public override void OnRender(Canvas canvas)
{
font_small.DrawText(null, "Selected Item: " + Item, 300, 10, Color.Yellow);
menu.OnRender(canvas);
//base.OnRender(canvas);
}
public MapPlayfield(Canvas canvas, Obj_Sprite map, Rectangle client_area, ICommand command)
{
ViewCamera = new Camera();
Map = map;
_pause = false;
_client_area = client_area;
Command = command;
EnterMoveMode();
MinimumScale();
}
public void ScaleWindowManager(Canvas c, float Width, float Height)
{
_visible_rect.X = _visible_rect.Y = 0;
_visible_rect.Height = (int)Height;
_visible_rect.Width = (int)Width;
foreach (Aptima.Asim.DDD.Client.Common.GLCore.Window w in WINDOWS)
{
w.FitToTextureDimensions(c, Width, Height);
}
foreach (Aptima.Asim.DDD.Client.Common.GLCore.Controls.Panel p in PANELS)
{
p.FitToTextureDimensions(c, Width, Height);
}
}
public override void OnRender(Canvas canvas)
{
if (!PauseRendering)
{
Rectangle PlayfieldRect = canvas.TargetControl.ClientRectangle;
_playfield.ClientArea = PlayfieldRect;
int bottom_left = (PlayfieldRect.Y + PlayfieldRect.Height);
Rectangle SpriteRect = Rectangle.Empty;
if (Map != null)
{
SpriteRect = Map.ToRectangle();
// Prevent black from appearing on sides of map.
if (!SpriteRect.Contains(PlayfieldRect))
{
int right = (int)(Map.Position.X + (Map.TextureWidth * _playfield.Scale));
int bottom = (int)(Map.Position.Y + (Map.TextureHeight * _playfield.Scale));
if (right < PlayfieldRect.Width)
{
Pan(PlayfieldRect.Width - right, 0);
}
if (bottom < PlayfieldRect.Height)
{
Pan(0, PlayfieldRect.Height - bottom);
}
if (Map.Position.Y > PlayfieldRect.Y)
{
Pan(0, -(Map.Position.Y));
}
if (Map.Position.X > PlayfieldRect.X)
{
Pan(-(Map.Position.X), 0);
}
}
}
switch (MapScrollState)
{
case MapPlayfieldScrollState.UP:
Pan(0, -10);
break;
case MapPlayfieldScrollState.DOWN:
Pan(0, 10);
break;
case MapPlayfieldScrollState.LEFT:
Pan(-10, 0);
break;
case MapPlayfieldScrollState.RIGHT:
Pan(10, 0);
break;
}
_playfield.OnRender(canvas);
if (WBRoom != null)
{
// Draw Whiteboard information from other selected rooms
List<string> otherWBNames = WBRoom.GetOtherWBRoomNames();
if (otherWBNames != null)
{
foreach (string otherWBName in otherWBNames)
{
DrawWhiteboardRoomObjects(WBRoom.GetOtherWBRoom(otherWBName), canvas);
}
}
// Draw Whiteboard information from current room
DrawWhiteboardRoomObjects(WBRoom, canvas);
// Draw any commands in progress
if ((WBRoom.DrawMode == DrawModes.Line) &&
(DrawDistanceLine == true) && (WhiteboardDrawing == true))
{
if ((WBRoom.DrawText != null) && (WBRoom.DrawText.Length > 0))
{
int lineTextSize = LineTextSize;
DrawShortenedLine(canvas, WBRoom.DrawColor, WBRoom.DrawPointSize, LineStartLocation.X, LineStartLocation.Y,
LineEndLocation.X, LineEndLocation.Y, 1f);
if (lineTextSize > MaxFontSize)
{
lineTextSize = MaxFontSize;
}
if (lineTextSize < 1)
{
lineTextSize = 1;
}
if (wbFonts[lineTextSize] == null)
{
wbFonts[lineTextSize] = canvas.CreateFont(new System.Drawing.Font("Arial", lineTextSize, FontStyle.Bold, GraphicsUnit.Pixel));
}
DrawCenteredText(wbFonts[lineTextSize], WBRoom.DrawText, LineEndLocation.X, LineEndLocation.Y, WBRoom.DrawColor);
}
else
{
canvas.DrawLine(WBRoom.DrawColor, WBRoom.DrawPointSize, LineStartLocation.X, LineStartLocation.Y,
LineEndLocation.X, LineEndLocation.Y);
}
}
else if ((WBRoom.DrawMode == DrawModes.Circle) &&
(DrawDistanceLine == true) && (WhiteboardDrawing == true))
{
canvas.DrawCircle(WBRoom.DrawColor, WBRoom.DrawPointSize, LineStartLocation.X, LineStartLocation.Y,
LineEndLocation.X, LineEndLocation.Y);
}
else if ((WBRoom.DrawMode == DrawModes.Arrow) &&
(DrawDistanceLine == true) && (WhiteboardDrawing == true))
{
canvas.DrawArrow(WBRoom.DrawColor, WBRoom.DrawPointSize, LineStartLocation.X, LineStartLocation.Y,
LineEndLocation.X, LineEndLocation.Y);
}
else if ((WBRoom.DrawMode == DrawModes.Text) &&
(DrawDistanceLine == true) && (WhiteboardDrawing == true))
{
if ((WBRoom.DrawText != null) && (WBRoom.DrawText.Length > 0))
{
int drawPointSize = WBRoom.DrawPointSize + 7;
if (drawPointSize > MaxFontSize)
{
drawPointSize = MaxFontSize;
}
if (wbFonts[drawPointSize] == null)
{
wbFonts[drawPointSize] = canvas.CreateFont(new System.Drawing.Font("Arial", drawPointSize, FontStyle.Bold, GraphicsUnit.Pixel));
}
DrawCenteredText(wbFonts[drawPointSize], WBRoom.DrawText, LineEndLocation.X, LineEndLocation.Y, WBRoom.DrawColor);
}
}
else if ((WBRoom.DrawMode == DrawModes.Selection) &&
(DrawDistanceLine == true) && (WhiteboardDrawing == true))
{
RectangleF selectionRect;
int selectionX = Math.Min(LineStartLocation.X, LineEndLocation.X);
int selectionY = Math.Min(LineStartLocation.Y, LineEndLocation.Y);
selectionRect = new RectangleF((float)selectionX, (float)selectionY,
(float)Math.Abs(LineStartLocation.X - LineEndLocation.X),
(float)Math.Abs(LineStartLocation.Y - LineEndLocation.Y));
canvas.DrawRect(selectionRect, Color.Orange);
}
}
// Draw Mini map
_bottom_status_bar.Height = 35;
_bottom_status_bar.Width = PlayfieldRect.Width;
_bottom_status_bar.X = PlayfieldRect.X;
_bottom_status_bar.Y = bottom_left - _bottom_status_bar.Height;
canvas.DrawFillRect(_bottom_status_bar, _mini_map_background);
if (true) //check DDD_Global or playfield
{
if (_rangeFinderFont == null && this.Fonts.ContainsKey("RangeRing"))
{
_rangeFinderFont = this.Fonts["RangeRing"];
}
string rangeText = DDD_Global.Instance.GetRangeFinderDisplayString();
