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gw2tactical.cpp
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gw2tactical.cpp
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#include "gw2tactical.h"
#include "MumbleLink.h"
#include "Bedrock/UtilLib/PNGDecompressor.h"
#include "OverlayConfig.h"
#include <mmsystem.h>
#include "TrailLogger.h"
#include "Bedrock/UtilLib/miniz.c"
#include "WvW.h"
#include "Language.h"
#include "GW2API.h"
#include "OverlayApplication.h"
#include "Bedrock/UtilLib/jsonxx.h"
using namespace jsonxx;
WBATLASHANDLE DefaultIconHandle = -1;
WBATLASHANDLE forbiddenIconHandle = -1;
CSize forbiddenIconSize;
CDictionary<CString, WBATLASHANDLE> MapIcons;
GW2TacticalCategory CategoryRoot;
CDictionaryEnumerable<CString, GW2TacticalCategory*> CategoryMap;
TS32 useMetricDisplay = 0;
CString emptyString;
CArray<CString> stringArray;
float GetUIScale();
float globalOpacity = 1.0f;
float minimapOpacity = 1.0f;
TS32 AddStringToMap( const CString& string )
{
if ( !string.Length() )
return -1;
return stringArray.AddUnique( string );
}
CString& GetStringFromMap( TS32 idx )
{
if (idx<0 || idx>=stringArray.NumItems() )
return emptyString;
return stringArray[ idx ];
}
TS32 tacoStartTime = timeGetTime();
TS32 GetTime()
{
return timeGetTime() - tacoStartTime;
}
void UpdateWvWStatus();
void FindClosestRouteMarkers( TBOOL force )
{
for ( TS32 x = 0; x < Routes.NumItems(); x++ )
{
if ( !force && Routes[ x ].activeItem != -1 )
continue;
if ( Routes[ x ].MapID == mumbleLink.mapID && Routes[ x ].hasResetPos && ( Routes[ x ].resetPos - mumbleLink.charPosition ).Length() < Routes[ x ].resetRad )
Routes[ x ].activeItem = 0;
TF32 closestdist = 1000000000;
TS32 closest = -1;
for ( TS32 y = 0; y < Routes[ x ].route.NumItems(); y++ )
{
GUID g = Routes[ x ].route[ y ];
if ( POIs.HasKey( g ) )
{
POI &p = POIs[ g ];
if ( !p.mapID == mumbleLink.mapID )
continue;
TF32 dist = ( p.position - mumbleLink.charPosition ).Length();
if ( dist < closestdist )
{
closestdist = dist;
closest = y;
Routes[ x ].activeItem = y;
}
}
}
}
}
GW2TacticalCategory *GetCategory( CString s )
{
s.ToLower();
if ( CategoryMap.HasKey( s ) )
return CategoryMap[ s ];
return nullptr;
}
CDictionary<CString, mz_zip_archive*> zipDict;
void FlushZipDict()
{
for ( int x = 0; x < zipDict.NumItems(); x++ )
{
auto i = zipDict.GetByIndex( x );
if ( i )
mz_zip_reader_end( i );
}
zipDict.FreeAll();
}
mz_zip_archive* OpenZipFile( const CString& zipFile )
{
if ( !zipDict.HasKey( zipFile ) )
{
mz_zip_archive* zip = new mz_zip_archive;
memset( zip, 0, sizeof( mz_zip_archive ) );
if ( !mz_zip_reader_init_file( zip, zipFile.GetPointer(), 0 ) )
{
LOG_ERR("[GW2TacO] Failed to open zip archive %s", zipFile.GetPointer());
zipDict[ zipFile ] = nullptr;
delete zip;
}
else
{
zipDict[ zipFile ] = zip;
}
}
return zipDict[ zipFile ];
}
WBATLASHANDLE GetMapIcon( CWBApplication *App, CString &filename, const CString &zipFile, const CString& categoryZip )
{
for ( TU32 x = 0; x < filename.Length(); x++ )
if ( filename[ x ] == '\\' ) filename[ x ] = '/';
CString s = ( zipFile.Length() ? ( zipFile + "\\" ) : "" ) + filename;
s.ToLower();
if ( MapIcons.HasKey( s ) )
return MapIcons[ s ];
if ( DefaultIconHandle == -1 )
{
DefaultIconHandle = App->GetSkin()->GetElement( App->GetSkin()->GetElementID( CString( _T( "defaulticon" ) ) ) )->GetHandle();
