Inheritance diagram for BaseTileMap:

Public Types
enum	WallClipMode { ByRoom , ByLot }

enum	InnerMode { None , InnerBlock , Height , BuildMode }

enum	CardIconMode { None , Inspect , Deconstruct , State , Visibility }

enum	ScreenHighlight { None , SunMap }

Public Member Functions
void	OnActivate (BaseGameScreen _screen)

virtual void	Draw ()

void	RefreshHeight ()

virtual void	DrawTile ()

Vector3	GetThingPosition (Card tg, Point p)

int	GetApproximateBlocklight (Cell cell)

int	GetRoofLight (Lot lot)

void	DrawRoof (Lot lot)

void	SetRoofHeight (MeshPassParam _param, Cell _cell, int _cx, int _cz, int h=0, int altitude=0, int dirWall=-1, bool ignoreAltitudeY=false)

Static Public Member Functions
static int	GetColorInt (ref Color matColor, int p)

Static Public Member Functions inherited from EMono
static int	rnd (int a)

Public Attributes
int	count

Collider2D	mouseCollider

Vector3	colliderFix

int	maxColliderCheck

float	heightBlockSize

float	slopeFixZ

float	heightModDeco

float	heightLimitDeco

Vector3	heightMod

Vector3	ugFix

Vector3	ugFixBridge

Vector3	ugFixBridgeBottom

Vector3	ugFixBridgeTop

Vector3	heightModRoofBlock

float	rightWallShade

Vector3	roofRampFix

Vector3	roofFix

Vector3	roofFix2

Vector3	roofFix3

float	roofLightMod

float	lotLight

float	lotLight2

float	roofLightSnow

WallClipMode	wallClipMode

InnerMode	defaultInnerMode

Vector3	edgeBlockFix

Vector3	bridgeFix

Vector3	cornerWallFix

Vector3	cornerWallFix2

Vector3	cornerWallFix3

Vector3	altitudeFix

Vector3	waterEdgeFix

Vector3	waterEdgeBridgeFix

Vector3	waterEdgeFixShore

Vector3	waterEdgeFixShoreSand

Vector3[]	ambientShadowFix

Vector3[]	transitionFix

Vector3[]	wallHangFix

Vector3[]	waterEdgeBlockFix

int	fogTile

float	floatSpeed

float	shadowModStrength

int	maxFloat

int[]	seaAnimeIndexes

NoiseLayer	layerGroundLights

MeshPass	passShadow

MeshPass	passLiquid

MeshPass	passGuideBlock

MeshPass	passGuideFloor

MeshPass	passArea

MeshPass	passRamp

MeshPass	passFloor

MeshPass	passBlock

MeshPass	passObjS

MeshPass	passObjSS

MeshPass	passObj

MeshPass	passObjL

MeshPass	passDecal

MeshPass	passRoof

MeshPass	passBlockEx

MeshPass	passFloorEx

MeshPass	passFloorWater

MeshPass	passInner

MeshPass	passFog

MeshPass	passFov

MeshPass	passEdge

MeshPass	passAutoTile

MeshPass	passAutoTileWater

MeshPass	passBlockMarker

MeshPass	passFloorMarker

MeshPass	passWaterBlock

MeshPass	passIcon

MeshPass	passChara

MeshPass	passCharaL

MeshPass	passCharaLW

MeshPass	passCharaLL

MeshPass	passShore

RenderData	renderFootmark

RenderData	rendererBlockMarker

RenderData	rendererFloorMarker

RenderData	rendererInnerBlock

RenderData	rendererFov

RenderData	rendererFov2

RenderData	rendererShore

RenderData	renderBorder

RenderData	rendererFogBlockSolid

RenderData	rendererFogFloorSolid

RenderData	rendererFogRoomSolid

RenderData	rendererFogRoomBlockSolid

RenderData	rendererFogRoomWallSolid

RenderData	rendererWallDeco

RenderData	rendererWaterBlock

RenderDataObjDummy	rendererObjDummy

RenderDataEffect	rendererEffect

Point	TestPoint = new Point()

int	Size

int	SizeXZ

int	mx

int	mz

int	x

int	z

int	cx

int	cz

int	activeCount

int	floatV = 1

byte[]	groundLights

bool	lowBlock

bool	lowObj

bool	highlightArea

bool	subtleHighlightArea

bool	hideRoomFog

bool	showRoof

bool	showFullWall

bool	hideHang

bool	usingHouseBoard

bool	noRoofMode

bool	fogged

int[]	floatVs = new int[10] { 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 }

float[]	lightLookUp

float[]	floatYs = new float[10] { 0f, 1f, 2f, 3f, 4f, 5f, 6f, 7f, 8f, 9f }

float	_lightMod

float	_baseBrightness

float	lowblockTimer

float	heightLightMod

float	_rightWallShade

float	roofLightLimitMod

float	floatY

float	floorShadowStrength

Vector3	_heightMod

ScreenHighlight	screenHighlight

new BaseGameScreen	screen

RoofStyle[]	roofStyles

Static Public Attributes
static bool	forceShowHang

const int	DefColor = 104025

const int	BlocklightToken = 262144

const int	BlocklightMTP = 50

Static Public Attributes inherited from EMono
static Core	core

Protected Attributes
InnerMode	innerMode

RaycastHit2D[]	rays = new RaycastHit2D[1]

CardIconMode	iconMode

bool	isMining

bool	buildMode

bool	hasBridge

bool	_lowblock

bool	isIndoor

Map	map

MeshPass	pass

BaseTileSelector	selector

GameSetting.RenderSetting	renderSetting

GameSetting.RenderSetting.ZSetting	zSetting

int	liquidLv

int	index

int	totalFire

int	snowColorToken

int	waterAnimeIndex

int	lowWallObjAltitude

SourceMaterial.Row	matBlock

SourceMaterial.Row	matFloor

SourceMaterial.Row	matBridge

float	blockLight

float	floorLight

float	floorLight2

float	light

float	pcMaxLight

float	orgX

float	orgY

float	orgZ

float	roomHeight

float	maxHeight

float	snowLight

float	waterAnimeTimer

float	floatTimer

float	destBrightness

float	lightLimit

float	modSublight1

float	modSublight2

float	shadowStrength

float	_shadowStrength

float	fogBrightness

float	defaultBlockHeight

float	snowLimit

float	snowColor

float	snowColor2

float	nightRatio

RenderParam	param = new RenderParam()

MeshBatch	batch

Vector3	_actorPos

Vector3	freePos

int	tile

int	floorMatColor

int	height

int	currentHeight

int	pcX

int	pcZ

int	floorDir

bool	roof

bool	isSeen

bool	showAllCards

bool	fogBounds

bool	snowed

bool	isSnowCovered

bool	highlightCells

bool	cinemaMode

bool	alwaysLowblock

bool	showBorder

bool	isUnderwater

Vector3	thingPos

Vector3	orgPos

Cell	cell

CellDetail	detail

SourceBlock.Row	sourceBlock

SourceFloor.Row	sourceFloor

SourceFloor.Row	sourceBridge

Room	currentRoom

Room	lastRoom

Room	room

Lot	currentLot

SourceBlock.Row	_sourceBlock

TileType	tileType

SceneLightProfile	lightSetting

Properties
Point	HitPoint `[get]`

Properties inherited from EMono
static Game	game `[get]`

static bool	AdvMode `[get]`

static Player	player `[get]`

static Chara	pc `[get]`

static UI	ui `[get]`

static Map	_map `[get]`

static Zone	_zone `[get]`

static FactionBranch	Branch `[get]`

static FactionBranch	BranchOrHomeBranch `[get]`

static Faction	Home `[get]`

static Scene	scene `[get]`

static BaseGameScreen	screen `[get]`

static GameSetting	setting `[get]`

static GameData	gamedata `[get]`

static ColorProfile	Colors `[get]`

static World	world `[get]`

static SoundManager	Sound `[get]`

static SourceManager	sources `[get]`

static SourceManager	editorSources `[get]`

static CoreDebug	debug `[get]`

Private Attributes
bool	noSlopMode

Detailed Description

Definition at line 5 of file BaseTileMap.cs.

Member Enumeration Documentation

◆ CardIconMode

enum BaseTileMap.CardIconMode

Enumerator
None
Inspect
Deconstruct
State
Visibility

Definition at line 21 of file BaseTileMap.cs.

    {
        None,
        Inspect,
        Deconstruct,
        State,
        Visibility
    }

◆ InnerMode

enum BaseTileMap.InnerMode

Enumerator
None
InnerBlock
Height
BuildMode

Definition at line 13 of file BaseTileMap.cs.

    {
        None,
        InnerBlock,
        Height,
        BuildMode
    }

◆ ScreenHighlight

enum BaseTileMap.ScreenHighlight

Enumerator
None
SunMap

Definition at line 30 of file BaseTileMap.cs.

    {
        None,
        SunMap
    }

◆ WallClipMode

enum BaseTileMap.WallClipMode

Enumerator
ByRoom
ByLot

Definition at line 7 of file BaseTileMap.cs.

    {
        ByRoom,
        ByLot
    }

Member Function Documentation

◆ Draw()

virtual void BaseTileMap.Draw ( )

inlinevirtual

Reimplemented in TileMapElona.

Definition at line 541 of file BaseTileMap.cs.

    {
        Zone zone = EMono._zone;
        map = zone.map;
        Size = map.Size;
        SizeXZ = map.SizeXZ;
        isIndoor = EMono._map.IsIndoor;
        count = 0;
        totalFire = 0;
        pcX = EMono.pc.pos.x;
        pcZ = EMono.pc.pos.z;
        _ = EMono.scene.camSupport.Zoom;
        SceneProfile profile = EMono.scene.profile;
        lightSetting = profile.light;
        buildMode = EMono.scene.actionMode.IsBuildMode;
        if (ActionMode.ViewMap.IsActive)
        {
            buildMode = false;
        }
        cinemaMode = ActionMode.Cinema.IsActive;
        isMining = EMono.scene.actionMode == ActionMode.Mine;
        iconMode = EMono.scene.actionMode.cardIconMode;
        isUnderwater = EMono._zone.IsUnderwater;
        showAllCards = buildMode;
        highlightCells = ActionMode.FlagCell.IsActive;
        subtleHighlightArea = EMono.scene.actionMode.AreaHihlight != 0 && (EMono.scene.actionMode.AreaHihlight == AreaHighlightMode.Build || EMono.scene.actionMode.AreaHihlight != AreaHighlightMode.Edit);
        highlightArea = EMono.scene.actionMode.AreaHihlight == AreaHighlightMode.Edit || subtleHighlightArea;
        nightRatio = profile.light.nightRatioCurve.Evaluate(EMono.scene.timeRatio);
        _rightWallShade = (int)(50f * rightWallShade) * 262144;
        alwaysLowblock = EMono._zone.AlwaysLowblock;
        lowWallObjAltitude = EMono.game.config.lowWallObjAltitude;
        showBorder = (EMono.core.config.game.showBorder == 1 && EMono._zone is Zone_Field && !EMono._zone.IsPlayerFaction) || (EMono.core.config.game.showBorder == 2 && !EMono._zone.map.IsIndoor && !EMono._zone.IsSkyLevel && !EMono._zone.IsRegion);
        snowLimit = profile.global.snowLimit.Evaluate(EMono.scene.timeRatio);
        snowLight = profile.global.snowLight;
        snowColor = profile.global.snowColor;
        snowColor2 = profile.global.snowColor2;
        snowColorToken = (int)((float)profile.global.snowRGB.x * nightRatio) * 4096 + (int)((float)profile.global.snowRGB.y * nightRatio) * 64 + (int)((float)profile.global.snowRGB.z * nightRatio);
        isSnowCovered = zone.IsSnowCovered;
        if (EMono.game.config.reverseSnow && buildMode)
        {
            isSnowCovered = !isSnowCovered;
        }
        roofLightLimitMod = profile.global.roofLightLimitMod.Evaluate(EMono.scene.timeRatio);
        fogBounds = (EMono._map.config.forceHideOutbounds && (!EMono.debug.godBuild || !buildMode)) || (EMono.core.config.game.dontRenderOutsideMap && !buildMode);
        heightLightMod = ((EMono._map.config.heightLightMod == 0f) ? 0.005f : EMono._map.config.heightLightMod);
        modSublight1 = profile.global.modSublight1;
        modSublight2 = profile.global.modSublight2 * nightRatio;
        pcMaxLight = EMono.player.lightPower * 2f * (float)(EMono.player.lightRadius - 2);
        fogBrightness = lightSetting.fogBrightness.Evaluate(EMono.scene.timeRatio);
        lightLimit = lightSetting.lightLimit.Evaluate(EMono.scene.timeRatio);
        _lightMod = lightSetting.lightMod * lightSetting.lightModCurve.Evaluate(EMono.scene.timeRatio);
        destBrightness = lightSetting.baseBrightness * lightSetting.baseBrightnessCurve.Evaluate(EMono.scene.timeRatio);
        float num = destBrightness;
        destBrightness = destBrightness * lightSetting.dynamicBrightnessCurve2.Evaluate(EMono.scene.timeRatio) + lightSetting.dynamicBrightnessCurve.Evaluate(EMono.scene.timeRatio) * (float)(int)EMono.pc.pos.cell.light + ((EMono.pc.pos.cell.light == 0) ? 0f : lightSetting.dynamicBrightnessLightBonus);
        if (destBrightness > num)
        {
            destBrightness = num;
        }
        if (!Mathf.Approximately(_baseBrightness, destBrightness))
        {
            _baseBrightness = Mathf.Lerp(_baseBrightness, destBrightness, Core.delta * lightSetting.dynamicBrightnessSpeed);
        }
        if (activeCount == 0)
        {
            _baseBrightness = destBrightness;
        }
        activeCount++;
        if (buildMode && EMono.game.config.buildLight)
        {
            _baseBrightness = 0.7f;
        }
        Fov.nonGradientMod = profile.global.fovModNonGradient;
        shadowStrength = lightSetting.shadowCurve.Evaluate(EMono.scene.timeRatio);
        floorShadowStrength = lightSetting.shadowCurveFloor.Evaluate(EMono.scene.timeRatio);
        float num2 = Core.delta * (float)EMono.game.config.animeSpeed * 0.01f;
        floatTimer += num2;
        if (floatTimer > floatSpeed)
        {
            floatTimer -= floatSpeed;
            for (int i = 0; i < floatYs.Length; i++)
            {
                floatYs[i] += floatVs[i];
                if (floatYs[i] >= (float)maxFloat)
                {
                    floatVs[i] = -1;
                }
                if (floatYs[i] < 0f)
                {
                    floatVs[i] = 1;
                }
            }
        }
        floatY = floatYs[0];
        floatV = floatVs[0];
        waterAnimeTimer += num2;
        if (waterAnimeTimer > 0.5f)
        {
            waterAnimeTimer = 0f;
            waterAnimeIndex++;
        }
        if (cinemaMode)
        {
            CinemaConfig cinemaConfig = EMono.player.cinemaConfig;
            profile = ActionMode.Cinema.profile;
            lightSetting = profile.light;
            lightLimit = lightSetting.lightLimit.Evaluate(EMono.scene.timeRatio);
            _lightMod += lightSetting.lightMod * lightSetting.lightModCurve.Evaluate(EMono.scene.timeRatio) * (0.01f * (float)cinemaConfig.light);
            destBrightness += 0.01f * (float)cinemaConfig.brightness;
            EMono.scene.camSupport.grading.cinemaBrightness = 0.01f * (float)cinemaConfig.brightness;
            EMono.scene.camSupport.grading.SetGrading();
            heightLightMod = 0f;
        }
        map.rooms.Refresh();
        noSlopMode = EInput.isAltDown && EInput.isShiftDown;
        RefreshHeight();
        innerMode = ((!buildMode && isIndoor) ? defaultInnerMode : InnerMode.None);
        if (EMono.pc.IsInActiveZone)
        {
            currentHeight = EMono.pc.pos.cell.TopHeight;
            currentRoom = EMono.pc.pos.cell.room;
        }
        else
        {
            currentHeight = 0;
            currentRoom = null;
        }
        lowObj = false;
        defaultBlockHeight = map.config.blockHeight;
        noRoofMode = false;
        bool flag = !isIndoor || EMono._zone is Zone_Tent;
        if (EMono._map.config.reverseRoof)
        {
            flag = !flag;
        }
        if (usingHouseBoard || ActionMode.Bird.IsActive)
        {
            lowBlock = (hideRoomFog = (hideHang = false));
            showRoof = (showFullWall = flag);
            if (ActionMode.Bird.IsActive)
            {
                fogBounds = false;
            }
        }
        else if (buildMode)
        {
            defaultBlockHeight = 0f;
            if (HitPoint.IsValid)
            {
                currentRoom = HitPoint.cell.room;
            }
            hideRoomFog = true;
            showRoof = flag && EMono.game.config.showRoof;
            showFullWall = showRoof || EMono.game.config.showWall;
            lowBlock = !showFullWall;
            hideHang = !showFullWall;
            if (cinemaMode)
            {
                hideRoomFog = !showRoof;
            }
        }
        else if (ActionMode.IsAdv)
        {
            noRoofMode = EMono.game.config.noRoof || screen.focusOption != null;
            if (EMono.pc.pos.cell.Front.UseLowBlock || EMono.pc.pos.cell.Right.UseLowBlock || EMono.pc.pos.cell.Front.Right.UseLowBlock || EMono.pc.pos.cell.UseLowBlock || (EMono.pc.pos.cell.Front.Right.isWallEdge && EMono.pc.pos.cell.Front.Right.Right.UseLowBlock))
            {
                if (!EMono.pc.IsMoving)
                {
                    lowblockTimer = 0.1f;
                }
            }
            else if (!EInput.rightMouse.pressing)
            {
                lowblockTimer = 0f;
            }
            x = EMono.pc.pos.x;
            z = EMono.pc.pos.z;
            Room room = null;
            if (room != null)
            {
                currentRoom = room;
            }
            if (currentRoom != null)
            {
                currentRoom.data.visited = true;
            }
            if (room != null)
            {
                room.data.visited = true;
            }
            lowBlock = lowblockTimer > 0f;
            hideRoomFog = currentRoom != null && (currentRoom.HasRoof || isIndoor);
            if (hideRoomFog)
            {
                lowBlock = true;
            }
            if (noRoofMode && (currentRoom == null || currentRoom.lot.idRoofStyle == 0))
            {
                hideRoomFog = true;
                showRoof = (showFullWall = false);
            }
            else
            {
                showRoof = (showFullWall = flag && !lowBlock && !hideRoomFog);
            }
            hideHang = lowBlock;
            EMono.game.config.showRoof = !hideRoomFog;
            if (forceShowHang)
            {
                hideHang = false;
                forceShowHang = false;
            }
        }
        else
        {
            lowBlock = (hideRoomFog = (hideHang = false));
            showRoof = (showFullWall = true);
        }
        currentLot = currentRoom?.lot ?? null;
        Vector3 mposWorld = EInput.mposWorld;
        mposWorld.z = 0f;
        Vector3Int vector3Int = screen.grid.WorldToCell(mposWorld);
        mx = -vector3Int.y;
        mz = vector3Int.x - 1;
        HitPoint.Set(mx, mz);
        bool isAltDown = EInput.isAltDown;
        for (int num3 = maxColliderCheck; num3 >= 0; num3--)
        {
            TestPoint.x = mx + num3;
            TestPoint.z = mz - num3;
            if (TestPoint.x >= 0 && TestPoint.x < Size && TestPoint.z >= 0 && TestPoint.z < Size)
            {
                mouseCollider.transform.position = (isAltDown ? TestPoint.Position(TestPoint.cell.height) : TestPoint.Position()) + colliderFix;
                Physics2D.SyncTransforms();
                if (Physics2D.RaycastNonAlloc(mposWorld, Vector2.zero, rays) > 0)
                {
                    HitPoint.Set(TestPoint);
                    break;
                }
            }
            TestPoint.x = mx + num3 - 1;
            TestPoint.z = mz - num3;
            if (TestPoint.x >= 0 && TestPoint.x < Size && TestPoint.z >= 0 && TestPoint.z < Size)
            {
                mouseCollider.transform.position = (isAltDown ? TestPoint.Position(TestPoint.cell.height) : TestPoint.Position()) + colliderFix;
                Physics2D.SyncTransforms();
                if (Physics2D.RaycastNonAlloc(mposWorld, Vector2.zero, rays) > 0)
                {
                    HitPoint.Set(TestPoint);
                    break;
                }
            }
            TestPoint.x = mx + num3;
            TestPoint.z = mz - num3 + 1;
            if (TestPoint.x >= 0 && TestPoint.x < Size && TestPoint.z >= 0 && TestPoint.z < Size)
            {
                mouseCollider.transform.position = (isAltDown ? TestPoint.Position(TestPoint.cell.height) : TestPoint.Position()) + colliderFix;
                Physics2D.SyncTransforms();
                if (Physics2D.RaycastNonAlloc(mposWorld, Vector2.zero, rays) > 0)
                {
                    HitPoint.Set(TestPoint);
                    break;
                }
            }
        }
        HitPoint.Clamp();
        bool flag2 = EMono._zone.UseFog && !EMono.scene.bg.wall;
        for (z = 0; z < screen.height; z++)
        {
            for (x = 0; x < screen.width; x++)
            {
                cx = screen.scrollX - screen.scrollY + x - (z + 1) / 2;
                cz = screen.scrollY + screen.scrollX + x + z / 2;
                if (((cz < 0 && cx >= -cz && cx > 0 && cx < Size - cz) || (cx >= Size && cx < Size * 2 - cz - 1 && cz >= -cx && cz < Size - 1)) && EMono.scene.bg.wall)
                {
                    param.x = (float)(cx + cz) * screen.tileAlign.x + edgeBlockFix.x;
                    param.y = (float)(cz - cx) * screen.tileAlign.y + edgeBlockFix.y;
                    param.z = 1000f + param.x * screen.tileWeight.x + param.y * screen.tileWeight.z + (float)z * edgeBlockFix.z;
                    blockLight = 10485760f;
                    pass = passInner;
                    batch = pass.batches[pass.batchIdx];
                    batch.matrices[pass.idx].m03 = param.x;
                    batch.matrices[pass.idx].m13 = param.y;
                    batch.matrices[pass.idx].m23 = param.z;
                    batch.tiles[pass.idx] = 4 + ((cx >= Size) ? 1 : 0);
                    batch.colors[pass.idx] = blockLight;
                    batch.matColors[pass.idx] = 104025f;
                    pass.idx++;
                    if (pass.idx == pass.batchSize)
                    {
                        pass.NextBatch();
                    }
                }
                else if (cx < 0 || cz < 0 || cx >= Size || cz >= Size)
                {
                    if (flag2)
                    {
                        param.x = (float)(cx + cz) * screen.tileAlign.x;
                        param.y = (float)(cz - cx) * screen.tileAlign.y + (float)height * _heightMod.y;
                        param.z = 1000f + param.x * screen.tileWeight.x + param.y * screen.tileWeight.z + (float)height * _heightMod.z;
                        param.tile = 0f;
                        rendererFov2.Draw(param);
                    }
                }
                else
                {
                    DrawTile();
                }
            }
        }
        if (showRoof)
        {
            foreach (Lot item in map.rooms.listLot)
            {
                if (item.sync)
                {
                    DrawRoof(item);
                    item.sync = false;
                    item.light = 0f;
                }
            }
        }
        else
        {
            foreach (Lot item2 in map.rooms.listLot)
            {
                item2.sync = false;
                item2.light = 0f;
            }
        }
        EMono.scene.sfxFire.SetVolume(Mathf.Clamp(0.1f * (float)totalFire + ((totalFire != 0) ? 0.2f : 0f), 0f, 1f));
        this.room = EMono.pc.pos.cell.room;
        int valueOrDefault = (this.room?.lot?.idBGM).GetValueOrDefault();
        if (valueOrDefault == 0)
        {
            goto IL_16d1;
        }
        if (!(EMono.Sound.currentPlaylist != EMono.Sound.plLot))
        {
            BGMData data = EMono.Sound.plLot.list[0].data;
            if ((object)data != null && data.id == valueOrDefault)
            {
                goto IL_16d1;
            }
        }
        goto IL_16f0;
        IL_16fa:
        if (this.room != lastRoom)
        {
            screen.RefreshWeather();
            lastRoom = this.room;
        }
        SoundManager.bgmVolumeMod = ((!LayerDrama.maxBGMVolume && !EMono._map.IsIndoor && this.room != null && !this.room.data.atrium && this.room.HasRoof) ? (-0.6f) : 0f);
        screenHighlight = ScreenHighlight.None;
        return;
        IL_16d1:
        if (valueOrDefault == 0 && EMono.Sound.currentPlaylist == EMono.Sound.plLot)
        {
            goto IL_16f0;
        }
        goto IL_16fa;
        IL_16f0:
        EMono._zone.RefreshBGM();
        goto IL_16fa;
    }

Referenced by BaseGameScreen.Draw(), and DrawTile().