if (_rangeFinderFont != null && rangeText.Trim() != string.Empty)
{
_mouseoverRangeFinderDisplay = _rangeFinderFont.MeasureString(null, rangeText, DrawTextFormat.Center, Color.White);
_mouseoverRangeFinderDisplay.X = Convert.ToInt32(DDD_Global.Instance.RangeFinderXDisplay);// 500;
_mouseoverRangeFinderDisplay.Y = Convert.ToInt32(DDD_Global.Instance.RangeFinderYDisplay);// 400;
_mouseoverRangeFinderDisplay.Width += 10;
canvas.DrawFillRect(_mouseoverRangeFinderDisplay, _mini_map_background);//_rangeFinderMaterial);
_rangeFinderFont.DrawText(null, rangeText, _mouseoverRangeFinderDisplay, DrawTextFormat.Center, Color.White);
//DRAW LINE FROM OBJECT TO CURSOR
float objX = 0f;
float objY = 0f;
DDDObjects obj = _playfield.GetSelectedObject();
if (obj != null)
{
objX = obj.ScreenCoordinates.X;
objY = obj.ScreenCoordinates.Y;
canvas.DrawLine(Color.Black, 3, _mouseoverRangeFinderDisplay.X - 10, _mouseoverRangeFinderDisplay.Y - 15, objX, objY);
}
}
}
if (!MiniMapOverride)
{
if ((!Map_IsContained_Horizontal(PlayfieldRect)) && (!Map_IsContained_Vertical(PlayfieldRect)))
{
ShowMiniMap = false;
}
else
{
ShowMiniMap = true;
}
if (WBRoom != null)
{
ShowMiniMap = true;
}
if (ShowMiniMap)
{
_mini_map.X = (PlayfieldRect.X + PlayfieldRect.Width) - _mini_map.Width;
_mini_map.Y = 0;
_mini_map.Height = (int)((Map.TextureHeight / Map.TextureWidth) * (float)_mini_map.Width);
_mini_map_thumb.X = (int)(-(Map.Position.X / (Map.TextureWidth * _playfield.Scale)) * (float)_mini_map.Width) + _mini_map.X;
_mini_map_thumb.Y = (int)(-(Map.Position.Y / (Map.TextureHeight * _playfield.Scale)) * (float)_mini_map.Height) + _mini_map.Y;
_mini_map_thumb.Width = (int)(_mini_map.Width * ((float)PlayfieldRect.Width / (Map.TextureWidth * _playfield.Scale)));
_mini_map_thumb.Height = (int)(_mini_map.Height * ((float)PlayfieldRect.Height / (Map.TextureHeight * _playfield.Scale)));
canvas.DrawFillRect(_mini_map, _mini_map_background);
// Draw rect for other users in a whiteboard room
if (wbRoom != null)
{
int originX = 0;
int originY = 0;
int screenSizeWidth = 0;
int screenSizeHeight = 0;
double screenZoom = 0.0;
foreach (string wbUser in wbRoom.MembershipList)
{
if (string.Compare(wbUser, DDD_Global.Instance.PlayerID) == 0)
{
continue;
}
if (wbRoom.GetScreenViewInfo(wbUser, ref originX, ref originY, ref screenSizeWidth, ref screenSizeHeight,
ref screenZoom))
{
Rectangle userMiniMapRect = Rectangle.Empty;
Vector2 _metersPerPixelValues = new Vector2();
Vector2 userPosition = new Vector2();
_metersPerPixelValues.X = UTM_Mapping.HorizonalMetersPerPixel;
_metersPerPixelValues.Y = UTM_Mapping.VerticalMetersPerPixel;
userPosition.X = (float) originX / _metersPerPixelValues.X;
userPosition.Y = (float)originY / _metersPerPixelValues.Y;
userMiniMapRect.X = (int)((userPosition.X / (Map.TextureWidth)) * (float)_mini_map.Width) + _mini_map.X;
userMiniMapRect.Y = (int)((userPosition.Y / (Map.TextureHeight)) * (float)_mini_map.Height) + _mini_map.Y;
userMiniMapRect.Width = (int)((float)screenSizeWidth / _metersPerPixelValues.X /
Map.TextureWidth * (float)_mini_map.Width);
userMiniMapRect.Height = (int)((float)screenSizeHeight / _metersPerPixelValues.Y /
Map.TextureHeight * (float)_mini_map.Height);
// Draw rect for this a whiteboard user
if (DMColorMap.ContainsKey(wbUser))
{
canvas.DrawRect(userMiniMapRect, Color.FromArgb(DMColorMap[wbUser]));
}
else
{
canvas.DrawRect(userMiniMapRect, Color.DarkBlue);
}
}
}
}
// Draw rect for this user
if ((wbRoom != null) && DMColorMap.ContainsKey(DDD_Global.Instance.PlayerID))
{
canvas.DrawRect(_mini_map_thumb, Color.FromArgb(DMColorMap[DDD_Global.Instance.PlayerID]));
}
else
{
canvas.DrawRect(_mini_map_thumb, Color.Red);
}
lock (this)
{
DDDObjects selected = GetSelectedObject();
foreach (string obj_name in _playfield.PlayfieldObjects)
{
DDDObjects obj = (DDDObjects)_playfield.GetMappableObject(obj_name);
if (obj != null)
{
_mini_map_track.X = (int)(((_mini_map.Width / Map.TextureWidth) * obj.Position.X) + _mini_map.X) - (int)(.5 * _mini_map_track.Width);
_mini_map_track.Y = (int)(((_mini_map.Height / Map.TextureHeight) * obj.Position.Y) + _mini_map.Y) - (int)(.5 * _mini_map_track.Height);
if (selected != null)
{
if ((selected.ID == obj.ID) && !ShowUnitColorOnMiniMap)
{
canvas.DrawTri(_mini_map_track, Color.Yellow, DIRECTION.UP);
continue;
}
}
if (!ShowUnitColorOnMiniMap)
{
canvas.DrawTri(_mini_map_track, Color.DodgerBlue, DIRECTION.UP);
}
else
{
canvas.DrawTri(_mini_map_track, obj.TextBoxColor, DIRECTION.UP);
}
}
}
foreach (string obj_name in _playfield.PlayfieldObjects)
{
DDDObjects obj = (DDDObjects)_playfield.GetMappableObject(obj_name);
if (obj != null)
{
_mini_map_track.X = (int)(((_mini_map.Width / Map.TextureWidth) * obj.Position.X) + _mini_map.X) - (int)(.5 * _mini_map_track.Width);
_mini_map_track.Y = (int)(((_mini_map.Height / Map.TextureHeight) * obj.Position.Y) + _mini_map.Y) - (int)(.5 * _mini_map_track.Height);
if (obj.IsBeingAttacked)
{
if (GameFramework.ElapsedSeconds(AnimationTimer, AnimationCycle))
{
AnimationTimer = GameFramework.QueryPerformanceTimer();
}
if (GameFramework.ElapsedSeconds(AnimationTimer, BlinkCycle))
{
canvas.DrawTri(_mini_map_track, Color.White, DIRECTION.UP);
continue;
}
}
}
}
}
}
}
if (ShowPosition)
{
DDDObjects obj = _playfield.GetSelectedObject();
if (obj != null)
{
if (obj.IsPathCalculatorRunning())
{
canvas.DrawFillRect(_bottom_status_bar, _mini_map_background);
