protected void GenerateLine(IFrameBreeding frame)
{
foreach (int columnIndex in selectedColumns)
{
if (dataGrid.Columns[columnIndex].Name == "Flips")
{
sb.AppendFormat("{0:" + dataGrid.Columns[columnIndex].DefaultCellStyle.Format + "}",
frame.GetType().GetProperty(dataGrid.Columns[columnIndex].DataPropertyName).GetValue
(frame, null).ToString().Replace(", ", "\t"));
sb.Append("\t");
}
else
{
sb.AppendFormat("{0:" + dataGrid.Columns[columnIndex].DefaultCellStyle.Format + "}",
frame.GetType().GetProperty(dataGrid.Columns[columnIndex].DataPropertyName).GetValue
(frame, null));
sb.Append("\t");
}
}
sb.Append(Environment.NewLine);
}
private void generateAdjacentToolStripMenuItem_Click(object sender, EventArgs e)
{
var initialiframe = (IFrameBreeding) dataGridViewEggIVValues.SelectedRows[0].DataBoundItem;
// We need to display a dialog that is going to let the user
// decide which adjacent spreads that we want to show here.
var adjacent = new PlatinumTimeAdjacent(initialiframe.Seed, initialiframe.Offset,
DateTime.Now.Year);
if (adjacent.ShowDialog() == DialogResult.OK)
{
// Instantiate our Generator and a dummy frame compare record
// one time here so we can re-use it for all of our later work
var adjacentGenerator = new FrameGenerator();
var parentA = new uint[6];
var parentB = new uint[6];
uint.TryParse(maskedTextBoxHPA.Text, out parentA[0]);
uint.TryParse(maskedTextBoxAtkA.Text, out parentA[1]);
uint.TryParse(maskedTextBoxDefA.Text, out parentA[2]);
uint.TryParse(maskedTextBoxSpAA.Text, out parentA[3]);
uint.TryParse(maskedTextBoxSpDA.Text, out parentA[4]);
uint.TryParse(maskedTextBoxSpeA.Text, out parentA[5]);
uint.TryParse(maskedTextBoxHPB.Text, out parentB[0]);
uint.TryParse(maskedTextBoxAtkB.Text, out parentB[1]);
uint.TryParse(maskedTextBoxDefB.Text, out parentB[2]);
uint.TryParse(maskedTextBoxSpAB.Text, out parentB[3]);
uint.TryParse(maskedTextBoxSpDB.Text, out parentB[4]);
uint.TryParse(maskedTextBoxSpeB.Text, out parentB[5]);
adjacentGenerator.ParentA = parentA;
adjacentGenerator.ParentB = parentB;
var adjacentFrameCompare = new FrameCompare(
0, CompareType.None,
0, CompareType.None,
0, CompareType.None,
0, CompareType.None,
0, CompareType.None,
0, CompareType.None,
null,
-1,
false,
false,
false,
null,
new NoGenderFilter());
var adjacentFrames = new List<IFrameBreeding>();
int matchCount = 0;
// Now we need to get the values back from this and run a special generation
// with just these variables. We want it to be sorted by date (with delay)
// and for items to be put in offset order.
foreach (DateTime adjacentTime in adjacent.AdjacentTimeList)
{
for (uint rdelay = adjacent.ReturnMinDelay; rdelay <= adjacent.ReturnMaxDelay; rdelay++)
{
// Get the information (year, month, date from the frame) and build
// our initial seed to feed to the Frame Generator so that we can
uint seed =
((((uint) adjacentTime.Month*
(uint) adjacentTime.Day +
(uint) adjacentTime.Minute +
(uint) adjacentTime.Second)%0x100) << 24) +
((uint) adjacentTime.Hour << 16) +
((uint) adjacentTime.Year - 2000 + rdelay);
// Call a generator with a dummy compare object and go
// up to the max delay and after this iterate through
// the results to include min-max in a new list of frames
// to show on the grid.
adjacentGenerator.InitialFrame = adjacent.ReturnMinOffset;
adjacentGenerator.MaxResults = adjacent.ReturnMaxOffset - adjacent.ReturnMinOffset + 1;
adjacentGenerator.InitialSeed = seed;
adjacentGenerator.FrameType = initialiframe.FrameType;
List<Frame> frames = adjacentGenerator.Generate(adjacentFrameCompare, 0, 0);
foreach (Frame frame in frames)
{
// Create our PlatinumIFrame and then add this to the
// master collection that we are going to display to
// the user.