◆ DrawRoof()

void BaseTileMap.DrawRoof ( Lot lot )

inline

Definition at line 3339 of file BaseTileMap.cs.

    {
        RoofStyle roofStyle = roofStyles[lot.idRoofStyle];
        if (roofStyle.type == RoofStyle.Type.None)
        {
            return;
        }
        bool reverse = lot.reverse;
        int num;
        int num2;
        int num3;
        int num4;
        if (reverse)
        {
            num = lot.z - roofStyle.h;
            num2 = lot.x - roofStyle.w;
            num3 = lot.mz + 1 + roofStyle.h;
            num4 = lot.mx + 1 + roofStyle.w;
            if (num2 > 1 && num > 0 && map.cells[num2 - 1, num].HasFullBlock)
            {
                num2--;
            }
            if (num3 < Size && num4 < Size && map.cells[num4 - 1, num3].HasFullBlock)
            {
                num3++;
            }
        }
        else
        {
            num = lot.x - roofStyle.w;
            num2 = lot.z - roofStyle.h;
            num3 = lot.mx + 1 + roofStyle.w;
            num4 = lot.mz + 1 + roofStyle.h;
            if (num2 > 0 && num > 1 && map.cells[num - 1, num2].HasFullBlock)
            {
                num--;
            }
            if (num3 < Size && num4 < Size && map.cells[num3 - 1, num4].HasFullBlock)
            {
                num4++;
            }
        }
        int num5;
        if (roofStyle.wing)
        {
            num5 = ((lot.height > 1) ? 1 : 0);
            if (num5 != 0)
            {
                num2--;
                num4++;
            }
        }
        else
        {
            num5 = 0;
        }
        int num6 = num4 + (reverse ? roofStyle.w : roofStyle.h) * 2 - num2;
        int idRoofTile = lot.idRoofTile;
        int num7 = lot.idBlock;
        int num8 = num7;
        if (num7 >= EMono.sources.blocks.rows.Count)
        {
            num7 = EMono.sources.blocks.rows.Count - 1;
        }
        if (num8 >= EMono.sources.floors.rows.Count)
        {
            num8 = EMono.sources.floors.rows.Count - 1;
        }
        int num9 = lot.idRamp;
        if (num9 >= EMono.sources.blocks.rows.Count)
        {
            num9 = EMono.sources.blocks.rows.Count - 1;
        }
        bool flag = false;
        int num10 = num6 / 2 - roofStyle.flatW;
        int num11 = num6 / 2 + roofStyle.flatW + ((num6 % 2 != 0) ? 1 : 0);
        SourceBlock.Row row = (roofStyle.useDefBlock ? cell.sourceFloor._defBlock : EMono.sources.blocks.rows[num7]);
        int num12 = 0;
        int num13 = ((num5 != 0) ? (-1) : 0);
        int num14 = 0;
        Vector3 vector = (lot.fullblock ? roofStyle.posFixBlock : roofStyle.posFix);
        switch (roofStyle.type)
        {
        case RoofStyle.Type.Default:
            flag = num6 % 2 == 1 && roofStyle.flatW == 0;
            break;
        case RoofStyle.Type.Flat:
        case RoofStyle.Type.FlatFloor:
            num10 = roofStyle.flatW;
            num11 = num6 - roofStyle.flatW;
            if (num10 == 0)
            {
                num14 = 1;
            }
            if (roofStyle.type != RoofStyle.Type.FlatFloor)
            {
                num--;
                num3++;
                num2--;
                num4++;
            }
            break;
        case RoofStyle.Type.Triangle:
            num10 = 999;
            num11 = 999;
            break;
        }
        for (cz = num2; cz < num4; cz++)
        {
            for (cx = num; cx < num3; cx++)
            {
                if (cx < 0 || cz < 0 || cx >= Size || cz >= Size)
                {
                    continue;
                }
                int num15;
                int num16;
                if (reverse)
                {
                    num15 = cz;
                    num16 = cx;
                    cell = map.cells[num15, num16];
                    if (roofStyle.wing && cz == num4 - 1 && cell.Right.Right.room != null && cell.Right.Right.room.lot != lot)
                    {
                        continue;
                    }
                }
                else
                {
                    num15 = cx;
                    num16 = cz;
                    cell = map.cells[num15, num16];
                    if (roofStyle.wing && cz == 0 && cell.Front.Front.room != null && cell.Front.Front.room.lot != lot)
                    {
                        continue;
                    }
                }
                int num17 = num16 - num15;
                room = cell.room;
                if (room != null && room.lot != lot)
                {
                    continue;
                }
                bool flag2 = false;
                if (roofStyle.type == RoofStyle.Type.Flat)
                {
                    if (reverse)
                    {
                        if (!cell.HasFullBlock || cell.room != null)
                        {
                            num14 = ((cell.Left.room != null && cell.Left.room.lot == lot) ? ((cell.Right.room != null && cell.Right.room.lot == lot) ? 1 : ((cell.HasFullBlock && cell.Right.HasFullBlock && cell.Right.room != null) ? 1 : 2)) : (cell.Left.HasFullBlock ? 1 : 0));
                        }
                        else if (cell.Left.room?.lot == lot && cell.Right.room != null)
                        {
                            num14 = 1;
                            flag2 = true;
                        }
                        else if (cell.Front.room?.lot == lot)
                        {
                            num14 = ((cell.FrontRight.room?.lot == lot) ? 1 : 2);
                            flag2 = true;
                        }
                        else if (cell.Right.room?.lot == lot || cell.FrontRight.room?.lot == lot)
                        {
                            num14 = 0;
                            flag2 = true;
                        }
                    }
                    else if (!cell.HasFullBlock || cell.room != null)
                    {
                        num14 = ((cell.Front.room != null && cell.Front.room.lot == lot) ? ((cell.Back.room != null && cell.Back.room.lot == lot) ? 1 : (cell.Back.HasFullBlock ? 1 : 2)) : ((cell.HasFullBlock && cell.Front.HasFullBlock && cell.Front.room != null) ? 1 : 0));
                    }
                    else if (cell.Right.room?.lot == lot)
                    {
                        num14 = ((cell.FrontRight.room?.lot == lot) ? 1 : 0);
                        flag2 = true;
                    }
                    else if (cell.Front.room?.lot == lot || cell.FrontRight.room?.lot == lot)
                    {
                        num14 = 2;
                        flag2 = true;
                    }
                    num13 = 0;
                }
                bool flag3 = isSnowCovered && !cell.isClearSnow;
                if (room == null && !roofStyle.coverLot && !flag2 && !(cell.HasFullBlock && cell.IsRoomEdge && flag3))
                {
                    continue;
                }
                index = cx + cz * Size;
                height = cell.TopHeight;
                float num18 = (float)num17 * screen.tileAlign.y + (float)lot.mh * _heightMod.y + lot.realHeight + roofFix.y + vector.y;
                float num19 = 1000f + param.x * screen.tileWeight.x + (float)lot.mh * _heightMod.z + lot.realHeight * roofFix3.z + roofFix.z + vector.z;
                if (lot.height == 1 && lot.heightFix < 20)
                {
                    num18 += roofStyle.lowRoofFix.y;
                    num19 += roofStyle.lowRoofFix.z;
                }
                param.x = (float)(cx + cz) * screen.tileAlign.x + roofFix.x + (float)num13 * roofFix2.x + vector.x * (float)(reverse ? 1 : (-1));
                param.y = num18 + (float)num13 * roofFix2.y;
                param.z = num19 + param.y * screen.tileWeight.z + (float)num13 * roofFix2.z;
                param.color = GetRoofLight(lot);
                param.snow = idRoofTile == 0 && flag3;
                param.shadowFix = 0f;
                if (num14 == 1)
                {
                    SourceMaterial.Row mat = matBlock;
                    RenderRow renderRow;
                    if (roofStyle.type == RoofStyle.Type.FlatFloor)
                    {
                        if (cell.HasFullBlock && cell.IsRoomEdge && !flag3)
                        {
                            continue;
                        }
                        renderRow = EMono.sources.floors.rows[num8];
                        renderRow.SetRenderParam(param, mat, 0);
                        param.matColor = lot.colRoof;
                    }
                    else
                    {
                        renderRow = row;
                        renderRow.SetRenderParam(param, mat, 0);
                        param.matColor = lot.colBlock;
                    }
                    renderRow.renderData.Draw(param);
                    if (idRoofTile != 0)
                    {
                        renderRow = EMono.sources.blocks.rows[EMono.sources.objs.rows[idRoofTile].idRoof];
                        int num20 = (reverse ? 1 : 0) + ((!flag) ? 2 : 0);
                        renderRow.SetRenderParam(param, MATERIAL.sourceGold, num20);
                        param.matColor = lot.colRoof;
                        if (roofStyle.type == RoofStyle.Type.FlatFloor)
                        {
                            param.x += roofStyle.posFixBlock.x;
                            param.y += roofStyle.posFixBlock.y;
                            param.z += roofStyle.posFixBlock.z;
                        }
                        if (!flag)
                        {
                            param.z += 0.5f;
                        }
                        if (flag3)
                        {
                            param.matColor = 104025f;
                            if (roofStyle.type != RoofStyle.Type.FlatFloor)
                            {
                                param.z += roofStyle.snowZ;
                            }
                            param.tile = renderRow.renderData.ConvertTile(renderRow.snowTile) + num20;
                            renderRow.renderData.Draw(param);
                        }
                        else
                        {
                            renderRow.renderData.Draw(param);
                        }
                    }
                    else if (flag3 && roofStyle.type == RoofStyle.Type.FlatFloor)
                    {
                        param.matColor = 104025f;
                        param.tile = 10f;
                        param.x += roofStyle.snowFix.x;
                        param.y += roofStyle.snowFix.y;
                        param.z += roofStyle.snowZ + roofStyle.snowFix.z;
                        renderRow.renderData.Draw(param);
                    }
                }
                else
                {
                    if (idRoofTile != 0)
                    {
                        int num21 = ((!reverse) ? ((num14 != 0) ? 2 : 0) : ((num14 != 0) ? 1 : 3));
                        if (lot.altRoof && !flag && (roofStyle.type == RoofStyle.Type.Default || roofStyle.type == RoofStyle.Type.DefaultNoTop))
                        {
                            param.shadowFix = num21 + 1;
                        }
                        RenderRow renderRow = EMono.sources.objs.rows[idRoofTile];
                        renderRow.SetRenderParam(param, MATERIAL.sourceGold, num21);
                        param.matColor = lot.colRoof;
                        if (flag3)
                        {
                            param.matColor = 104025f;
                            param.z += roofStyle.snowZ;
                            param.tile = renderRow.renderData.ConvertTile(renderRow.snowTile) + num21 + (lot.altRoof ? 8 : 0);
                            renderRow.renderData.Draw(param);
                        }
                        else
                        {
                            param.tile += (lot.altRoof ? 8 : 0);
                            renderRow.renderData.Draw(param);
                        }
                        param.shadowFix = 0f;
                    }
                    if (num13 >= 0)
                    {
                        param.y += roofRampFix.y;
                        param.z += roofRampFix.z;
                        RenderRow renderRow = EMono.sources.blocks.rows[num9];
                        renderRow.SetRenderParam(param, MATERIAL.sourceGold, (!reverse) ? ((num14 != 0) ? 2 : 0) : ((num14 != 0) ? 1 : 3));
                        param.matColor = lot.colBlock;
                        renderRow.renderData.Draw(param);
                    }
                }
                CellEffect effect = cell.effect;
                if (effect != null && effect.FireAmount > 0)
                {
                    rendererEffect.Draw(param, cell.effect.FireAmount);
                }
                if (num13 < 1)
                {
                    continue;
                }
                if (roofStyle.type != RoofStyle.Type.Flat)
                {
                    param.snow = false;
                }
                for (int i = 0; i < num13; i++)
                {
                    param.x = (float)(cx + cz) * screen.tileAlign.x + roofFix.x + (float)i * roofFix2.x + vector.x * (float)(reverse ? 1 : (-1));
                    param.y = num18 + (float)i * roofFix2.y;
                    param.z = num19 + param.y * screen.tileWeight.z + (float)i * roofFix2.z;
                    RenderRow renderRow = row;
                    renderRow.SetRenderParam(param, MATERIAL.sourceGold, 0);
                    param.matColor = lot.colBlock;
                    renderRow.renderData.Draw(param);
                    index++;
                    CellEffect effect2 = cell.effect;
                    if (effect2 != null && effect2.FireAmount > 0 && Rand.bytes[index % Rand.MaxBytes] % 3 == 0)
                    {
                        rendererEffect.Draw(param, cell.effect.FireAmount);
                    }
                }
            }
            num12++;
            if (roofStyle.type != RoofStyle.Type.Flat)
            {
                if (num12 == num10)
                {
                    num14 = 1;
                }
                if (num12 == num11)
                {
                    num14 = 2;
                    num13++;
                }
                num13 += num14 switch
                {
                    1 => 0, 
                    0 => 1, 
                    _ => -1, 
                };
            }
        }
    }

References _heightMod, Lot.altRoof, Cell.Back, SourceManager.blocks, Rand.bytes, cell, Map.cells, Lot.colBlock, Lot.colRoof, RenderData.ConvertTile(), RoofStyle.coverLot, cx, cz, RenderData.Draw(), RenderDataEffect.Draw(), Cell.effect, CellEffect.FireAmount, RoofStyle.flatW, SourceManager.floors, Cell.Front, Cell.FrontRight, GetRoofLight(), RoofStyle.h, Cell.HasFullBlock, height, Lot.height, Lot.heightFix, Lot.idBlock, Lot.idRamp, Lot.idRoofStyle, Lot.idRoofTile, if(), index, Cell.isClearSnow, Cell.IsRoomEdge, isSnowCovered, Cell.Left, Room.lot, RoofStyle.lowRoofFix, map, matBlock, Rand.MaxBytes, Lot.mh, SourceManager.objs, param, RoofStyle.posFix, RoofStyle.posFixBlock, Lot.realHeight, RenderRow.renderData, rendererEffect, Lot.reverse, Cell.Right, roofFix, roofFix2, roofFix3, roofRampFix, roofStyles, room, Cell.room, screen, RenderRow.SetRenderParam(), Size, RoofStyle.snowFix, RenderRow.snowTile, RoofStyle.snowZ, MATERIAL.sourceGold, EMono.sources, BaseGameScreen.tileAlign, BaseGameScreen.tileWeight, Cell.TopHeight, RoofStyle.type, RoofStyle.w, RoofStyle.wing, MeshPassParam.y, and MeshPassParam.z.

Referenced by Draw().

◆ DrawTile()

virtual void BaseTileMap.DrawTile ( )

inlinevirtual

Reimplemented in TileMapElona.

Definition at line 918 of file BaseTileMap.cs.

