public async Task UpdateCellsAsync(List <Cell> cells)
{
WebsocketData update = new WebsocketData()
{
MsgType = "updateCells",
Cells = cells
};
await SendDataAsync(WS, update);
}
public async Task UpdateColumnAsync(List <MiniColumn> columns)
{
WebsocketData update = new WebsocketData()
{
MsgType = "updateOverlap",
Columns = columns
};
await SendDataAsync(WS, update);
}
public async Task InitModelAsync(NeuroModel model)
{
WebsocketData dataModel = new WebsocketData()
{
MsgType = "init",
Model = model
};
await SendDataAsync(WS, dataModel);
}
public async Task UpdateSynapsesAsync(List <Synapse> synapses)
{
WebsocketData update = new WebsocketData()
{
MsgType = "updateOrAddSynapse",
Synapses = synapses
};
await SendDataAsync(WS, update);
//WebsocketData updateSynapses = new WebsocketData()
//{
// MsgType = "updateSynapse",
// Synapses = synapses
//};
//SynapseData synData = null;
//for (int syn = 0; syn < synapses.Count; syn++)
//{
// synData = new SynapseData
// {
// PreCell = synapses[syn].Synapse.SourceCell,
// };
// if (synapses[syn].Synapse.Segment is DistalDendrite)
// {
// DistalDendrite seg = (DistalDendrite)synapses[syn].Synapse.Segment;
// synData.PostCell = seg.ParentCell;
// }
// else if (synapses[syn].Synapse.Segment is ProximalDendrite)
// {
// ProximalDendrite seg = (ProximalDendrite)synapses[syn].Synapse.Segment;
// // synData.PostCell = seg.
// // DimX = seg.ParentColumnIndex
// // DImZ = 4;
// }
// else
// throw new ApplicationException("");
//}
//await SendDataAsync(websocket, updateSynapses);
}