var iframe = new IFrameBreeding
{
Seed = seed,
Offset = frame.Number,
Delay = rdelay,
Hp = frame.DisplayHpAlt,
Atk = frame.DisplayAtkAlt,
Def = frame.DisplayDefAlt,
Spa = frame.DisplaySpaAlt,
Spd = frame.DisplaySpdAlt,
Spe = frame.DisplaySpeAlt,
DisplayHpInh = frame.DisplayHp,
DisplayAtkInh = frame.DisplayAtk,
DisplayDefInh = frame.DisplayDef,
DisplaySpaInh = frame.DisplaySpa,
DisplaySpdInh = frame.DisplaySpd,
DisplaySpeInh = frame.DisplaySpe,
SeedTime = adjacentTime,
FrameType = adjacentGenerator.FrameType
};
if (initialiframe.Seed == iframe.Seed)
{
if (targetFrameIndex != 0)
{
if (initialiframe.Offset == iframe.Offset)
targetFrameIndex = matchCount;
}
else
targetFrameIndex = matchCount;
}
adjacentFrames.Add(iframe);
matchCount++;
}
}
}
Date.Visible = true;
dataGridViewEggIVValues.DataSource = adjacentFrames;
returnToResultsToolStripMenuItem.Visible = true;
// Select the row of the initial frame that was
// selected when the adjacent command was run
dataGridViewEggIVValues.FirstDisplayedScrollingRowIndex = targetFrameIndex;
dataGridViewEggIVValues.Rows[targetFrameIndex].Selected = true;
}
}
private void Generate4thGenEggIVsJob(uint minDelay, uint maxDelay, uint year)
{
uint searchRange = generator.MaxResults;
// Iterate through all AB
for (uint ab = 0; ab <= 255; ab++)
{
waitHandle.WaitOne();
// Iterate through all CD
for (uint cd = 0; cd <= 23; cd++)
{
// Iterate through delay range + year
for (uint delay = minDelay; delay <= maxDelay; delay++)
{
// First we need to build a seed for this iteration
// based on all of our information. This should be
// fairly easy since we are not using dates ;)
uint seed = (ab << 24) | (cd << 16) | (delay + year - 2000);
// Set this to our seed here
generator.InitialSeed = seed;
if (iframesEggIVs.Count > 1000000)
break;
// This is where we actually go ahead and call our
// generator for a list of egg PIDs based on parameters
// that have been passed in.
List<Frame> frames = generator.Generate(frameCompare, id, sid);
progressSearched += searchRange;
progressFound += (uint) frames.Count;
// Now we need to iterate through each result here
// and create a collection of the information that
// we are going to place into our grid.
foreach (Frame frame in frames)
{
var iframeEgg = new IFrameBreeding
{
Offset = frame.Number,
Seed = seed,
FrameType = generator.FrameType,
Delay = delay,
Hp = frame.DisplayHpAlt,
Atk = frame.DisplayAtkAlt,
Def = frame.DisplayDefAlt,
Spa = frame.DisplaySpaAlt,
Spd = frame.DisplaySpdAlt,
Spe = frame.DisplaySpeAlt,
DisplayHpInh = frame.DisplayHp,
DisplayAtkInh = frame.DisplayAtk,
DisplayDefInh = frame.DisplayDef,
DisplaySpaInh = frame.DisplaySpa,
DisplaySpdInh = frame.DisplaySpd,
DisplaySpeInh = frame.DisplaySpe
};
lock (threadLock)
{
iframesEggIVs.Add(iframeEgg);
}
refreshQueue = true;
}
}
}
}
}
protected void GenerateLine(IFrameBreeding frame)
{
foreach (int columnIndex in selectedColumns)
{
if (dataGrid.Columns[columnIndex].Name == "Flips")
{
sb.AppendFormat("{0:" + dataGrid.Columns[columnIndex].DefaultCellStyle.Format + "}",
frame.GetType().GetProperty(dataGrid.Columns[columnIndex].DataPropertyName).GetValue
(frame, null).ToString().Replace(", ", "\t"));
sb.Append("\t");
}
else
{
sb.AppendFormat("{0:" + dataGrid.Columns[columnIndex].DefaultCellStyle.Format + "}",
frame.GetType().GetProperty(dataGrid.Columns[columnIndex].DataPropertyName).GetValue
(frame, null));
sb.Append("\t");
}
}
sb.Append(Environment.NewLine);
}
