt(ref speedSent, C_DynAdd.MOV_SPEED_L, C_DynAdd.MOV_SPEED_H, e_regByteType.sentValue);
break;
case (C_DynAdd.LED_ENABLE):
LedValue = (e_ledValue)(reg.GET(C_DynAdd.LED_ENABLE, e_regByteType.sentValue).Val);
LOG_reg("[LED sent] actualized form motor!");
LedValueSeen = (e_ledValue)(reg.GET(C_DynAdd.LED_ENABLE, e_regByteType.seenValue).Val);
LOG_reg("[LED seen] actualized form motor!");
break;
case (C_DynAdd.STATUS_RETURN_LEVEL):
statusReturnLevel = (e_statusReturnLevel)(ACTUALIZE_byteAndLogIt(C_DynAdd.STATUS_RETURN_LEVEL, e_regByteType.sentValue));
break;
case (C_DynAdd.TORQUE_ENABLE):
torqueEnable = (e_enabled)(ACTUALIZE_byteAndLogIt(C_DynAdd.TORQUE_ENABLE, e_regByteType.sentValue));
break;
case (C_DynAdd.IS_MOVING):
isMoving = (e_bool)(ACTUALIZE_byteAndLogIt(C_DynAdd.TORQUE_ENABLE, e_regByteType.sentValue));
break;
case (C_DynAdd.RETURN_DELAY_TIME):
returnDelayTime = ACTUALIZE_byteAndLogIt(C_DynAdd.RETURN_DELAY_TIME, e_regByteType.sentValue);
break;
}
}
public void SetData(List <SearchData> searchDatas)
{
searchmode = e_bool.Multi;
ID_DANJI.IsEnabled = false;
ID_BUILD.IsEnabled = false;
ID_HOUSE.IsEnabled = false;
ID_ROOM.IsEnabled = false;
SearchData first = searchDatas[0];
SearchData last = searchDatas[searchDatas.Count - 1];
ID_DANJI.Text = $"{first.DANJI_ID} - {last.DANJI_ID}";
ID_BUILD.Text = $"{first.BUILD_ID} - {last.BUILD_ID}";
ID_HOUSE.Text = $"{first.HOUSE_ID} - {last.HOUSE_ID}";
ID_ROOM.Text = $"{first.ROOM_ID} - {last.ROOM_ID}";
startdap.SelectedDate = DateTime.Now.AddDays(-1);
enddatp.SelectedDate = DateTime.Now;
_searchDatas = searchDatas;
}