}
if ( forbiddenIconHandle == -1 )
{
forbiddenIconHandle = App->GetSkin()->GetElement( App->GetSkin()->GetElementID( CString( _T( "forbiddenicon" ) ) ) )->GetHandle();
forbiddenIconSize = App->GetAtlas()->GetSize( forbiddenIconHandle );
}
if ( zipFile.Length() || categoryZip.Length() )
{
// we didn't find an entry from within the zip file, try to load it
for (int x = 0; x < 2; x++)
{
if (!zipFile.Length() && x == 0)
continue;
if (!categoryZip.Length() && x == 1)
continue;
mz_zip_archive* zip = x == 0 ? OpenZipFile(zipFile) : OpenZipFile(categoryZip);
if (zip)
{
int idx = mz_zip_reader_locate_file(zip, filename.GetPointer(), nullptr, 0);
if (idx >= 0 && !mz_zip_reader_is_file_a_directory(zip, idx))
{
mz_zip_archive_file_stat stat;
if (mz_zip_reader_file_stat(zip, idx, &stat) && stat.m_uncomp_size > 0)
{
TU8* data = new TU8[(TS32)stat.m_uncomp_size];
if (mz_zip_reader_extract_to_mem(zip, idx, data, (TS32)stat.m_uncomp_size, 0))
{
TU8* imageData = nullptr;
TS32 xres, yres;
if (DecompressPNG(data, (TS32)stat.m_uncomp_size, imageData, xres, yres))
{
ARGBtoABGR(imageData, xres, yres);
auto handle = App->GetAtlas()->AddImage(imageData, xres, yres, CRect(0, 0, xres, yres));
//ExportPNG( imageData, xres, yres, false, CString::Format( "debugexport\\%d.png", cntr++ ) );
SAFEDELETEA(imageData);
MapIcons[s] = handle;
delete[] data;
return handle;
}
else
LOG_ERR("[GWTacO] Failed to decompress png %s form archive %s", filename.GetPointer(), x == 0 ? zipFile.GetPointer() : categoryZip.GetPointer());
}
delete[] data;
}
}
}
}
// zipfile load failed, fall back to regular load and add it as an alias
WBATLASHANDLE handle = GetMapIcon( App, filename, "", "" );
if ( handle == DefaultIconHandle )
return handle;
MapIcons[ s ] = handle;
return handle;
}
CStreamReaderMemory f;
if (!f.Open(s.GetPointer()) && !f.Open((CString("POIs\\") + s).GetPointer()))
{
LOG_ERR("[GWTacO] Failed to open image %s", s.GetPointer());
return DefaultIconHandle;
}
TU8 *imageData = nullptr;
TS32 xres, yres;
if (!DecompressPNG(f.GetData(), (TS32)f.GetLength(), imageData, xres, yres))
{
LOG_ERR("[GWTacO] Failed to decompress png %s", s.GetPointer());
return DefaultIconHandle;
}
ARGBtoABGR( imageData, xres, yres );
auto handle = App->GetAtlas()->AddImage( imageData, xres, yres, CRect( 0, 0, xres, yres ) );
SAFEDELETEA( imageData );
MapIcons[ s ] = handle;
//LOG_DBG( "Created icon with handle %d from %s", handle, s.GetPointer() );
return handle;
}
CDictionaryEnumerable<GUID, POI> POIs;
CDictionaryEnumerable<POIActivationDataKey, POIActivationData> ActivationData;
extern CDictionaryEnumerable<GUID, GW2Trail*> trails;
CArray<POIRoute> Routes;
TU32 DictionaryHash( const GUID &i )
{
TU8 *dta = (TU8*)( &i );
TU32 Hash = 5381;
for ( int x = 0; x < sizeof( GUID ); x++ )
Hash = ( ( Hash << 5 ) + Hash ) + dta[ x ]; // hash * 33 + c
return Hash;
}
TU32 DictionaryHash( const POIActivationDataKey &i )
{
TU8 *dta = (TU8*)( &i );
TU32 Hash = 5381;
for ( int x = 0; x < sizeof( POIActivationDataKey ); x++ )
Hash = ( ( Hash << 5 ) + Hash ) + dta[ x ]; // hash * 33 + c
return Hash;
}
float distPointPlane( CVector3 vPoint, CPlane plane )
{
return vPoint*plane.Normal + plane.D;
}
float distRayPlane( CVector3 vRayOrigin, CVector3 vnRayVector, CVector3 vnPlaneNormal, float planeD )
{