    {
        count++;
        index = cx + cz * Size;
        this.cell = (param.cell = map.cells[cx, cz]);
        detail = this.cell.detail;
        isSeen = this.cell.isSeen;
        this.room = this.cell.room;
        roof = this.cell.HasRoof;
        matBlock = this.cell.matBlock;
        sourceBlock = this.cell.sourceBlock;
        bool flag = this.cell.isFloating;
        snowed = isSnowCovered && !roof && !this.cell.isClearSnow && !this.cell.isDeck && !flag;
        _shadowStrength = (snowed ? (shadowStrength * 0.4f) : shadowStrength);
        floorDir = this.cell.floorDir;
        if (snowed && !this.cell.sourceFloor.ignoreSnow)
        {
            if (this.cell.IsFloorWater)
            {
                sourceFloor = FLOOR.sourceIce;
                matFloor = this.cell.matFloor;
            }
            else
            {
                if (this.cell.sourceObj.snowTile > 0)
                {
                    sourceFloor = FLOOR.sourceSnow2;
                    floorDir = this.cell.sourceObj.snowTile - 1;
                }
                else if (index % 3 == 0 && Rand.bytes[index % Rand.MaxBytes] < 8 && !this.cell.HasObj && this.cell.FirstThing == null)
                {
                    sourceFloor = FLOOR.sourceSnow2;
                    floorDir = Rand.bytes[index % Rand.MaxBytes];
                }
                else
                {
                    sourceFloor = FLOOR.sourceSnow;
                }
                matFloor = MATERIAL.sourceSnow;
            }
        }
        else
        {
            sourceFloor = this.cell.sourceFloor;
            matFloor = this.cell.matFloor;
        }
        bool isWater = sourceFloor.tileType.IsWater;
        light = (this.cell.pcSync ? this.cell.light : (this.cell.light / 3 * 2));
        _lowblock = lowBlock;
        height = this.cell.height;
        hasBridge = this.cell._bridge != 0;
        blockLight = _lightMod * lightLookUp[(int)light] + _baseBrightness + ((roof || this.cell.isShadowed) ? _shadowStrength : 0f);
        if (hasBridge)
        {
            if (this.cell.bridgeHeight < currentHeight)
            {
                blockLight -= heightLightMod * (float)(currentHeight - this.cell.bridgeHeight);
            }
            if (snowed && !this.cell.sourceBridge.ignoreSnow)
            {
                if (this.cell.IsBridgeWater)
                {
                    sourceBridge = FLOOR.sourceIce;
                    matBridge = this.cell.matBridge;
                }
                else
                {
                    sourceBridge = FLOOR.sourceSnow;
                    matBridge = MATERIAL.sourceSnow;
                }
            }
            else
            {
                sourceBridge = this.cell.sourceBridge;
                matBridge = this.cell.matBridge;
            }
        }
        else if (height < currentHeight)
        {
            blockLight -= heightLightMod * (float)(currentHeight - height);
        }
        liquidLv = (param.liquidLv = ((!flag && !isUnderwater) ? (((this.cell.liquidLv + this.cell._bridge != 0) ? this.cell.sourceBridge.tileType.LiquidLV : sourceFloor.tileType.LiquidLV) * 10) : 0));
        if (this.cell.shore != 0 && liquidLv > 20)
        {
            liquidLv = (param.liquidLv = 20);
        }
        if (liquidLv > 99)
        {
            liquidLv = (param.liquidLv = 99);
        }
        CellEffect effect = this.cell.effect;
        if (effect != null && effect.IsFire)
        {
            blockLight += 0.2f;
            totalFire++;
        }
        if (blockLight > lightLimit)
        {
            blockLight = lightLimit;
        }
        blockLight += shadowModStrength * (float)(int)this.cell.shadowMod * _heightMod.x * _shadowStrength;
        if (this.room != null)
        {
            this.room.lot.sync = true;
            if (this.room.lot.light < blockLight)
            {
                this.room.lot.light = blockLight;
            }
        }
        if (currentLot != null && currentLot.idRoofStyle != 0)
        {
            bool flag2 = this.cell.IsRoomEdge && (this.cell.Front.room?.lot == currentLot || this.cell.Right.room?.lot == currentLot || this.cell.FrontRight.room?.lot == currentLot);
            if (!buildMode)
            {
                if ((this.room != null && this.room.lot == currentLot) || flag2)
                {
                    blockLight += lotLight;
                }
                else
                {
                    blockLight += (isSnowCovered ? (-0.02f) : lotLight2);
                }
            }
        }
        if (this.cell.outOfBounds && !cinemaMode)
        {
            blockLight -= 0.1f;
            if (fogBounds)
            {
                isSeen = false;
            }
        }
        floorLight = blockLight;
        param.color = (blockLight = (int)(blockLight * 50f) * 262144 + ((this.cell.lightR >= 64) ? 63 : this.cell.lightR) * 4096 + ((this.cell.lightG >= 64) ? 63 : this.cell.lightG) * 64 + ((this.cell.lightB >= 64) ? 63 : this.cell.lightB));
        if (snowed)
        {
            floorLight += snowLight;
            if (floorLight > lightLimit * snowLimit)
            {
                floorLight = lightLimit * snowLimit;
            }
            floorLight = (int)(floorLight * 50f) * 262144 + (int)((float)((this.cell.lightR >= 50) ? 50 : this.cell.lightR) * snowColor) * 4096 + (int)((float)((this.cell.lightG >= 50) ? 50 : this.cell.lightG) * snowColor) * 64 + (int)((float)((this.cell.lightB >= 50) ? 50 : this.cell.lightB) * snowColor) + snowColorToken;
        }
        else if (isSnowCovered && !roof)
        {
            floorLight = (int)(floorLight * 50f) * 262144 + (int)((float)((this.cell.lightR >= 50) ? 50 : this.cell.lightR) * snowColor2) * 4096 + (int)((float)((this.cell.lightG >= 50) ? 50 : this.cell.lightG) * snowColor2) * 64 + (int)((float)((this.cell.lightB >= 50) ? 50 : this.cell.lightB) * snowColor2) + snowColorToken;
        }
        else
        {
            floorLight = blockLight;
        }
        bool num = this.room != null && sourceBlock.tileType.CastShadowSelf && !this.cell.hasDoor;
        bool flag3 = this.room != null && showRoof && this.room.lot.idRoofStyle != 0 && !this.room.data.atrium && !sourceBlock.tileType.Invisible;
        if (flag3 && this.cell.hasDoor && this.cell.IsLotEdge)
        {
            flag3 = false;
        }
        if (num || !isSeen || flag3)
        {
            floorLight += -3145728f;
        }
        if (this.cell.isWatered && !snowed)
        {
            floorLight += -2359296f;
        }
        param.snow = false;
        param.x = (float)(cx + cz) * screen.tileAlign.x;
        param.y = (float)(cz - cx) * screen.tileAlign.y + (float)height * _heightMod.y;
        param.z = 1000f + param.x * screen.tileWeight.x + param.y * screen.tileWeight.z + (float)height * _heightMod.z;
        if (flag)
        {
            param.y += 0.01f * floatY;
        }
        if (detail != null)
        {
            TransAnime anime = detail.anime;
            if (anime != null && anime.animeBlock)
            {
                TransAnime anime2 = detail.anime;
                param.x += anime2.v.x;
                param.y += anime2.v.y;
                param.z += anime2.v.z;
            }
            if (detail.designation != null)
            {
                detail.designation.Draw(cx, cz, param);
            }
        }
        if (screenHighlight != 0 && screenHighlight == ScreenHighlight.SunMap && Map.sunMap.Contains(index))
        {
            screen.guide.passGuideFloor.Add(param.x, param.y, param.z - 10f, 11f);
        }
        if (this.cell._roofBlock != 0 && (isSeen || !EMono._zone.UseFog) && showRoof && !lowBlock)
        {
            SourceBlock.Row row = Cell.blockList[this.cell._roofBlock];
            SourceMaterial.Row row2 = Cell.matList[this.cell._roofBlockMat];
            this.tileType = row.tileType;
            param.mat = row2;
            param.dir = this.cell._roofBlockDir % 4;
            param.snow = isSnowCovered && !this.cell.isClearSnow;
            orgX = param.x;
            orgY = param.y;
            orgZ = param.z;
            SetRoofHeight(param, this.cell, cx, cz, 0, this.cell._roofBlockDir / 4, this.tileType.IsWallOrFence ? param.dir : (-1));
            switch (this.tileType.blockRenderMode)
            {
            case BlockRenderMode.FullBlock:
                param.color -= (int)(_shadowStrength * 50f) * 262144;
                param.tile = row._tiles[param.dir % row._tiles.Length];
                param.matColor = ((row.colorMod == 0) ? 104025 : GetColorInt(ref row2.matColor, row.colorMod));
                row.renderData.Draw(param);
                break;
            case BlockRenderMode.WallOrFence:
            {
                _lowblock = true;
                int dir = param.dir;
                if (dir == 0 || dir == 2)
                {
                    param.dir = 0;
                    _sourceBlock = row;
                    this.tileType = _sourceBlock.tileType;
                    if (_sourceBlock.useAltColor)
                    {
                        param.matColor = ((_sourceBlock.colorMod == 0) ? 104025 : GetColorInt(ref param.mat.altColor, _sourceBlock.colorMod));
                    }
                    else
                    {
                        param.matColor = ((_sourceBlock.colorMod == 0) ? 104025 : GetColorInt(ref param.mat.matColor, _sourceBlock.colorMod));
                    }
                    param.tile = (tile = _sourceBlock._tiles[0] + ((_lowblock && !this.tileType.IsFence) ? 32 : 0));
                    _sourceBlock.renderData.Draw(param);
                    param.z -= 0.01f;
                }
                if (dir == 1 || dir == 2)
                {
                    param.dir = 1;
                    _sourceBlock = row;
                    this.tileType = _sourceBlock.tileType;
                    if (_sourceBlock.useAltColor)
                    {
                        param.matColor = ((_sourceBlock.colorMod == 0) ? 104025 : GetColorInt(ref param.mat.altColor, _sourceBlock.colorMod));
                    }
                    else
                    {
                        param.matColor = ((_sourceBlock.colorMod == 0) ? 104025 : GetColorInt(ref param.mat.matColor, _sourceBlock.colorMod));
                    }
                    param.tile = (tile = -_sourceBlock._tiles[0] + ((_lowblock && !this.tileType.IsFence) ? (-32) : 0));
                    _sourceBlock.renderData.Draw(param);
                }
                break;
            }
            case BlockRenderMode.HalfBlock:
                _sourceBlock = ((row.id == 5) ? EMono.sources.blocks.rows[row2.defBlock] : row);
                param.tile = _sourceBlock._tiles[0];
                param.matColor = ((_sourceBlock.colorMod == 0) ? 104025 : GetColorInt(ref row2.matColor, _sourceBlock.colorMod));
                param.tile2 = _sourceBlock.sourceAutoFloor._tiles[0];
                param.halfBlockColor = ((_sourceBlock.sourceAutoFloor.colorMod == 0) ? 104025 : GetColorInt(ref row2.matColor, _sourceBlock.sourceAutoFloor.colorMod));
                row.renderData.Draw(param);
                break;
            case BlockRenderMode.Pillar:
            {
                RenderData renderData = row.renderData;
                param.tile = row._tiles[param.dir % row._tiles.Length];
                param.matColor = ((row.colorMod == 0) ? 104025 : GetColorInt(ref row2.matColor, row.colorMod));
                renderData.Draw(param);
                param.tile = renderData.idShadow;
                SourcePref shadowPref = renderData.shadowPref;
                int shadow2 = shadowPref.shadow;
                passShadow.AddShadow(param.x + renderData.offsetShadow.x, param.y + renderData.offsetShadow.y, param.z + renderData.offsetShadow.z, ShadowData.Instance.items[shadow2], shadowPref, 0, param.snow);
                break;
            }
            default:
                param.tile = row._tiles[param.dir % row._tiles.Length];
                param.matColor = ((row.colorMod == 0) ? 104025 : GetColorInt(ref row2.matColor, row.colorMod));
                row.renderData.Draw(param);
                break;
            }
            param.x = orgX;
            param.y = orgY;
            param.z = orgZ;
            param.color = blockLight;
        }
        fogged = false;
        bool flag4 = this.cell.isSurrounded && innerMode != 0 && sourceBlock.tileType.IsFullBlock;
        if (!(!isSeen || flag4))
        {
            goto IL_1683;
        }
        bool isRoomEdge = this.cell.IsRoomEdge;
        orgY = param.y;
        orgZ = param.z;
        param.color = (int)(50f * (_baseBrightness + fogBrightness)) * 262144;
        param.matColor = 104025f;
        if (hasBridge)
        {
            param.y = (float)(cz - cx) * screen.tileAlign.y + (float)(int)this.cell.bridgeHeight * _heightMod.y + ugFixBridgeBottom.x;
            param.z = 1000f + param.x * screen.tileWeight.x + param.y * screen.tileWeight.z + (float)(int)this.cell.bridgeHeight * _heightMod.z;
        }
        bool flag5 = (!isSeen && EMono._zone.UseFog) || flag4;
        if (flag5)
        {
            param.tile = 7f;
            rendererFogFloorSolid.Draw(param);
            param.tile = 0f;
            rendererFov2.Draw(param);
        }
        else if (this.cell.HasFloodBlock && isRoomEdge)
        {
            param.tile = 9f;
            rendererFogRoomWallSolid.Draw(param);
        }
        else
        {
            param.tile = 8f;
            rendererFogRoomSolid.Draw(param);
        }
        if ((this.cell.isSlopeEdge || hasBridge) && (flag5 || !isRoomEdge))
        {
            float num2 = (float)(int)this.cell.TopHeight * _heightMod.y;
            param.tile = 0f;
            for (int i = 0; (float)i < num2 / heightBlockSize; i++)
            {
                param.y += ugFix.y;
                param.z += ugFix.z + slopeFixZ * (float)i;
                if (flag5)
                {
                    rendererFogBlockSolid.Draw(param);
                }
                else
                {
                    rendererFogRoomBlockSolid.Draw(param);
                }
            }
        }
        param.y = orgY;
        param.z = orgZ;
        param.color = blockLight;
        if (flag5)
        {
            if (detail == null || !EMono.pc.hasTelepathy)
            {
                return;
            }
        }
        else
        {
            if (isRoomEdge)
            {
                goto IL_1683;
            }
            if (detail == null || !EMono.pc.hasTelepathy)
            {
                if (noRoofMode || detail == null)
                {
                    return;
                }
                fogged = true;
            }
        }
        goto IL_7b8d;
        IL_6fd2:
        if (isSnowCovered && (sourceBlock.id != 0 || this.cell.hasDoor) && !snowed && !this.cell.isClearSnow && ((!this.cell.Front.HasRoof && !this.cell.Front.HasBlock) || (!this.cell.Right.HasRoof && !this.cell.Right.HasBlock)))
        {
            snowed = true;
        }
        if (this.cell.effect != null)
        {
            if (this.cell.effect.IsLiquid)
            {
                SourceCellEffect.Row sourceEffect = this.cell.sourceEffect;
                SourceMaterial.Row defaultMaterial = sourceEffect.DefaultMaterial;
                tile = 4 + Rand.bytes[index % Rand.MaxBytes] % 4;
                param.tile = tile + this.cell.sourceEffect._tiles[0];
                param.mat = defaultMaterial;
                param.matColor = ((this.cell.effect.color == 0) ? GetColorInt(ref defaultMaterial.matColor, sourceEffect.colorMod) : this.cell.effect.color);
                sourceEffect.renderData.Draw(param);
            }
            else
            {
                param.tile = this.cell.effect.source._tiles[0];
                SourceCellEffect.Row sourceEffect2 = this.cell.sourceEffect;
                if (sourceEffect2.anime.Length != 0)
                {
                    if (sourceEffect2.anime.Length > 2)
                    {
                        float num3 = Time.realtimeSinceStartup * 1000f / (float)sourceEffect2.anime[1] % (float)sourceEffect2.anime[2];
                        if (!(num3 >= (float)sourceEffect2.anime[0]))
                        {
                            param.tile += num3;
                        }
                    }
                    else
                    {
                        float num4 = Time.realtimeSinceStartup * 1000f / (float)sourceEffect2.anime[1] % (float)sourceEffect2.anime[0];
                        param.tile += num4;
                    }
                }
                if (this.cell.effect.IsFire)
                {
                    rendererEffect.Draw(param);
                }
                else
                {
                    this.cell.effect.source.renderData.Draw(param);
                }
            }
        }
        param.color = floorLight;
        if (this.cell.critter != null)
        {
            Critter critter = this.cell.critter;
            int snowTile = critter.tile;
            if (snowed && critter.SnowTile != 0)
            {
                critter.x = 0.06f;
                critter.y = -0.06f;
                snowTile = critter.SnowTile;
            }
            else
            {
                critter.Update();
            }
            pass = passObjSS;
            batch = pass.batches[pass.batchIdx];
            batch.matrices[pass.idx].m03 = param.x + (float)(int)(critter.x * 100f) * 0.01f;
            batch.matrices[pass.idx].m13 = param.y + (float)(int)(critter.y * 100f) * 0.01f;
            batch.matrices[pass.idx].m23 = param.z;
            batch.tiles[pass.idx] = snowTile * ((!critter.reverse) ? 1 : (-1));
            batch.colors[pass.idx] = floorLight;
            pass.idx++;
            if (pass.idx == pass.batchSize)
            {
                pass.NextBatch();
            }
        }
        if (detail != null)
        {
            TransAnime anime3 = detail.anime;
            if (anime3 != null && !anime3.animeBlock)
            {
                TransAnime anime4 = detail.anime;
                param.x += anime4.v.x;
                param.y += anime4.v.y;
                param.z += anime4.v.z;
            }
        }
        if (this.cell.obj != 0 && !this.cell.sourceObj.renderData.SkipOnMap)
        {
            SourceObj.Row sourceObj = this.cell.sourceObj;
            if (!snowed || sourceObj.snowTile <= 0)
            {
                param.snow = snowed;
                param.mat = this.cell.matObj;
                orgY = param.y;
                if (param.liquidLv > 0)
                {
                    if (sourceObj.pref.Float)
                    {
                        param.y += 0.01f * floatY;
                        if (liquidLv > 10)
                        {
                            liquidLv = TileType.FloorWaterShallow.LiquidLV * 10;
                        }
                        liquidLv -= (int)(floatY * 0.5f);
                        param.liquidLv = liquidLv;
                    }
                    if (sourceObj.tileType.IsWaterTop)
                    {
                        param.liquidLv = 0;
                    }
                    else
                    {
                        param.liquidLv += sourceObj.pref.liquidMod;
                        if (param.liquidLv < 1)
                        {
                            param.liquid = 1f;
                        }
                        else if (param.liquidLv > 99 + sourceObj.pref.liquidModMax)
                        {
                            param.liquidLv = 99 + sourceObj.pref.liquidModMax;
                        }
                    }
                }
                if (sourceObj.useAltColor)
                {
                    param.matColor = ((sourceObj.colorMod == 0) ? 104025 : GetColorInt(ref param.mat.altColor, sourceObj.colorMod));
                }
                else
                {
                    param.matColor = ((sourceObj.colorMod == 0) ? 104025 : GetColorInt(ref param.mat.matColor, sourceObj.colorMod));
                }
                if (sourceObj.HasGrowth)
                {
                    this.cell.growth.OnRenderTileMap(param);
                    if (this.cell.obj == 118 && Core.fixedFrame % 10f == 0f && sourceObj.growth.IsMature)
                    {
                        EMono.scene.psFey.transform.position = new Vector3(param.x, param.y, param.z - 2f);
                        EMono.scene.psFey.Emit(1);
                    }
                }
                else
                {
                    if (this.cell.autotileObj != 0)
                    {
                        param.tile = sourceObj._tiles[0] + this.cell.autotileObj;
                    }
                    else if (sourceObj.tileType.IsUseBlockDir)
                    {
                        param.tile = sourceObj._tiles[this.cell.blockDir % sourceObj._tiles.Length];
                    }
                    else
                    {
                        param.tile = sourceObj._tiles[this.cell.objDir % sourceObj._tiles.Length];
                    }
                    if (_lowblock && sourceObj.tileType.IsSkipLowBlock)
                    {
                        param.tile += ((param.tile > 0f) ? 1 : (-1)) * 3000000;
                    }
                    orgY = param.y;
                    orgZ = param.z;
                    param.y += sourceObj.pref.y;
                    param.z += sourceObj.pref.z;
                    sourceObj.renderData.Draw(param);
                    param.y = orgY;
                    param.z = orgZ;
                    int shadow3 = sourceObj.pref.shadow;
                    if (shadow3 > 1 && !this.cell.ignoreObjShadow)
                    {
                        passShadow.AddShadow(param.x + sourceObj.renderData.offsetShadow.x, param.y + sourceObj.renderData.offsetShadow.y, param.z + sourceObj.renderData.offsetShadow.z, ShadowData.Instance.items[shadow3], sourceObj.pref, 0, param.snow);
                    }
                    param.y = orgY;
                }
            }
        }
        if (this.cell.decal != 0 && sourceFloor.tileType.AllowBlood)
        {
            passDecal.Add(param, (int)this.cell.decal, floorLight);
        }
        if (highlightCells)
        {
            switch (ActionMode.FlagCell.mode)
            {
            case AM_FlagCell.Mode.flagWallPillar:
                if (this.cell.isToggleWallPillar)
                {
                    passArea.Add(param, 34f, 0f);
                }
                break;
            case AM_FlagCell.Mode.flagSnow:
                if (this.cell.isClearSnow)
                {
                    passArea.Add(param, 34f, 0f);
                }
                break;
            case AM_FlagCell.Mode.flagFloat:
                if (this.cell.isForceFloat)
                {
                    passArea.Add(param, 34f, 0f);
                }
                break;
            case AM_FlagCell.Mode.flagClear:
                if (this.cell.isClearArea)
                {
                    passArea.Add(param, 34f, 0f);
                }
                break;
            }
        }
        if (detail == null)
        {
            return;
        }
        if (highlightArea && detail.area != null)
        {
            passArea.Add(param, (int)detail.area.GetTile(index) - ((!subtleHighlightArea) ? 1 : 0), 0f);
        }
        if (detail.footmark != null && sourceFloor.id != 0)
        {
            param.tile = detail.footmark.tile;
            param.mat = matFloor;
            param.matColor = 104025f;
            renderFootmark.Draw(param);
        }
        goto IL_7b8d;
        IL_1683:
        if (this.cell.isSlopeEdge)
        {
            float num5 = (float)height * _heightMod.y;
            orgY = param.y;
            orgZ = param.z;
            param.dir = this.cell.blockDir;
            if (snowed)
            {
                param.color = floorLight;
            }
            SourceBlock.Row defBlock;
            if (sourceBlock.tileType.IsFullBlock)
            {
                defBlock = sourceBlock;
                param.mat = matBlock;
                param.tile = sourceBlock._tiles[this.cell.blockDir % sourceBlock._tiles.Length];
                param.matColor = ((sourceBlock.colorMod == 0) ? 104025 : GetColorInt(ref matBlock.matColor, sourceBlock.colorMod));
            }
            else
            {
                defBlock = sourceFloor._defBlock;
                param.mat = matFloor;
                param.tile = defBlock._tiles[this.cell.blockDir % defBlock._tiles.Length];
                if (defBlock.id != 1)
                {
                    param.matColor = ((sourceFloor.colorMod == 0) ? 104025 : GetColorInt(ref matFloor.matColor, sourceFloor.colorMod));
                }
                else
                {
                    param.matColor = 104025f;
                }
            }
            for (int j = 0; (float)j < num5 / heightBlockSize; j++)
            {
                param.y += ugFix.y;
                param.z += ugFix.z + slopeFixZ * (float)j;
                defBlock.renderData.Draw(param);
                if (this.cell.pcSync && EMono.player.lightPower > 0f)
                {
                    float num6 = param.tile;
                    param.tile = 0f;
                    rendererFov.Draw(param);
                    param.tile = num6;
                }
            }
            param.y = orgY;
            param.z = orgZ;
        }
        param.color = floorLight;
        if (!isWater && (this.cell.Front.sourceFloor.tileType.IsWater || this.cell.Right.sourceFloor.tileType.IsWater) && this.cell.sourceBlock.tileType.RenderWaterBlock && !flag)
        {
            orgY = param.y;
            orgZ = param.z;
            int num7 = 0;
            if (sourceBlock.tileType.IsFullBlock)
            {
                SourceBlock.Row row3 = sourceBlock;
                num7 = sourceBlock._tiles[this.cell.blockDir % sourceBlock._tiles.Length];
            }
            else
            {
                SourceBlock.Row row3 = sourceFloor._defBlock;
                num7 = row3._tiles[this.cell.blockDir % row3._tiles.Length];
            }
            if (((this.cell.Front.shore / 12) & 1) == 0 && this.cell.Front.sourceFloor.tileType.IsWater && this.cell.Front.height <= height && this.cell.Front.sourceBlock.tileType.RenderWaterBlock)
            {
                param.y = (float)(cz - cx) * screen.tileAlign.y - (this.cell.Front.sourceFloor.tileType.IsDeepWater ? 0.6f : 0.4f) + (float)(int)this.cell.Front.height * _heightMod.y;
                param.z = 1000f + param.x * screen.tileWeight.x + param.y * screen.tileWeight.z;
                param.tile = num7 + ((!this.cell.Front.sourceFloor.tileType.IsDeepWater) ? 3000000 : 0);
                rendererWaterBlock.Draw(param);
            }
            if (((this.cell.Right.shore / 12) & 8) == 0 && this.cell.Right.sourceFloor.tileType.IsWater && this.cell.Right.height <= height && this.cell.Right.sourceBlock.tileType.RenderWaterBlock)
            {
                param.y = (float)(cz - cx) * screen.tileAlign.y - (this.cell.Right.sourceFloor.tileType.IsDeepWater ? 0.6f : 0.4f) + (float)(int)this.cell.Right.height * _heightMod.y;
                param.z = 1000f + param.x * screen.tileWeight.x + param.y * screen.tileWeight.z;
                param.tile = num7 + ((!this.cell.Right.sourceFloor.tileType.IsDeepWater) ? 3000000 : 0);
                rendererWaterBlock.Draw(param);
            }
            param.y = orgY;
            param.z = orgZ;
        }
        if (showBorder && !this.cell.outOfBounds)
        {
            param.matColor = 104025f;
            if (cx == EMono._map.bounds.x)
            {
                renderBorder.Draw(param, 12 + (EMono.world.date.IsNight ? 4 : 0));
            }
            else if (cx == EMono._map.bounds.maxX)
            {
                renderBorder.Draw(param, 13 + (EMono.world.date.IsNight ? 4 : 0));
            }
            if (cz == EMono._map.bounds.z)
            {
                renderBorder.Draw(param, 14 + (EMono.world.date.IsNight ? 4 : 0));
            }
            else if (cz == EMono._map.bounds.maxZ)
            {
                renderBorder.Draw(param, 15 + (EMono.world.date.IsNight ? 4 : 0));
            }
        }
        if (this.cell.isSkyFloor || (detail != null && detail.anime != null && detail.anime.drawBlock))
        {
            orgY = param.y;
            orgZ = param.z;
            SourceBlock.Row defBlock2 = sourceFloor._defBlock;
            param.mat = matFloor;
            param.tile = defBlock2._tiles[this.cell.blockDir % defBlock2._tiles.Length];
            if (defBlock2.id != 1)
            {
                param.matColor = ((sourceFloor.colorMod == 0) ? 104025 : GetColorInt(ref matFloor.matColor, sourceFloor.colorMod));
            }
            else
            {
                param.matColor = 104025f;
            }
            for (int k = 0; k < ((!this.cell.isSkyFloor) ? 1 : EMono._map.config.skyBlockHeight); k++)
            {
                param.y += ugFix.y;
                param.z += ugFix.z + slopeFixZ * (float)k;
                defBlock2.renderData.Draw(param);
            }
            param.y = orgY;
            param.z = orgZ;
        }
        if (!sourceFloor.tileType.IsSkipFloor)
        {
            if ((hasBridge && sourceBridge.tileType.CastShadowSelf) || this.cell.castFloorShadow)
            {
                floorLight2 = _lightMod * light * 0.2f + _baseBrightness + _shadowStrength * floorShadowStrength * (isWater ? 0.7f : (hasBridge ? 1f : (0.6f * (1f - nightRatio))));
                if (snowed)
                {
                    floorLight2 = (int)((double)floorLight2 * 0.85 * 50.0) * 262144 + snowColorToken;
                }
                else
                {
                    floorLight2 = (int)(floorLight2 * 50f) * 262144 + ((this.cell.lightR >= 64) ? 63 : this.cell.lightR) * 4096 + ((this.cell.lightG >= 64) ? 63 : this.cell.lightG) * 64 + ((this.cell.lightB >= 64) ? 63 : this.cell.lightB);
                }
                param.color = floorLight2;
                if (this.cell.lotShade)
                {
                    floorLight = floorLight2;
                }
            }
            floorMatColor = ((sourceFloor.colorMod == 0) ? 104025 : GetColorInt(ref matFloor.matColor, sourceFloor.colorMod));
            if (isWater && flag)
            {
                param.y -= 0.01f * floatY;
            }
            if (!sourceBlock.tileType.IsSkipFloor || sourceBlock.transparent || hasBridge || this.cell.hasDoor || this.cell.skipRender)
            {
                param.mat = matFloor;
                param.tile = sourceFloor._tiles[floorDir % sourceFloor._tiles.Length];
                param.matColor = floorMatColor;
                param.snow = snowed;
                if (this.cell.isDeck)
                {
                    param.z += 1f;
                    if ((bool)sourceFloor.renderData.subData)
                    {
                        sourceFloor.renderData.subData.Draw(param);
                    }
                    sourceFloor.renderData.Draw(param);
                    param.z -= 1f;
                }
                else
                {
                    if ((bool)sourceFloor.renderData.subData)
                    {
                        sourceFloor.renderData.subData.Draw(param);
                    }
                    sourceFloor.renderData.Draw(param);
                }
                int num8 = 0;
                if (isSnowCovered && sourceFloor == FLOOR.sourceSnow && !this.cell.hasDoor)
                {
                    if (!this.cell.Right.IsSnowTile && this.cell.Right.topHeight == this.cell.topHeight)
                    {
                        num8++;
                    }
                    if (!this.cell.Front.IsSnowTile && this.cell.Front.topHeight == this.cell.topHeight)
                    {
                        num8 += 2;
                    }
                    if (num8 != 0)
                    {
                        param.tile = 448 + num8 + 12;
                        param.z -= 0.1f;
                        sourceFloor.renderData.Draw(param);
                        param.z += 0.1f;
                    }
                }
                if (this.cell.shadow != 0 && !hasBridge && !this.cell.skipRender)
                {
                    if (snowed)
                    {
                        if (sourceFloor == FLOOR.sourceSnow)
                        {
                            param.tile = 448 + this.cell.shadow + 8 + (this.cell.HasFence ? 4 : 0);
                            param.z -= 0.01f;
                            sourceFloor.renderData.Draw(param);
                        }
                    }
                    else
                    {
                        pass = passEdge;
                        batch = pass.batches[pass.batchIdx];
                        batch.matrices[pass.idx].m03 = param.x + ambientShadowFix[this.cell.shadow].x;
                        batch.matrices[pass.idx].m13 = param.y + ambientShadowFix[this.cell.shadow].y;
                        batch.matrices[pass.idx].m23 = param.z + ambientShadowFix[this.cell.shadow].z;
                        batch.tiles[pass.idx] = 448 + this.cell.shadow;
                        batch.colors[pass.idx] = param.color;
                        batch.matColors[pass.idx] = 104025f;
                        pass.idx++;
                        if (pass.idx == pass.batchSize)
                        {
                            pass.NextBatch();
                        }
                    }
                    if (!sourceFloor.ignoreTransition && !snowed)
                    {
                        Cell back = this.cell.Back;
                        if (back.sourceBlock.transition[0] != -1 && back.isSeen && !back.hasDoor)
                        {
                            pass = passFloor;
                            batch = pass.batches[pass.batchIdx];
                            batch.matrices[pass.idx].m03 = param.x + transitionFix[0].x;
                            batch.matrices[pass.idx].m13 = param.y + transitionFix[0].y;
                            batch.matrices[pass.idx].m23 = param.z + transitionFix[0].z;
                            batch.tiles[pass.idx] = 480 + back.sourceBlock.transition[0] + Rand.bytes[index % Rand.MaxBytes] % back.sourceBlock.transition[1];
                            batch.colors[pass.idx] = param.color;
                            batch.matColors[pass.idx] = GetColorInt(ref back.matBlock.matColor, back.sourceBlock.colorMod);
                            pass.idx++;
                            if (pass.idx == pass.batchSize)
                            {
                                pass.NextBatch();
                            }
                        }
                        back = this.cell.Left;
                        if (back.sourceBlock.transition[0] != -1 && back.isSeen && !back.hasDoor)
                        {
                            pass = passFloor;
                            batch = pass.batches[pass.batchIdx];
                            batch.matrices[pass.idx].m03 = param.x + transitionFix[1].x;