SizeF size = obj.DrawIcon(canvas, PlayfieldRect.X, _bottom_status_bar.Y, 30, 30);
int font_height = (Fonts["Arial8B"].MeasureString(null, obj.FullVelocityStr, DrawTextFormat.None, Color.White)).Height;
Fonts["Arial8B"].DrawText(null, obj.FullVelocityStr, PlayfieldRect.X + (int)size.Width + 2, _bottom_status_bar.Y, Color.White);
Fonts["Arial8B"].DrawText(null, obj.FullTTDStr, PlayfieldRect.X + (int)size.Width + 2, (_bottom_status_bar.Y + font_height), Color.White);
Fonts["Arial8B"].DrawText(null, obj.FullDestinationStr, PlayfieldRect.X + (int)size.Width + 2, (_bottom_status_bar.Y + (2 * font_height)), Color.White);
}
else
{
SizeF size = obj.DrawIcon(canvas, PlayfieldRect.X, _bottom_status_bar.Y, 30, 30);
int font_height = (Fonts["Arial10B"].MeasureString(null, obj.ObjectID, DrawTextFormat.None, Color.White)).Height;
Fonts["Arial10B"].DrawText(null, obj.ObjectID, PlayfieldRect.X + (int)size.Width, (_bottom_status_bar.Bottom - font_height), Color.White);
}
}
}
int width;
String str = String.Empty;
if (!IsPaused)
{
if (DDD_Global.Instance.IsForkReplay)
{
str = String.Format("Fork Replay {0}", Time);
}
else
{
str = Time;
}
}
else
{
str = "Paused";
}
width = (Fonts["Arial10B"].MeasureString(null, str, DrawTextFormat.None, Color.Yellow)).Width + 5;
Fonts["Arial10B"].DrawText(null, str, _bottom_status_bar.X + (_bottom_status_bar.Width - width), _bottom_status_bar.Y + 5, Color.Yellow);
//if (!IsPaused)
//{
// if (DDD_Global.Instance.IsForkReplay)
// {
// width = (Fonts["Arial10B"].MeasureString(null, Time, DrawTextFormat.None, Color.Yellow)).Width + 5;
// Fonts["Arial10B"].DrawText(null, String.Format("Fork Replay {0}",Time), _bottom_status_bar.X + (_bottom_status_bar.Width - width), _bottom_status_bar.Y + 5, Color.Yellow);
// }
// else
// {
// width = (Fonts["Arial10B"].MeasureString(null, Time, DrawTextFormat.None, Color.Yellow)).Width + 5;
// Fonts["Arial10B"].DrawText(null, Time, _bottom_status_bar.X + (_bottom_status_bar.Width - width), _bottom_status_bar.Y + 5, Color.Yellow);
// }
//}
//else
//{
// width = (Fonts["Arial10B"].MeasureString(null, Time, DrawTextFormat.None, Color.Yellow)).Width + 5;
// Fonts["Arial10B"].DrawText(null, "Paused", _bottom_status_bar.X + (_bottom_status_bar.Width - width), _bottom_status_bar.Y + 5, Color.Yellow);
//}
}
}
public void DrawShortenedLine(Canvas canvas, int color, int pointSize,
float x1, float y1, float x2, float y2, float scale)
{
float lineLength = (float) Math.Sqrt(Math.Pow(x2 - x1, 2) + Math.Pow(y2 - y1, 2));
int shortenLineBy = (int) (ShortenLineBy * scale);
if (lineLength < shortenLineBy)
{
canvas.DrawLine(color, pointSize, x1, y1, x2, y2);
}
else
{
float angle = (float) Math.Atan2(y2 - y1, x2 - x1);
float newEndX = x1 + (lineLength - shortenLineBy) * (float)Math.Cos(angle);
float newEndY = y1 + (lineLength - shortenLineBy) * (float)Math.Sin(angle);
canvas.DrawLine(color, pointSize, x1, y1, newEndX, newEndY);
}
}
public void DrawSpecial(Canvas canvas, Microsoft.DirectX.Direct3D.Font font)
{
DrawSpecial(font, _overlay_rect, _text_rect, canvas);
}
public SizeF DrawIcon(Canvas canvas, float x, float y, float width, float height)
{
_size = SizeF.Empty;
if (_sprite != null)
{
float scale = 1;
if (width > height)
{
scale = width / _sprite.TextureWidth;
}
else
{
scale = height / _sprite.TextureHeight;
}
_sprite.SetScale(scale, scale, 0);
_size.Width = scale * _sprite.TextureWidth;
_size.Height = scale * _sprite.TextureHeight;
_sprite.DrawIcon(canvas, x, y);
}
return _size;
}
public void DrawHeading(Canvas canvas)
{
if (IsPathCalculatorRunning())
{
Vector2 destination = ToScreenCoordinates(_destination.X, _destination.Y);
float center_x = _overlay_rect.X + (_overlay_rect.Width / 2);
float center_y = _overlay_rect.Y + (_overlay_rect.Height / 2);
canvas.DrawLine(HeadingColor, 1, center_x, center_y, destination.X, destination.Y);
_destination_area.X = destination.X - 3;
_destination_area.Y = destination.Y - 3;
_destination_area.Height = 6;
_destination_area.Width = 6;
canvas.DrawFillRect(this._destination_area, _heading_color_material);
}
}
//if color changes, or new ring radius is selected
public void ModifyVulnerabilityRing(float vulnerabilityRadius, Color vulnerabilityColor, float h_metersPerPixel, float v_metersPerPixel, Canvas canvas)
{
bool hasChanged = false;
if (_vulnerabilityRadius != vulnerabilityRadius)
{
_vulnerabilityRadius = vulnerabilityRadius;
hasChanged = true;
}
if (_vulnerabilityColor.Name != vulnerabilityColor.Name)
{
_vulnerabilityColor = vulnerabilityColor;
hasChanged = true;
}
if (hasChanged)
{
float height, width;
int t_height, t_width;
TransformMetersToPixels(vulnerabilityRadius, h_metersPerPixel, v_metersPerPixel, out width, out height);
_vulnerabilityWidthPixels = width;
_vulnerabilityHeightPixels = height;
_vulnerabilityRing = new Obj_Sprite(SpriteFlags.AlphaBlend); //allows transparency
_vulnerabilityRadius = vulnerabilityRadius;
_vulnerabilityBitmap = new Bitmap(Convert.ToInt32(DefaultDisplayRadius), Convert.ToInt32(DefaultDisplayRadius));
_vulnerabilityColor = vulnerabilityColor;
_vulnerabilityBrush = new SolidBrush(_vulnerabilityColor);
_vulnerabilityGraphic = Graphics.FromImage(_vulnerabilityBitmap);
_vulnerabilityRing.Initialize(canvas);
_vulnerabilityGraphic.FillEllipse(_vulnerabilityBrush, 0, 0, DefaultDisplayRadius, DefaultDisplayRadius); //just fill ellipse once, or else you get a solid color.
