public WalkDistancePage(WalkData walkData)
{
InitializeComponent();
_walkData = walkData;
// Update the page title for our Distance Travelled Page
Title = "Distance Travelled Information";
// Place a pin on the map for the chosen walk type
MyCustomTrailMap.Pins.Add(new Pin
{
Type = PinType.Place,
Position = new Position(
_walkData.Latitude,
_walkData.Longitude),
Label = _walkData.Title,
Address = "Difficulty: " + _walkData.Difficulty
+ "Total Distance: " + _walkData.Distance,
Id = _walkData.Title
});
// Create a region around the map within a one-kilometer radius
MyCustomTrailMap.MoveToRegion(MapSpan.FromCenterAndRadius(new
Position(_walkData.Latitude,
_walkData.Longitude), Distance.FromKilometers(1.0)));
}
public WalkTrailInfoPage(WalkData walkData)
{
_walkData = walkData;
InitializeComponent();
this.BindingContext = _walkData;
}
public SwordObject(byte[] data, int offset)
{
Data = data;
Offset = offset;
tree = new ScriptTree(data, offset + 108);
bookmark = new ScriptTree(data, offset + 152);
talk_table = new TalkOffset[6];
for (int i = 0; i < 6; i++)
{
talk_table[i] = new TalkOffset(data, offset + 232 + i * 8);
}
event_list = new OEventSlot[O_TOTAL_EVENTS];
for (int i = 0; i < O_TOTAL_EVENTS; i++)
{
event_list[i] = new OEventSlot(data, offset + 280 + i * 8);
}
route = new WalkData[O_WALKANIM_SIZE];
for (int i = 0; i < O_WALKANIM_SIZE; i++)
{
route[i] = new WalkData(data, offset + 340 + i * WalkData.Size);
}
}
private int SolidWalkAnimator(WalkData[] walkAnim)
{
/*********************************************************************
* SolidWalk creates an animation based on whole steps with no sliding
* to get as near as possible to the target without any sliding. This
* routine is is intended for use when just clicking about.
*
* produce a module list from the line data
*
* returns 0 if solid route not found
*********************************************************************/
int left;
int lastDir;
int currentDir;
int turnDir;
int scale;
int step;
int module;
int moduleX;
int moduleY;
int module16X;
int module16Y;
int errorX;
int errorY;
int moduleEnd;
int slowStart;
int stepCount;
int lastCount;
int frame;
// start at the begining for a change
lastDir = _modularPath[0].dir;
currentDir = _modularPath[1].dir;
module = _framesPerChar + lastDir;
moduleX = _startX;
moduleY = _startY;
module16X = moduleX << 16;
module16Y = moduleY << 16;
slowStart = 0;
stepCount = 0;
//****************************************************************************
// SOLID
// START THE WALK WITH THE FIRST STANDFRAME THIS MAY CAUSE A DELAY
// BUT IT STOPS THE PLAYER MOVING FOR COLLISIONS ARE DETECTED
//****************************************************************************
walkAnim[stepCount].frame = module;
walkAnim[stepCount].step = 0;
walkAnim[stepCount].dir = lastDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
//****************************************************************************
// SOLID
// TURN TO START THE WALK
//****************************************************************************
// rotate if we need to
if (lastDir != currentDir)
{
// get the direction to turn
turnDir = currentDir - lastDir;
if (turnDir < 0)
turnDir += NO_DIRECTIONS;
if (turnDir > 4)
turnDir = -1;
else if (turnDir > 0)
turnDir = 1;
// rotate to new walk direction
// for george and nico put in a head turn at the start
if ((megaId == Logic.GEORGE) || (megaId == Logic.NICO))
{
if (turnDir < 0)
{ // new frames for turn frames 29oct95jps
module = turnFramesLeft + lastDir;
}
else
{
module = turnFramesRight + lastDir;
}
walkAnim[stepCount].frame = module;
walkAnim[stepCount].step = 0;
walkAnim[stepCount].dir = lastDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
