private void InitSingleNodeReg(byte n)
{
NodeMaster.SetNodeReg(n, new string[] { "magnet_freq", "magnet_amp", "magnet_time", "motor_speed", "cs_filter" }, new UInt32[] {
UInt32.Parse(nodes_config[n].Current.Element("magnet_freq").Value),
UInt32.Parse(nodes_config[n].Current.Element("magnet_amp").Value),
UInt32.Parse(nodes_config[n].Current.Element("magnet_time").Value),
UInt32.Parse(nodes_config[n].Current.Element("cs_filter").Value),
UInt32.Parse(nodes_config[n].Current.Element("motor_speed").Value)
});
NodeMaster.SetNodeReg(n, new string[] { "cs_gain_wordrate", "delay_f", "delay_w" }, new UInt32[] {
UInt32.Parse(nodes_config[n].Current.Element("cs_gain_wordrate").Value),
UInt32.Parse(nodes_config[n].Current.Element("delay_f").Value),
UInt32.Parse(nodes_config[n].Current.Element("delay_w").Value)
});
NodeMaster.SetNodeReg(n, new string[] { "delay_s", "open_s", "open_w", "target_weight" }, new UInt32[] {
UInt32.Parse(nodes_config[n].Current.Element("delay_s").Value),
UInt32.Parse(nodes_config[n].Current.Element("open_s").Value),
UInt32.Parse(nodes_config[n].Current.Element("open_w").Value),
UInt32.Parse(nodes_config[n].Current.Element("target_weight").Value)
});
}
//update weight of each node based on current setting
public void UpdateEachNodeTarget()
{
if (curr_cfg.target_comb <= 1)
{
foreach (byte naddr in weight_nodes)
{
NodeMaster.SetNodeReg(naddr, new string[] { "target_weight" }, new UInt32[] { 0 });
}
return;
}
double avg = curr_cfg.target / curr_cfg.target_comb;
double step = avg * NodeAgent.VAR_RANGE / weight_nodes.Count; // +/-15% variation of avg , example: for 30, step will be 0.9 gram
foreach (byte naddr in weight_nodes)
{
if ((NodeMaster.GetStatus(naddr) == NodeStatus.ST_IDLE))
{
double per = avg + (Int32.Parse(naddr.ToString()) - (weight_nodes.Count) / 2) * step;
NodeMaster.SetNodeReg(naddr, new string[] { "target_weight" }, new UInt32[] { Convert.ToUInt32(per) });
}
}
}