_vulnerabilityTexture = canvas.CreateTexture(_vulnerabilityBitmap, out t_width, out t_height);
_vulnerabilityRing.Texture(_vulnerabilityTexture, t_width, t_height);
}
}
public void DrawActiveZones(Canvas c)
{
lock (this)
{
foreach (ActiveZone zone in _active_zones.Values)
{
if (zone.Visible)
{
c.DrawShape(zone.Vertices, this.Scale, Map.Position.X, Map.Position.Y, true);
}
}
}
}
public override void OnRender(Canvas canvas)
{
canvas.DrawFillRect(_background, _background_color_material);
canvas.DrawRect(_background, Color.White);
if (DDD_Global.Instance.IsConnected)
{
if (_loading_textures)
{
//player_rect.Height = (font_small.MeasureString(null, DDD_Global.Instance.PlayerBrief, DrawTextFormat.WordBreak, Color.Yellow)).Height;
canvas.DrawFillRect(player_rect, _background_window_material);
font_small.DrawText(null, DDD_Global.Instance.PlayerBrief, player_rect, DrawTextFormat.WordBreak, Color.Yellow);
_continue_btn.SetClientArea(player_rect.Left,
player_rect.Bottom + 2,
player_rect.Right,
player_rect.Bottom + 27);
_continue_btn.Text = "Start Game";
}
_continue_btn.OnRender(canvas);
}
font_small.DrawText(null, Program.Build_ID, 12, 12, Color.Yellow);
font_large.DrawText(null, Message, bounding_rect, DrawTextFormat.None, MsgColor);
base.OnRender(canvas);
}
public void OnRender(Canvas c)
{
if (State != WindowState.HIDE)
{
_shade_btn = _caption_bar;
_shade_btn.Width = 12;
_shade_btn.Height = 12;
_shade_btn.X = _caption_bar.Right - 28;
_shade_btn.Y += 7;
_v_scroll_rect.X = _client_area.Right - ScrollWidth;
_v_scroll_rect.Y = _caption_bar.Bottom;
_v_scroll_rect.Height = _client_area.Height - (ScrollWidth + _caption_bar.Height);
_v_scroll_rect.Width = ScrollWidth - 1;
_h_scroll_rect.X = _client_area.X;
_h_scroll_rect.Y = _client_area.Bottom - ScrollWidth;
_h_scroll_rect.Width = _client_area.Width - ScrollWidth;
_h_scroll_rect.Height = ScrollWidth - 1;
_v_scroll_thumb = _v_scroll_rect;
_h_scroll_thumb = _h_scroll_rect;
c.DrawFillRect(_main_panel.ClientArea, _background_color_material);
_main_panel.OnRender(c);
if (HasScrollBars)
{
if (this._ShowHorizontalScroll)
{
DrawHorizontalScroll(c);
}
if (this._ShowVerticalScroll)
{
DrawVerticalScroll(c);
}
}
c.DrawRect(_client_area, BorderColor);
if (CaptionText != string.Empty)
{
c.DrawFillRect(_caption_bar, _caption_color_material);
if (Font != null)
{
Font.DrawText(null, CaptionText, _caption_bar, DrawTextFormat.VerticalCenter | DrawTextFormat.Center, CaptionForeground);
}
if (AllowShade)
{
switch (State)
{
case WindowState.MINIMIZED:
c.DrawFillTri(_shade_btn, _caption_foreground_material, DIRECTION.UP);
c.DrawTri(_shade_btn, BorderColor, DIRECTION.UP);
break;
case WindowState.MAXIMIZED:
c.DrawFillTri(_shade_btn, _caption_foreground_material, DIRECTION.DOWN);
c.DrawTri(_shade_btn, BorderColor, DIRECTION.DOWN);
break;
}
}
if (Selected)
{
c.DrawRect(_caption_bar, Color.White);
}
else
{
c.DrawRect(_caption_bar, BorderColor);
}
}
if (AllowResize)
{
_resize_btn.X = _client_area.Right - 15;
_resize_btn.Y = _client_area.Bottom - 15;
_resize_btn.Width = 10;
_resize_btn.Height = 10;
c.DrawFillRect(_resize_btn, _caption_color_material);
c.DrawRect(_resize_btn, BorderColor);
}
}
}
private void DrawHorizontalScroll(Canvas c)
{
float pct = (float)this._h_scroll_rect.Width / (float)_control.DocumentWidth;
_h_scroll_thumb = _h_scroll_rect;
_h_scroll_thumb.Height -= 3;
_h_scroll_thumb.Y += 2;
if (pct < 1)
{
_h_scroll_thumb.Width = pct * _h_scroll_rect.Width;
_h_scroll_thumb.X += _control.DocumentPositionX * pct;
}
if (_h_scroll_thumb.Right < _h_scroll_rect.Right)
{
CanHScroll = true;
}
else
{
CanHScroll = false;
_h_scroll_thumb.Width = _h_scroll_rect.Right - _h_scroll_thumb.Left;
}
// Scrollbar background
c.DrawFillRect(_h_scroll_rect, _scroll_background_material);
// Scrollbar thumb
c.DrawFillRect(_h_scroll_thumb, _scroll_color_material);
c.DrawRect(_h_scroll_rect, BorderColor);
}
private void DrawVerticalScroll(Canvas c)
{
float pct = (float)this._v_scroll_rect.Height / (float) _control.DocumentHeight;
_v_scroll_thumb = _v_scroll_rect;
_v_scroll_thumb.Width -= 3;
_v_scroll_thumb.X += 2;
if (pct < 1)
{
_v_scroll_thumb.Height = pct * _v_scroll_rect.Height;
_v_scroll_thumb.Y += Math.Abs(_control.DocumentPositionY) * pct;
}
if (_v_scroll_thumb.Bottom <= _v_scroll_rect.Bottom)
{
CanVScroll = true;
}
else
{
CanVScroll = false;
_v_scroll_thumb.Height = _v_scroll_rect.Bottom - _v_scroll_thumb.Top;
}
// Scrollbar background
c.DrawFillRect(_v_scroll_rect, _scroll_background_material);
// Scrollbar thumb
c.DrawFillRect(_v_scroll_thumb, _scroll_color_material);
c.DrawRect(_v_scroll_rect, BorderColor);
}
public void FitToTextureDimensions(Canvas c, float TextureWidth, float TextureHeight)
{
_main_panel.FitToTextureDimensions(c, TextureWidth, TextureHeight);
}
public override void OnRender(Canvas canvas)
{
foreach (Aptima.Asim.DDD.Client.Common.GLCore.Controls.Panel p in PANELS)
{
p.OnRender(canvas);
}
foreach (Aptima.Asim.DDD.Client.Common.GLCore.Window w in WINDOWS)
{
w.OnRender(canvas);
}
}
public void SetVulnerabilityRingValues(float vulnerabilityRadius, Color ringColor, Canvas canvas, float h_metersPerPixel, float v_metersPerPixel)
{
float height, width;
int t_height, t_width;
try
{
TransformMetersToPixels(vulnerabilityRadius, h_metersPerPixel, v_metersPerPixel, out width, out height);
_vulnerabilityWidthPixels = width;
_vulnerabilityHeightPixels = height;
_vulnerabilityRing = new Obj_Sprite(SpriteFlags.AlphaBlend); //allows transparency
_vulnerabilityRadius = vulnerabilityRadius;
_vulnerabilityBitmap = new Bitmap(Convert.ToInt32(DefaultDisplayRadius), Convert.ToInt32(DefaultDisplayRadius));
_vulnerabilityColor = ringColor; //Color.FromArgb(33, 0, 255, 0);
_vulnerabilityBrush = new SolidBrush(_vulnerabilityColor);
_vulnerabilityGraphic = Graphics.FromImage(_vulnerabilityBitmap);
_vulnerabilityRing.Initialize(canvas);
_vulnerabilityGraphic.FillEllipse(_vulnerabilityBrush, 0, 0, DefaultDisplayRadius, DefaultDisplayRadius); //just fill ellipse once, or else you get a solid color.