                            batch.matrices[pass.idx].m13 = param.y + transitionFix[1].y;
                            batch.matrices[pass.idx].m23 = param.z + transitionFix[1].z;
                            batch.tiles[pass.idx] = 512 + back.sourceBlock.transition[0] + Rand.bytes[index % Rand.MaxBytes] % back.sourceBlock.transition[1];
                            batch.colors[pass.idx] = param.color;
                            batch.matColors[pass.idx] = GetColorInt(ref back.matBlock.matColor, back.sourceBlock.colorMod);
                            pass.idx++;
                            if (pass.idx == pass.batchSize)
                            {
                                pass.NextBatch();
                            }
                        }
                    }
                }
                if (this.cell.autotile != 0 && sourceFloor.autotile != 0 && (!hasBridge || this.cell.bridgeHeight - this.cell.height > 3) && !this.cell.skipRender && num8 == 0)
                {
                    pass = (isWater ? passAutoTileWater : passAutoTile);
                    batch = pass.batches[pass.batchIdx];
                    batch.matrices[pass.idx].m03 = param.x;
                    batch.matrices[pass.idx].m13 = param.y;
                    batch.matrices[pass.idx].m23 = param.z + ((hasBridge || this.cell._block != 0) ? 0.8f : 0f);
                    batch.tiles[pass.idx] = (26 + sourceFloor.autotile / 2) * 32 + sourceFloor.autotile % 2 * 16 + this.cell.autotile;
                    batch.colors[pass.idx] = param.color + (float)((int)(sourceFloor.autotileBrightness * 100f) * 262144);
                    batch.matColors[pass.idx] = param.matColor;
                    pass.idx++;
                    if (pass.idx == pass.batchSize)
                    {
                        pass.NextBatch();
                    }
                }
            }
            if (isWater)
            {
                int num9 = 12;
                int num10 = this.cell.shore / num9;
                int num11 = this.cell.shore % num9;
                bool isShoreSand = this.cell.isShoreSand;
                if (this.cell.shore != 0)
                {
                    Cell cell = ((((uint)num10 & (true ? 1u : 0u)) != 0) ? this.cell.Back : ((((uint)num10 & 2u) != 0) ? this.cell.Right : ((((uint)num10 & 4u) != 0) ? this.cell.Front : this.cell.Left)));
                    if (isShoreSand && !cell.sourceFloor.isBeach)
                    {
                        cell = ((((uint)num10 & 8u) != 0) ? this.cell.Left : ((((uint)num10 & 4u) != 0) ? this.cell.Front : ((((uint)num10 & 2u) != 0) ? this.cell.Right : this.cell.Back)));
                    }
                    if (!cell.IsSnowTile)
                    {
                        param.matColor = GetColorInt(ref cell.matFloor.matColor, cell.sourceFloor.colorMod);
                        if (isShoreSand)
                        {
                            pass = passShore;
                            batch = pass.batches[pass.batchIdx];
                            batch.matrices[pass.idx].m03 = param.x;
                            batch.matrices[pass.idx].m13 = param.y;
                            batch.matrices[pass.idx].m23 = param.z;
                            batch.tiles[pass.idx] = 768 + this.cell.shore / num9;
                            batch.colors[pass.idx] = param.color;
                            batch.matColors[pass.idx] = param.matColor;
                            pass.idx++;
                            if (pass.idx == pass.batchSize)
                            {
                                pass.NextBatch();
                            }
                            num11 = 2;
                        }
                        else
                        {
                            num11 = cell.sourceFloor.edge;
                        }
                        param.tile = (24 + num11 / 2) * 32 + num11 % 2 * 16 + num10;
                        rendererShore.Draw(param);
                    }
                }
                if (this.cell.Back.isShoreSand && ((uint)(this.cell.Back.shore / num9) & 8u) != 0 && this.cell.Left.isShoreSand && ((uint)(this.cell.Left.shore / num9) & (true ? 1u : 0u)) != 0)
                {
                    param.tile = 785f;
                    param.matColor = GetColorInt(ref this.cell.BackLeft.matFloor.matColor, this.cell.BackLeft.sourceFloor.colorMod);
                    passShore.Add(param);
                    Draw(60);
                }
                if (this.cell.Back.isShoreSand && ((uint)(this.cell.Back.shore / num9) & 2u) != 0 && this.cell.Right.isShoreSand && ((uint)(this.cell.Right.shore / num9) & (true ? 1u : 0u)) != 0)
                {
                    param.tile = 786f;
                    param.matColor = GetColorInt(ref this.cell.BackRight.matFloor.matColor, this.cell.BackRight.sourceFloor.colorMod);
                    passShore.Add(param);
                    Draw(56);
                }
                if (this.cell.Front.isShoreSand && ((uint)(this.cell.Front.shore / num9) & 2u) != 0 && this.cell.Right.isShoreSand && ((uint)(this.cell.Right.shore / num9) & 4u) != 0)
                {
                    param.tile = 787f;
                    param.matColor = GetColorInt(ref this.cell.FrontRight.matFloor.matColor, this.cell.FrontRight.sourceFloor.colorMod);
                    passShore.Add(param);
                    Draw(48);
                }
                if (this.cell.Front.isShoreSand && ((uint)(this.cell.Front.shore / num9) & 8u) != 0 && this.cell.Left.isShoreSand && ((uint)(this.cell.Left.shore / num9) & 4u) != 0)
                {
                    param.tile = 788f;
                    param.matColor = GetColorInt(ref this.cell.FrontLeft.matFloor.matColor, this.cell.FrontLeft.sourceFloor.colorMod);
                    passShore.Add(param);
                    Draw(52);
                }
                if (this.cell._bridge != 0 && this.cell.isBridgeEdge && this.cell.bridgePillar != byte.MaxValue)
                {
                    pass = passEdge;
                    batch = pass.batches[pass.batchIdx];
                    batch.matrices[pass.idx].m03 = param.x + waterEdgeBridgeFix.x;
                    batch.matrices[pass.idx].m13 = param.y + waterEdgeBridgeFix.y;
                    batch.matrices[pass.idx].m23 = param.z + waterEdgeBridgeFix.z;
                    batch.tiles[pass.idx] = 616 + waterAnimeIndex % 4;
                    batch.colors[pass.idx] = param.color;
                    batch.matColors[pass.idx] = 104025f;
                    pass.idx++;
                    if (pass.idx == pass.batchSize)
                    {
                        pass.NextBatch();
                    }
                }
                bool flag6 = false;
                if (isShoreSand)
                {
                    if (((uint)num10 & (true ? 1u : 0u)) != 0)
                    {
                        if (((uint)num10 & 8u) != 0)
                        {
                            if ((num10 & 2) == 0 && (num10 & 4) == 0)
                            {
                                Draw(16);
                            }
                            flag6 = true;
                        }
                        if (((uint)num10 & 2u) != 0)
                        {
                            if ((num10 & 8) == 0 && (num10 & 4) == 0)
                            {
                                Draw(20);
                            }
                            flag6 = true;
                        }
                    }
                    if (((uint)num10 & 4u) != 0)
                    {
                        if (((uint)num10 & 8u) != 0)
                        {
                            if ((num10 & 2) == 0 && (num10 & 1) == 0)
                            {
                                Draw(24);
                            }
                            flag6 = true;
                        }
                        if (((uint)num10 & 2u) != 0)
                        {
                            if ((num10 & 8) == 0 && (num10 & 1) == 0)
                            {
                                Draw(28);
                            }
                            flag6 = true;
                        }
                    }
                    if (!flag6)
                    {
                        if (!this.cell.Front.sourceFloor.tileType.IsWater && !this.cell.Front.isDeck)
                        {
                            Draw(8);
                        }
                        if (!this.cell.Right.sourceFloor.tileType.IsWater && !this.cell.Right.isDeck)
                        {
                            Draw(12);
                        }
                    }
                }
                if (!flag6)
                {
                    if (!this.cell.Back.sourceFloor.tileType.IsWater && !this.cell.Back.isDeck)
                    {
                        pass = passEdge;
                        batch = pass.batches[pass.batchIdx];
                        batch.tiles[pass.idx] = 608 + waterAnimeIndex % 4;
                        batch.matColors[pass.idx] = 104025f;
                        if (((uint)(this.cell.shore / num9) & (true ? 1u : 0u)) != 0)
                        {
                            if (isShoreSand)
                            {
                                param.matColor = GetColorInt(ref this.cell.Back.matFloor.matColor, this.cell.Back.sourceFloor.colorMod);
                                batch.matrices[pass.idx].m03 = param.x + waterEdgeFixShoreSand.x;
                                batch.matrices[pass.idx].m13 = param.y + waterEdgeFixShoreSand.y;
                                batch.matrices[pass.idx].m23 = param.z + waterEdgeFixShoreSand.z;
                                batch.tiles[pass.idx] = 640 + seaAnimeIndexes[waterAnimeIndex % seaAnimeIndexes.Length];
                                batch.matColors[pass.idx] = param.matColor;
                            }
                            else
                            {
                                batch.matrices[pass.idx].m03 = param.x;
                                batch.matrices[pass.idx].m13 = param.y;
                                batch.matrices[pass.idx].m23 = param.z + waterEdgeFixShore.z;
                            }
                        }
                        else
                        {
                            batch.matrices[pass.idx].m03 = param.x;
                            batch.matrices[pass.idx].m13 = param.y;
                            batch.matrices[pass.idx].m23 = param.z + waterEdgeFix.z;
                            batch.tiles[pass.idx] += 12f;
                        }
                        batch.colors[pass.idx] = param.color;
                        pass.idx++;
                        if (pass.idx == pass.batchSize)
                        {
                            pass.NextBatch();
                        }
                    }
                    if (!this.cell.Left.sourceFloor.tileType.IsWater && !this.cell.Left.isDeck)
                    {
                        pass = passEdge;
                        batch = pass.batches[pass.batchIdx];
                        batch.tiles[pass.idx] = 612 + waterAnimeIndex % 4;
                        batch.matColors[pass.idx] = 104025f;
                        if (((uint)(this.cell.shore / num9) & 8u) != 0)
                        {
                            if (isShoreSand)
                            {
                                param.matColor = GetColorInt(ref this.cell.Left.matFloor.matColor, this.cell.Left.sourceFloor.colorMod);
                                batch.matrices[pass.idx].m03 = param.x + waterEdgeFixShoreSand.x;
                                batch.matrices[pass.idx].m13 = param.y + waterEdgeFixShoreSand.y;
                                batch.matrices[pass.idx].m23 = param.z + waterEdgeFixShoreSand.z;
                                batch.tiles[pass.idx] = 644 + seaAnimeIndexes[waterAnimeIndex % seaAnimeIndexes.Length];
                                batch.matColors[pass.idx] = param.matColor;
                            }
                            else
                            {
                                batch.matrices[pass.idx].m03 = param.x;
                                batch.matrices[pass.idx].m13 = param.y;
                                batch.matrices[pass.idx].m23 = param.z + waterEdgeFixShore.z;
                            }
                        }
                        else
                        {
                            batch.matrices[pass.idx].m03 = param.x;
                            batch.matrices[pass.idx].m13 = param.y;
                            batch.matrices[pass.idx].m23 = param.z + waterEdgeFix.z;
                            batch.tiles[pass.idx] += 12f;
                        }
                        batch.colors[pass.idx] = param.color;
                        pass.idx++;
                        if (pass.idx == pass.batchSize)
                        {
                            pass.NextBatch();
                        }
                    }
                }
                if (flag)
                {
                    param.y += 0.01f * floatY;
                }
            }
            if (flag)
            {
                param.z -= 1f;
            }
        }
        if (this.cell.skipRender)
        {
            if (this.cell.pcSync)
            {
                param.tile = 0f;
                rendererFov.Draw(param);
            }
            return;
        }
        if (hasBridge)
        {
            param.y = (float)(cz - cx) * screen.tileAlign.y + (float)(int)this.cell.bridgeHeight * _heightMod.y;
            param.z = 1000f + param.x * screen.tileWeight.x + param.y * screen.tileWeight.z + (float)(int)this.cell.bridgeHeight * _heightMod.z;
            if (flag)
            {
                param.y += 0.01f * floatY;
            }
            param.color = floorLight;
            param.mat = matBridge;
            floorMatColor = ((sourceBridge.colorMod == 0) ? 104025 : GetColorInt(ref matBridge.matColor, sourceBridge.colorMod));
            param.dir = this.cell.floorDir;
            param.tile = sourceBridge._tiles[this.cell.floorDir % sourceBridge._tiles.Length];
            param.matColor = floorMatColor;
            sourceBridge.renderData.Draw(param);
            if (this.cell.autotileBridge != 0 && sourceBridge.autotile != 0)
            {
                pass = passAutoTile;
                batch = pass.batches[pass.batchIdx];
                batch.matrices[pass.idx].m03 = param.x;
                batch.matrices[pass.idx].m13 = param.y;
                batch.matrices[pass.idx].m23 = param.z + ((this.cell._block != 0) ? 0.8f : 0f);
                batch.tiles[pass.idx] = (26 + sourceBridge.autotile / 2) * 32 + sourceBridge.autotile % 2 * 16 + this.cell.autotileBridge;
                batch.colors[pass.idx] = param.color + (float)((int)(sourceBridge.autotileBrightness * 100f) * 262144);
                batch.matColors[pass.idx] = param.matColor;
                pass.idx++;
                if (pass.idx == pass.batchSize)
                {
                    pass.NextBatch();
                }
            }
            if (this.cell.shadow != 0)
            {
                if (sourceBridge == FLOOR.sourceSnow)
                {
                    param.tile = 448 + this.cell.shadow + 8 + (this.cell.HasFence ? 4 : 0);
                    param.z -= 0.01f;
                    sourceBridge.renderData.Draw(param);
                }
                else
                {
                    pass = passEdge;
                    batch = pass.batches[pass.batchIdx];
                    batch.matrices[pass.idx].m03 = param.x + ambientShadowFix[this.cell.shadow].x;
                    batch.matrices[pass.idx].m13 = param.y + ambientShadowFix[this.cell.shadow].y;
                    batch.matrices[pass.idx].m23 = param.z + ambientShadowFix[this.cell.shadow].z;
                    batch.tiles[pass.idx] = 448 + this.cell.shadow;
                    batch.colors[pass.idx] = blockLight;
                    batch.matColors[pass.idx] = 104025f;
                    pass.idx++;
                    if (pass.idx == pass.batchSize)
                    {
                        pass.NextBatch();
                    }
                }
            }
            if (this.cell.isBridgeEdge && this.cell.bridgeHeight - this.cell.height >= 3 && this.cell.bridgePillar != byte.MaxValue && !noSlopMode)
            {
                orgY = param.y;
                orgZ = param.z;
                param.y += bridgeFix.y;
                param.z += bridgeFix.z;
                param.dir = 0;
                SourceBlock.Row row4 = sourceBridge._bridgeBlock;
                float num12 = (float)(this.cell.bridgeHeight - this.cell.height) * _heightMod.y;
                if (this.cell.sourceFloor.tileType == TileType.Sky)
                {
                    num12 += (float)EMono._map.config.skyBlockHeight;
                }
                int num13 = (int)(num12 / heightBlockSize) + 2;
                if (this.cell.bridgePillar != 0)
                {
                    row4 = EMono.sources.blocks.rows[this.cell.bridgePillar];
                    param.tile = row4._tiles[0] + ((num13 == 2) ? 32 : 0);
                    param.mat = ((sourceBridge.DefaultMaterial == row4.DefaultMaterial) ? sourceBridge.DefaultMaterial : row4.DefaultMaterial);
                    param.matColor = ((row4.colorMod == 0) ? 104025 : GetColorInt(ref param.mat.matColor, row4.colorMod));
                }
                else
                {
                    param.mat = matBlock;
                    param.tile = row4._tiles[0] + 32;
                    param.matColor = ((row4.colorMod == 0) ? 104025 : GetColorInt(ref matBridge.matColor, row4.colorMod));
                }
                param.y += ugFixBridgeTop.y;
                param.z += ugFixBridgeTop.z;
                for (int l = 0; l < num13; l++)
                {
                    if (l == num13 - 1)
                    {
                        param.y = (float)(cz - cx) * screen.tileAlign.y + (float)height * _heightMod.y + ugFixBridgeBottom.y;
                        param.z = 1000f + param.x * screen.tileWeight.x + param.y * screen.tileWeight.z + (float)height * _heightMod.z + ugFixBridgeBottom.z;
                    }
                    else
                    {
                        param.y += ugFixBridge.y;
                        param.z += ugFixBridge.z;
                    }
                    row4.renderData.Draw(param);
                }
                param.y = orgY;
                param.z = orgZ;
            }
        }
        if (!buildMode && this.cell.highlight != 0)
        {
            if (this.cell._block != 0 && !this.cell.hasDoor)
            {
                screen.guide.DrawWall(this.cell.GetPoint(), EMono.Colors.blockColors.MapHighlight, useMarkerPass: true);
            }
            else
            {
                passGuideFloor.Add(this.cell.GetPoint(), (int)this.cell.highlight);
            }
        }
        param.color = blockLight;
        if (isSnowCovered && (sourceBlock.id != 0 || this.cell.hasDoor) && (snowed || this.cell.isClearSnow) && (this.cell.Front.HasRoof || this.cell.Right.HasRoof))
        {
            snowed = false;
        }
        int num14 = 0;
        if (sourceBlock.id != 0)
        {
            this.tileType = sourceBlock.tileType;
            roomHeight = 0f;
            int blockDir = this.cell.blockDir;
            bool flag7 = false;
            switch (wallClipMode)
            {
            case WallClipMode.ByRoom:
                if (!this.tileType.RepeatBlock)
                {
                    break;
                }
                if (currentRoom == null || showFullWall)
                {
                    this.room = this.room ?? this.cell.Front.room ?? this.cell.Right.room ?? this.cell.FrontRight.room;
                    _lowblock = lowBlock;
                }
                else if (this.room != this.cell.Front.room && (this.cell.Front.room == currentRoom || (this.room?.lot != currentLot && this.cell.Front.room?.lot == currentLot)))
                {
                    this.room = this.cell.Front.room;
                    _lowblock = !this.cell.Front.lotWall && !this.cell.Front.fullWall;
                }
                else if (this.room != this.cell.Right.room && (this.cell.Right.room == currentRoom || (this.room?.lot != currentLot && this.cell.Right.room?.lot == currentLot)))
                {
                    this.room = this.cell.Right.room;
                    _lowblock = !this.cell.Right.lotWall && !this.cell.Right.fullWall;
                }
                else if (this.tileType.IsFullBlock && this.room != this.cell.FrontRight.room && (this.cell.FrontRight.room == currentRoom || (this.room?.lot != currentLot && this.cell.FrontRight.room?.lot == currentLot)))
                {
                    this.room = this.cell.FrontRight.room;
                    _lowblock = !this.cell.FrontRight.lotWall && !this.cell.FrontRight.fullWall;
                }
                else
                {
                    this.room = this.room ?? this.cell.Front.room ?? this.cell.Right.room ?? this.cell.FrontRight.room;
                    _lowblock = true;
                    if (!this.tileType.IsFullBlock)
                    {
                        if (this.cell.lotWall)
                        {
                            _lowblock = false;
                        }
                        else if (this.room == currentRoom)
                        {
                            _lowblock = !this.cell.fullWall;
                        }
                    }
                }
                flag7 = (this.room != null && this.room.data.atrium) || (this.cell.room != null && this.cell.room.data.atrium);
                if (flag7)
                {
                    _lowblock = false;
                }
                if (this.room == null && alwaysLowblock)
                {
                    _lowblock = true;
                    roomHeight = 0f;
                }
                if (this.room != null)
                {
                    maxHeight = (float)(cz - cx) * screen.tileAlign.y + (float)this.room.lot.mh * _heightMod.y;
                    if (showRoof)
                    {
                        roomHeight = this.room.lot.realHeight;
                        break;
                    }
                    if ((noRoofMode && currentRoom == null) || (_lowblock && !this.tileType.ForceRpeatBlock))
                    {
                        roomHeight = 0f;
                        break;
                    }
                    int num15 = ((this.room.data.maxHeight == 0) ? 2 : this.room.data.maxHeight);
                    roomHeight = EMono.setting.render.roomHeightMod * (float)((this.room.lot.height < num15) ? this.room.lot.height : num15) + 0.01f * (float)this.room.lot.heightFix;
                }
                break;
            case WallClipMode.ByLot:
                if (defaultBlockHeight > 0f || isIndoor)
                {
                    _lowblock = cx != 0 && cz != Size - 1 && ((!this.cell.Back.HasBlock && !this.cell.Back.isWallEdge) || (!this.cell.Left.HasBlock && !this.cell.Left.isWallEdge) || !this.cell.Back.Left.HasBlock);
                    if (!_lowblock)
                    {
                        roomHeight = defaultBlockHeight * EMono.setting.render.roomHeightMod;
                        maxHeight = (float)(cz - cx) * screen.tileAlign.y + (float)(int)this.cell.TopHeight * _heightMod.y;
                    }
                    break;
                }
                if (showFullWall)
                {
                    _lowblock = this.room != null;
                    if (_lowblock)
                    {
                        if (this.cell.Back.IsRoomEdge && this.cell.Right.IsRoomEdge && this.cell.Back.room == null && this.cell.Right.room == null && this.cell.Right.Front.room?.lot == this.room?.lot)
                        {
                            _lowblock = false;
                        }
                    }
                    else if (this.cell.Back.room != null && this.cell.Back.room.lot == (this.cell.Front.room ?? this.cell.Right.room)?.lot)
                    {
                        _lowblock = true;
                    }
                }
                else
                {
                    _lowblock = lowBlock;
                }
                if (this.tileType.RepeatBlock)
                {
                    this.room = this.room ?? this.cell.Front.room ?? this.cell.Right.room ?? this.cell.FrontRight.room;
                    if (this.room != null && (!noRoofMode || currentRoom != null) && (!showFullWall || currentRoom == null || this.room.lot == currentRoom.lot))
                    {
                        roomHeight = ((_lowblock && !this.tileType.ForceRpeatBlock) ? 0f : this.room.lot.realHeight);
                        maxHeight = (float)(cz - cx) * screen.tileAlign.y + (float)this.room.lot.mh * _heightMod.y;
                    }
                }
                break;
            }
            if (!_lowblock && (double)roomHeight > 1.2 && this.tileType.RepeatBlock)
            {
                num14 = 1;
            }
            else if (lowBlock)
            {
                num14 = 2;
            }
            param.mat = matBlock;
            param.dir = this.cell.blockDir;
            param.snow = snowed;
            switch (this.tileType.blockRenderMode)
            {
            case BlockRenderMode.FullBlock:
            {
                bool invisible = sourceBlock.tileType.Invisible;
                if (invisible && (!buildMode || ActionMode.Cinema.IsActive))
                {
                    break;
                }
                if (this.cell.isSurrounded)
                {
                    switch (innerMode)
                    {
                    case InnerMode.InnerBlock:
                    case InnerMode.BuildMode:
                        blockLight = _baseBrightness + fogBrightness;
                        param.color = (int)(50f * blockLight) * 262144;
                        param.matColor = 104025f;
                        param.tile = (buildMode ? 1 : 2) + ((_lowblock || defaultBlockHeight > 0f) ? 3000000 : 0);
                        rendererInnerBlock.Draw(param);
                        return;
                    case InnerMode.None:
                    case InnerMode.Height:
                        param.color = blockLight;
                        break;
                    }
                }
                if (snowed)
                {
                    param.color = floorLight;
                }
                param.color -= (int)(_shadowStrength * 0.8f * 50f) * 262144;
                if (currentRoom != null && !showFullWall)
                {
                    _lowblock = true;
                    roomHeight = 0f;
                    if (this.cell.room != currentRoom && (this.cell.Front.room == currentRoom || this.cell.Right.room == currentRoom || this.cell.FrontRight.room == currentRoom) && (this.cell.Back.room != currentRoom || this.cell.Right.room != currentRoom) && (this.cell.Front.room != currentRoom || this.cell.Left.room != currentRoom))
                    {
                        _lowblock = false;
                    }
                    if (!_lowblock)
                    {
                        int num16 = ((currentRoom.data.maxHeight == 0) ? 2 : currentRoom.data.maxHeight);
                        roomHeight = EMono.setting.render.roomHeightMod * (float)((currentRoom.lot.height < num16) ? currentRoom.lot.height : num16) + 0.01f * (float)currentRoom.lot.heightFix;
                    }
                }
                if (flag7)
                {
                    _lowblock = (!this.cell.Front.HasFullBlock || !this.cell.Right.HasFullBlock) && (!this.cell.Front.HasFullBlock || !this.cell.Left.HasFullBlock) && (!this.cell.Back.HasFullBlock || !this.cell.Right.HasFullBlock) && (!this.cell.Back.HasFullBlock || !this.cell.Left.HasFullBlock);
                    if (_lowblock)
                    {
                        roomHeight = 0f;
                    }
                }
                if (invisible)
                {
                    roomHeight = 0f;
                    _lowblock = false;
                }
                if (this.cell.Things.Count > 0)
                {
                    _lowblock = false;
                }
                param.tile = sourceBlock._tiles[this.cell.blockDir % sourceBlock._tiles.Length] + (_lowblock ? 3000000 : 0);
                param.matColor = ((sourceBlock.colorMod == 0) ? 104025 : GetColorInt(ref matBlock.matColor, sourceBlock.colorMod));
                if (roomHeight == 0f)
                {
                    if (!this.cell.hasDoor)
                    {
                        sourceBlock.renderData.Draw(param);
                    }
                }
                else
                {
                    sourceBlock.renderData.DrawRepeatTo(param, maxHeight, roomHeight, ref renderSetting.peakFixBlock, this.cell.hasDoor, this.cell.effect?.FireAmount ?? 0, isBlock: true);
                }
                Room room = this.cell.Front.room ?? this.cell.room;
                if (room == null && this.cell.Right.room != null)
                {
                    room = this.cell.Right.room;
                }
                if (!invisible && room != null)
                {
                    if (room.lot.idDeco != 0 && !this.cell.hasDoor)
                    {
                        param.tile = EMono.sources.blocks.rows[0].ConvertTile(1000 + room.lot.idDeco);
                        param.matColor = room.lot.colDeco;
                        float y = param.y;
                        param.y += (float)room.lot.decoFix * 0.01f;
                        rendererWallDeco.Draw(param);
                        param.y = y;
                    }
                    if (room.lot.idDeco2 != 0 && roomHeight != 0f && (float)room.lot.decoFix2 * 0.01f + heightLimitDeco < roomHeight + maxHeight - param.y)
                    {
                        param.tile = EMono.sources.blocks.rows[0].ConvertTile(1000 + room.lot.idDeco2);
                        param.matColor = room.lot.colDeco2;
                        float y2 = param.y;
                        float num17 = param.z;
                        param.y += (float)room.lot.decoFix2 * 0.01f;
                        param.z += (float)room.lot.decoFix2 * 0.01f * heightModDeco;
                        rendererWallDeco.Draw(param);
                        param.y = y2;
                        param.z = num17;
                    }
                }
                room = this.cell.Right.room ?? this.cell.room;
                if (room == null && this.cell.Front.room != null)
                {
                    room = this.cell.Front.room;
                }
                if (!invisible && room != null)
                {
                    if (room.lot.idDeco != 0 && !this.cell.hasDoor)
                    {
                        param.tile = EMono.sources.blocks.rows[0].ConvertTile(1000 + room.lot.idDeco) * -1;
                        param.matColor = room.lot.colDeco;
                        float y3 = param.y;
                        param.y += (float)room.lot.decoFix * 0.01f;
                        rendererWallDeco.Draw(param);
                        param.y = y3;
                    }
                    if (room.lot.idDeco2 != 0 && roomHeight != 0f && (float)room.lot.decoFix2 * 0.01f + heightLimitDeco < roomHeight + maxHeight - param.y)
                    {
                        param.tile = EMono.sources.blocks.rows[0].ConvertTile(1000 + room.lot.idDeco2) * -1;
                        param.matColor = room.lot.colDeco2;
                        float y4 = param.y;
                        float num18 = param.z;
                        param.y += (float)room.lot.decoFix2 * 0.01f;
                        param.z += (float)room.lot.decoFix2 * 0.01f * heightModDeco;
                        rendererWallDeco.Draw(param);
                        param.y = y4;
                        param.z = num18;
                    }
                }
                break;
            }
            case BlockRenderMode.WallOrFence:
            {
                if (map.config.fullWallHeight)
                {
                    showFullWall = true;
                    _lowblock = false;
                }
                orgY = param.y;
                orgZ = param.z;
                param.color = (this.tileType.IsFence ? (floorLight - (float)((int)(_shadowStrength * 0.8f * 50f) * 262144)) : blockLight);
                bool flag8 = blockDir == 1 || _lowblock || flag7;
                bool flag9 = blockDir == 0 || _lowblock || flag7;
                if (!showFullWall && currentRoom != null)
                {
                    if (!flag8)
                    {
                        if (currentRoom == this.cell.room || (this.cell.lotWall && this.cell.room?.lot == currentLot && this.cell.Front.room != currentRoom))
                        {
                            if (!this.cell.IsRoomEdge || (this.cell.Front.room != this.cell.room && this.cell.FrontRight.room != this.cell.room))
                            {
                                flag8 = true;
                            }
                        }
                        else if ((!this.cell.Front.lotWall || this.cell.Front.room?.lot != currentLot) && this.cell.Front.room != currentRoom)
                        {
                            flag8 = true;
                        }
                    }
                    if (!flag9)
                    {
                        if (currentRoom == this.cell.room || (this.cell.lotWall && this.cell.room?.lot == currentLot && this.cell.Right.room != currentRoom))
                        {
                            if (!this.cell.IsRoomEdge || (this.cell.Right.room != this.cell.room && this.cell.FrontRight.room != this.cell.room))
                            {
                                flag9 = true;
                            }
                        }
                        else if ((!this.cell.Right.lotWall || this.cell.Right.room?.lot != currentLot) && this.cell.Right.room != currentRoom)
                        {
                            flag9 = true;
                        }
                    }
                }
                if (blockDir == 0 || blockDir == 2)
                {
                    param.dir = 0;
                    Room room2 = this.cell.Front.room ?? this.cell.room;
                    if (room2 != null && this.tileType.IsWall)
                    {
                        if (room2.lot.idDeco != 0 && !this.cell.hasDoor)
                        {
                            param.tile = EMono.sources.blocks.rows[0].ConvertTile(1000 + room2.lot.idDeco);
                            param.matColor = room2.lot.colDeco;
                            param.y += (float)room2.lot.decoFix * 0.01f;
                            rendererWallDeco.Draw(param);
