public void TestHDNodeBySeed()
{
byte[] seed = "0x403d3e5f3646f517d3d6f51bd98f90493d502d259506abbfe46d5af2196960531edf6030aef3876fe3432f457c9cb9d6f312c538f19d3f30e731022d309683c2".ToBytes();
IHDNode node = new HDNode(seed);
IHDNode sonNode = node.Derive(0);
IHDNode grandNode = sonNode.Derive(1);
Assert.True(node.PrivateKey.ToHexString() == "0x546498ba394789f18b5b4b62227572fe033f8f7f2597a747ada3d8ec8f20f650");
Assert.True(sonNode.PrivateKey.ToHexString() == "0x12ddf96bb7f2c031ee9b776e2b236f2fc46de6f90fb9cd48a82e0c849327d251");
Assert.True(grandNode.PrivateKey.ToHexString() == "0xa7af80364059211616e47394cf49240b40f7a87cea54ec99a6aa1815b586d74e");
}
public void TestHDNodeByMnemonic()
{
var works = new[] { "mouse", "brave", "fun", "viable", "utility", "veteran", "luggage", "area", "bike", "myself", "target", "thunder" };
IHDNode node = new HDNode(works);
IHDNode sonNode = node.Derive(0);
IHDNode grandNode = sonNode.Derive(1);
Assert.True(node.PrivateKey.ToHexString() == "0x546498ba394789f18b5b4b62227572fe033f8f7f2597a747ada3d8ec8f20f650");
Assert.True(sonNode.PrivateKey.ToHexString() == "0x12ddf96bb7f2c031ee9b776e2b236f2fc46de6f90fb9cd48a82e0c849327d251");
Assert.True(grandNode.PrivateKey.ToHexString() == "0xa7af80364059211616e47394cf49240b40f7a87cea54ec99a6aa1815b586d74e");
}
public void TestHDNodeByPrivateKey()
{
byte[] privateKey = "0x546498ba394789f18b5b4b62227572fe033f8f7f2597a747ada3d8ec8f20f650".ToBytes();
byte[] chainCode = "0xc86826253a925f5958a838756e20ba33e71566da60b9e274f97342492c578c10".ToBytes();
IHDNode node = new HDNode(privateKey, chainCode);
IHDNode sonNode = node.Derive(0);
IHDNode grandNode = sonNode.Derive(1);
Assert.True(node.PrivateKey.ToHexString() == "0x546498ba394789f18b5b4b62227572fe033f8f7f2597a747ada3d8ec8f20f650");
Assert.True(sonNode.PrivateKey.ToHexString() == "0x12ddf96bb7f2c031ee9b776e2b236f2fc46de6f90fb9cd48a82e0c849327d251");
Assert.True(grandNode.PrivateKey.ToHexString() == "0xa7af80364059211616e47394cf49240b40f7a87cea54ec99a6aa1815b586d74e");
}
public void UpdatePostHDValues()
{
{
double sum = 0;
EngineNet engineNet = _engineNet;
for (int i = 0; i < engineNet.Nodes.Count; i++)
{
//if (NodesData[i] == null) continue;
var engineNodeSewer = engineNet.Nodes[i] as EngineNodeVolume;
if (engineNodeSewer == null)
{
continue;
}
IHDNode hdNode = _hdModule.GetNode(engineNodeSewer);
if (hdNode == null)
{
continue;
}
double volume = engineNodeSewer.GetVolume(hdNode.WaterLevelNp1);
_volPostHd.NodesData[i].Value = volume;
sum += volume;
}
for (int i = 0; i < engineNet.Reaches.Count; i++)
{
IEngineDataReach <double> reachData = _volPostHd.ReachesData[i];
if (reachData == null)
{
continue;
}
IHDReach hdReach = _hdModule.GetReach(engineNet.Reaches[i]);
if (hdReach == null)
{
continue;
}
for (int j = 0; j < reachData.IndexList.Length; j++)
{
int jgp = reachData.IndexList[j];
IHDHGridPoint hgp = hdReach.GridPoints[jgp] as IHDHGridPoint;
if (hgp == null)
{
reachData[j] = 0;
}
else
{
reachData[j] = hgp.WaterVolumeNp1;
sum += hgp.WaterLevelNp1;
}
}
}
// Store total
GenericData[0] = sum;
}
}
/// <inheritdoc />
public override void UpdateValues()
{
// if pull version, values are extracted when requested, and no action is required here.
// If not pull, this needs to update the data and store it.
{
double sum = 0;
EngineNet engineNet = _engineNet;
for (int i = 0; i < engineNet.Nodes.Count; i++)
{
//if (NodesData[i] == null) continue;
var engineNodeSewer = engineNet.Nodes[i] as EngineNodeVolume;
if (engineNodeSewer == null)
{
continue;
}
IHDNode hdNode = _hdModule.GetNode(engineNodeSewer);
if (hdNode == null)
{
continue;
}
double volumeN = _volPostHd.NodesData[i].Value;
double volumeNp1 = engineNodeSewer.GetVolume(hdNode.WaterLevelNp1);
double volumechange = volumeNp1 - volumeN;
sum += volumechange;
NodesData[i] = volumechange;
_volAccumulated.NodesData[i].Value += volumechange;
}
for (int i = 0; i < engineNet.Reaches.Count; i++)
{
IEngineDataReach <double> reachDataPostHD = _volPostHd.ReachesData[i];
IEngineDataReach <double> reachDataAcc = _volAccumulated.ReachesData[i];
IEngineDataReach <double> reachData = ReachesData[i];
if (reachData == null)
{
continue;
}
IHDReach hdReach = _hdModule.GetReach(engineNet.Reaches[i]);
if (hdReach == null)
{
continue;
}
for (int j = 0; j < reachData.IndexList.Length; j++)
{
int jgp = reachData.IndexList[j];
IHDHGridPoint hgp = hdReach.GridPoints[jgp] as IHDHGridPoint;
if (hgp == null)
{
reachData[j] = 0;
}
else
{
double volumeN = reachDataPostHD[j];
double volumeNp1 = hgp.WaterVolumeNp1;
double volumeChange = volumeNp1 - volumeN;
sum += volumeChange;
reachData[j] = volumeChange;
reachDataAcc[j] += volumeChange;
}
}
}
// Store total
GenericData[0] = sum;
_volAccumulated.GenericData[0] += sum;
}
}