float cosAlpha;
float deltaD;
cosAlpha = vnRayVector * vnPlaneNormal;
// parallel to the plane (alpha=90)
if ( cosAlpha == 0 ) return -1.0f;
deltaD = planeD - vRayOrigin*vnPlaneNormal;
return ( deltaD / cosAlpha );
}
bool testfrustum( CVector3 c, CPlane planes[ 4 ], int skip )
{
bool v = c.z > 0;
for ( int x = 0; x < 4; x++ )
if ( x != skip )
v = v && ( distPointPlane( c, planes[ x ] ) < 0 );
return v;
}
void SetRotate( CMatrix4x4 &m, float x, float y, float z, float phi )
{
m.Rotation( CQuaternion::FromAxisAngle( CVector3( x, y, z ), phi ) );
}
CVector3 GW2TacticalDisplay::ProjectTacticalPos( CVector3 pos, TF32 fov, TF32 asp )
{
CVector3 p = pos;
TF32 length = p.Length();
float yfov = fov / 2.0f;
CVector3 fln, frn, fun, fdn;
CMatrix4x4 rotm;
float xfov = atan( asp*tan( yfov ) );
rotm = CMatrix4x4::Rotation( CQuaternion::FromAxisAngle( CVector3( 0, 1, 0 ), -xfov ) );
fln = CVector3( -1, 0, 0 ) * rotm;
rotm = CMatrix4x4::Rotation( CQuaternion::FromAxisAngle( CVector3( 0, 1, 0 ), xfov ) );
frn = CVector3( 1, 0, 0 ) * rotm;
rotm = CMatrix4x4::Rotation( CQuaternion::FromAxisAngle( CVector3( 1, 0, 0 ), -yfov ) );
fun = CVector3( 0, 1, 0 ) * rotm;
rotm = CMatrix4x4::Rotation( CQuaternion::FromAxisAngle( CVector3( 1, 0, 0 ), yfov ) );
fdn = CVector3( 0, -1, 0 ) * rotm;
CPlane fplanes[ 4 ];
fplanes[ 0 ] = CPlane( CVector3( 0, 0, 0 ), fln );
fplanes[ 1 ] = CPlane( CVector3( 0, 0, 0 ), frn );
fplanes[ 2 ] = CPlane( CVector3( 0, 0, 0 ), fun );
fplanes[ 3 ] = CPlane( CVector3( 0, 0, 0 ), fdn );
float ax = atan2( p.x, p.z );
float ay = atan2( p.y, p.z );
if ( !testfrustum( p, fplanes, -1 ) )
{
CVector3 o = p;
CVector3 res[ 4 ];
float di[ 4 ];
CVector3 vn = ( p - CVector3( 0, 0, 1 ) ).Normalized();
di[ 0 ] = distRayPlane( p, vn, fln, 0 );
di[ 1 ] = distRayPlane( p, vn, frn, 0 );
di[ 2 ] = distRayPlane( p, vn, fun, 0 );
di[ 3 ] = distRayPlane( p, vn, fdn, 0 );
bool ok[ 4 ];
float m = 0;
for ( int x = 0; x < 4; x++ )
{
res[ x ] = o + vn*di[ x ];
ok[ x ] = testfrustum( res[ x ], fplanes, x );
if ( ok[ x ] )
{
di[ x ] = ( o - res[ x ] ).Length();
m = di[ x ];
p = res[ x ];
}
}
for ( int x = 0; x < 4; x++ )
if ( ok[ x ] && di[ x ] < m )
{
p = res[ x ];
m = di[ x ];
}
}
return p.Normalized()*length;
}
float GetMapFade()
{
#define MAPFADELENGTH 250
int lastMapTime = globalTimer.GetTime() - mumbleLink.lastMapChangeTime;
if ( mumbleLink.isMapOpen && lastMapTime > MAPFADELENGTH )
return 0.0f;
float mapFade = 1.0f;
if ( mumbleLink.isMapOpen )
{
lastMapTime = MAPFADELENGTH - lastMapTime;
mapFade = min( 1.0f, lastMapTime / float( MAPFADELENGTH ) );
}
return mapFade;
}
void GW2TacticalDisplay::FetchAchievements()
{
if (GW2::apiKeyManager.GetStatus() != GW2::APIKeyManager::Status::OK)
return;
GW2::APIKey* key = GW2::apiKeyManager.GetIdentifiedAPIKey();
if ( key && key->valid && ( GetTime() - lastFetchTime > 150000 || !lastFetchTime ) && !beingFetched && !fetchThread.joinable() )
{
beingFetched = true;
fetchThread = std::thread( [ this, key ]()
{
CString dungeonFrequenterStatus = CString( "{\"achievements\":" ) + key->QueryAPI( "v2/account/achievements" ) + "}";
Object json;
json.parse( dungeonFrequenterStatus.GetPointer() );
if ( json.has<Array>( "achievements" ) )
{
auto achiData = json.get<Array>( "achievements" ).values();
CDictionary<TS32, Achievement> incoming;