                            param.y = orgY;
                        }
                        if (room2.lot.idDeco2 != 0 && roomHeight != 0f && !flag8 && (float)room2.lot.decoFix2 * 0.01f + heightLimitDeco < roomHeight + maxHeight - param.y)
                        {
                            param.tile = EMono.sources.blocks.rows[0].ConvertTile(1000 + room2.lot.idDeco2);
                            param.matColor = room2.lot.colDeco2;
                            param.y += (float)room2.lot.decoFix2 * 0.01f;
                            param.z += (float)room2.lot.decoFix2 * 0.01f * heightModDeco;
                            rendererWallDeco.Draw(param);
                            param.y = orgY;
                            param.z = orgZ;
                        }
                    }
                    Cell left = this.cell.Left;
                    if (blockDir == 2 && left.sourceBlock.tileType.IsWallOrFence && !this.cell.crossWall)
                    {
                        _sourceBlock = left.sourceBlock;
                        param.mat = left.matBlock;
                    }
                    else
                    {
                        _sourceBlock = sourceBlock;
                        param.mat = matBlock;
                    }
                    this.tileType = _sourceBlock.tileType;
                    param.tile = (tile = _sourceBlock._tiles[0] + ((flag8 && this.tileType.UseLowBlock) ? 32 : 0));
                    if (_sourceBlock.useAltColor)
                    {
                        param.matColor = ((_sourceBlock.colorMod == 0) ? 104025 : GetColorInt(ref param.mat.altColor, _sourceBlock.colorMod));
                    }
                    else
                    {
                        param.matColor = ((_sourceBlock.colorMod == 0) ? 104025 : GetColorInt(ref param.mat.matColor, _sourceBlock.colorMod));
                    }
                    if (roomHeight == 0f || flag8 || !this.tileType.RepeatBlock)
                    {
                        if (!this.cell.hasDoor)
                        {
                            _sourceBlock.renderData.Draw(param);
                        }
                    }
                    else
                    {
                        _sourceBlock.renderData.DrawRepeatTo(param, maxHeight, roomHeight, ref renderSetting.peakFix, this.cell.hasDoor, this.cell.effect?.FireAmount ?? 0);
                    }
                    param.z += cornerWallFix2.z;
                    if ((blockDir == 2 || (this.cell.Front.HasWallOrFence && this.cell.Front.blockDir != 0)) != this.cell.isToggleWallPillar)
                    {
                        if (this.cell.Back.IsSnowTile && this.cell.Right.IsSnowTile)
                        {
                            param.snow = true;
                        }
                        param.tile = _sourceBlock._tiles[0] + ((flag8 && flag9 && this.tileType.UseLowBlock && !flag7) ? 32 : 0) + (this.tileType.IsFence ? 32 : 64);
                        if (roomHeight == 0f || !this.tileType.RepeatBlock || (flag8 && flag9 && !flag7))
                        {
                            _sourceBlock.renderData.Draw(param);
                        }
                        else
                        {
                            _sourceBlock.renderData.DrawRepeatTo(param, maxHeight, roomHeight, ref renderSetting.peakFix);
                        }
                    }
                    if (!flag8 && !showRoof && this.cell.Left.HasWallOrFence && this.cell.Left.blockDir != 0 && !this.cell.Left.isToggleWallPillar)
                    {
                        orgX = param.x;
                        param.tile = _sourceBlock._tiles[0] + ((flag8 && this.tileType.UseLowBlock && !flag7) ? 32 : 0) + (this.tileType.IsFence ? 32 : 64);
                        param.x += cornerWallFix3.x;
                        param.y += cornerWallFix3.y;
                        param.z += cornerWallFix3.z;
                        if (!flag7 && (roomHeight == 0f || flag8))
                        {
                            _sourceBlock.renderData.Draw(param);
                        }
                        else
                        {
                            _sourceBlock.renderData.DrawRepeatTo(param, maxHeight, roomHeight + cornerWallFix.y, ref renderSetting.peakFix);
                        }
                        param.x = orgX;
                    }
                    else if (this.cell.FrontLeft.HasWallOrFence && this.cell.FrontLeft.blockDir != 0 && (!flag8 || !this.cell.Left.HasWall) && !this.cell.isToggleWallPillar)
                    {
                        orgX = param.x;
                        param.tile = _sourceBlock._tiles[0] + ((flag8 && this.tileType.UseLowBlock && !flag7) ? 32 : 0) + (this.tileType.IsFence ? 32 : 64);
                        param.x += cornerWallFix.x;
                        param.y += cornerWallFix.y;
                        param.z += cornerWallFix.z;
                        if (!flag7 && (roomHeight == 0f || flag8))
                        {
                            _sourceBlock.renderData.Draw(param);
                        }
                        else
                        {
                            _sourceBlock.renderData.DrawRepeatTo(param, maxHeight, roomHeight + cornerWallFix.y, ref renderSetting.peakFix);
                        }
                        param.x = orgX;
                    }
                }
                if (blockDir == 1 || blockDir == 2)
                {
                    param.y = orgY;
                    param.z = orgZ;
                    param.dir = 1;
                    Room room3 = this.cell.Right.room ?? this.cell.room;
                    if (room3 != null && this.tileType.IsWall)
                    {
                        if (room3.lot.idDeco != 0 && !this.cell.hasDoor)
                        {
                            param.tile = -EMono.sources.blocks.rows[0].ConvertTile(1000 + room3.lot.idDeco);
                            param.matColor = room3.lot.colDeco;
                            param.y += (float)room3.lot.decoFix * 0.01f;
                            rendererWallDeco.Draw(param);
                            param.y = orgY;
                        }
                        if (room3.lot.idDeco2 != 0 && roomHeight != 0f && !flag9 && (float)room3.lot.decoFix2 * 0.01f + heightLimitDeco < roomHeight + maxHeight - param.y)
                        {
                            param.tile = -EMono.sources.blocks.rows[0].ConvertTile(1000 + room3.lot.idDeco2);
                            param.matColor = room3.lot.colDeco2;
                            param.y += (float)room3.lot.decoFix2 * 0.01f;
                            param.z += (float)room3.lot.decoFix2 * 0.01f * heightModDeco;
                            rendererWallDeco.Draw(param);
                            param.y = orgY;
                            param.z = orgZ;
                        }
                    }
                    if (blockDir == 2 && this.cell.room == null && this.cell.Right.room != null)
                    {
                        Room room4 = this.cell.Right.room;
                        maxHeight = (float)(cz - cx) * screen.tileAlign.y + (float)room4.lot.mh * _heightMod.y;
                        if (showRoof)
                        {
                            roomHeight = room4.lot.realHeight;
                        }
                        else if ((noRoofMode && currentRoom == null) || (_lowblock && !this.tileType.ForceRpeatBlock))
                        {
                            roomHeight = 0f;
                        }
                        else
                        {
                            int num19 = ((room4.data.maxHeight == 0) ? 2 : room4.data.maxHeight);
                            roomHeight = EMono.setting.render.roomHeightMod * (float)((room4.lot.height < num19) ? room4.lot.height : num19) + 0.01f * (float)room4.lot.heightFix;
                        }
                    }
                    Cell back2 = this.cell.Back;
                    if (blockDir == 2 && back2.sourceBlock.tileType.IsWallOrFence && !this.cell.crossWall)
                    {
                        _sourceBlock = back2.sourceBlock;
                        param.mat = back2.matBlock;
                    }
                    else
                    {
                        _sourceBlock = sourceBlock;
                        param.mat = matBlock;
                    }
                    this.tileType = _sourceBlock.tileType;
                    param.tile = (tile = -_sourceBlock._tiles[0] + ((flag9 && this.tileType.UseLowBlock) ? (-32) : 0));
                    if (_sourceBlock.useAltColor)
                    {
                        param.matColor = ((_sourceBlock.colorMod == 0) ? 104025 : GetColorInt(ref param.mat.altColor, _sourceBlock.colorMod));
                    }
                    else
                    {
                        param.matColor = ((_sourceBlock.colorMod == 0) ? 104025 : GetColorInt(ref param.mat.matColor, _sourceBlock.colorMod));
                    }
                    param.color += _rightWallShade;
                    if (roomHeight == 0f || flag9 || !this.tileType.RepeatBlock)
                    {
                        if (!this.cell.hasDoor)
                        {
                            _sourceBlock.renderData.Draw(param);
                        }
                    }
                    else
                    {
                        _sourceBlock.renderData.DrawRepeatTo(param, maxHeight, roomHeight, ref renderSetting.peakFix, this.cell.hasDoor, this.cell.effect?.FireAmount ?? 0);
                    }
                    if ((this.cell.Right.HasWallOrFence && this.cell.Right.blockDir != 1) != this.cell.isToggleWallPillar && (blockDir != 2 || !this.cell.isToggleWallPillar))
                    {
                        if (this.cell.Left.IsSnowTile && this.cell.Front.IsSnowTile)
                        {
                            param.snow = true;
                        }
                        orgX = param.x;
                        param.tile = _sourceBlock._tiles[0] + ((flag9 && this.tileType.UseLowBlock && !flag7) ? 32 : 0) + (this.tileType.IsFence ? 32 : 64);
                        if (!flag7 && (roomHeight == 0f || !this.tileType.RepeatBlock || flag9))
                        {
                            _sourceBlock.renderData.Draw(param);
                        }
                        else
                        {
                            _sourceBlock.renderData.DrawRepeatTo(param, maxHeight, roomHeight, ref renderSetting.peakFix);
                        }
                        param.x = orgX;
                    }
                }
                param.y = orgY;
                param.z = orgZ;
                break;
            }
            case BlockRenderMode.HalfBlock:
                param.color = floorLight;
                _sourceBlock = ((sourceBlock.id == 5) ? EMono.sources.blocks.rows[matBlock.defBlock] : sourceBlock);
                param.tile = _sourceBlock._tiles[0];
                param.matColor = ((_sourceBlock.colorMod == 0) ? 104025 : GetColorInt(ref matBlock.matColor, _sourceBlock.colorMod));
                param.tile2 = _sourceBlock.sourceAutoFloor._tiles[0];
                param.halfBlockColor = ((_sourceBlock.sourceAutoFloor.colorMod == 0) ? 104025 : GetColorInt(ref matBlock.matColor, _sourceBlock.sourceAutoFloor.colorMod));
                sourceBlock.renderData.Draw(param);
                break;
            case BlockRenderMode.Pillar:
            {
                RenderData renderData2 = sourceBlock.renderData;
                param.tile = sourceBlock._tiles[this.cell.blockDir % sourceBlock._tiles.Length];
                param.matColor = ((sourceBlock.colorMod == 0) ? 104025 : GetColorInt(ref matBlock.matColor, sourceBlock.colorMod));
                int num20 = this.cell.objDir + ((this.cell.objDir >= 7) ? this.cell.objDir : 0) + 1;
                if (num20 == 0)
                {
                    renderData2.Draw(param);
                }
                else
                {
                    renderData2.DrawRepeat(param, num20, sourceBlock.tileType.RepeatSize);
                }
                param.tile = renderData2.idShadow;
                SourcePref shadowPref2 = renderData2.shadowPref;
                int shadow4 = shadowPref2.shadow;
                passShadow.AddShadow(param.x + renderData2.offsetShadow.x, param.y + renderData2.offsetShadow.y, param.z + renderData2.offsetShadow.z, ShadowData.Instance.items[shadow4], shadowPref2, 0, param.snow);
                break;
            }
            default:
                param.color = floorLight;
                param.tile = sourceBlock._tiles[this.cell.blockDir % sourceBlock._tiles.Length] + ((_lowblock && this.tileType.UseLowBlock) ? 3000000 : 0);
                param.matColor = ((sourceBlock.colorMod == 0) ? 104025 : GetColorInt(ref matBlock.matColor, sourceBlock.colorMod));
                if (roomHeight == 0f)
                {
                    sourceBlock.renderData.Draw(param);
                }
                else
                {
                    sourceBlock.renderData.DrawRepeatTo(param, maxHeight, roomHeight, ref renderSetting.peakFixBlock);
                }
                break;
            }
        }
        if (this.cell.pcSync && EMono.player.lightPower > 0f && !cinemaMode)
        {
            if (this.cell.room != null || !this.cell.IsRoomEdge || !showRoof)
            {
                goto IL_6f72;
            }
            if (this.cell._block == 0 || !this.cell.sourceBlock.tileType.RepeatBlock)
            {
                Room obj = this.cell.FrontRight.room;
                if (obj == null || !obj.HasRoof)
                {
                    goto IL_6f72;
                }
            }
        }
        goto IL_6fd2;
        IL_6f72:
        if (!showRoof || !roof || this.cell.room == null || this.cell.Front.room == null || this.cell.Right.room == null)
        {
            param.tile = num14;
            rendererFov.Draw(param);
        }
        goto IL_6fd2;
        IL_7b8d:
        if (detail.things.Count == 0 && detail.charas.Count == 0)
        {
            return;
        }
        int num21 = 0;
        thingPos.x = 0f;
        thingPos.y = 0f;
        thingPos.z = 0f;
        freePos.x = (freePos.y = (freePos.z = 0f));
        if (this.cell.HasRamp)
        {
            Vector3 rampFix = sourceBlock.tileType.GetRampFix(this.cell.blockDir);
            param.x += rampFix.x;
            param.y += rampFix.y;
            param.z += rampFix.z;
            freePos.x += rampFix.x;
            freePos.y += rampFix.y;
            freePos.z += rampFix.z;
        }
        param.y += (flag ? 0f : ((this.cell._bridge != 0) ? this.cell.sourceBridge.tileType.FloorHeight : sourceFloor.tileType.FloorHeight));
        orgPos.x = (orgX = param.x);
        orgPos.y = (orgY = param.y);
        orgPos.z = (orgZ = param.z);
        if (flag && liquidLv > 0)
        {
            if (liquidLv > 10)
            {
                liquidLv = TileType.FloorWaterShallow.LiquidLV * 10;
            }
            liquidLv -= (int)(floatY * 0.5f);
            param.liquidLv = liquidLv;
            param.y -= TileType.FloorWaterShallow.FloorHeight;
        }
        Thing thing = null;
        bool shadow = liquidLv == 0;
        float num22 = 0f;
        float num23 = 0f;
        bool flag10 = false;
        float num24 = 0f;
        bool flag11 = false;
        float num25 = 0f;
        if (detail.things.Count > 0 && isSeen)
        {
            _ = zSetting.max1;
            float num26 = 0f;
            for (int m = 0; m < detail.things.Count; m++)
            {
                Thing t = detail.things[m];
                if ((fogged && !t.isRoofItem) || ((t.isHidden || t.trait.HideInAdv || t.isMasked) && !EMono.scene.actionMode.ShowMaskedThings) || (t.isRoofItem && ((this.room == null && !sourceBlock.tileType.IsFullBlock && !EMono._zone.IsPCFaction) || (lowBlock && !showFullWall && this.room != null) || (noRoofMode && currentRoom == null))) || (flag3 && !t.isRoofItem))
                {
                    continue;
                }
                TileType tileType = t.trait.tileType;
                bool isInstalled = t.IsInstalled;
                SourcePref pref = t.Pref;
                if (!isInstalled && t.category.tileDummy != 0)
                {
                    pref = rendererObjDummy.shadowPref;
                }
                float num27 = ((tileType.UseMountHeight && isInstalled) ? 0f : ((pref.height < 0f) ? 0f : ((pref.height == 0f) ? 0.1f : pref.height)));
                if (t.ignoreStackHeight)
                {
                    thingPos.y -= num22;
                }
                shadow = thingPos.y < 0.16f && num25 < 0.16f;
                _ = pref.bypassShadow;
                param.shadowFix = 0f - thingPos.y;
                param.liquidLv = ((thingPos.y + (float)t.altitude < 0.1f) ? liquidLv : 0);
                if (t.isRoofItem)
                {
                    param.snow = isSnowCovered && !this.cell.isClearSnow;
                    SetRoofHeight(param, this.cell, cx, cz);
                    _actorPos.x = param.x;
                    _actorPos.y = param.y;
                    _actorPos.z = param.z + num26;
                    if (this.room != null)
                    {
                        param.color = GetRoofLight(this.room.lot);
                    }
                    shadow = false;
                    param.liquidLv = 0;
                }
                else
                {
                    param.snow = snowed;
                    _actorPos.x = orgX + num23;
                    _actorPos.y = orgY;
                    _actorPos.z = orgZ + num26 + thingPos.z;
                    if (tileType.CanStack || !isInstalled)
                    {
                        if (thing?.id != t.id)
                        {
                            _actorPos.x += thingPos.x;
                        }
                        _actorPos.y += thingPos.y;
                        if (t.trait.IgnoreLastStackHeight && (thing == null || !thing.trait.IgnoreLastStackHeight))
                        {
                            thingPos.y -= num22;
                            if (thing != null)
                            {
                                _actorPos.z -= 0.2f;
                                thingPos.z -= 0.2f;
                            }
                            _actorPos.y -= num22;
                        }
                        _actorPos.z += renderSetting.thingZ + (float)m * -0.01f + zSetting.mod1 * thingPos.y;
                    }
                    if (isInstalled)
                    {
                        if (t.TileType.IsRamp)
                        {
                            Vector3 rampFix2 = t.TileType.GetRampFix(t.dir, pref);
                            orgX += rampFix2.x;
                            orgY += rampFix2.y;
                            orgZ += rampFix2.z;
                            freePos.x += rampFix2.x;
                            freePos.y += rampFix2.y;
                            freePos.z += rampFix2.z;
                            if (!this.cell.IsTopWater || t.altitude > 0)
                            {
                                num25 += rampFix2.y;
                            }
                            liquidLv -= (int)(rampFix2.y * 150f);
                            if (liquidLv < 0)
                            {
                                liquidLv = 0;
                            }
                        }
                        else if (!flag11 && t.trait.IsChangeFloorHeight && !t.ignoreStackHeight)
                        {
                            orgY += num27 + (float)t.altitude * altitudeFix.y;
                            orgZ += (float)t.altitude * altitudeFix.z;
                            freePos.y += num27 + (float)t.altitude * altitudeFix.y;
                            if (!this.cell.IsTopWater || t.altitude > 0)
                            {
                                num25 += num27 + (float)t.altitude * altitudeFix.y;
                            }
                            _actorPos.x += pref.x * (float)((!t.flipX) ? 1 : (-1));
                            _actorPos.z += pref.z;
                            thingPos.z += pref.z;
                            liquidLv -= (int)(num27 * 150f);
                            if (liquidLv < 0)
                            {
                                liquidLv = 0;
                            }
                        }
                        else
                        {
                            thingPos.y += num27;
                            _actorPos.x += pref.x * (float)((!t.flipX) ? 1 : (-1));
                            _actorPos.z += pref.z;
                            if (pref.height >= 0f)
                            {
                                thingPos.z += pref.z;
                            }
                        }
                        if (!tileType.UseMountHeight && m > 10)
                        {
                            flag11 = true;
                        }
                    }
                    else
                    {
                        thingPos.y += num27;
                        _actorPos.x += pref.x * (float)((!t.flipX) ? 1 : (-1));
                        _actorPos.z += pref.z;
                        thingPos.z += pref.z;
                    }
                    if (t.isFloating && isWater && !hasBridge && !flag)
                    {
                        flag = true;
                        float num28 = ((this.cell._bridge != 0) ? sourceBridge.tileType.FloorHeight : sourceFloor.tileType.FloorHeight);
                        orgY += 0.01f * floatY - num28;
                        num24 = num27;
                        _actorPos.y += 0.01f * floatY - num28;
                        if (liquidLv > 10)
                        {
                            liquidLv = TileType.FloorWaterShallow.LiquidLV * 10;
                        }
                        liquidLv -= (int)(floatY * 0.5f);
                        if (liquidLv < 0)
                        {
                            liquidLv = 0;
                        }
                        param.liquidLv = liquidLv;
                    }
                    num22 = num27;
                    if (t.sourceCard.multisize && !t.trait.IsGround)
                    {
                        num26 += zSetting.multiZ;
                    }
                    orgZ += t.renderer.data.stackZ;
                    if (param.liquidLv > 0)
                    {
                        param.liquidLv += pref.liquidMod;
                        if (param.liquidLv < 1)
                        {
                            param.liquidLv = 1;
                        }
                        else if (param.liquidLv > 99 + pref.liquidModMax)
                        {
                            param.liquidLv = 99 + pref.liquidModMax;
                        }
                    }
                }
                if (isInstalled && tileType.UseMountHeight)
                {
                    if (tileType != TileType.Illumination || !this.cell.HasObj)
                    {
                        if (noRoofMode && currentRoom == null && t.altitude >= lowWallObjAltitude)
                        {
                            continue;
                        }
                        if (hideHang && (this.cell.room?.lot != currentLot || (!this.cell.lotWall && this.cell.room != currentRoom)))
                        {
                            Room room5 = ((t.dir == 0) ? this.cell.Back.room : this.cell.Left.room);
                            if (t.trait.AlwaysHideOnLowWall)
                            {
                                if (room5 == null || !room5.data.showWallItem)
                                {
                                    continue;
                                }
                            }
                            else if (t.altitude >= lowWallObjAltitude)
                            {
                                continue;
                            }
                        }
                    }
                    if (tileType.UseHangZFix)
                    {
                        flag10 = true;
                    }
                    tileType.GetMountHeight(ref _actorPos, Point.shared.Set(index), t.dir, t);
                    shadow = false;
                    param.liquidLv = 0;
                    if (t.freePos)
                    {
                        _actorPos.x += t.fx;
                        _actorPos.y += t.fy;
                    }
                }
                else
                {
                    if (t.altitude != 0)
                    {
                        _actorPos += altitudeFix * t.altitude;
                        if (t.altitude > 2 && ((this.cell.Back.room != null && this.cell.Back.IsRoomEdge) || (this.cell.Left.room != null && this.cell.Left.IsRoomEdge)) && hideHang && (this.cell.room?.lot != currentLot || (!this.cell.lotWall && this.cell.room != currentRoom)))
                        {
                            continue;
                        }
                    }
                    if (t.freePos)
                    {
                        _actorPos.x = orgX + t.fx - freePos.x;
                        _actorPos.y = orgY + t.fy - freePos.y;
                    }
                    if (t.trait is TraitDoor && (t.trait as TraitDoor).IsOpen())
                    {
                        _actorPos.z += -0.5f;
                    }
                }
                if (!t.sourceCard.multisize || (t.pos.x == cx && t.pos.z == cz))
                {
                    if (iconMode != 0)
                    {
                        int num29 = 0;
                        switch (iconMode)
                        {
                        case CardIconMode.Visibility:
                            if (t.isMasked)
                            {
                                num29 = 17;
                            }
                            break;
                        case CardIconMode.State:
                            if (t.placeState == PlaceState.installed)
                            {
                                num29 = 18;
                            }
                            break;
                        case CardIconMode.Deconstruct:
                            if (t.isDeconstructing)
                            {
                                num29 = 14;
                            }
                            break;
                        }
                        if (t.isNPCProperty && !EMono.debug.godBuild)
                        {
                            num29 = 13;
                        }
                        if (num29 != 0)
                        {
                            passGuideBlock.Add(_actorPos.x, _actorPos.y, _actorPos.z - 10f, num29);
                        }
                    }
                    t.SetRenderParam(param);
                    if (_lowblock && t.trait.UseLowblock && !this.cell.HasFullBlock)
                    {
                        param.tile += ((param.tile < 0f) ? (-64) : 64);
                    }
                    if (t.trait is TraitTrolley && EMono.pc.ai is AI_Trolley aI_Trolley && aI_Trolley.trolley.owner == t)
                    {
                        RenderParam _param = new RenderParam(param);
                        EMono.core.actionsLateUpdate.Add(delegate
                        {
                            t.SetRenderParam(_param);
                            _actorPos.x = EMono.pc.renderer.position.x;
                            _actorPos.y = EMono.pc.renderer.position.y - pref.height;
                            _actorPos.z = EMono.pc.renderer.position.z + 0.02f;
                            t.renderer.Draw(_param, ref _actorPos, !t.noShadow && (shadow || tileType.AlwaysShowShadow));
                        });
                    }
                    else
                    {
                        t.renderer.Draw(param, ref _actorPos, !t.noShadow && (shadow || tileType.AlwaysShowShadow));
                    }
                }
                if (isInstalled)
                {
                    num23 += pref.stackX * (float)((!t.flipX) ? 1 : (-1));
                }
                param.x = orgX;
                param.y = orgY;
                param.z = orgZ;
                param.color = floorLight;
                thing = t;
                if (pref.Float)
                {
                    liquidLv = 0;
                }
            }
        }
        orgY += num24;
        if (detail.charas.Count <= 0)
        {
            return;
        }
        param.shadowFix = 0f - num25;
        param.color += 1310720f;
        float max = zSetting.max2;
        for (int n = 0; n < detail.charas.Count; n++)
        {
            Chara chara = detail.charas[n];
            if (chara.host != null || (chara != EMono.pc && chara != LayerDrama.alwaysVisible && (flag3 || fogged || (!showAllCards && !EMono.player.CanSee(chara)))))
            {
                continue;
            }
            _actorPos.x = orgX;
            _actorPos.y = orgY;
            _actorPos.z = orgZ;
            chara.SetRenderParam(param);
            _ = chara.IsAliveInCurrentZone;
            if (chara.isRestrained)
            {
                TraitShackle restrainer = chara.GetRestrainer();
                if (restrainer != null)
                {
                    Vector3 getRestrainPos = restrainer.GetRestrainPos;
                    if (getRestrainPos != default(Vector3))
                    {
                        Vector3 position = restrainer.owner.renderer.position;
                        float defCharaHeight = EMono.setting.render.defCharaHeight;
                        float num30 = getRestrainPos.y + defCharaHeight - ((chara.Pref.height == 0f) ? defCharaHeight : chara.source.pref.height);
                        _actorPos.x = position.x + getRestrainPos.x * (float)((restrainer.owner.dir % 2 == 0) ? 1 : (-1));
                        _actorPos.y = position.y + num30;
                        _actorPos.z = position.z + getRestrainPos.z;
                        param.liquidLv = 0;
                        param.shadowFix = orgY - _actorPos.y;
                        chara.renderer.SetFirst(first: true);
                        chara.renderer.Draw(param, ref _actorPos, drawShadow: true);
                        param.shadowFix = 0f;
                        continue;
                    }
                }
            }
            if (!chara.sourceCard.multisize || (chara.pos.x == cx && chara.pos.z == cz))
            {
                if (chara.IsDeadOrSleeping && chara.IsPCC)
                {
                    float num31 = chara.renderer.data.size.y * 0.3f;
                    if (thingPos.y > max)
                    {
                        thingPos.y = max;
                    }
                    float num32 = thingPos.y + num31;
                    float num33 = (float)n * -0.01f;
                    if (num32 > zSetting.thresh1)
                    {
                        num33 = zSetting.mod1;
                    }
                    _actorPos.x += thingPos.x;
                    _actorPos.y += thingPos.y;
                    _actorPos.z += renderSetting.laydownZ + num33;
                    param.liquidLv = ((thingPos.y == 0f && liquidLv > 0) ? 90 : 0);
                    thingPos.y += num31 * 0.8f;
                    chara.renderer.Draw(param, ref _actorPos, liquidLv == 0);
                }
                else
                {
                    param.liquidLv = liquidLv;
                    if (isUnderwater)
                    {
                        if (chara.Pref.FloatUnderwater)
                        {
                            float num34 = ((this.cell._bridge != 0) ? sourceBridge.tileType.FloorHeight : sourceFloor.tileType.FloorHeight);
                            float num35 = floatYs[chara.uid % 10] + 10f + (float)(chara.uid % 30);
                            orgY += 0.01f * num35 - num34;
                            _actorPos.y += 0.01f * num35 - num34;
                            param.shadowFix -= 0.01f * num35 - num34;
                        }
                    }
                    else if (liquidLv > 0)
                    {
                        if (chara.Pref.Float && !flag && !hasBridge)
                        {
                            if (liquidLv > 20)
                            {
                                float num36 = ((this.cell._bridge != 0) ? sourceBridge.tileType.FloorHeight : sourceFloor.tileType.FloorHeight);
                                orgY += 0.01f * floatY - num36;
                                _actorPos.y += 0.01f * floatY - num36;
                                int num37 = TileType.FloorWaterShallow.LiquidLV * 10;
                                num37 -= (int)(floatY * 0.5f);
                                param.liquidLv = num37;
                            }
                            else
                            {
                                param.liquidLv -= 20;
                            }
                        }
                        param.liquidLv += chara.Pref.liquidMod;
                        if (param.liquidLv < 1)
                        {
                            param.liquidLv = 1;
                        }
                        else if (param.liquidLv > 99 + chara.Pref.liquidModMax)
                        {
                            param.liquidLv = 99 + chara.Pref.liquidModMax;
                        }
                    }
                    if (!chara.IsPC && !chara.renderer.IsMoving && detail.charas.Count > 1 && (detail.charas.Count != 2 || !detail.charas[0].IsDeadOrSleeping || !detail.charas[0].IsPCC))
                    {
                        _actorPos += renderSetting.charaPos[1 + ((num21 < 4) ? num21 : 3)];
                    }
                    _actorPos.z += 0.01f * (float)n + renderSetting.charaZ;
                    num21++;
                    if (flag10)
                    {
                        _actorPos.z += chara.renderer.data.hangedFixZ;
                    }
                    chara.renderer.Draw(param, ref _actorPos, liquidLv == 0);
                }
            }
            param.x = orgX;
            param.y = orgY;
            param.z = orgZ;
        }
        void Draw(int tile)
        {
            pass = passEdge;
            batch = pass.batches[pass.batchIdx];
            batch.tiles[pass.idx] = 640 + seaAnimeIndexes[waterAnimeIndex % seaAnimeIndexes.Length] + tile;
            batch.matrices[pass.idx].m03 = param.x + waterEdgeFixShoreSand.x;
            batch.matrices[pass.idx].m13 = param.y + waterEdgeFixShoreSand.y;
            batch.matrices[pass.idx].m23 = param.z + waterEdgeFixShoreSand.z;
            batch.colors[pass.idx] = param.color;
            batch.matColors[pass.idx] = param.matColor;
            pass.idx++;
            if (pass.idx == pass.batchSize)
            {
                pass.NextBatch();
            }
        }
    }