}
// rotate till were facing new dir then go back 45 degrees
while (lastDir != currentDir)
{
lastDir += turnDir;
if (turnDir < 0)
{ // new frames for turn frames 29oct95jps
if (lastDir < 0)
lastDir += NO_DIRECTIONS;
module = turnFramesLeft + lastDir;
}
else
{
if (lastDir > 7)
lastDir -= NO_DIRECTIONS;
module = turnFramesRight + lastDir;
}
walkAnim[stepCount].frame = module;
walkAnim[stepCount].step = 0;
walkAnim[stepCount].dir = lastDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
}
// the back 45 degrees bit
stepCount -= 1;// step back one because new head turn for george takes us past the new dir
}
//****************************************************************************
// SOLID
// THE SLOW IN
//****************************************************************************
// do start frames if its george and left or right
if (megaId == Logic.GEORGE)
{
if (_modularPath[1].num > 0)
{
if (currentDir == 2)
{ // only for george
slowStart = 1;
walkAnim[stepCount].frame = 296;
walkAnim[stepCount].step = 0;
walkAnim[stepCount].dir = currentDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
walkAnim[stepCount].frame = 297;
walkAnim[stepCount].step = 0;
walkAnim[stepCount].dir = currentDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
walkAnim[stepCount].frame = 298;
walkAnim[stepCount].step = 0;
walkAnim[stepCount].dir = currentDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
}
else if (currentDir == 6)
{ // only for george
slowStart = 1;
walkAnim[stepCount].frame = 299;
walkAnim[stepCount].step = 0;
walkAnim[stepCount].dir = currentDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
walkAnim[stepCount].frame = 300;
walkAnim[stepCount].step = 0;
walkAnim[stepCount].dir = currentDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
walkAnim[stepCount].frame = 301;
walkAnim[stepCount].step = 0;
walkAnim[stepCount].dir = currentDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
}
}
}
//****************************************************************************
// SOLID
// THE WALK
//****************************************************************************
if (currentDir > 4)
left = 1;
else
left = 0;
lastCount = stepCount;
lastDir = 99;// this ensures that we don't put in turn frames for the start
currentDir = 99;// this ensures that we don't put in turn frames for the start
int p;
for (p = 1; _modularPath[p].dir < NO_DIRECTIONS; ++p)
{
while (_modularPath[p].num > 0)
{
currentDir = _modularPath[p].dir;
if (currentDir < NO_DIRECTIONS)
{
module = currentDir * _framesPerStep * 2 + left * _framesPerStep;
left = left == 0 ? 1 : 0;
moduleEnd = module + _framesPerStep;
step = 0;
scale = (_scaleA * moduleY + _scaleB);
do
{
module16X += _dx[module] * scale;
module16Y += _dy[module] * scale;
moduleX = module16X >> 16;
moduleY = module16Y >> 16;
walkAnim[stepCount].frame = module;
walkAnim[stepCount].step = step;
walkAnim[stepCount].dir = currentDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
module += 1;
step += 1;
} while (module < moduleEnd);
errorX = _modularPath[p].x - moduleX;
errorX = errorX * _modX[_modularPath[p].dir];
errorY = _modularPath[p].y - moduleY;
errorY = errorY * _modY[_modularPath[p].dir];
if ((errorX < 0) || (errorY < 0))
{
_modularPath[p].num = 0;
stepCount -= _framesPerStep;
left = left == 0 ? 1 : 0;
// Okay this is the end of a section
moduleX = walkAnim[stepCount - 1].x;
moduleY = walkAnim[stepCount - 1].y;
module16X = moduleX << 16;
module16Y = moduleY << 16;
_modularPath[p].x = moduleX;
_modularPath[p].y = moduleY;
// Now is the time to put in the turn frames for the last turn
if ((stepCount - lastCount) < _framesPerStep)