for ( unsigned int x = 0; x < achiData.size(); x++ )
{
if ( !achiData[ x ]->is<Object>() )
continue;
auto& data = achiData[ x ]->get<Object>();
if ( !data.has<Boolean>( "done" ) )
continue;
TBOOL done = data.get<Boolean>( "done" );
if ( !data.has<Number>( "id" ) )
continue;
TS32 achiId = TS32( data.get<Number>( "id" ) );
incoming[achiId].done = done;
if ( !done && data.has<Array>( "bits" ) )
{
auto& bitArray = incoming[ achiId ].bits;
auto bits = data.get<Array>( "bits" ).values();
for ( unsigned int y = 0; y < bits.size(); y++ )
{
if ( !bits[ y ]->is<Number>() )
continue;
bitArray += TS32( bits[ y ]->get<Number>() );
}
}
else
if ( done )
incoming[ achiId ].bits.FlushFast();
}
{
CLightweightCriticalSection cs( &dataWriteCritSec );
achievements = incoming;
}
}
beingFetched = false;
achievementsFetched = true;
} );
}
if ( !beingFetched && fetchThread.joinable() )
{
lastFetchTime = GetTime();
fetchThread.join();
}
}
void GW2TacticalDisplay::InsertPOI( POI& poi )
{
if ( poi.mapID != mumbleLink.mapID )
return;
if ( poi.routeMember )
{
TBOOL discard = true;
for ( TS32 y = 0; y < Routes.NumItems(); y++ )
{
if ( Routes[ y ].activeItem >= 0 )
{
if ( Routes[ y ].route[ Routes[ y ].activeItem ] == poi.guid )
{
discard = false;
break;
}
}
}
if ( discard )
return;
}
poi.cameraSpacePosition = CVector4( poi.position.x, poi.position.y + poi.typeData.height, poi.position.z, 1.0f )*cam;
minimapPOIs.Add( &poi );
if ( poi.typeData.fadeFar >= 0 && poi.typeData.fadeNear >= 0 )
{
TF32 dist = WorldToGameCoords( poi.cameraSpacePosition.Length() );
if ( dist > poi.typeData.fadeFar )
return;
}
mapPOIs.Add( &poi );
}
void GW2TacticalDisplay::DrawPOI( CWBDrawAPI *API, const tm& ptm, const time_t& currtime, POI& poi, bool drawDistance, CString& infoText)
{
TBOOL drawCountdown = false;
TS32 timeLeft;
float alphaMultiplier = 1;
if ( !poi.IsVisible( ptm, currtime, achievementsFetched, achievements, dataWriteCritSec ) )
return;
if ( poi.typeData.behavior == POIBehavior::WvWObjective )
{
time_t elapsedtime = currtime - poi.lastUpdateTime;
if ( elapsedtime < 300 )
{
timeLeft = (TS32)( 300 - elapsedtime );
drawCountdown = true;
}
}
if ( poi.typeData.behavior == POIBehavior::ReappearAfterTimer )
{
time_t elapsedtime = currtime - poi.lastUpdateTime;
if ( elapsedtime < poi.typeData.resetLength )
{
if ( poi.typeData.bits.hasCountdown )
{
timeLeft = (TS32)( poi.typeData.resetLength - elapsedtime );
drawCountdown = true;
}
else
return;
}
TF32 dist = (poi.position - mumbleLink.charPosition).Length();
if ( !drawCountdown && ( poi.typeData.bits.autoTrigger || poi.typeData.bits.hasCountdown ) && ( dist <= poi.typeData.triggerRange ) )
{
//auto trigger
POIActivationData d;
time( &d.lastUpdateTime );
poi.lastUpdateTime = d.lastUpdateTime;
d.poiguid = poi.guid;
int data = 0;
if ( poi.typeData.behavior == POIBehavior::OncePerInstance )
data = mumbleLink.mapInstance;
if ( poi.typeData.behavior == POIBehavior::DailyPerChar )
data = mumbleLink.charIDHash;
if ( poi.typeData.behavior == POIBehavior::OncePerInstancePerChar )
data = mumbleLink.charIDHash^mumbleLink.mapInstance;
ActivationData[ POIActivationDataKey( poi.guid, data ) ] = d;
}
}
if ( poi.typeData.info >= 0 )
{
if ( ( poi.position - mumbleLink.charPosition ).Length() <= poi.typeData.infoRange )
{
infoText += GetStringFromMap( poi.typeData.info ) + "\n";
}
