MAT Automaton (1.0.2.0) [Date: 04/01/2011]

# Get required game objects
Canvas       = canvas
PC           = self.Viewport.Actor
AlphaBlended = self.AlphaBlended
Texture      = self.Texture

# Reset the canvas
Canvas.Reset ()

# Draw the background
self.RenderPanel ( canvas )

# Calculate player location
PlayerLocation = PC.Pawn.Location
CenterLocation = Vector ( PlayerLocation[0], PlayerLocation[1], 0 )

# Gather some geometry about panel
Border      = Vector ( self.Border, self.Border, 0 )
PanelSize   = self.Size - Border * 2
PanelCenter = self.Position + Border + PanelSize/2

# Setup the colors
colors = {-1        : self.Colors [ 'self'      ],
          TEAM_Blue : self.Colors [ 'team_blue' ],
          TEAM_Red  : self.Colors [ 'team_red'  ]}

# Find angle for transformation
CameraRotation = PC.CalcViewRotation
RotationRadians = -CameraRotation.Yaw * (math.pi/32768) + math.pi/2

# Render the pawn nodes
for Pawn in Master.Pawns ():
    # Skip dead pawns
    if ( Pawn.Health <= 0 ): continue

    # Get team information
    Team = -1 if Pawn == PC.Pawn else self.GetTeam ( Pawn )

    # Calculate normalized marker location for pawn
    PawnLocation = Vector ( Pawn.Location[0], Pawn.Location[1], 0 )
    Marker = (CenterLocation - PawnLocation) / self.Radius
    Marker = self****tate ( Marker, RotationRadians )
    for i in [0, 1]: Marker[i] = max ( min ( Marker[i], 1 ), -1 )

    # Calculate marker position on panel
    Marker = PanelCenter + (Marker/2) * PanelSize

    # Draw the marker on the panel
    Canvas.DrawColor = self.Colors['shadow']
    Canvas.SetPos ( Marker[0] - 3, Marker[1] - 3 )
    Canvas.DrawTile ( AlphaBlended, 7, 7, 0, 0, Texture.USize, Texture.VSize )
    Canvas.DrawColor = colors[Team]
    Canvas.SetPos ( Marker[0] - 2, Marker[1] - 2 )
    Canvas.DrawTile ( AlphaBlended, 5, 5, 0, 0, Texture.USize, Texture.VSize )