{ // no step taken
currentDir = 99;// this ensures that we don't put in turn frames for this walk or the next
if (slowStart == 1)
{ // clean up if a slow in but no walk
stepCount -= 3;
lastCount -= 3;
slowStart = 0;
}
}
// check each turn condition in turn
if (((lastDir != 99) && (currentDir != 99)) && (megaId == Logic.GEORGE))
{ // only for george
lastDir = currentDir - lastDir;//1 and -7 going right -1 and 7 going left
if (((lastDir == -1) || (lastDir == 7)) || ((lastDir == -2) || (lastDir == 6)))
{
// turn at the end of the last walk
frame = lastCount - _framesPerStep;
do
{
walkAnim[frame].frame += 104;//turning left
frame += 1;
} while (frame < lastCount);
}
if (((lastDir == 1) || (lastDir == -7)) || ((lastDir == 2) || (lastDir == -6)))
{
// turn at the end of the current walk
frame = lastCount - _framesPerStep;
do
{
walkAnim[frame].frame += 200; //was 60 now 116
frame += 1;
} while (frame < lastCount);
}
}
// all turns checked
lastCount = stepCount;
}
}
}
lastDir = currentDir;
slowStart = 0; //can only be valid first time round
}
//****************************************************************************
// SOLID
// THE SLOW OUT
//****************************************************************************
if ((currentDir == 2) && (megaId == Logic.GEORGE))
{ // only for george
// place stop frames here
// slowdown at the end of the last walk
frame = lastCount - _framesPerStep;
if (walkAnim[frame].frame == 24)
{
do
{
walkAnim[frame].frame += 278;//stopping right
frame += 1;
} while (frame < lastCount);
walkAnim[stepCount].frame = 308;
walkAnim[stepCount].step = 7;
walkAnim[stepCount].dir = currentDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
}
else if (walkAnim[frame].frame == 30)
{
do
{
walkAnim[frame].frame += 279;//stopping right
frame += 1;
} while (frame < lastCount);
walkAnim[stepCount].frame = 315;
walkAnim[stepCount].step = 7;
walkAnim[stepCount].dir = currentDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
}
}
else if ((currentDir == 6) && (megaId == Logic.GEORGE))
{ // only for george
// place stop frames here
// slowdown at the end of the last walk
frame = lastCount - _framesPerStep;
if (walkAnim[frame].frame == 72)
{
do
{
walkAnim[frame].frame += 244;//stopping left
frame += 1;
} while (frame < lastCount);
walkAnim[stepCount].frame = 322;
walkAnim[stepCount].step = 7;
walkAnim[stepCount].dir = currentDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
}
else if (walkAnim[frame].frame == 78)
{
do
{
walkAnim[frame].frame += 245;//stopping left
frame += 1;
} while (frame < lastCount);
walkAnim[stepCount].frame = 329;
walkAnim[stepCount].step = 7;
walkAnim[stepCount].dir = currentDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
}
}
module = _framesPerChar + _modularPath[p - 1].dir;
walkAnim[stepCount].frame = module;
walkAnim[stepCount].step = 0;
walkAnim[stepCount].dir = _modularPath[p - 1].dir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
walkAnim[stepCount].frame = 512;
stepCount += 1;
walkAnim[stepCount].frame = 512;
stepCount += 1;
walkAnim[stepCount].frame = 512;
//****************************************************************************
// SOLID
// NO END TURNS
//****************************************************************************
// TODO: debug(5, "routeFinder RouteSize is %d", stepCount);
// now check the route
for (int i = 0; i < p - 1; ++i)
{
if (Check(_modularPath[i].x, _modularPath[i].y, _modularPath[i + 1].x, _modularPath[i + 1].y) == 0)
p = 0;
}
if (p != 0)
{
_targetDir = _modularPath[p - 1].dir;
if (CheckTarget(moduleX, moduleY) == 3)
{
// new target on a line
p = 0;
// TODO: debug(5, "Solid walk target was on a line %d %d", moduleX, moduleY);