_vulnerabilityTexture = canvas.CreateTexture(_vulnerabilityBitmap, out t_width, out t_height);
_vulnerabilityRing.Texture(_vulnerabilityTexture, t_width, t_height);
}
catch (Exception e)
{
Console.WriteLine("Error Setting Vulnerability Ring Value: {0};\r\n{1}", e.Message, e.StackTrace);
}
}
private void DrawRangeRing(int color, float radius, float origin_x, float origin_y, float origin_z, int numberOfVertices, Canvas canvas, float h_metersPerPixel, float v_metersPerPixel)
{
//if (!IsSensorRingSet())
//{
// SetSensorRingValues(5000, Color.Green, 33, canvas, h_metersPerPixel, v_metersPerPixel);
//}
DrawSensorRangeRing(origin_x, origin_y, origin_z, canvas);
/*
//Sprite sp_ring = canvas.CreateSprite();
Obj_Sprite ring = new Obj_Sprite(SpriteFlags.None);
ring.Initialize(canvas);
Bitmap b = new Bitmap(Convert.ToInt32(radius), Convert.ToInt32(radius));
/ *
List<Point> points = new List<Point>();
points.Add(new Point(0,0));
points.Add(new Point(25,0));
points.Add(new Point(50,0));
points.Add(new Point(75,0));
points.Add(new Point(100,0));
Brush brush = new System.Drawing.Drawing2D.PathGradientBrush(points.ToArray()); //((Point[]){new Point(0,0), new Point(25, 0), new Point(50,0), new Point(75,0), new Point(100,0)});
* /
Color semiTransRed = Color.FromArgb(33, 255, 0, 0);
//semiTransRed.A = 100;
Brush brush = new System.Drawing.SolidBrush(semiTransRed);
Graphics g = Graphics.FromImage(b);
int width, height;
//SizeF ringSize = SizeF.Empty;
float scale = 1;
//scale logic
//g.
g.FillEllipse(brush, 0, 0, 100, 100);
ring.Texture(canvas.CreateTexture(b, out width, out height), Convert.ToInt32(radius), Convert.ToInt32(radius));
ring.SetScale(scale, scale, 0);
//ringSize.Width = ring.TextureWidth * scale;
//ringSize.Height = ring.TextureHeight * scale;
//ring.Draw(canvas);
ring.Flags = SpriteFlags.AlphaBlend;
ring.DrawIcon(canvas, origin_x, origin_y);
//sp_ring.Draw2D(
*/
return;
//AD: This could have performance issues. Might explore saving list of vertices in memory once and retrieving them when drawing.
List<CustomVertex.TransformedColored> vertexList = new List<CustomVertex.TransformedColored>();
for (int x = 0; x <= 360; x += (360/numberOfVertices))
{
vertexList.Add(new CustomVertex.TransformedColored((float)Math.Cos(DegreeToRadian(x)) * radius, (float)Math.Sin(DegreeToRadian(x)) * radius + 50, 0, 1, color));
}
//AD: If you don't convert degree to radian, then you get cool spirograph-like shapes.
canvas.DrawShape(vertexList, Scale, origin_x, origin_y, true);
}
public void DrawVulnerabilityRangeRing(float xpos, float ypos, float zpos, Canvas canvas)
{
float height = _vulnerabilityRing.TextureHeight;
float width = _vulnerabilityRing.TextureWidth;
float modifiedScale = GetRatioScale(_vulnerabilityWidthPixels, Scale);
_vulnerabilityRing.SetScale(modifiedScale, modifiedScale, 0);
xpos -= ((width / 2) * modifiedScale);
ypos -= (((height / 2)) * modifiedScale) - (45 * Scale);
_vulnerabilityRing.DrawIcon(canvas, xpos, ypos);
}
public void DrawRangeRings(Canvas canvas)
{
/* RANGE RING LOGIC */
float xpos = (SpriteArea.X + (SpriteArea.Width / 2));
float ypos = (SpriteArea.Y + (SpriteArea.Height / 2) - (Scale * 50));
float zpos = 0.0F;
if (CurrentlySelectedSensor != string.Empty && CurrentlySelectedSensorRange > 0)
{
if (!IsSensorRingSet())
{
SetSensorRingValues(CurrentlySelectedSensorRange, Color.FromArgb(DDD_RangeRings.GetInstance().SensorRangeRings.OpaqueRingColor), canvas, UTM_Mapping.HorizonalMetersPerPixel, UTM_Mapping.VerticalMetersPerPixel);
}
DrawSensorRangeRing(xpos, ypos, zpos, canvas);
}
if (CurrentlySelectedCapability != string.Empty && CurrentlySelectedCapabilityRange > 0)
{
if (!IsCapabilityRingSet())
{
SetCapabilityRingValues(CurrentlySelectedCapabilityRange, Color.FromArgb(DDD_RangeRings.GetInstance().CapabilityRangeRings.OpaqueRingColor), canvas, UTM_Mapping.HorizonalMetersPerPixel, UTM_Mapping.VerticalMetersPerPixel);
}
DrawCapabilityRangeRing(xpos, ypos, zpos, canvas);
}
if (CurrentlySelectedVulnerability != string.Empty && CurrentlySelectedVulnerabilityRange > 0)
{
if (!IsVulnerabilityRingSet())
{
SetVulnerabilityRingValues(CurrentlySelectedVulnerabilityRange, Color.FromArgb(DDD_RangeRings.GetInstance().VulnerabilityRangeRings.OpaqueRingColor), canvas, UTM_Mapping.HorizonalMetersPerPixel, UTM_Mapping.VerticalMetersPerPixel);
}
DrawVulnerabilityRangeRing(xpos, ypos, zpos, canvas);
}
/* END */
}
public void DrawObjectID(Canvas canvas, Microsoft.DirectX.Direct3D.Font font)
{
if (ID != string.Empty)
{
_text_rect = font.MeasureString(null, ID, DrawTextFormat.Center, TextColor);
_text_rect.X = (SpriteArea.X + ((SpriteArea.Width - _text_rect.Width) / 2)) - 5;
_text_rect.Y = SpriteArea.Bottom;
_text_rect.Width += 10;
canvas.DrawFillRect(_text_rect, _textbox_color_material);
font.DrawText(null, ID, _text_rect, DrawTextFormat.Center, TextColor);
}
}
public override void DrawSpecial(Microsoft.DirectX.Direct3D.Font font, RectangleF overlay_rect, Rectangle text_rect, Canvas canvas)
{
_overlay_rect = overlay_rect;
_text_rect = text_rect;
_progressbar_rect = text_rect;
_border_rect = text_rect;
if ((OwnerID == DDD_Global.Instance.PlayerID) && (DrawProgressBar))
{
_progressbar_rect.Y += text_rect.Height;
_progressbar_rect.Height = _ProgressBarHeight_;
_progressbar_rect.Width = _ProgressBarWidth_;
_progressbar_rect.X += ((text_rect.Width - _progressbar_rect.Width) / 2);
_border_rect.Height = _ProgressBarHeight_ + _text_rect.Height + 2;
canvas.DrawFillRect(_border_rect, _textbox_color_material);
DrawObjectID(canvas, font);
canvas.DrawRect(_border_rect, BorderColor);
if (FuelCapacity > 0)
{
canvas.DrawProgressBar(_progressbar_rect,
progress_bar_background_material,