References _actorPos, _baseBrightness, Cell._block, Cell._bridge, _heightMod, _lightMod, _lowblock, EMono._map, _rightWallShade, Cell._roofBlock, Cell._roofBlockDir, Cell._roofBlockMat, _shadowStrength, _sourceBlock, RenderRow._tiles, EMono._zone, Scene.actionMode, BaseCore.actionsLateUpdate, MeshPass.Add(), MeshPass.AddShadow(), Chara.ai, Card.altitude, altitudeFix, Trait.AlwaysHideOnLowWall, alwaysLowblock, TileType.AlwaysShowShadow, LayerDrama.alwaysVisible, ambientShadowFix, CellDetail.anime, SourceCellEffect.Row.anime, TransAnime.animeBlock, CellDetail.area, AreaData.atrium, Cell.autotile, Cell.autotileBridge, Cell.autotileObj, Cell.Back, back, Cell.BackLeft, Cell.BackRight, batch, MeshPass.batches, MeshPass.batchIdx, MeshPass.batchSize, ColorProfile.blockColors, Cell.blockDir, blockLight, Cell.blockList, TileType.blockRenderMode, SourceManager.blocks, Map.bounds, bridgeFix, Cell.bridgeHeight, Cell.bridgePillar, buildMode, SourcePref.bypassShadow, Rand.bytes, Player.CanSee(), TileType.CanStack, Cell.castFloorShadow, Card.category, cell, Map.cells, CellDetail.charas, ActionMode.Cinema, cinemaMode, Lot.colDeco, Lot.colDeco2, CellEffect.color, MeshPassParam.color, RenderRow.colorMod, EMono.Colors, MeshBatch.colors, Map.config, EMono.core, cornerWallFix, cornerWallFix2, cornerWallFix3, count, Cell.critter, currentHeight, currentLot, currentRoom, cx, cz, BaseArea.data, RenderObject.data, World.date, EMono.debug, Cell.decal, Lot.decoFix, Lot.decoFix2, defaultBlockHeight, RenderRow.DefaultMaterial, SourceMaterial.Row.defBlock, GameSetting.RenderSetting.defCharaHeight, CellDetail.designation, detail, Cell.detail, Card.dir, RenderParam.dir, Draw(), TaskDesignation.Draw(), CardRenderer.Draw(), RenderData.Draw(), RenderDataEffect.Draw(), TransAnime.drawBlock, RenderData.DrawRepeat(), ScreenGuide.DrawWall(), Cell.effect, GameSetting.effect, Core.fixedFrame, ActionMode.FlagCell, Card.flipX, SourcePref.Float, SourcePref.FloatUnderwater, floatY, floatYs, floorDir, Cell.floorDir, TileTypeWaterShallow.FloorHeight, floorLight, floorLight2, floorMatColor, floorShadowStrength, TileType.FloorWaterShallow, fogBounds, fogBrightness, fogged, CellDetail.footmark, TileType.ForceRpeatBlock, freePos, Card.freePos, Cell.Front, Cell.FrontLeft, Cell.FrontRight, Cell.fullWall, MapConfig.fullWallHeight, Card.fx, Card.fy, GetColorInt(), TileType.GetMountHeight(), Cell.GetPoint(), TileType.GetRampFix(), Card.GetRestrainer(), TraitShackle.GetRestrainPos, GetRoofLight(), Area.GetTile(), CoreDebug.godBuild, Cell.growth, SourceObj.Row.growth, BaseGameScreen.guide, RenderData.hangedFixZ, Cell.HasBlock, hasBridge, Cell.hasDoor, Cell.HasFloodBlock, Cell.HasFullBlock, SourceObj.Row.HasGrowth, Cell.HasRamp, Cell.HasRoof, Room.HasRoof, Chara.hasTelepathy, Cell.HasWallOrFence, height, Cell.height, Lot.height, SourcePref.height, heightBlockSize, Lot.heightFix, heightLightMod, heightLimitDeco, heightModDeco, hideHang, Cell.highlight, highlightArea, highlightCells, Chara.host, iconMode, Card.id, TileRow.id, Lot.idDeco, Lot.idDeco2, Lot.idRoofStyle, RenderData.idShadow, MeshPass.idx, if(), Trait.IgnoreLastStackHeight, Cell.ignoreObjShadow, Card.ignoreStackHeight, TileType.Illumination, index, innerMode, ShadowData.Instance, ActionMode.IsActive, Chara.IsAliveInCurrentZone, Cell.isBridgeEdge, Cell.IsBridgeWater, Trait.IsChangeFloorHeight, Cell.isClearArea, Cell.isClearSnow, Chara.IsDeadOrSleeping, Cell.isDeck, Card.isDeconstructing, TileType.IsFence, CellEffect.IsFire, Card.isFloating, Cell.isFloating, Cell.IsFloorWater, Cell.isForceFloat, TileType.IsFullBlock, Trait.IsGround, isIndoor, Card.IsInstalled, CellEffect.IsLiquid, Card.isMasked, GrowSystem.IsMature, CardRenderer.IsMoving, Date.IsNight, Card.isNPCProperty, TraitDoor.IsOpen(), Chara.IsPC, Chara.IsPCC, Zone.IsPCFaction, TileType.IsRamp, Card.isRestrained, Card.isRoofItem, Cell.IsRoomEdge, isSeen, Cell.isSeen, Cell.isShadowed, Cell.isShoreSand, TileType.IsSkipLowBlock, Cell.isSkyFloor, Cell.isSlopeEdge, isSnowCovered, Cell.IsSnowTile, Cell.isSurrounded, Cell.isToggleWallPillar, Cell.IsTopWater, isUnderwater, TileType.IsUseBlockDir, TileType.IsWall, Cell.isWallEdge, Cell.isWatered, TileType.IsWaterTop, ShadowData.items, Cell.Left, left, light, Lot.light, Cell.lightB, Cell.lightG, lightLimit, lightLookUp, Player.lightPower, Cell.lightR, liquidLv, Cell.liquidLv, RenderParam.liquidLv, SourcePref.liquidMod, SourcePref.liquidModMax, Room.lot, lotLight, lotLight2, Cell.lotShade, Cell.lotWall, lowBlock, lowWallObjAltitude, map, ColorProfile.BlockColors.MapHighlight, RenderParam.mat, matBlock, Cell.matBlock, matBridge, Cell.matBridge, MeshPassParam.matColor, SourceMaterial.Row.matColor, MeshBatch.matColors, matFloor, Cell.matFloor, Cell.matList, Cell.matObj, MeshBatch.matrices, Rand.MaxBytes, AreaData.maxHeight, maxHeight, MapBounds.maxX, MapBounds.maxZ, Lot.mh, AM_FlagCell.mode, RenderRow.multisize, MeshPass.NextBatch(), nightRatio, noRoofMode, Card.noShadow, noSlopMode, Cell.obj, Cell.objDir, RenderData.offsetShadow, GrowSystem.OnRenderTileMap(), orgX, orgY, orgZ, Cell.outOfBounds, Trait.owner, param, pass, passArea, passAutoTile, passAutoTileWater, passDecal, passEdge, passFloor, passGuideBlock, passGuideFloor, ScreenGuide.passGuideFloor, passObjSS, passShadow, passShore, EMono.pc, Cell.pcSync, Card.placeState, EMono.player, Card.pos, CardRenderer.position, Chara.Pref, RenderRow.pref, Thing.Pref, Scene.psFey, Lot.realHeight, GameSetting.render, renderBorder, RenderRow.renderData, Card.renderer, rendererEffect, rendererFogBlockSolid, rendererFogFloorSolid, rendererFogRoomBlockSolid, rendererFogRoomSolid, rendererFogRoomWallSolid, rendererFov, rendererFov2, rendererInnerBlock, rendererObjDummy, rendererShore, rendererWallDeco, rendererWaterBlock, renderFootmark, renderSetting, TileType.RepeatBlock, Critter.reverse, Cell.Right, roof, room, Cell.room, roomHeight, GameSetting.RenderSetting.roomHeightMod, EMono.scene, screen, screenHighlight, seaAnimeIndexes, Point.Set(), CardRenderer.SetFirst(), Chara.SetRenderParam(), Thing.SetRenderParam(), SetRoofHeight(), EMono.setting, Cell.shadow, SourcePref.shadow, shadowModStrength, RenderData.shadowPref, shadowStrength, Point.shared, Cell.shore, showAllCards, showBorder, showFullWall, ActionMode.ShowMaskedThings, showRoof, AreaData.showWallItem, Size, Cell.skipRender, TileType.Sky, MapConfig.skyBlockHeight, slopeFixZ, MeshPassParam.snow, snowColor, snowColor2, snowColorToken, snowed, snowLight, snowLimit, Critter.SnowTile, RenderRow.snowTile, CellEffect.source, Chara.source, sourceBlock, Cell.sourceBlock, sourceBridge, Cell.sourceBridge, Chara.sourceCard, Thing.sourceCard, Cell.sourceEffect, sourceFloor, Cell.sourceFloor, FLOOR.sourceIce, Cell.sourceObj, EMono.sources, FLOOR.sourceSnow, MATERIAL.sourceSnow, FLOOR.sourceSnow2, RenderData.stackZ, subtleHighlightArea, Map.sunMap, thingPos, Cell.Things, CellDetail.things, tile, Critter.tile, Footmark.tile, MeshPassParam.tile, BaseGameScreen.tileAlign, MeshBatch.tiles, tileType, Card.TileType, RenderRow.tileType, Trait.tileType, BaseGameScreen.tileWeight, totalFire, Card.trait, transitionFix, AI_Trolley.trolley, ugFix, ugFixBridge, ugFixBridgeBottom, ugFixBridgeTop, Card.uid, Critter.Update(), RenderRow.useAltColor, Zone.UseFog, TileType.UseHangZFix, TileType.UseLowBlock, Trait.UseLowblock, TileType.UseMountHeight, TransAnime.v, wallClipMode, waterAnimeIndex, waterEdgeBridgeFix, waterEdgeFix, waterEdgeFixShore, waterEdgeFixShoreSand, EMono.world, MapBounds.x, MeshPassParam.x, Point.x, MeshPassParam.y, SourcePref.y, MapBounds.z, MeshPassParam.z, Point.z, SourcePref.z, and zSetting.

