public static GaugeSet.ID decrement(this GaugeSet.ID id)
{
switch (id)
{
case GaugeSet.ID.STANDARD: return(GaugeSet.ID.SET3);
case GaugeSet.ID.LAUNCH: return(GaugeSet.ID.STANDARD);
case GaugeSet.ID.LAND: return(GaugeSet.ID.LAUNCH);
case GaugeSet.ID.DOCK: return(GaugeSet.ID.LAND);
case GaugeSet.ID.ORBIT: return(GaugeSet.ID.DOCK);
case GaugeSet.ID.FLIGHT: return(GaugeSet.ID.ORBIT);
case GaugeSet.ID.SET1: return(GaugeSet.ID.FLIGHT);
case GaugeSet.ID.SET2: return(GaugeSet.ID.SET1);
case GaugeSet.ID.SET3: return(GaugeSet.ID.SET2);
default: return(GaugeSet.ID.CLIPBOARD);
}
}
private void CheckIndicatorClick(float x, float y, Rect bounds, GaugeSet.ID id)
{
if (x >= bounds.x && x < bounds.x + bounds.width && y >= bounds.y && y < bounds.y + bounds.height)
{
NanoGauges.configuration.SetGaugeSet(id);
this.gauges.ReflectGaugeSetChange();
}
}
public void CopySelectorPositionFrom(GaugeSet.ID id)
{
GaugeSet source = GaugeSetPool.instance.GetGaugeSet(id);
Pair <int, int> position = source.GetWindowPosition(Constants.WINDOW_ID_GAUGE_SETS);
foreach (GaugeSet set in GaugeSetPool.instance)
{
set.SetWindowPosition(Constants.WINDOW_ID_GAUGE_SETS, position);
}
}
private void ReadGaugeSets(BinaryReader reader)
{
int cnt = reader.ReadInt16();
for (int i = 0; i < cnt; i++)
{
GaugeSet.ID id = (GaugeSet.ID)reader.ReadInt16();
Log.Detail("loading gaugeset " + id);
GaugeSet set = GaugeSetPool.instance.GetGaugeSet(id);
ReadGaugeSet(reader, set);
}
}
private void GaugeSetButton(GaugeSet.ID id, String text)
{
Configuration config = NanoGauges.configuration;
if (GUILayout.Toggle(id == config.GetGaugeSetId(), text, HighLogic.Skin.button))
{
if (config.GetGaugeSetId() != id)
{
Log.Detail("gauge set in config changed to " + id);
config.SetGaugeSet(id);
gauges.ReflectGaugeSetChange();
}
}
}
public override void EnableGauges(GaugeSet set)
{
GaugeSet.ID id = set.GetId();
switch (id)
{
case GaugeSet.ID.STANDARD:
standard.EnableGauges(set);
return;
case GaugeSet.ID.LAUNCH:
launch.EnableGauges(set);
return;
case GaugeSet.ID.FLIGHT:
flight.EnableGauges(set);
return;
case GaugeSet.ID.LAND:
landing.EnableGauges(set);
return;
case GaugeSet.ID.DOCK:
docking.EnableGauges(set);
return;
case GaugeSet.ID.ORBIT:
orbiting.EnableGauges(set);
return;
case GaugeSet.ID.SET1:
set1.EnableGauges(set);
return;
case GaugeSet.ID.SET2:
set2.EnableGauges(set);
return;
case GaugeSet.ID.SET3:
set3.EnableGauges(set);
return;
default:
Log.Warning("unknown gauge sewt ID for layout: " + id);
break;
}
}
private void ReadGaugeSets(BinaryReader reader)
{
// used for decluttering (i.e. show gauges hidden by other gauges)
DefaultLayout layout = new DefaultLayout(NanoGauges.gauges, this);
int cnt = reader.ReadInt16();
for (int i = 0; i < cnt; i++)
{
GaugeSet.ID id = (GaugeSet.ID)reader.ReadInt16();
Log.Detail("loading gaugeset " + id);
GaugeSet set = GaugeSetPool.instance.GetGaugeSet(id);
ReadGaugeSet(reader, set);
if (declutterEnabled)
{
layout.Declutter(set);
}
}
}
public void CopyToClipboard(GaugeSet.ID id)
{
GaugeSet set = GetGaugeSet(id);
CopyToClipboard(set);