}
if ( poi.routeMember && ( ( poi.position - mumbleLink.charPosition ).Length() <= poi.typeData.triggerRange ) )
{
for ( TS32 y = 0; y < Routes.NumItems(); y++ )
{
if ( Routes[ y ].activeItem < 0 )
return;
if ( Routes[ y ].route[ Routes[ y ].activeItem ] == poi.guid )
{
//progress route
if ( Routes[ y ].backwards )
Routes[ y ].activeItem -= 1;
else
Routes[ y ].activeItem += 1;
Routes[ y ].activeItem = ( Routes[ y ].activeItem + Routes[ y ].route.NumItems() ) % Routes[ y ].route.NumItems();
}
}
}
// get alpha for map
float mapFade = GetMapFade();
if ( !poi.icon )
{
poi.icon = GetMapIcon(App, GetStringFromMap(poi.iconFile), GetStringFromMap(poi.zipFile), poi.category ? GetStringFromMap(poi.category->zipFile) : "");
//LOG_DBG( "[GW2TacO] Icon is %s", GetStringFromMap( poi.iconFile ).GetPointer() );
}
WBATLASHANDLE icon = poi.icon;
TF32 size = poi.typeData.size;
TF32 Alpha = poi.typeData.alpha;
auto camspace = poi.cameraSpacePosition;
auto screenpos = camspace;
CVector4 camspacex = camspace + CVector4( 0.5f, 0, 0, 0 )*size;
if ( TacticalIconsOnEdge )
{
screenpos /= screenpos.w;
CVector3 projpos = ProjectTacticalPos( screenpos, mumbleLink.fov, asp );
screenpos.x = projpos.x;
screenpos.y = projpos.y;
screenpos.z = projpos.z;
//screenpos.Normalize();
//screenpos *= camspace.Length();
camspace = screenpos;
camspacex = camspace + CVector4( 0.5f, 0, 0, 0 )*size;
}
if ( !TacticalIconsOnEdge && camspace.z <= 0 ) return;
TF32 dist = WorldToGameCoords( camspace.Length() );
if ( poi.typeData.fadeNear >= 0 && poi.typeData.fadeFar >= 0 )
{
TF32 fadeAlpha = 1;
if ( dist > poi.typeData.fadeFar )
return;
if ( dist > poi.typeData.fadeNear )
fadeAlpha = 1 - ( dist - poi.typeData.fadeNear ) / ( poi.typeData.fadeFar - poi.typeData.fadeNear );
Alpha *= fadeAlpha;
}
camspace = camspace*persp;
camspace /= camspace.w;
screenpos = screenpos*persp;
screenpos /= screenpos.w;
camspacex = camspacex*persp;
camspacex /= camspacex.w;
//CSize iconsize = poi.iconSize;
int s = (int)min( poi.typeData.maxSize, max( poi.typeData.minSize, abs( ( camspacex - camspace ).x )*drawrect.Width() ) );
//if (TacticalIconsOnEdge)
// s = (int)min(max(iconsize.x, iconsize.y) / 2.0f, s);
if ( poi.typeData.behavior == POIBehavior::WvWObjective )
{
alphaMultiplier = max( 0, min( 1, powf( CVector2( screenpos ).Length(), 2 ) + 0.3f ) );
}
screenpos = screenpos*0.5 + CVector4( 0.5, 0.5, 0.5, 0.0 );
CPoint p = CPoint( (int)( screenpos.x*drawrect.Width() ), (int)( ( 1 - screenpos.y )*drawrect.Height() ) );
CRect rect = CRect( p - CPoint( s, s ), p + CPoint( s, s ) );
if ( TacticalIconsOnEdge )
{
TS32 edge = poi.typeData.minSize;
CPoint cp = rect.Center();
if ( cp.x < edge )
rect = rect + CPoint( edge - cp.x, 0 );
if ( cp.x > drawrect.x2 - edge )
rect = rect - CPoint( drawrect.x2 - cp.x + edge, 0 );
if ( cp.y < edge )
rect = rect + CPoint( 0, edge - cp.y );
if ( cp.y > drawrect.y2 - edge )
rect = rect - CPoint( 0, drawrect.y2 - cp.y + edge );
}
if ( !drawCountdown || poi.typeData.behavior == POIBehavior::WvWObjective )
{
CColor col = poi.typeData.color;
if ( icon != DefaultIconHandle )
col.A() = TU8( col.A() * Alpha * alphaMultiplier * mapFade * globalOpacity );
else
col.A() = TU8( col.A() * mapFade * globalOpacity);
API->DrawAtlasElement( icon, rect, false, false, true, true, col );
}