Referenced by Draw().

◆ GetApproximateBlocklight()

int BaseTileMap.GetApproximateBlocklight ( Cell cell )

inline

Definition at line 3313 of file BaseTileMap.cs.

    {
        float num = _baseBrightness + 0.05f;
        num = ((!cell.IsSnowTile) ? ((float)((int)(num * 50f) * 262144 + ((cell.lightR >= 64) ? 63 : cell.lightR) * 4096 + ((cell.lightG >= 64) ? 63 : cell.lightG) * 64 + ((cell.lightB >= 64) ? 63 : cell.lightB))) : ((float)((int)(num * 50f) * 262144 + (int)((float)((cell.lightR >= 50) ? 50 : cell.lightR) * snowColor) * 4096 + (int)((float)((cell.lightG >= 50) ? 50 : cell.lightG) * snowColor) * 64 + (int)((float)((cell.lightB >= 50) ? 50 : cell.lightB) * snowColor) + snowColorToken)));
        return (int)num;
    }

References _baseBrightness, cell, Cell.IsSnowTile, Cell.lightB, Cell.lightG, Cell.lightR, snowColor, and snowColorToken.

Referenced by EffectIRenderer.OnUpdate().

◆ GetColorInt()

static int BaseTileMap.GetColorInt	(	ref Color	matColor,
		int	p
	)

inlinestatic

Definition at line 3693 of file BaseTileMap.cs.

    {
        if (p == 0)
        {
            return 104025;
        }
        return p * 262144 + (int)(matColor.r * 50f) * 4096 + (int)(matColor.g * 50f) * 64 + (int)(matColor.b * 50f);
    }

Referenced by DrawTile(), TileMapElona.DrawTile(), RenderRow.GetColorInt(), SourceBlock.Row.GetRenderParam(), TraitShrine.OnRenderExtra(), ActEffect.ProcAt(), Card.RefreshColor(), Lot.RefreshData(), and Lot.SetBaseRoom().

◆ GetRoofLight()

int BaseTileMap.GetRoofLight ( Lot lot )

inline

Definition at line 3320 of file BaseTileMap.cs.

    {
        float num = Mathf.Sqrt(lot.light) * roofLightMod;
        if (num > lightLimit * roofLightLimitMod)
        {
            num = lightLimit * roofLightLimitMod;
        }
        if (isSnowCovered)
        {
            num += roofLightSnow * (1f - nightRatio);
        }
        int num2 = (int)(num * 50f) * 262144;
        if (isSnowCovered)
        {
            num2 += snowColorToken;
        }
        return num2;
    }

References isSnowCovered, Lot.light, lightLimit, nightRatio, roofLightLimitMod, roofLightMod, roofLightSnow, and snowColorToken.

Referenced by DrawRoof(), and DrawTile().

◆ GetThingPosition()

Vector3 BaseTileMap.GetThingPosition	(	Card	tg,
		Point	p
	)

inline

Definition at line 3194 of file BaseTileMap.cs.

    {
        Vector3 zero = Vector3.zero;
        float num = 0f;
        cell = p.cell;
        sourceFloor = cell.sourceFloor;
        if (!tg.TileType.UseMountHeight)
        {
            if (cell.isFloating && !cell.IsSnowTile)
            {
                zero.z -= 1f;
            }
            else if (!tg.sourceCard.multisize)
            {
                float num2 = ((cell._bridge != 0) ? cell.sourceBridge.tileType.FloorHeight : sourceFloor.tileType.FloorHeight);
                zero.y += num2;
                zero.z -= num2 * heightMod.z;
            }
            if (cell.HasRamp)
            {
                Vector3 rampFix = cell.sourceBlock.tileType.GetRampFix(cell.blockDir);
                zero.x += rampFix.x;
                zero.y += rampFix.y;
                zero.z += rampFix.z;
            }
        }
        if (tg.sourceCard.multisize)
        {
            zero.z -= 1f;
        }
        SourcePref pref = tg.Pref;
        zero.x += pref.x * (float)((!tg.flipX) ? 1 : (-1));
        zero.z += pref.z;
        detail = cell.detail;
        if (tg.isChara)
        {
            return zero;
        }
        bool flag = false;
        if (tg.TileType.UseMountHeight && !EMono.scene.actionMode.IsRoofEditMode(tg))
        {
            flag = true;
        }
        else if (!tg.TileType.CanStack || EMono.scene.actionMode.IsRoofEditMode(tg))
        {
            if (tg.altitude != 0)
            {
                zero += altitudeFix * tg.altitude;
            }
            flag = true;
        }
        if (EMono.scene.actionMode.IsRoofEditMode(tg))
        {
            return zero;
        }
        float num3 = 0f;
        if (detail != null && detail.things.Count > 0)
        {
            Card card = null;
            for (int i = 0; i < detail.things.Count; i++)
            {
                Thing thing = detail.things[i];
                SourcePref pref2 = thing.Pref;
                TileType tileType = thing.trait.tileType;
                float num4 = (tileType.UseMountHeight ? 0f : ((pref2.height == 0f) ? 0.1f : pref2.height));
                if (!thing.IsInstalled || thing == ActionMode.Inspect.target)
                {
                    continue;
                }
                if (thing.TileType.IsRamp)
                {
                    Vector3 rampFix2 = thing.TileType.GetRampFix(thing.dir, pref2);
                    zero.x += rampFix2.x;
                    zero.y += rampFix2.y;
                    zero.z += rampFix2.z;
                }
                if (!flag && tileType.CanStack)
                {
                    if (thing.ignoreStackHeight)
                    {
                        zero.y -= num3;
                    }
                    zero.y += num4;
                    zero.x += pref2.stackX * (float)((!thing.flipX) ? 1 : (-1));
                    zero.z += pref2.z + thing.renderer.data.stackZ;
                    if (!tileType.UseMountHeight && thing.altitude != 0)
                    {
                        zero += altitudeFix * thing.altitude;
                        num4 += altitudeFix.y * (float)thing.altitude;
                    }
                    if (thing.trait.IgnoreLastStackHeight && (card == null || !card.trait.IgnoreLastStackHeight))
                    {
                        zero.y -= num3;
                    }
                    num3 = num4;
                    zero.z += renderSetting.thingZ + num + (float)i * -0.01f + zSetting.mod1 * zero.y;
                    if (thing.sourceCard.multisize)
                    {
                        num += zSetting.multiZ;
                    }
                    card = thing;
                }
            }
        }
        if (flag)
        {
            return zero;
        }
        if (tg.ignoreStackHeight)
        {
            zero.y -= num3;
        }
        if (tg.altitude != 0)
        {
            zero += altitudeFix * tg.altitude;
        }
        return zero;
    }

References Scene.actionMode, Card.altitude, altitudeFix, Cell.blockDir, TileType.CanStack, card, cell, Point.cell, RenderObject.data, detail, Cell.detail, Card.dir, Card.flipX, TileType.GetRampFix(), Cell.HasRamp, SourcePref.height, heightMod, if(), Trait.IgnoreLastStackHeight, Card.ignoreStackHeight, ActionMode.Inspect, Card.isChara, Cell.isFloating, Card.IsInstalled, TileType.IsRamp, ActionMode.IsRoofEditMode(), Cell.IsSnowTile, RenderRow.multisize, Card.Pref, Thing.Pref, Card.renderer, EMono.scene, Cell.sourceBlock, Cell.sourceBridge, Card.sourceCard, Thing.sourceCard, sourceFloor, Cell.sourceFloor, RenderData.stackZ, AM_MoveInstalled.target, CellDetail.things, tileType, Card.TileType, Trait.tileType, Card.trait, TileType.UseMountHeight, SourcePref.z, and zSetting.

Referenced by Card.RenderMarker(), and Card.SetFreePos().

◆ OnActivate()

void BaseTileMap.OnActivate ( BaseGameScreen _screen )

inline

Definition at line 518 of file BaseTileMap.cs.

    {
        screen = _screen;
        if (lightLookUp == null)
        {
            lightLookUp = new float[256];
            for (int i = 0; i < 256; i++)
            {
                lightLookUp[i] = EMono.scene.profile.global.lightLookupCurve.Evaluate((float)i / 255f);
            }
        }
        selector = screen.tileSelector;
        renderSetting = EMono.setting.render;
        zSetting = renderSetting.zSetting;
        RenderObject.syncList = EMono.scene.syncList;
        RenderObject.altitudeFix = altitudeFix.y;
        if (Rand.bytes == null)
        {
            Rand.InitBytes(1);
        }
        RefreshHeight();
    }

References altitudeFix, Rand.bytes, SceneProfile.global, Rand.InitBytes(), lightLookUp, Scene.profile, RefreshHeight(), GameSetting.render, renderSetting, EMono.scene, screen, selector, EMono.setting, Scene.syncList, BaseGameScreen.tileSelector, and zSetting.

Referenced by BaseGameScreen.Activate().

◆ RefreshHeight()

void BaseTileMap.RefreshHeight ( )

inline

Definition at line 906 of file BaseTileMap.cs.

    {
        if (EMono.game != null)
        {
            float num = (((buildMode && !EMono.game.config.slope) || noSlopMode) ? 0f : ((float)EMono.game.config.slopeMod * 0.01f));
            _heightMod = heightMod;
            _heightMod.x = num;
            _heightMod.y *= num;
            _heightMod.z *= num;
        }
    }

References _heightMod, buildMode, Game.config, EMono.game, heightMod, noSlopMode, Game.Config.slope, and Game.Config.slopeMod.

