private void btnAddAcousticKT_Click(object sender, EventArgs e)
{
FormAddAcoustickKT form = new FormAddAcoustickKT();
DialogResult res = form.ShowDialog();
if (res == System.Windows.Forms.DialogResult.OK)
{
//lstAcousticList.Items.Add(form.KTName);
switch (form.Type)
{
case KTType.Outside:
Outside outside = new Outside();
outside.ShowDialog();
CPOutside cp = new CPOutside(form.KTName);
getDataFromOutside(cp, outside);
currentResearch.CheckPoints.Add(cp);
researchUpdated();
break;
case KTType.Neighbor:
FormNeigborRooms neighbor = new FormNeigborRooms();
neighbor.ShowDialog();
CPNeighbor cpn = new CPNeighbor(form.KTName);
getDataFromNeighbor(cpn, neighbor);
currentResearch.CheckPoints.Add(cpn);
researchUpdated();
break;
case KTType.Vent:
FormVent vent = new FormVent();
vent.ShowDialog();
CPVent cpVent = new CPVent(form.KTName);
getDataFromVent(cpVent, vent);
currentResearch.CheckPoints.Add(cpVent);
researchUpdated();
break;
case KTType.Vibro:
FormVibro vibro = new FormVibro();
vibro.ShowDialog();
CPVibro cpVibro = new CPVibro(form.KTName);
getDataFromVibro(cpVibro, vibro);
currentResearch.CheckPoints.Add(cpVibro);
researchUpdated();
break;
}
}
}
public Outside(CPOutside data)
: this()
{
cbSignalLevel.SelectedIndex = data.SignalLevelIndex;
cbNoiseType.SelectedIndex = data.NoiseTypeIndex;
tbReflectorsNumber.Text = data.reflectorsList.Count.ToString();
dgvReflectors.Rows.Clear();
foreach (CPOutside.Reflector r in data.reflectorsList)
{
int new_row = dgvReflectors.Rows.Add();
//int new_row = dgvReflectors.Rows.Count;
dgvReflectors.Rows[new_row].Cells[0].Value = r.square.ToString();
dgvReflectors.Rows[new_row].Cells[1].Value = ((DataGridViewComboBoxCell)dgvReflectors.Rows[new_row].Cells[1]).Items[r.MaterialIndex];
}
tbAbsorbersNumber.Text = data.absorbersList.Count.ToString();
dgvAbsorber.Rows.Clear();
foreach (CPOutside.Reflector r in data.absorbersList)
{
int new_row = dgvAbsorber.Rows.Add();
dgvAbsorber.Rows[new_row].Cells[0].Value = r.square.ToString();
dgvAbsorber.Rows[new_row].Cells[1].Value = ((DataGridViewComboBoxCell)dgvAbsorber.Rows[new_row].Cells[1]).Items[r.MaterialIndex];
}
tbConsumersNumber.Text = data.consumersList.Count.ToString();
dgvConsumers.Rows.Clear();
foreach (int index in data.consumersList)
{
int new_row = dgvConsumers.Rows.Add();
dgvConsumers.Rows[new_row].Cells[0].Value = ((DataGridViewComboBoxCell)dgvConsumers.Rows[new_row].Cells[0]).Items[index];
}
tbNeighborVolume.Text = data.Volume.ToString();
cbRoomType.SelectedIndex = data.RoomTypeIndex;
tbDistance.Text = data.Distance.ToString();
cbFading.SelectedIndex = data.SoundFadingIndex;
cbAngle.SelectedIndex = data.AngleIndex;
switch (data.NoiseReduction)
{
case 0:
rbNoNoiseReduction.Checked = true;
break;
case 1:
rbStrongNoiseReduction.Checked = true;
break;
case 2:
rbWeakNoiseReduction.Checked = true;
break;
}
switch (data.Microphone)
{
case 0:
rbNoMicrofon.Checked = true;
break;
case 1:
rbParabolMicrofon.Checked = true;
tbMicLength.Text = data.MicrophoneText.ToString();
break;
case 2:
rbTrubchatiyMicrofon.Checked = true;