if ( drawWvWNames && poi.typeData.behavior == POIBehavior::WvWObjective )
{
CWBFont *f = App->GetDefaultFont();
extern CArray<WvWObjective> wvwObjectives;
CString wvwObjectiveName;
if ( poi.wvwObjectiveID < wvwObjectives.NumItems() )
wvwObjectiveName = DICT( wvwObjectives[ poi.wvwObjectiveID ].nameToken, wvwObjectives[ poi.wvwObjectiveID ].name );
if ( wvwObjectiveName.Length() )
{
p = f->GetTextPosition( wvwObjectiveName.GetPointer(), rect, WBTA_CENTERX, WBTA_TOP, WBTT_UPPERCASE, false ) - CPoint( 0, f->GetLineHeight() );
for ( TS32 x = 0; x < 3; x++ )
for ( TS32 y = 0; y < 3; y++ )
f->Write( API, wvwObjectiveName, p + CPoint( x - 1, y - 1 ), CColor( 0, 0, 0, TU8( 255 * alphaMultiplier * globalOpacity * mapFade / 2.0f ) ), WBTT_UPPERCASE, false );
f->Write( API, wvwObjectiveName, p, CColor( 255, 255, 0, TU8( 255 * alphaMultiplier * mapFade * globalOpacity) ), WBTT_UPPERCASE, false );
}
}
if ( drawCountdown )
{
CWBFont *f = GetFont( GetState() );
if ( !f )
return;
if ( poi.typeData.behavior == POIBehavior::WvWObjective )
f = App->GetDefaultFont();
CString txt;
TS32 seconds = timeLeft % 60;
TS32 minutes = ( timeLeft - seconds ) / 60;
TS32 hours = ( timeLeft - seconds - minutes * 60 ) / 60;
if ( hours )
txt += CString::Format( "%.2d:", hours );
if ( minutes )
txt += CString::Format( "%.2d:", minutes );
txt += CString::Format( "%.2d", seconds );
TS32 offset = 0;
if ( drawDistance )
offset += f->GetLineHeight();
CPoint p;
if ( poi.typeData.behavior == POIBehavior::WvWObjective )
{
if ( forbiddenIconHandle != -1 )
{
CColor col = 0xffffffff;
if ( icon != DefaultIconHandle )
col.A() = TU8( col.A() * Alpha * alphaMultiplier * mapFade * globalOpacity);
else
col.A() = TU8( col.A() * mapFade * globalOpacity);
API->DrawAtlasElement( forbiddenIconHandle, rect, false, false, true, true, col );
}
p = f->GetTextPosition( txt.GetPointer(), rect, WBTA_CENTERX, WBTA_BOTTOM, WBTT_NONE, false ) + CPoint( 0, f->GetLineHeight() + offset );
for ( TS32 x = 0; x < 3; x++ )
for ( TS32 y = 0; y < 3; y++ )
f->Write( API, txt, p + CPoint( x - 1, y - 1 ), CColor( 0, 0, 0, TU8( 255 * alphaMultiplier * globalOpacity * mapFade / 2.0f ) ), WBTT_NONE, false );
f->Write( API, txt, p, CColor( 255, 255, 0, TU8( 255 * alphaMultiplier * mapFade * globalOpacity) ), WBTT_NONE, false );
}
else
{
p = f->GetTextPosition( txt.GetPointer(), rect, WBTA_CENTERX, WBTA_CENTERY, WBTT_NONE, false );
p.y += offset;
f->Write( API, txt, p, CColor( 255, 255, 0, TU8( 255 * mapFade * globalOpacity ) ), WBTT_NONE, false );
}
}
if ( drawDistance )
{
CWBFont *f = App->GetDefaultFont();
if ( !f )
return;
if ( Alpha*alphaMultiplier > 0 )
{
TF32 charDist = WorldToGameCoords( ( poi.position - mumbleLink.charPosition ).Length() );
CString txt;
if ( !useMetricDisplay )
txt = CString::Format( "%d", (TS32)charDist );
else
{
charDist *= 0.0254f;
txt = CString::Format( "%.1fm", charDist );
}
p = f->GetTextPosition( txt.GetPointer(), rect, WBTA_CENTERX, WBTA_BOTTOM, WBTT_NONE, false ) + CPoint( 0, f->GetLineHeight() );
for ( TS32 x = 0; x < 3; x++ )
for ( TS32 y = 0; y < 3; y++ )
f->Write( API, txt, p + CPoint( x - 1, y - 1 ), CColor( 0, 0, 0, TU8( 255 * Alpha * alphaMultiplier * globalOpacity * mapFade / 2.0f ) ), WBTT_NONE, false );
f->Write( API, txt, p, CColor( 255, 255, 255, TU8( 255 * Alpha * alphaMultiplier * mapFade * globalOpacity) ), WBTT_NONE, false );