progress_bar_foreground_material,
FuelAmount / FuelCapacity);
}
else
{
canvas.DrawProgressBar(_progressbar_rect,
progress_bar_background_material,
progress_bar_foreground_material,
0);
}
}
else
{
if (DrawUnmanagedAssetLabel)
{
DrawObjectID(canvas, font);
canvas.DrawRect(_border_rect, BorderColor);
}
}
foreach (DDDObjects attacker in Attackers)
{
float _destinationX = attacker.SpriteArea.X + (attacker.SpriteArea.Width / 2);
float _destinationY = attacker.SpriteArea.Y + (attacker.SpriteArea.Height / 2);
canvas.DrawLine(Color.Red, 1,
SpriteArea.X + (SpriteArea.Width / 2),
SpriteArea.Y + (SpriteArea.Height / 2),
_destinationX,
_destinationY
);
//engagment_rect.X = (int)(_destinationX - 3);
//engagment_rect.Y = (int)(_destinationY - 3);
//engagment_rect.Height = 6;
//engagment_rect.Width = 6;
//canvas.DrawFillRect(engagment_rect, red_material);
}
if (IsBeingAttacked)
{
engagment_rect = font.MeasureString(null, _engagementTimeStr, DrawTextFormat.Center | DrawTextFormat.VerticalCenter, Color.Red);
engagment_rect.Width += 10;
engagment_rect.X = (int)(_overlay_rect.X + (_overlay_rect.Width - engagment_rect.Width) / 2);
engagment_rect.Y = (int)(_overlay_rect.Y + (_overlay_rect.Height - engagment_rect.Height) / 2);
canvas.DrawFillRect(engagment_rect, black_material);
canvas.DrawRect(engagment_rect, Color.Red);
font.DrawText(null, _engagementTimeStr, engagment_rect, DrawTextFormat.Center | DrawTextFormat.VerticalCenter, Color.Red);
}
// Draw object "Tags"
if (Tag != string.Empty && (DDD_Global.Instance.TagPosition != TagPositionEnum.INVISIBLE))
{
Rectangle tag_rect = font.MeasureString(null, Tag, DrawTextFormat.Center, Color.Black);
switch (DDD_Global.Instance.TagPosition)
{
case TagPositionEnum.ABOVE:
tag_rect.Y = (int)(overlay_rect.Y - tag_rect.Height);
tag_rect.X = (int)(overlay_rect.X + ((overlay_rect.Width - tag_rect.Width) * .5f));
break;
case TagPositionEnum.BELOW:
if (!DrawUnmanagedAssetLabel && (OwnerID != DDD_Global.Instance.PlayerID))
{
tag_rect.Y = (int)(overlay_rect.Bottom + 1);
tag_rect.X = (int)(overlay_rect.X + ((overlay_rect.Width - tag_rect.Width) * .5f));
}
else
{
tag_rect.Y = (int)(_border_rect.Bottom + 2);
tag_rect.X = (int)(overlay_rect.X + ((overlay_rect.Width - tag_rect.Width) * .5f));
}
break;
case TagPositionEnum.CENTER:
//tag_rect.Y = (int)(overlay_rect.Y + ((overlay_rect.Height - tag_rect.Height) * .5f));
tag_rect.Y = (int)(overlay_rect.Bottom - tag_rect.Height - 2);
tag_rect.X = (int)(overlay_rect.X + ((overlay_rect.Width - tag_rect.Width) * .5f));
break;
}
canvas.DrawFillRect(tag_rect, tag_material);
font.DrawText(null, Tag, tag_rect, DrawTextFormat.VerticalCenter | DrawTextFormat.Center, Color.Black);
}
}
public void Draw(Canvas canvas, Microsoft.DirectX.Direct3D.Font font)
{
if (_sprite != null)
{
if (!Hide)
{
if (IsPathCalculatorRunning())
{
CalculateNewPosition();
}
else
{
PositionUpdate();
}
Vector2 screen = ToScreenCoordinates(_position.X, _position.Y);
_sprite.Diffuse = DiffuseColor;
if (Scale <= MinScale)
{
_sprite.SetScale(MinScale, MinScale, 0);
}
else
{
_sprite.SetScale(Scale, Scale, 0);
}
if (DrawWithRotation)
{
_sprite.SetRotation(_path_calculator.AngleOfAttack, _path_calculator.AngleOfAttack, _path_calculator.AngleOfAttack);
}
_sprite.SetPosition(screen.X, screen.Y, 0);
_sprite_area = _sprite.ToRectangleF();
_sprite.Draw(canvas);
// *** Overlay Controls and Display ***
_overlay_rect = SpriteAreaF;
}
}
}
public virtual void OnRender(Canvas canvas)
{
}
public virtual void DrawSpecial(Microsoft.DirectX.Direct3D.Font font, RectangleF overlay_rect, Rectangle text_rect, Canvas canvas)
{
}
public override void OnRender(Canvas canvas)
{
if (Map != null)
{
Map.Draw(canvas);
}
DrawActiveZones(canvas);
DDDObjects.Scale = Scale;
if (!ScaleUnitWithMap)
{
DDDObjects.MinScale = 1;
}
else
{
DDDObjects.MinScale = .5f;
}
DDDObjects.MapPosition(Map.Position.X, Map.Position.Y);
lock (this)
{
DDDObjects selected_target = GetSelectedTarget();
DDDObjects selected_asset = GetSelectedObject();
//draw range rings
foreach (string obj_name in OrderedPlayfieldObjects)
{
DDDObjects obj = (DDDObjects)GetMappableObject(obj_name);
if (obj != null)
{
obj.DrawRangeRings(canvas);
}
}
foreach (string obj_name in OrderedPlayfieldObjects)
{
DDDObjects obj = (DDDObjects)GetMappableObject(obj_name);
if (obj != null)
{
if (obj == selected_asset)
{ //display mouseover info
float xpos = UTM_Mapping.HorizontalPixelsToMeters((obj.ScreenCoordinates.X - Map.Position.X) / Scale);
float ypos = UTM_Mapping.VerticalPixelsToMeters((obj.ScreenCoordinates.Y - Map.Position.Y ) / Scale);
//float xpos = UTM_Mapping.HorizontalPixelsToMeters((obj.ScreenCoordinates.X + (obj.SpriteArea.Width / 2)) - Map.Position.X);
//float ypos = UTM_Mapping.VerticalPixelsToMeters((obj.ScreenCoordinates.Y + (obj.SpriteArea.Height / 2) - (Scale * 50)) - Map.Position.Y);
//Console.WriteLine("x: {0}; y: {1}", xpos, ypos);
// Console.WriteLine("x: {0}; y: {1}", xpos, ypos + (obj.SpriteArea.Height / 2) / Scale);
DDD_Global.Instance.SetRangeFinderDistance(xpos, ypos);
//get distance string
string distanceFromSelected = DDD_Global.Instance.RangeFinderDistanceString;
int distance = -1;
int intensity = -1;
if (distanceFromSelected.Trim() != "")
{
distance = (int)Math.Round(Convert.ToDouble(distanceFromSelected));
intensity = obj.GetCapabilityRangeRingIntensity(obj.CurrentlySelectedCapability, true, distance);
if (intensity > 0)
{
DDD_Global.Instance.RangeFinderIntensityString = String.Format("{0}", intensity);
}
else
{
DDD_Global.Instance.RangeFinderIntensityString = string.Empty;
}
}
//check if a capability is selected, if so get ranges, and then use disance to calculate intensity.