}
}
return p;
}
private void SlidyWalkAnimator(WalkData[] walkAnim)
{
/*********************************************************************
* Skidding every where HardWalk creates an animation that exactly
* fits the smoothPath and uses foot slipping to fit whole steps into
* the route
*
* Parameters: georgeg, mouseg
* Returns: rout
*
* produce a module list from the line data
*********************************************************************/
int p;
int lastDir;
int lastRealDir;
int currentDir;
int turnDir;
int scale;
int step;
int module;
int moduleEnd;
int moduleX;
int moduleY;
int module16X = 0;
int module16Y = 0;
int stepX;
int stepY;
int errorX;
int errorY;
int lastErrorX;
int lastErrorY;
int lastCount;
int stepCount;
int frameCount;
int frames;
int frame;
// start at the begining for a change
p = 0;
lastDir = _modularPath[0].dir;
currentDir = _modularPath[1].dir;
if (currentDir == NO_DIRECTIONS)
currentDir = lastDir;
moduleX = _startX;
moduleY = _startY;
module16X = moduleX << 16;
module16Y = moduleY << 16;
stepCount = 0;
//****************************************************************************
// SLIDY
// START THE WALK WITH THE FIRST STANDFRAME THIS MAY CAUSE A DELAY
// BUT IT STOPS THE PLAYER MOVING FOR COLLISIONS ARE DETECTED
//****************************************************************************
module = _framesPerChar + lastDir;
walkAnim[stepCount].frame = module;
walkAnim[stepCount].step = 0;
walkAnim[stepCount].dir = lastDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
//****************************************************************************
// SLIDY
// TURN TO START THE WALK
//****************************************************************************
// rotate if we need to
if (lastDir != currentDir)
{
// get the direction to turn
turnDir = currentDir - lastDir;
if (turnDir < 0)
turnDir += NO_DIRECTIONS;
if (turnDir > 4)
turnDir = -1;
else if (turnDir > 0)
turnDir = 1;
// rotate to new walk direction
// for george and nico put in a head turn at the start
if ((megaId == Logic.GEORGE) || (megaId == Logic.NICO))
{
if (turnDir < 0)
{ // new frames for turn frames 29oct95jps
module = turnFramesLeft + lastDir;
}
else
{
module = turnFramesRight + lastDir;
}
walkAnim[stepCount].frame = module;
walkAnim[stepCount].step = 0;
walkAnim[stepCount].dir = lastDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
}
// rotate till were facing new dir then go back 45 degrees
while (lastDir != currentDir)
{
lastDir += turnDir;
if (turnDir < 0)
{ // new frames for turn frames 29oct95jps
if (lastDir < 0)
lastDir += NO_DIRECTIONS;
module = turnFramesLeft + lastDir;
}
else
{
if (lastDir > 7)
lastDir -= NO_DIRECTIONS;
module = turnFramesRight + lastDir;
}
walkAnim[stepCount].frame = module;
walkAnim[stepCount].step = 0;
walkAnim[stepCount].dir = lastDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
}
// the back 45 degrees bit
stepCount -= 1;// step back one because new head turn for george takes us past the new dir
}
// his head is in the right direction
lastRealDir = currentDir;
//****************************************************************************
// SLIDY
// THE WALK
//****************************************************************************
_slidyWalkAnimatorState = !_slidyWalkAnimatorState;
lastCount = stepCount;
lastDir = 99;// this ensures that we don't put in turn frames for the start
currentDir = 99;// this ensures that we don't put in turn frames for the start
do
{
while (_modularPath[p].num == 0)
{
p = p + 1;
if (currentDir != 99)
lastRealDir = currentDir;
lastDir = currentDir;
lastCount = stepCount;
}
