public BinaryFit Clone()
{
BinaryFit bf = new BinaryFit(this.Name, this.workoutLength);
bf.Clear();
foreach (CommandBlock b in this.blocks)
{
bf.Add(b.Clone());
}
return(bf);
}
public void ImportLayoutDotFitFile(int numWorkouts, string pathToLayoutFit)
{
char[] charBuf = new char[32];
lines.Clear();
sFs.Clear();
bFs.Clear();
System.IO.StreamReader objFile = null;
objFile = new System.IO.StreamReader(pathToLayoutFit);
for (int ii = 0; ii < numWorkouts; ii++)
{
objFile.ReadBlock(charBuf, 0, 32);
lines.Add(new LayoutLine(charBuf));
if (ii == 0)
{
//determine workoutLength
string layoutDirectory = pathToLayoutFit.Substring(0, pathToLayoutFit.Length - 10);
workoutLength = getWorkoutLength(layoutDirectory + lines[ii].binaryFitFileName + ".fit");
}
bFs.Add(new BinaryFit(lines[ii].binaryFitFileName, workoutLength));
sFs.Add(new SoundFit(lines[ii].soundFitFileName));
//okay, at this point we now have the LayoutFit object constructed
//along with some empty BinaryFit and SoundFit objects
//now we need to populate the BinaryFit and SoundFit objects with
//valid information from the files on the disk
//first we need to fill in the command blocks for this newly created
//BinaryFit file
BinaryFit bF = bFs[ii];
SoundFit sF = sFs[ii];
string bFName = new string(charBuf, 0, 8);
string sFName = new string(charBuf, 9, 8);
if (bFName.Equals("********")) //nothing to read from disk here
{
ASCIIEncoding AE = new ASCIIEncoding();
byte[] me = new byte[1]; //byte me :> :P :) ;)
me[0] = lowByte((short)ii);
me[0] += 65; //'A'
string bFNamer = string.Format("W000000{0}", new String(AE.GetChars(me)));
string sFNamer = string.Format("S000000{0}", new String(AE.GetChars(me)));
bFs[ii] = new BinaryFit(bFNamer, workoutLength);
sFs[ii] = new SoundFit(sFNamer);
Replace(ii, new LayoutLine(bFNamer, sFNamer));
}
else //each BinaryFit object can load itself from disk
{
string sFPath = pathToLayoutFit;
sFPath = sFPath.Replace("layout", sFName);
sF.LoadFromDisk(sFPath);
string bFPath = pathToLayoutFit;
bFPath = bFPath.Replace("layout", bFName);
bF.LoadFromDisk(bFPath, sF);
}
}
}
public BinaryFit Clone(string bfNameParam, BinaryFit bfToBeReplaced, double speedGradient, double inclineGradient)
{
BinaryFit bf = new BinaryFit(bfNameParam, workoutLength);
int nthX5d = 0;
int idx = 0;
for (int ii = 0; ii < this.Count; ii++)
{
if (this.blocks[ii].Type != BlockType.AdjustSpeedAndIncline)
{
bf.Insert(idx++, this.blocks[ii].Clone());
}
else
{
idx++;
CommandBlock newX5d = bfToBeReplaced.GetNth0x5dBlock(nthX5d++);
// CommandBlock newX5d = this.blocks[ii].Clone();
// CommandBlock newX5d = bf.GetNth0x5dBlock(nthX5d-1);
int indexOfNthX5d = bf.IndexOfNth0x5dBlock(nthX5d - 1);
// newX5d = oldX5d;
if (this.blocks[ii].IsGraduatable && nthX5d != CountOf0x5dBlocks())//don't increment the final x5d block
//since it's used to end the program and set incline to 0
{
newX5d.CurrentSpeed = this.blocks[ii].CurrentSpeed + speedGradient;
newX5d.CurrentSpeedMetric = newX5d.CurrentSpeed * 1.609344;
if (newX5d.CurrentSpeed > this.blocks[ii].SpeedSlider.Maximum)
{
newX5d.CurrentSpeed = this.blocks[ii].SpeedSlider.Maximum;
}
if (newX5d.CurrentSpeed < this.blocks[ii].SpeedSlider.Minimum)
{
newX5d.CurrentSpeed = this.blocks[ii].SpeedSlider.Minimum;
}
newX5d.CurrentIncline = this.blocks[ii].CurrentIncline + inclineGradient;
if (newX5d.CurrentIncline > this.blocks[ii].InclineSlider.Maximum)
{
newX5d.CurrentIncline = this.blocks[ii].InclineSlider.Maximum;
}
if (newX5d.CurrentIncline < this.blocks[ii].InclineSlider.Minimum)
{
newX5d.CurrentIncline = this.blocks[ii].InclineSlider.Minimum;
}
}
else
if (!this.blocks[ii].IsGraduatable && nthX5d != CountOf0x5dBlocks()) //just copy the values
{
newX5d.CurrentSpeed = this.blocks[ii].CurrentSpeed;
newX5d.CurrentSpeedMetric = this.blocks[ii].CurrentSpeed * 1.609344;
if (newX5d.CurrentSpeed > this.blocks[ii].SpeedSlider.Maximum)
{
newX5d.CurrentSpeed = this.blocks[ii].SpeedSlider.Maximum;
}
if (newX5d.CurrentSpeed < this.blocks[ii].SpeedSlider.Minimum)
{
newX5d.CurrentSpeed = this.blocks[ii].SpeedSlider.Minimum;
}
newX5d.CurrentIncline = this.blocks[ii].CurrentIncline;
if (newX5d.CurrentIncline > this.blocks[ii].InclineSlider.Maximum)
{
newX5d.CurrentIncline = this.blocks[ii].InclineSlider.Maximum;
}
if (newX5d.CurrentIncline < this.blocks[ii].InclineSlider.Minimum)
{
newX5d.CurrentIncline = this.blocks[ii].InclineSlider.Minimum;
}
}
newX5d.Invalidate();
try
{
bf.blocks[indexOfNthX5d] = newX5d;
}
catch (Exception e)
{
MessageBox.Show(e.ToString());
return(bf);
}
}
}
return(bf);
}