}
// obj.DrawRangeRings(canvas); //moved above
obj.DrawUnmanagedAssetLabel = DrawUnmanagedAssetLabels;
obj.SetDiffuseColor();
if (obj.IsPathCalculatorRunning())
{
if (!obj.IsWeapon)
{
obj.HeadingColor = Color.DodgerBlue;
}
else
{
obj.HeadingColor = Color.Red;
}
obj.DrawHeading(canvas);
}
if ((obj != selected_asset) && (obj != selected_target))
{
obj.TextColor = Color.White;
obj.BorderColor = Color.Black;
obj.Draw(canvas, Fonts["Small"]);
obj.DrawSpecial(canvas, Fonts["Small"]);
}
}
}
//Render selected objects last.
if (selected_target != null)
{
//selected_asset.DiffuseColor = Color.Yellow;
selected_target.TextColor = Color.Yellow;
selected_target.BorderColor = Color.Yellow;
selected_target.Draw(canvas, Fonts["Small"]);
selected_target.DrawSpecial(canvas, Fonts["Small"]);
}
if (selected_asset != null)
{
//selected_asset.DiffuseColor = Color.Yellow;
selected_asset.TextColor = Color.Yellow;
selected_asset.BorderColor = Color.Yellow;
selected_asset.Draw(canvas, Fonts["Small"]);
selected_asset.DrawSpecial(canvas, Fonts["Small"]);
}
}
if (DrawDistanceLine)
{
canvas.DrawLine(Color.Lime, 1, LineStartLocation.X, LineStartLocation.Y, LineEndLocation.X, LineEndLocation.Y);
double distance = Math.Sqrt(Math.Pow((LineEndLocation.X - LineStartLocation.X), 2) + Math.Pow((LineEndLocation.Y - LineStartLocation.Y), 2));
Fonts["Small"].DrawText(null,
string.Format("{0} m", Math.Round(UTM_Mapping.HorizontalPixelsToMeters((float)(distance/Scale)))),
LineEndLocation.X+12, LineEndLocation.Y - 12, Color.Lime);
}
}
public void DrawWhiteboardRoomObjects(WhiteboardRoom wbRoom, Canvas canvas)
{
if (wbRoom == null)
{
return;
}
// Draw all whiteboard commands
Array drawingCommands = wbRoom.GetCurrentDrawingCommands();
foreach (object obj in drawingCommands)
{
if (obj is LineObject)
{
LineObject line = (LineObject)obj;
LocationValue start = new LocationValue();
LocationValue end = new LocationValue();
int drawPointSize = (int)(line.Width * _playfield.Scale);
if ((drawPointSize == 0) && (line.Width > 0))
{
drawPointSize = 1;
}
if ((line.Mode == DrawModes.Line) || (line.Mode == DrawModes.Circle) ||
(line.Mode == DrawModes.Arrow))
{
start.X = line.Start.X * _playfield.Scale + Map.Position.X;
start.Y = line.Start.Y * _playfield.Scale + Map.Position.Y;
end.X = line.End.X * _playfield.Scale + Map.Position.X;
end.Y = line.End.Y * _playfield.Scale + Map.Position.Y;
if (line.Mode == DrawModes.Line)
{
if ((line.Text != null) && (line.Text.Length > 0))
{
int lineTextSize = (int) ((LineTextSize / line.OriginalScale) * _playfield.Scale);
DrawShortenedLine(canvas, line.Color, drawPointSize, (float)start.X, (float)start.Y,
(float)end.X, (float)end.Y, (float) (_playfield.Scale / line.OriginalScale));
if (lineTextSize > MaxFontSize)
{
lineTextSize = MaxFontSize;
}
if (lineTextSize < 1)
{
lineTextSize = 1;
}
if (wbFonts[lineTextSize] == null)
{
wbFonts[lineTextSize] = canvas.CreateFont(new System.Drawing.Font("Arial", lineTextSize, FontStyle.Bold, GraphicsUnit.Pixel));
}
DrawCenteredText(wbFonts[lineTextSize], line.Text, (int)end.X, (int)end.Y, line.Color);
}
else
{
canvas.DrawLine(line.Color, drawPointSize, (float)start.X, (float)start.Y,
(float)end.X, (float)end.Y);
}
}
else if (line.Mode == DrawModes.Circle)
{
canvas.DrawCircle(line.Color, drawPointSize, (float)start.X, (float)start.Y,
(float)end.X, (float)end.Y);
}
else if (line.Mode == DrawModes.Arrow)
{
canvas.DrawArrow(line.Color, drawPointSize, (float)start.X, (float)start.Y,
(float)end.X, (float)end.Y);
}
}
else if ((line.Mode == DrawModes.Text) && (line.Text != null) &&
(line.Text.Length > 0))
{
start.X = line.Start.X * _playfield.Scale + Map.Position.X;
start.Y = line.Start.Y * _playfield.Scale + Map.Position.Y;
if (drawPointSize > MaxFontSize)
{
drawPointSize = MaxFontSize;
}
if (wbFonts[drawPointSize] == null)
{
wbFonts[drawPointSize] = canvas.CreateFont(new System.Drawing.Font("Arial", drawPointSize, FontStyle.Bold, GraphicsUnit.Pixel));
}
DrawCenteredText(wbFonts[drawPointSize], line.Text, (int)start.X, (int)start.Y, line.Color);
// Update the bounding box if needed
if ((line.BoundingPolygon == null) || (wbRoom == WBRoom))
{
RectangleF textRect;
Polygon textPoly;
float width;
float height;
PointF boundStart = new PointF();
textRect = wbFonts[drawPointSize].MeasureString(null, line.Text, DrawTextFormat.None, line.Color);
width = textRect.Right / _playfield.Scale;
if ((width * line.OriginalScale) < 5)
{
width = 5 / (float) line.OriginalScale;
}
height = textRect.Bottom / _playfield.Scale;
if ((height * line.OriginalScale) < 5)
{
height = 5 / (float) line.OriginalScale;
}
boundStart.X = (float)line.Start.X - (width / 2);
boundStart.Y = (float)line.Start.Y - (height / 2);
textPoly = new Polygon();