//calculate average amount to lose in each step on the way to the next _node
currentDir = _modularPath[p].dir;
if (currentDir < NO_DIRECTIONS)
{
module = currentDir * _framesPerStep * 2 + (_slidyWalkAnimatorState ? 1 : 0) * _framesPerStep;
_slidyWalkAnimatorState = !_slidyWalkAnimatorState;
moduleEnd = module + _framesPerStep;
step = 0;
scale = (_scaleA * moduleY + _scaleB);
do
{
module16X += _dx[module] * scale;
module16Y += _dy[module] * scale;
moduleX = module16X >> 16;
moduleY = module16Y >> 16;
walkAnim[stepCount].frame = module;
walkAnim[stepCount].step = step;
walkAnim[stepCount].dir = currentDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
step += 1;
module += 1;
} while (module < moduleEnd);
stepX = _modX[_modularPath[p].dir];
stepY = _modY[_modularPath[p].dir];
errorX = _modularPath[p].x - moduleX;
errorX = errorX * stepX;
errorY = _modularPath[p].y - moduleY;
errorY = errorY * stepY;
if ((errorX < 0) || (errorY < 0))
{
_modularPath[p].num = 0; // the end of the path
// okay those last steps took us past our target but do we want to scoot or moonwalk
frames = stepCount - lastCount;
errorX = _modularPath[p].x - walkAnim[stepCount - 1].x;
errorY = _modularPath[p].y - walkAnim[stepCount - 1].y;
if (frames > _framesPerStep)
{
lastErrorX = _modularPath[p].x - walkAnim[stepCount - 7].x;
lastErrorY = _modularPath[p].y - walkAnim[stepCount - 7].y;
if (stepX == 0)
{
if (3 * Math.Abs(lastErrorY) < Math.Abs(errorY))
{ //the last stop was closest
stepCount -= _framesPerStep;
_slidyWalkAnimatorState = !_slidyWalkAnimatorState;
}
}
else
{
if (3 * Math.Abs(lastErrorX) < Math.Abs(errorX))
{ //the last stop was closest
stepCount -= _framesPerStep;
_slidyWalkAnimatorState = !_slidyWalkAnimatorState;
}
}
}
errorX = _modularPath[p].x - walkAnim[stepCount - 1].x;
errorY = _modularPath[p].y - walkAnim[stepCount - 1].y;
// okay we've reached the end but we still have an error
if (errorX != 0)
{
frameCount = 0;
frames = stepCount - lastCount;
do
{
frameCount += 1;
walkAnim[lastCount + frameCount - 1].x += errorX * frameCount / frames;
} while (frameCount < frames);
}
if (errorY != 0)
{
frameCount = 0;
frames = stepCount - lastCount;
do
{
frameCount += 1;
walkAnim[lastCount + frameCount - 1].y += errorY * frameCount / frames;
} while (frameCount < frames);
}
// Now is the time to put in the turn frames for the last turn
if (frames < _framesPerStep)
currentDir = 99;// this ensures that we don't put in turn frames for this walk or the next
if (currentDir != 99)
lastRealDir = currentDir;
// check each turn condition in turn
if (((lastDir != 99) && (currentDir != 99)) && (megaId == Logic.GEORGE))
{ // only for george
lastDir = currentDir - lastDir;//1 and -7 going right -1 and 7 going left
if (((lastDir == -1) || (lastDir == 7)) || ((lastDir == -2) || (lastDir == 6)))
{
// turn at the end of the last walk
frame = lastCount - _framesPerStep;
do
{
walkAnim[frame].frame += 104;//turning left
frame += 1;
} while (frame < lastCount);
}
if (((lastDir == 1) || (lastDir == -7)) || ((lastDir == 2) || (lastDir == -6)))
{
// turn at the end of the current walk
frame = lastCount - _framesPerStep;
do
{
walkAnim[frame].frame += 200; //was 60 now 116
frame += 1;
} while (frame < lastCount);
}
lastDir = currentDir;
}
// all turns checked
lastCount = stepCount;
moduleX = walkAnim[stepCount - 1].x;
moduleY = walkAnim[stepCount - 1].y;
module16X = moduleX << 16;
module16Y = moduleY << 16;
}
}
} while (_modularPath[p].dir < NO_DIRECTIONS);
if (lastRealDir == 99)
{
throw new InvalidOperationException("SlidyWalkAnimatorlast direction error");
}
//****************************************************************************
// SLIDY
// TURNS TO END THE WALK ?
