public Channel(int start_id, int end_id, channel_types ch_type, int wgh, int buf_size)
{
id_node_start = start_id;
id_node_end = end_id;
weight = wgh;
size_buffer_max = buf_size;
type = ch_type;
if (type == channel_types.duplex)
tacts_needed = weight / 2;
else if (type == channel_types.satellite)
tacts_needed = weight * 3;
else
tacts_needed = weight;
BufLogicalConnection = new List<PackageLogicalConnection>();
}
public Channel(int start_id, int end_id, channel_types ch_type)
{
id_node_start = start_id;
id_node_end = end_id;
weight = weight_default_list[(new Random()).Next(weight_default_list.Length)];
size_buffer_max = list_size_buf_default[(new Random()).Next(list_size_buf_default.Length)];
type = ch_type;
if (type == channel_types.duplex)
tacts_needed = weight / 2;
else if (type == channel_types.satellite)
tacts_needed = weight * 3;
else
tacts_needed = weight;
BufLogicalConnection = new List<PackageLogicalConnection>();
}
public void addReverseConnection(int end_node, channel_types ch_type)
{
reverseConnections.Add(new Channel(ID, end_node, ch_type));
}
public void addReverseConnection(int end_node, int weight, int buf_size, channel_types ch_type)
{
reverseConnections.Add(new Channel(ID, end_node, ch_type, weight, buf_size));
}
public void addDirectConnection(int end_node, channel_types ch_type)
{
directConnections.Add(new Channel(ID, end_node, ch_type));
}