}
}
}
TF32 uiScale = 1.0f;
void GW2TacticalDisplay::DrawPOIMinimap( CWBDrawAPI *API, const CRect& miniRect, CVector2& pos, const tm& ptm, const time_t& currtime, POI& poi, float alpha, float zoomLevel )
{
if ( alpha <= 0 )
return;
if ( !poi.IsVisible( ptm, currtime, achievementsFetched, achievements, dataWriteCritSec ) )
return;
if ( !poi.typeData.bits.keepOnMapEdge && !miniRect.Contains( CPoint( TS32( pos.x ), TS32( pos.y ) ) ) )
return;
if ( poi.typeData.bits.keepOnMapEdge )
{
pos.x = min( miniRect.x2, max( miniRect.x1, pos.x ) );
pos.y = min( miniRect.y2, max( miniRect.y1, pos.y ) );
}
if ( !poi.icon )
{
poi.icon = GetMapIcon(App, GetStringFromMap(poi.iconFile), GetStringFromMap(poi.zipFile), poi.category ? GetStringFromMap(poi.category->zipFile) : "");
//LOG_DBG( "[GW2TacO] Icon is %s", GetStringFromMap( poi.iconFile ).GetPointer() );
}
TF32 poiSize = TF32( poi.typeData.miniMapSize );
if ( poi.typeData.bits.scaleWithZoom )
poiSize /= zoomLevel;
poiSize *= uiScale;
alpha *= 1.0f - max( 0.0f, min( 1.0f, ( zoomLevel - poi.typeData.miniMapFadeOutLevel ) / 2.0f ) );
CVector2 startPoint = pos - CVector2( poiSize / 2.0f, poiSize / 2.0f );
CPoint topLeft = CPoint( TS32( startPoint.x ), TS32( startPoint.y ) );
CRect displayRect( topLeft, topLeft );
displayRect.x2 = topLeft.x + TS32( poiSize );
displayRect.y2 = topLeft.y + TS32( poiSize );
CColor col = poi.typeData.color;
col.A() = TU8( col.A() * alpha * minimapOpacity * poi.typeData.alpha );
API->DrawAtlasElement( poi.icon, displayRect, false, false, true, true, col );
}
void GW2TacticalDisplay::OnDraw( CWBDrawAPI *API )
{
//default values
if ( !HasConfigValue( "TacticalIconsOnEdge" ) )
SetConfigValue( "TacticalIconsOnEdge", 1 );
if ( !HasConfigValue( "TacticalLayerVisible" ) )
SetConfigValue( "TacticalLayerVisible", 1 );
if ( !HasConfigValue( "DrawWvWNames" ) )
SetConfigValue( "DrawWvWNames", 1 );
if ( !HasConfigValue( "TacticalDrawDistance" ) )
SetConfigValue( "TacticalDrawDistance", 0 );
if (!HasConfigValue("UseMetricDisplay"))
SetConfigValue("UseMetricDisplay", 0);
if ( !HasConfigValue( "OpacityIngame" ) )
SetConfigValue( "OpacityIngame", 0 );
if (!HasConfigValue("OpacityMap"))
SetConfigValue("OpacityMap", 0);
if (!HasConfigValue("TacticalInfoTextVisible"))
SetConfigValue("TacticalInfoTextVisible", 1);
int opac = GetConfigValue("OpacityIngame");
if (opac == 0)
globalOpacity = 1.0f;
if (opac == 1)
globalOpacity = 2 / 3.0f;
if (opac == 2)
globalOpacity = 1 / 3.0f;
opac = GetConfigValue("OpacityMap");
if (opac == 0)
minimapOpacity = 1.0f;
if (opac == 1)
minimapOpacity = 2 / 3.0f;
if (opac == 2)
minimapOpacity = 1 / 3.0f;
useMetricDisplay = GetConfigValue( "UseMetricDisplay" );
if ( !GetConfigValue( "TacticalLayerVisible" ) )
return;
if ( !mumbleLink.IsValid() )
return;
uiScale = GetUIScale();
if ( !HasConfigValue( "ShowMinimapMarkers" ) )
SetConfigValue( "ShowMinimapMarkers", 1 );
int showMinimapMarkers = GetConfigValue( "ShowMinimapMarkers" );
if ( !HasConfigValue( "ShowBigmapMarkers" ) )
SetConfigValue( "ShowBigmapMarkers", 1 );
int showBigmapMarkers = GetConfigValue( "ShowBigmapMarkers" );
if ( !HasConfigValue( "ShowInGameMarkers" ) )
SetConfigValue( "ShowInGameMarkers", 1 );
int showIngameMarkers = GetConfigValue( "ShowInGameMarkers" );
FetchAchievements();
UpdateWvWStatus();