textPoly.Points.Add(new Vector(boundStart.X, boundStart.Y));
textPoly.Points.Add(new Vector(boundStart.X + width, boundStart.Y));
textPoly.Points.Add(new Vector(boundStart.X + width, boundStart.Y + height));
textPoly.Points.Add(new Vector(boundStart.X, boundStart.Y + height));
textPoly.Offset(0, 0);
textPoly.BuildEdges();
line.BoundingPolygon = textPoly;
}
}
// Draw Bounding rectable if object is selected
if ((line.ObjectSelected) && (line.BoundingPolygon != null) && (line.BoundingPolygon.Points.Count >= 2))
{
LocationValue boundStart = new LocationValue();
LocationValue boundEnd = new LocationValue();
Vector prevPoint = line.BoundingPolygon.Points[line.BoundingPolygon.Points.Count - 1];
foreach (Vector curPoint in line.BoundingPolygon.Points)
{
boundStart.X = prevPoint.X * _playfield.Scale + Map.Position.X;
boundStart.Y = prevPoint.Y * _playfield.Scale + Map.Position.Y;
boundEnd.X = curPoint.X * _playfield.Scale + Map.Position.X;
boundEnd.Y = curPoint.Y * _playfield.Scale + Map.Position.Y;
canvas.DrawLine(Color.Black.ToArgb(), 1, (float)boundStart.X, (float)boundStart.Y,
(float)boundEnd.X, (float)boundEnd.Y);
prevPoint = curPoint;
}
}
}
}
}
/// <summary>
/// Starts the Game Framework, registers a form and a gamecontroller.
/// The form is required to intercept keyboard and mouse input.
/// The GameController initializes scenes and feeds them to the GameController.
/// </summary>
/// <param name="form"></param>
/// <param name="game_control"></param>
public void Run(Form form, IGameControl game_control)
{
if (form == null)
{
throw new ApplicationException("Must supply a windows Form.");
}
_main_window = form;
if (game_control == null)
{
throw new ApplicationException("Game Control is uninitialized.");
}
_CANVAS_ = new Canvas();
QueryPerformanceFrequency(ref _ticks_per_second);
_game_control = game_control;
_CANVAS_.TargetControl = _game_control.GetTargetControl();
_game_control.InitializeCanvasOptions(_CANVAS_.Options);
_CANVAS_.InitializeCanvas();
_AvailableScenes_ = _game_control.InitializeScenes(this);
_AvailableScenes_[CURRENT_SCENE].Initialize(this);
_game_control.SceneChanged(CURRENT_SCENE);
Idle = new EventHandler(GameLoop);
Application.Idle += Idle;
}
public override void OnRender(Canvas canvas)
{
_background.X = 0;
_background.Y = 0;
_background.Width = canvas.Size.Width;
_background.Height = canvas.Size.Height;
bounding_rect = font_large.MeasureString(null, Message, DrawTextFormat.NoClip, Color.Yellow);
bounding_rect.X = (_background.Width - bounding_rect.Width) / 2;
bounding_rect.Y = (int)(_background.Height - (2 * bounding_rect.Height));
canvas.DrawFillRect(_background, _background_color_material);
canvas.DrawRect(_background, Color.White);
font_large.DrawText(null, Message, bounding_rect, DrawTextFormat.None, MsgColor);
base.OnRender(canvas);
}
public override void OnRender(Canvas canvas)
{
Rectangle PlayfieldRect = PlayfieldPanel.ClientArea;
Rectangle SpriteRect = Rectangle.Empty;
if (Map != null)
{
SpriteRect = Map.ToRectangle();
}
switch (SCROLL)
{
case ScrollState.LEFT:
SpriteRect.X = (int)(SpriteRect.X + 10);
if (SpriteRect.Contains(PlayfieldRect))
{
MapScene.Pan(10, 0);
}
break;
case ScrollState.RIGHT:
SpriteRect.X = (int)(SpriteRect.X - 10);
if (SpriteRect.Contains(PlayfieldRect))
{
MapScene.Pan(-10, 0);
}
break;
case ScrollState.UP:
SpriteRect.Y = (int)(SpriteRect.Y + 10);
if (SpriteRect.Contains(PlayfieldRect))
{
MapScene.Pan(0, 10);
}
break;
case ScrollState.DOWN:
SpriteRect.Y = (int)(SpriteRect.Y - 10);
if (SpriteRect.Contains(PlayfieldRect))
{
MapScene.Pan(0, -10);
}
break;
}
canvas.DrawFillRect(background, background_material);
canvas.DrawFillRect(frame, frame_color_material);
canvas.DrawRect(frame, border_color);
canvas.DrawRect(PlayfieldPanel.ClientArea, Color.Green);
canvas.DrawFillRect(score, score_color_material);
canvas.DrawFillRect(information_rect, score_color_material);
canvas.DrawFillTri(left_arrow, background_material, DIRECTION.LEFT);
canvas.DrawFillTri(right_arrow, background_material, DIRECTION.RIGHT);
canvas.DrawFillTri(up_arrow, background_material, DIRECTION.UP);
canvas.DrawFillTri(down_arrow, background_material, DIRECTION.DOWN);
if (MapScene.SelectionCount() == 0)
{
Mode = MenuMode.DEFAULT;
}
switch (Mode)
{
case MenuMode.DEFAULT:
DrawMoveMode(canvas);
break;
case MenuMode.ATTACK:
DrawAttackMode(canvas);
break;
case MenuMode.SUBPLATFORM:
DrawSubPMode(canvas);
break;
}
Fonts["Large"].DrawText(null, ScoreHeader, score, DrawTextFormat.VerticalCenter, Color.Yellow);
if (!IsPaused)
{
Fonts["Large"].DrawText(null, Time, time_rect, DrawTextFormat.VerticalCenter, Color.Yellow);
}
else
{
Fonts["Large"].DrawText(null, "Paused", time_rect, DrawTextFormat.VerticalCenter, Color.Yellow);
}
base.OnRender(canvas);
}