}
public GaugeSet GetGaugeSet(GaugeSet.ID id)
{
return(sets[id]);
}
public void SetGaugeSet(GaugeSet.ID set)
{
this.gaugeSet = set;
currentGaugeSet = GaugeSetPool.instance.GetGaugeSet(set);
}
private void DefineDefaultPosition(GaugeSet.ID set, int windowId, bool enabled, ORIGIN origin, int dx, int dy)
{
Dictionary <int, bool> enabledMap = defaultEnabledMap[set];
Dictionary <int, int> positionXMap = defaultPositionXMap[set];
Dictionary <int, int> positionYMap = defaultPositionYMap[set];
int LAYOUT_CELL_X = NanoGauges.configuration.verticalGaugeWidth + Gauges.LAYOUT_GAP;
int LAYOUT_CELL_Y = NanoGauges.configuration.verticalGaugeHeight + Gauges.LAYOUT_GAP;
int LAYOUT_RANGE_X = 3 * LAYOUT_CELL_X / 2;
int LAYOUT_RANGE_Y = 3 * LAYOUT_CELL_Y / 2;
enabledMap.Add(windowId, enabled);
switch (origin)
{
case ORIGIN.RIGHTEDGE:
{
int x0 = Screen.width - LAYOUT_CELL_X;
int y0 = Screen.height / 2;
positionXMap.Add(windowId, x0 + dx);
positionYMap.Add(windowId, y0 + dy);
break;
}
case ORIGIN.BOTTOMRIGHT:
{
int x0 = Screen.width - LAYOUT_CELL_X;
int y0 = Screen.height - LAYOUT_CELL_Y;
positionXMap.Add(windowId, x0 + dx);
positionYMap.Add(windowId, y0 + dy);
break;
}
case ORIGIN.LEFTEDGE:
{
int y0 = Screen.height / 2;
positionXMap.Add(windowId, dx);
positionYMap.Add(windowId, y0 + dy);
break;
}
case ORIGIN.TOPEDGE:
{
int x0 = Screen.width / 2;
positionXMap.Add(windowId, x0 + dx);
positionYMap.Add(windowId, dy);
break;
}
case ORIGIN.BOTTOMEDGE:
{
int x0 = Screen.width / 2;
int y0 = Screen.height - LAYOUT_CELL_Y;
positionXMap.Add(windowId, x0 + dx);
positionYMap.Add(windowId, y0 + dy);
break;
}
case ORIGIN.NAVBALL:
{
int x0 = Screen.width / 2;
int y0 = Screen.height - 200;
positionXMap.Add(windowId, x0 + dx);
positionYMap.Add(windowId, y0 + dy);
break;
}
default:
{
Log.Warning("invalid origin in gauge set " + set + ", window id " + windowId);
positionXMap.Add(windowId, dx);
positionYMap.Add(windowId, dy);
break;
}
}
}
public bool GetDefaultEnabled(GaugeSet.ID set, int windowId)
{
return(true);
}
public int GetDefaultY(GaugeSet.ID set, int windowId)
{
return(0);
}
protected override void OnWindow(int id)
{
// skin
GUI.DrawTexture(skinBounds, skin);
// indicator
GaugeSet.ID currentGaugeSet = NanoGauges.configuration.GetGaugeSetId();
Texture2D indicatorSkin = INDICATOR__ON_SKIN;
if (NanoGauges.profileManager.enabled)
{
if (!NanoGauges.profileManager.IsProfileChangeLocked())
{
indicatorSkin = INDICATOR__AUTO_SKIN;
}
else
{
indicatorSkin = INDICATOR__LOCKED_SKIN;
}
}
switch (currentGaugeSet)
{
case GaugeSet.ID.STANDARD:
GUI.DrawTexture(BOUNDS_INDICATOR_STD, indicatorSkin);
break;
case GaugeSet.ID.LAUNCH:
GUI.DrawTexture(BOUNDS_INDICATOR_LAU, indicatorSkin);
break;
case GaugeSet.ID.LAND:
GUI.DrawTexture(BOUNDS_INDICATOR_LAN, indicatorSkin);
break;
case GaugeSet.ID.DOCK:
GUI.DrawTexture(BOUNDS_INDICATOR_DCK, indicatorSkin);
break;
case GaugeSet.ID.ORBIT:
GUI.DrawTexture(BOUNDS_INDICATOR_ORB, indicatorSkin);
break;
case GaugeSet.ID.FLIGHT:
GUI.DrawTexture(BOUNDS_INDICATOR_FLT, indicatorSkin);
break;