TacticalIconsOnEdge = GetConfigValue( "TacticalIconsOnEdge" );
drawWvWNames = GetConfigValue( "DrawWvWNames" ) != 0;
bool drawDistance = GetConfigValue( "TacticalDrawDistance" ) != 0;
time_t rawtime;
time( &rawtime );
struct tm ptm;
gmtime_s( &ptm, &rawtime );
mapPOIs.FlushFast();
minimapPOIs.FlushFast();
drawrect = GetClientRect();
cam.SetLookAtLH( mumbleLink.camPosition, mumbleLink.camPosition + mumbleLink.camDir, CVector3( 0, 1, 0 ) );
persp.SetPerspectiveFovLH( mumbleLink.fov, drawrect.Width() / (TF32)drawrect.Height(), 0.01f, 1000.0f );
asp = drawrect.Width() / (TF32)drawrect.Height();
for ( int x = 0; x < POIs.NumItems(); x++ )
{
auto &poi = POIs.GetByIndex( x );
InsertPOI( poi );
}
extern bool wvwCanBeRendered;
if ( wvwCanBeRendered )
for ( int x = 0; x < wvwPOIs.NumItems(); x++ )
{
auto &poi = wvwPOIs.GetByIndex( x );
InsertPOI( poi );
}
time_t currtime;
time( &currtime );
mapPOIs.Sort( []( POI **a, POI **b ) -> int { return ( *b )->cameraSpacePosition.z > ( *a )->cameraSpacePosition.z; } );
for ( TS32 x = 0; x < Routes.NumItems(); x++ )
{
if ( Routes[ x ].hasResetPos && Routes[ x ].MapID == mumbleLink.mapID && ( Routes[ x ].resetPos - mumbleLink.charPosition ).Length() < Routes[ x ].resetRad )
Routes[ x ].activeItem = 0;
}
CString infoText;
if ( showIngameMarkers > 0 )
for ( int x = 0; x < mapPOIs.NumItems(); x++ )
{
if ( !mapPOIs[ x ]->typeData.bits.inGameVisible && showIngameMarkers != 2 )
continue;
DrawPOI( API, ptm, currtime, *mapPOIs[ x ], drawDistance, infoText );
}
// punch hole in minimap
CRect miniRect = GetMinimapRectangle();
API->FlushDrawBuffer();
API->GetDevice()->SetRenderState( ( (COverlayApp*)App )->holePunchBlendState );
API->DrawRect( miniRect, CColor( 0, 0, 0, 0 ) );
API->FlushDrawBuffer();
API->SetUIRenderState();
//API->DrawRect(miniRect, CColor(80, 80, 80, 192));
// draw minimap trails
GW2TrailDisplay* trails = (GW2TrailDisplay*)App->GetRoot()->FindChildByID( _T( "trail" ), _T( "gw2Trails" ) );
if ( trails )
trails->DrawProxy( API, true );
// draw minimap
float mapFade = GetMapFade();
if ( mapFade > 0 && showMinimapMarkers > 0 )
{
CMatrix4x4 miniMapTrafo = mumbleLink.miniMap.BuildTransformationMatrix( miniRect, false );
for ( int x = 0; x < minimapPOIs.NumItems(); x++ )
{
if ( !minimapPOIs[ x ]->typeData.bits.miniMapVisible && showMinimapMarkers != 2 )
continue;
if ( !minimapPOIs[ x ]->IsVisible( ptm, currtime, achievementsFetched, achievements, dataWriteCritSec ) )
continue;
CVector3 poiPos = minimapPOIs[ x ]->position * miniMapTrafo;
DrawPOIMinimap( API, miniRect, CVector2( poiPos.x, poiPos.y ), ptm, currtime, *minimapPOIs[ x ], mapFade, mumbleLink.miniMap.mapScale );
}
}
if ( mumbleLink.isMapOpen && mapFade < 1.0 && showBigmapMarkers > 0 )
{
miniRect = GetClientRect();
CMatrix4x4 miniMapTrafo = mumbleLink.bigMap.BuildTransformationMatrix( miniRect, true );
for ( int x = 0; x < minimapPOIs.NumItems(); x++ )
{
if ( !minimapPOIs[ x ]->typeData.bits.bigMapVisible && showBigmapMarkers != 2 )
continue;
if ( !minimapPOIs[ x ]->IsVisible( ptm, currtime, achievementsFetched, achievements, dataWriteCritSec ) )
continue;
CVector3 poiPos = minimapPOIs[ x ]->position * miniMapTrafo;
DrawPOIMinimap( API, miniRect, CVector2( poiPos.x, poiPos.y ), ptm, currtime, *minimapPOIs[ x ], 1.0f - mapFade, mumbleLink.bigMap.mapScale );
}
}