tbMicLength.Text = data.MicrophoneText.ToString();
break;
}
tbSoundprofLevel125.Text = data.Results.SoundproofLefel[0].ToString();
tbSoundprofLevel250.Text = data.Results.SoundproofLefel[1].ToString();
tbSoundprofLevel500.Text = data.Results.SoundproofLefel[2].ToString();
tbSoundprofLevel1000.Text = data.Results.SoundproofLefel[3].ToString();
tbSoundprofLevel2000.Text = data.Results.SoundproofLefel[4].ToString();
tbSoundprofLevel4000.Text = data.Results.SoundproofLefel[5].ToString();
tbSoundprofLevel8000.Text = data.Results.SoundproofLefel[6].ToString();
tbRatio125.Text = data.Results.Ratio[0].ToString();
tbRatio250.Text = data.Results.Ratio[1].ToString();
tbRatio500.Text = data.Results.Ratio[2].ToString();
tbRatio1000.Text = data.Results.Ratio[3].ToString();
tbRatio2000.Text = data.Results.Ratio[4].ToString();
tbRatio4000.Text = data.Results.Ratio[5].ToString();
tbRatio8000.Text = data.Results.Ratio[6].ToString();
tbReadability.Text = data.Results.W.ToString();
}
private CPOutside loadOutside(XmlNode cp)
{
CPOutside outside = new CPOutside(cp.SelectSingleNode("name").FirstChild.Value);
outside.SignalLevelIndex = getIntValue(cp, "signal_level");
outside.NoiseTypeIndex = getIntValue(cp, "noise_type");
foreach (XmlNode reflector_node in cp.SelectNodes("reflectors/*"))
{
CPOutside.Reflector reflector = new CPOutside.Reflector();
reflector.square = getDoubleValue(reflector_node, "square");
reflector.MaterialIndex = getIntValue(reflector_node, "material");
outside.reflectorsList.Add(reflector);
}
foreach (XmlNode absorber_node in cp.SelectNodes("absorbers/*"))
{
CPOutside.Reflector absorber = new CPOutside.Reflector();
absorber.square = getDoubleValue(absorber_node, "square");
absorber.MaterialIndex = getIntValue(absorber_node, "ratio");
outside.absorbersList.Add(absorber);
}
foreach (XmlNode consumer_node in cp.SelectNodes("consumers/*"))
{
int consumer;
consumer = Int32.Parse(consumer_node.FirstChild.Value);
outside.consumersList.Add(consumer);
}
outside.Volume = getDoubleValue(cp, "volume");
outside.RoomTypeIndex = getIntValue(cp, "room_type");
outside.Distance = getDoubleValue(cp, "distance");
outside.SoundFadingIndex = getIntValue(cp, "sound_fading");
outside.AngleIndex = getIntValue(cp, "angle");
outside.NoiseReduction = getIntValue(cp, "noise_reduction");
outside.Microphone = getIntValue(cp, "microphone");
outside.MicrophoneText = getDoubleValue(cp, "mic_value");
outside.Results = ResearchResults.FromXml(cp.SelectSingleNode("results"));
return outside;
}
private void getDataFromOutside(CPOutside cp, Outside outside)
{
cp.SignalLevelIndex = outside.SignalLevel;
cp.NoiseTypeIndex = outside.NoiseType;
cp.Volume = outside.Volume;
cp.RoomTypeIndex = outside.RoomType;
cp.Distance = outside.Distance;
cp.SoundFadingIndex = outside.SoundFading;
cp.AngleIndex = outside.Angle;
cp.Microphone = outside.Microphone;
cp.MicrophoneText = outside.MicrophoneValue;
cp.NoiseReduction = outside.NoiseReduction;
cp.reflectorsList = outside.Reflectors;
cp.absorbersList = outside.Absorbers;
cp.consumersList = outside.Consumers;
cp.Results = outside.Result;
}