case GaugeSet.ID.SET1:
GUI.DrawTexture(BOUNDS_INDICATOR_S_1, indicatorSkin);
break;
case GaugeSet.ID.SET2:
GUI.DrawTexture(BOUNDS_INDICATOR_S_2, indicatorSkin);
break;
case GaugeSet.ID.SET3:
GUI.DrawTexture(BOUNDS_INDICATOR_S_3, indicatorSkin);
break;
}
// Mouseclicks
Event e = Event.current;
if (e.type == EventType.MouseDown && e.button == 0)
{
float x = e.mousePosition.x;
float y = e.mousePosition.y;
CheckIndicatorClick(x, y, BOUNDS_INDICATOR_STD, GaugeSet.ID.STANDARD);
CheckIndicatorClick(x, y, BOUNDS_INDICATOR_LAU, GaugeSet.ID.LAUNCH);
CheckIndicatorClick(x, y, BOUNDS_INDICATOR_LAN, GaugeSet.ID.LAND);
CheckIndicatorClick(x, y, BOUNDS_INDICATOR_DCK, GaugeSet.ID.DOCK);
CheckIndicatorClick(x, y, BOUNDS_INDICATOR_ORB, GaugeSet.ID.ORBIT);
CheckIndicatorClick(x, y, BOUNDS_INDICATOR_FLT, GaugeSet.ID.FLIGHT);
CheckIndicatorClick(x, y, BOUNDS_INDICATOR_S_1, GaugeSet.ID.SET1);
CheckIndicatorClick(x, y, BOUNDS_INDICATOR_S_2, GaugeSet.ID.SET2);
CheckIndicatorClick(x, y, BOUNDS_INDICATOR_S_3, GaugeSet.ID.SET3);
}
}
protected override void OnWindow(int id)
{
// skin
GUI.DrawTexture(skinBounds, skin);
// indicator
GaugeSet.ID currentGaugeSet = NanoGauges.configuration.GetGaugeSetId();
switch (currentGaugeSet)
{
case GaugeSet.ID.STANDARD:
GUI.DrawTexture(BOUNDS_INDICATOR_STD, INDICATOR__ON_SKIN);
break;
case GaugeSet.ID.LAUNCH:
GUI.DrawTexture(BOUNDS_INDICATOR_LAU, INDICATOR__ON_SKIN);
break;
case GaugeSet.ID.LAND:
GUI.DrawTexture(BOUNDS_INDICATOR_LAN, INDICATOR__ON_SKIN);
break;
case GaugeSet.ID.DOCK:
GUI.DrawTexture(BOUNDS_INDICATOR_DCK, INDICATOR__ON_SKIN);
break;
case GaugeSet.ID.ORBIT:
GUI.DrawTexture(BOUNDS_INDICATOR_ORB, INDICATOR__ON_SKIN);
break;
case GaugeSet.ID.FLIGHT:
GUI.DrawTexture(BOUNDS_INDICATOR_FLT, INDICATOR__ON_SKIN);
break;
case GaugeSet.ID.SET1:
GUI.DrawTexture(BOUNDS_INDICATOR_S_1, INDICATOR__ON_SKIN);
break;
case GaugeSet.ID.SET2:
GUI.DrawTexture(BOUNDS_INDICATOR_S_2, INDICATOR__ON_SKIN);
break;
case GaugeSet.ID.SET3:
GUI.DrawTexture(BOUNDS_INDICATOR_S_3, INDICATOR__ON_SKIN);
break;
}
// Mouseclicks
Event e = Event.current;
if (e.type == EventType.MouseDown && e.button == 0)
{
float x = e.mousePosition.x;
float y = e.mousePosition.y;
CheckIndicatorClick(x, y, BOUNDS_INDICATOR_STD, GaugeSet.ID.STANDARD);
CheckIndicatorClick(x, y, BOUNDS_INDICATOR_LAU, GaugeSet.ID.LAUNCH);
CheckIndicatorClick(x, y, BOUNDS_INDICATOR_LAN, GaugeSet.ID.LAND);
CheckIndicatorClick(x, y, BOUNDS_INDICATOR_DCK, GaugeSet.ID.DOCK);
CheckIndicatorClick(x, y, BOUNDS_INDICATOR_ORB, GaugeSet.ID.ORBIT);
CheckIndicatorClick(x, y, BOUNDS_INDICATOR_FLT, GaugeSet.ID.FLIGHT);
CheckIndicatorClick(x, y, BOUNDS_INDICATOR_S_1, GaugeSet.ID.SET1);
CheckIndicatorClick(x, y, BOUNDS_INDICATOR_S_2, GaugeSet.ID.SET2);
CheckIndicatorClick(x, y, BOUNDS_INDICATOR_S_3, GaugeSet.ID.SET3);
}
}
private void SetGaugeSet(GaugeSet.ID id)
{
Log.Detail("SetGaugeSet to " + id);
configuration.SetGaugeSet(id);
gauges.ReflectGaugeSetChange();
}
public bool IsCurrentGaugeSet(GaugeSet.ID id)
{
return(currentGaugeSet.GetId() == id);
}