//Returns the number of cells enabled within the enabled boards
int getCellCount(BalancerComm.Config_t config)
{
int count = 0;
for (int i = 0; i < config.slaveCount + 1; i++)
{
for (int j = 0; j < 6; j++)
{
if ((config.cellEnable[i] & (1 << j)) != 0)
{
count++;
}
}
}
return(count);
}
void updateUI(BalancerComm.Config_t config)
{
txtCellCount.Text = Convert.ToString(config.cellCount);
updnBoardCount.Value = config.slaveCount + 1;
txtBoardCANID.Text = config.canID.ToString("X8");
txtCANDstID.Text = config.canDstID.ToString("X8");
txtBalPollPeriod.Text = config.balPollPeriod.ToString();
txtBalReplyTimeout.Text = config.balReplyTimeout.ToString();
txtCellVoltageBalance.Text = ((double)config.cellVoltageBalance / 1000).ToString();
txtBalanceOffset.Text = ((double)config.balanceOffset / 1000).ToString();
txtCellVoltageMax.Text = ((double)config.cellVoltageMax / 1000).ToString();
txtCellVoltageMin.Text = ((double)config.cellVoltageMin / 1000).ToString();
radioChgEnActHigh.Checked = config.chgEnActiveHigh > 0 ? true : false;
radioChgEnActLow.Checked = !radioChgEnActLow.Checked;
chkAFS1Enable.Checked = (config.analog1FunctionSelect & (byte)BalancerComm.AFS.AFS_ENABLE) > 0;
radioAFS1Digital.Checked = (config.analog1FunctionSelect & (byte)BalancerComm.AFS.AFS_DIGITAL) > 0;
radioAFS1Analog.Checked = !radioAFS1Digital.Checked;
radioAFS1PolarityHigher.Checked = (config.analog1FunctionSelect & (byte)BalancerComm.AFS.AFS_POLARITY) > 0;
radioAFS1PolarityLower.Checked = !radioAFS1PolarityHigher.Checked;
radioAFS1ChargeLim.Checked = (config.analog1FunctionSelect & (byte)BalancerComm.AFS.AFS_FUNCTION) > 0;
radioAFS1DischargeLim.Checked = !radioAFS1ChargeLim.Checked;
chkAFS2Enable.Checked = (config.analog2FunctionSelect & (byte)BalancerComm.AFS.AFS_ENABLE) > 0;
radioAFS2Digital.Checked = (config.analog2FunctionSelect & (byte)BalancerComm.AFS.AFS_DIGITAL) > 0;
radioAFS2Analog.Checked = !radioAFS2Digital.Checked;
radioAFS2PolarityHigher.Checked = (config.analog2FunctionSelect & (byte)BalancerComm.AFS.AFS_POLARITY) > 0;
radioAFS2PolarityLower.Checked = !radioAFS2PolarityHigher.Checked;
radioAFS2ChargeLim.Checked = (config.analog2FunctionSelect & (byte)BalancerComm.AFS.AFS_FUNCTION) > 0;
radioAFS2DischargeLim.Checked = !radioAFS2ChargeLim.Checked;
txtMaxVFilterFreq.Text = config.maxVFilterMult.ToString();
txtMinVFilterFreq.Text = config.minVFilterMult.ToString();
txtChargeLimPGain.Text = config.chargeLimitGain.ToString();
txtDischargeLimPGain.Text = config.dischargeLimitGain.ToString();
setCellGridCount(config.slaveCount + 1);
setCellGrid(config.cellEnable);
txtCurrentGain.Text = config.currentGain.ToString();
txtCurrentOffset.Text = config.currentOffset.ToString();
}
void updateConfig(ref BalancerComm.Config_t config)
{
config.slaveCount = (byte)(Convert.ToByte(updnBoardCount.Value) - 1);
config.cellEnable = getCellGridData();
config.cellCount = (byte)getCellCount(config);
config.canID = Convert.ToUInt32(txtBoardCANID.Text, 16);
config.canDstID = Convert.ToUInt32(txtCANDstID.Text, 16);
config.balPollPeriod = Convert.ToUInt16(txtBalPollPeriod.Text);
config.balReplyTimeout = Convert.ToUInt16(txtBalReplyTimeout.Text);
config.cellVoltageBalance = (UInt16)(Convert.ToDouble(txtCellVoltageBalance.Text) * 1000);
config.balanceOffset = (UInt16)(Convert.ToDouble(txtBalanceOffset.Text) * 1000);
config.cellVoltageMax = (UInt16)(Convert.ToDouble(txtCellVoltageMax.Text) * 1000);
config.cellVoltageMin = (UInt16)(Convert.ToDouble(txtCellVoltageMin.Text) * 1000);
config.chgEnActiveHigh = (byte)(radioChgEnActHigh.Checked ? 1 : 0);
config.analog1FunctionSelect = (byte)((chkAFS1Enable.Checked ? (byte)BalancerComm.AFS.AFS_ENABLE : 0) |
(radioAFS1Digital.Checked ? (byte)BalancerComm.AFS.AFS_DIGITAL : 0) |
(radioAFS1PolarityHigher.Checked ? (byte)BalancerComm.AFS.AFS_POLARITY : 0) |
(radioAFS1ChargeLim.Checked ? (byte)BalancerComm.AFS.AFS_FUNCTION : 0));
config.analog2FunctionSelect = (byte)((chkAFS2Enable.Checked ? (byte)BalancerComm.AFS.AFS_ENABLE : 0) |
(radioAFS2Digital.Checked ? (byte)BalancerComm.AFS.AFS_DIGITAL : 0) |
(radioAFS2PolarityHigher.Checked ? (byte)BalancerComm.AFS.AFS_POLARITY : 0) |
(radioAFS2ChargeLim.Checked ? (byte)BalancerComm.AFS.AFS_FUNCTION : 0));
config.maxVFilterMult = Convert.ToUInt16(txtMaxVFilterFreq.Text);
config.minVFilterMult = Convert.ToUInt16(txtMinVFilterFreq.Text);
config.chargeLimitGain = Convert.ToUInt16(txtChargeLimPGain.Text);
config.dischargeLimitGain = Convert.ToUInt16(txtDischargeLimPGain.Text);
config.currentGain = Convert.ToUInt32(txtCurrentGain.Text);
config.currentOffset = Convert.ToInt16(txtCurrentOffset.Text);
}
private void cmdRead_Click(object sender, EventArgs e)
{
config = bc.getConfig(0xA);
updateUI(config);
}