//****************************************************************************
// We've done the walk now put in any turns at the end
if (_targetDir == NO_DIRECTIONS)
{ // stand in the last direction
module = standFrames + lastRealDir;
_targetDir = lastRealDir;
walkAnim[stepCount].frame = module;
walkAnim[stepCount].step = 0;
walkAnim[stepCount].dir = lastRealDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
}
if (_targetDir == 9)
{
if (stepCount == 0)
{
module = _framesPerChar + lastRealDir;
walkAnim[stepCount].frame = module;
walkAnim[stepCount].step = 0;
walkAnim[stepCount].dir = lastRealDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
}
}
else if (_targetDir != lastRealDir)
{ // rotate to _targetDir
// rotate to target direction
turnDir = _targetDir - lastRealDir;
if (turnDir < 0)
turnDir += NO_DIRECTIONS;
if (turnDir > 4)
turnDir = -1;
else if (turnDir > 0)
turnDir = 1;
// rotate to target direction
// for george and nico put in a head turn at the start
if ((megaId == Logic.GEORGE) || (megaId == Logic.NICO))
{
if (turnDir < 0)
{ // new frames for turn frames 29oct95jps
module = turnFramesLeft + lastDir;
}
else
{
module = turnFramesRight + lastDir;
}
walkAnim[stepCount].frame = module;
walkAnim[stepCount].step = 0;
walkAnim[stepCount].dir = lastRealDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
}
// rotate if we need to
while (lastRealDir != _targetDir)
{
lastRealDir += turnDir;
if (turnDir < 0)
{ // new frames for turn frames 29oct95jps
if (lastRealDir < 0)
lastRealDir += NO_DIRECTIONS;
module = turnFramesLeft + lastRealDir;
}
else
{
if (lastRealDir > 7)
lastRealDir -= NO_DIRECTIONS;
module = turnFramesRight + lastRealDir;
}
walkAnim[stepCount].frame = module;
walkAnim[stepCount].step = 0;
walkAnim[stepCount].dir = lastRealDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
}
module = standFrames + lastRealDir;
walkAnim[stepCount - 1].frame = module;
}
else
{ // just stand at the end
module = standFrames + lastRealDir;
walkAnim[stepCount].frame = module;
walkAnim[stepCount].step = 0;
walkAnim[stepCount].dir = lastRealDir;
walkAnim[stepCount].x = moduleX;
walkAnim[stepCount].y = moduleY;
stepCount += 1;
}
walkAnim[stepCount].frame = 512;
stepCount += 1;
walkAnim[stepCount].frame = 512;
stepCount += 1;
walkAnim[stepCount].frame = 512;
//Tdebug("RouteFinder RouteSize is %d", stepCount);
return;
}
public SwordObject(byte[] data, int offset)
{
Data = data;
Offset = offset;
tree = new ScriptTree(data, offset + 108);
bookmark = new ScriptTree(data, offset + 152);
talk_table = new TalkOffset[6];
for (int i = 0; i < 6; i++)
{
talk_table[i] = new TalkOffset(data, offset + 232 + i * 8);
}
event_list = new OEventSlot[O_TOTAL_EVENTS];
for (int i = 0; i < O_TOTAL_EVENTS; i++)
{
event_list[i] = new OEventSlot(data, offset + 280 + i * 8);
}
route = new WalkData[O_WALKANIM_SIZE];
for (int i = 0; i < O_WALKANIM_SIZE; i++)
{
route[i] = new WalkData(data, offset + 340 + i * WalkData.Size);
}
}
// that ends the current trail and returns back to the main screen.
private void EndThisTrail_Clicked(object sender, EventArgs e)
{
_walkData = null;
Navigation.PopToRootAsync(true);
}