Referenced by Draw(), TileMapElona.Draw(), AM_Adv.OnActivate(), and OnActivate().

◆ SetRoofHeight()

void BaseTileMap.SetRoofHeight	(	MeshPassParam	_param,
		Cell	_cell,
		int	_cx,
		int	_cz,
		int	h = `0`,
		int	altitude = `0`,
		int	dirWall = `-1`,
		bool	ignoreAltitudeY = `false`
	)

inline

Definition at line 3702 of file BaseTileMap.cs.

    {
        Room room = _cell.room;
        if (room == null && dirWall != -1)
        {
            if (dirWall == 0 && _cell.Front.room != null)
            {
                room = _cell.Front.room;
                _cell = _cell.Front;
            }
            else if (_cell.Right.room != null)
            {
                room = _cell.Right.room;
                _cell = _cell.Right;
            }
        }
        if (room != null)
        {
            Lot lot = room.lot;
            RoofStyle roofStyle = roofStyles[lot.idRoofStyle];
            float num = (float)(_cz - _cx) * screen.tileAlign.y + (float)lot.mh * _heightMod.y + lot.realHeight + roofFix.y;
            float num2 = 1000f + param.x * screen.tileWeight.x + (float)lot.mh * _heightMod.z + lot.realHeight * roofFix3.z + roofFix.z + roofStyle.posFix.z;
            if (lot.height == 1)
            {
                num += roofStyle.lowRoofFix.y;
                num2 += roofStyle.lowRoofFix.z;
            }
            _param.x = (float)(_cx + _cz) * screen.tileAlign.x + roofFix.x + (float)h * roofFix2.x;
            _param.y = num + (float)h * roofFix2.y;
            _param.z = num2 + _param.y * screen.tileWeight.z + (float)h * roofFix2.z + heightModRoofBlock.y;
        }
        if (!ignoreAltitudeY || room != null)
        {
            _param.y += (float)altitude * _heightMod.y;
        }
        _param.z += (float)altitude * heightModRoofBlock.z;
    }

References _heightMod, Cell.Front, Lot.height, heightModRoofBlock, Lot.idRoofStyle, Room.lot, RoofStyle.lowRoofFix, Lot.mh, param, RoofStyle.posFix, Lot.realHeight, Cell.Right, roofFix, roofFix2, roofStyles, room, Cell.room, screen, BaseGameScreen.tileWeight, MeshPassParam.x, and MeshPassParam.y.

Referenced by DrawTile(), Recipe.OnRenderMarker(), and Card.RenderMarker().

Member Data Documentation

◆ _actorPos

Vector3 BaseTileMap._actorPos

protected

Definition at line 438 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ _baseBrightness

float BaseTileMap._baseBrightness

Definition at line 314 of file BaseTileMap.cs.

Referenced by Effect._Play(), Draw(), TileMapElona.Draw(), DrawTile(), TileMapElona.DrawTile(), and GetApproximateBlocklight().

◆ _heightMod

Vector3 BaseTileMap._heightMod

Definition at line 335 of file BaseTileMap.cs.

Referenced by Draw(), DrawRoof(), DrawTile(), TileMapElona.DrawTile(), Point.Position(), Point.PositionTopdown(), RefreshHeight(), and SetRoofHeight().

◆ _lightMod

float BaseTileMap._lightMod

Definition at line 311 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), DrawTile(), and TileMapElona.DrawTile().

◆ _lowblock

bool BaseTileMap._lowblock

protected

Definition at line 350 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ _rightWallShade

float BaseTileMap._rightWallShade

Definition at line 323 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ _shadowStrength

float BaseTileMap._shadowStrength

protected

Definition at line 420 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ _sourceBlock

SourceBlock.Row BaseTileMap._sourceBlock

protected

Definition at line 500 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ activeCount

int BaseTileMap.activeCount

Definition at line 260 of file BaseTileMap.cs.

Referenced by Draw().

◆ altitudeFix

Vector3 BaseTileMap.altitudeFix

Definition at line 102 of file BaseTileMap.cs.

Referenced by DrawTile(), GetThingPosition(), and OnActivate().

◆ alwaysLowblock

bool BaseTileMap.alwaysLowblock

protected

Definition at line 472 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ ambientShadowFix

Vector3 [] BaseTileMap.ambientShadowFix

Definition at line 112 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ batch

MeshBatch BaseTileMap.batch

protected

Definition at line 436 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ blockLight

float BaseTileMap.blockLight

protected

Definition at line 384 of file BaseTileMap.cs.

Referenced by Draw(), DrawTile(), and TileMapElona.DrawTile().

◆ BlocklightMTP

const int BaseTileMap.BlocklightMTP = 50

static

Definition at line 514 of file BaseTileMap.cs.

◆ BlocklightToken

const int BaseTileMap.BlocklightToken = 262144

static

Definition at line 512 of file BaseTileMap.cs.

◆ bridgeFix

Vector3 BaseTileMap.bridgeFix

Definition at line 94 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ buildMode

bool BaseTileMap.buildMode

protected

Definition at line 346 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), DrawTile(), and RefreshHeight().

◆ cell

Cell BaseTileMap.cell

protected

Definition at line 482 of file BaseTileMap.cs.

Referenced by DrawRoof(), DrawTile(), TileMapElona.DrawTile(), GetApproximateBlocklight(), and GetThingPosition().

◆ cinemaMode

bool BaseTileMap.cinemaMode

protected

Definition at line 470 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ colliderFix

Vector3 BaseTileMap.colliderFix

Definition at line 43 of file BaseTileMap.cs.

Referenced by Draw().

◆ cornerWallFix

Vector3 BaseTileMap.cornerWallFix

Definition at line 96 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ cornerWallFix2

Vector3 BaseTileMap.cornerWallFix2

Definition at line 98 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ cornerWallFix3

Vector3 BaseTileMap.cornerWallFix3

Definition at line 100 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ count

int BaseTileMap.count

Definition at line 38 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), DrawTile(), and TileMapElona.DrawTile().

◆ currentHeight

int BaseTileMap.currentHeight

protected

Definition at line 448 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), and DrawTile().

◆ currentLot

Lot BaseTileMap.currentLot

protected

Definition at line 498 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ currentRoom

Room BaseTileMap.currentRoom

protected

Definition at line 492 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), and DrawTile().

◆ cx

int BaseTileMap.cx

Definition at line 254 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), DrawRoof(), DrawTile(), and TileMapElona.DrawTile().

◆ cz

int BaseTileMap.cz

Definition at line 257 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), DrawRoof(), DrawTile(), and TileMapElona.DrawTile().

◆ defaultBlockHeight

float BaseTileMap.defaultBlockHeight

protected

Definition at line 424 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ defaultInnerMode

InnerMode BaseTileMap.defaultInnerMode

Definition at line 90 of file BaseTileMap.cs.

Referenced by Draw(), and TileMapElona.Draw().

◆ DefColor

const int BaseTileMap.DefColor = 104025

static

Definition at line 510 of file BaseTileMap.cs.

◆ destBrightness

float BaseTileMap.destBrightness

protected

Definition at line 410 of file BaseTileMap.cs.

Referenced by Draw().

◆ detail

CellDetail BaseTileMap.detail

protected

Definition at line 484 of file BaseTileMap.cs.

Referenced by DrawTile(), TileMapElona.DrawTile(), and GetThingPosition().

◆ edgeBlockFix

Vector3 BaseTileMap.edgeBlockFix

Definition at line 92 of file BaseTileMap.cs.

Referenced by Draw().

◆ floatSpeed

float BaseTileMap.floatSpeed

Definition at line 122 of file BaseTileMap.cs.

Referenced by Draw().

◆ floatTimer

float BaseTileMap.floatTimer

protected

Definition at line 408 of file BaseTileMap.cs.

Referenced by Draw().

◆ floatV

int BaseTileMap.floatV = 1

Definition at line 263 of file BaseTileMap.cs.

Referenced by Draw(), and CardActor.OnRender().

◆ floatVs

int [] BaseTileMap.floatVs = new int[10] { 1, 1, 1, 1, 1, 1, 1, 1, 1, 1 }

Definition at line 302 of file BaseTileMap.cs.

Referenced by Draw().

◆ floatY

float BaseTileMap.floatY

Definition at line 329 of file BaseTileMap.cs.

Referenced by Draw(), DrawTile(), and CardActor.OnRender().

◆ floatYs

float [] BaseTileMap.floatYs = new float[10] { 0f, 1f, 2f, 3f, 4f, 5f, 6f, 7f, 8f, 9f }

Definition at line 308 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ floorDir

int BaseTileMap.floorDir

protected

Definition at line 454 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ floorLight

float BaseTileMap.floorLight

protected

Definition at line 386 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ floorLight2

float BaseTileMap.floorLight2

protected

Definition at line 388 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ floorMatColor

int BaseTileMap.floorMatColor

protected

Definition at line 444 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ floorShadowStrength

float BaseTileMap.floorShadowStrength

Definition at line 332 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ fogBounds

bool BaseTileMap.fogBounds

protected

Definition at line 462 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ fogBrightness

float BaseTileMap.fogBrightness

protected

Definition at line 422 of file BaseTileMap.cs.

Referenced by Draw(), DrawTile(), and TileMapElona.DrawTile().

◆ fogged

bool BaseTileMap.fogged

Definition at line 299 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ fogTile

int BaseTileMap.fogTile

Definition at line 120 of file BaseTileMap.cs.

◆ forceShowHang

bool BaseTileMap.forceShowHang

static

Definition at line 36 of file BaseTileMap.cs.

Referenced by Draw().

◆ freePos

Vector3 BaseTileMap.freePos

protected

Definition at line 440 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ groundLights

byte [] BaseTileMap.groundLights

Definition at line 266 of file BaseTileMap.cs.

◆ hasBridge

bool BaseTileMap.hasBridge

protected

Definition at line 348 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ height

int BaseTileMap.height

protected

Definition at line 446 of file BaseTileMap.cs.

Referenced by Draw(), DrawRoof(), DrawTile(), and TileMapElona.DrawTile().

◆ heightBlockSize

float BaseTileMap.heightBlockSize

Definition at line 48 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ heightLightMod

float BaseTileMap.heightLightMod

Definition at line 320 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ heightLimitDeco

float BaseTileMap.heightLimitDeco

Definition at line 54 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ heightMod

Vector3 BaseTileMap.heightMod

Definition at line 56 of file BaseTileMap.cs.

Referenced by GetThingPosition(), and RefreshHeight().

◆ heightModDeco

float BaseTileMap.heightModDeco

Definition at line 52 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ heightModRoofBlock

Vector3 BaseTileMap.heightModRoofBlock

Definition at line 66 of file BaseTileMap.cs.

Referenced by SetRoofHeight().

◆ hideHang

bool BaseTileMap.hideHang

Definition at line 290 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), DrawTile(), and TileMapElona.DrawTile().

◆ hideRoomFog

bool BaseTileMap.hideRoomFog

Definition at line 281 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), and TileMapElona.DrawTile().

◆ highlightArea

bool BaseTileMap.highlightArea

Definition at line 275 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), DrawTile(), and TileMapElona.DrawTile().

◆ highlightCells

bool BaseTileMap.highlightCells

protected

Definition at line 468 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ iconMode

CardIconMode BaseTileMap.iconMode

protected

Definition at line 342 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), DrawTile(), and TileMapElona.DrawTile().

◆ index

int BaseTileMap.index

protected

Definition at line 368 of file BaseTileMap.cs.

Referenced by DrawRoof(), DrawTile(), and TileMapElona.DrawTile().

◆ innerMode

InnerMode BaseTileMap.innerMode

protected

Definition at line 233 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), DrawTile(), and TileMapElona.DrawTile().

◆ isIndoor

bool BaseTileMap.isIndoor

protected

Definition at line 352 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ isMining

bool BaseTileMap.isMining

protected

Definition at line 344 of file BaseTileMap.cs.

Referenced by Draw(), and TileMapElona.Draw().

◆ isSeen

bool BaseTileMap.isSeen

protected

Definition at line 458 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ isSnowCovered

bool BaseTileMap.isSnowCovered

protected

Definition at line 466 of file BaseTileMap.cs.

Referenced by Draw(), DrawRoof(), DrawTile(), and GetRoofLight().

◆ isUnderwater

bool BaseTileMap.isUnderwater

protected

Definition at line 476 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ lastRoom

Room BaseTileMap.lastRoom

protected

Definition at line 494 of file BaseTileMap.cs.

Referenced by Draw(), and TileMapElona.Draw().

◆ layerGroundLights

NoiseLayer BaseTileMap.layerGroundLights

Definition at line 131 of file BaseTileMap.cs.

◆ light

float BaseTileMap.light

protected

Definition at line 390 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ lightLimit

float BaseTileMap.lightLimit

protected

Definition at line 412 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), DrawTile(), TileMapElona.DrawTile(), and GetRoofLight().

◆ lightLookUp

float [] BaseTileMap.lightLookUp

Definition at line 305 of file BaseTileMap.cs.

Referenced by DrawTile(), TileMapElona.DrawTile(), and OnActivate().

◆ lightSetting

SceneLightProfile BaseTileMap.lightSetting

protected

Definition at line 504 of file BaseTileMap.cs.

Referenced by Draw(), and TileMapElona.Draw().

◆ liquidLv

int BaseTileMap.liquidLv

protected

Definition at line 366 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ lotLight

float BaseTileMap.lotLight

Definition at line 81 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ lotLight2

float BaseTileMap.lotLight2

Definition at line 83 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ lowBlock

bool BaseTileMap.lowBlock

Definition at line 269 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), DrawTile(), and TileMapElona.DrawTile().

◆ lowblockTimer

float BaseTileMap.lowblockTimer

Definition at line 317 of file BaseTileMap.cs.

Referenced by Draw(), and TileMapElona.Draw().

◆ lowObj

bool BaseTileMap.lowObj

Definition at line 272 of file BaseTileMap.cs.

Referenced by Draw(), and TileMapElona.Draw().

◆ lowWallObjAltitude

int BaseTileMap.lowWallObjAltitude

protected

Definition at line 376 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ map

Map BaseTileMap.map

protected

Definition at line 356 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), DrawRoof(), DrawTile(), and TileMapElona.DrawTile().

◆ matBlock

SourceMaterial.Row BaseTileMap.matBlock

protected

Definition at line 378 of file BaseTileMap.cs.

Referenced by DrawRoof(), DrawTile(), and TileMapElona.DrawTile().

◆ matBridge

SourceMaterial.Row BaseTileMap.matBridge

protected

Definition at line 382 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ matFloor

SourceMaterial.Row BaseTileMap.matFloor

protected

Definition at line 380 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ maxColliderCheck

int BaseTileMap.maxColliderCheck

Definition at line 45 of file BaseTileMap.cs.

Referenced by Draw().

◆ maxFloat

int BaseTileMap.maxFloat

Definition at line 126 of file BaseTileMap.cs.

Referenced by Draw().

◆ maxHeight

float BaseTileMap.maxHeight

protected

Definition at line 402 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ modSublight1

float BaseTileMap.modSublight1

protected

Definition at line 414 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), and TileMapElona.DrawTile().

◆ modSublight2

float BaseTileMap.modSublight2

protected

Definition at line 416 of file BaseTileMap.cs.

Referenced by Draw(), and TileMapElona.Draw().

◆ mouseCollider

Collider2D BaseTileMap.mouseCollider

Definition at line 41 of file BaseTileMap.cs.

◆ mx

int BaseTileMap.mx

Definition at line 242 of file BaseTileMap.cs.

Referenced by Draw().

◆ mz

int BaseTileMap.mz

Definition at line 245 of file BaseTileMap.cs.

Referenced by Draw(), and WidgetDebug.UpdateText().

◆ nightRatio

float BaseTileMap.nightRatio

protected

Definition at line 432 of file BaseTileMap.cs.

Referenced by Draw(), DrawTile(), and GetRoofLight().

◆ noRoofMode

bool BaseTileMap.noRoofMode

Definition at line 296 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ noSlopMode

bool BaseTileMap.noSlopMode

private

Definition at line 506 of file BaseTileMap.cs.

Referenced by Draw(), DrawTile(), and RefreshHeight().

◆ orgPos

Vector3 BaseTileMap.orgPos

protected

Definition at line 480 of file BaseTileMap.cs.

◆ orgX

float BaseTileMap.orgX

protected

Definition at line 394 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ orgY

float BaseTileMap.orgY

protected

Definition at line 396 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ orgZ

float BaseTileMap.orgZ

protected

Definition at line 398 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ param

RenderParam BaseTileMap.param = new RenderParam()

protected

Definition at line 434 of file BaseTileMap.cs.

Referenced by Draw(), DrawRoof(), DrawTile(), TileMapElona.DrawTile(), and SetRoofHeight().

◆ pass

MeshPass BaseTileMap.pass

protected

Definition at line 358 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ passArea

MeshPass BaseTileMap.passArea

Definition at line 141 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ passAutoTile

MeshPass BaseTileMap.passAutoTile

Definition at line 175 of file BaseTileMap.cs.

Referenced by DrawTile(), and TextureManager.Init().

◆ passAutoTileWater

MeshPass BaseTileMap.passAutoTileWater

Definition at line 177 of file BaseTileMap.cs.

Referenced by RefractionProfile.Apply(), LiquidProfile.Apply(), Scene.ApplyZoneConfig(), DrawTile(), and TextureManager.Init().

◆ passBlock

MeshPass BaseTileMap.passBlock

Definition at line 147 of file BaseTileMap.cs.

Referenced by TextureManager.Init(), Recipe.OnRenderMarker(), and Core.Update().

◆ passBlockEx

MeshPass BaseTileMap.passBlockEx

Definition at line 161 of file BaseTileMap.cs.

Referenced by TextureManager.Init(), and Recipe.OnRenderMarker().

◆ passBlockMarker

MeshPass BaseTileMap.passBlockMarker

Definition at line 179 of file BaseTileMap.cs.

Referenced by TextureManager.Init().

◆ passChara

MeshPass BaseTileMap.passChara

Definition at line 187 of file BaseTileMap.cs.

Referenced by PostEffectProfile.Apply(), and TextureManager.Init().

◆ passCharaL

MeshPass BaseTileMap.passCharaL

Definition at line 189 of file BaseTileMap.cs.

Referenced by PostEffectProfile.Apply(), and TextureManager.Init().

◆ passCharaLL

MeshPass BaseTileMap.passCharaLL

Definition at line 193 of file BaseTileMap.cs.

Referenced by TextureManager.Init().

◆ passCharaLW

MeshPass BaseTileMap.passCharaLW

Definition at line 191 of file BaseTileMap.cs.

Referenced by PostEffectProfile.Apply(), and TextureManager.Init().

◆ passDecal

MeshPass BaseTileMap.passDecal

Definition at line 157 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ passEdge

MeshPass BaseTileMap.passEdge

Definition at line 173 of file BaseTileMap.cs.

Referenced by DrawTile(), and TextureManager.Init().

◆ passFloor

MeshPass BaseTileMap.passFloor

Definition at line 145 of file BaseTileMap.cs.

Referenced by RenderDataHalfBlock.Draw(), DrawTile(), TextureManager.Init(), and Recipe.OnRenderMarker().

◆ passFloorEx

MeshPass BaseTileMap.passFloorEx

Definition at line 163 of file BaseTileMap.cs.

Referenced by TextureManager.Init(), and Recipe.OnRenderMarker().

◆ passFloorMarker

MeshPass BaseTileMap.passFloorMarker

Definition at line 181 of file BaseTileMap.cs.

Referenced by TextureManager.Init().

◆ passFloorWater

MeshPass BaseTileMap.passFloorWater

Definition at line 165 of file BaseTileMap.cs.

Referenced by RefractionProfile.Apply(), LiquidProfile.Apply(), Scene.ApplyZoneConfig(), TextureManager.Init(), and Recipe.OnRenderMarker().

◆ passFog

MeshPass BaseTileMap.passFog

Definition at line 169 of file BaseTileMap.cs.

Referenced by TextureManager.Init().

◆ passFov

MeshPass BaseTileMap.passFov

Definition at line 171 of file BaseTileMap.cs.

Referenced by TextureManager.Init().

◆ passGuideBlock

MeshPass BaseTileMap.passGuideBlock

Definition at line 137 of file BaseTileMap.cs.

Referenced by TaskDesignation.DrawMarker(), DrawTile(), TileMapElona.DrawTile(), and GameUpdater.Update().

◆ passGuideFloor

MeshPass BaseTileMap.passGuideFloor

Definition at line 139 of file BaseTileMap.cs.

Referenced by TaskDesignation.DrawMarker(), DrawTile(), and GameUpdater.Update().

◆ passIcon

MeshPass BaseTileMap.passIcon

Definition at line 185 of file BaseTileMap.cs.

Referenced by UIInspector.DrawHighlight(), and TextureManager.Init().

◆ passInner

MeshPass BaseTileMap.passInner

Definition at line 167 of file BaseTileMap.cs.

Referenced by Draw(), and TextureManager.Init().

◆ passLiquid

MeshPass BaseTileMap.passLiquid

Definition at line 135 of file BaseTileMap.cs.

Referenced by RefractionProfile.Apply(), LiquidProfile.Apply(), Scene.ApplyZoneConfig(), TextureManager.Init(), and Recipe.OnRenderMarker().

◆ passObj

MeshPass BaseTileMap.passObj

Definition at line 153 of file BaseTileMap.cs.

Referenced by TextureManager.Init().

◆ passObjL

MeshPass BaseTileMap.passObjL

Definition at line 155 of file BaseTileMap.cs.

Referenced by TextureManager.Init().

◆ passObjS

MeshPass BaseTileMap.passObjS

Definition at line 149 of file BaseTileMap.cs.

Referenced by TextureManager.Init().

◆ passObjSS

MeshPass BaseTileMap.passObjSS

Definition at line 151 of file BaseTileMap.cs.

Referenced by DrawTile(), and TextureManager.Init().

◆ passRamp

MeshPass BaseTileMap.passRamp

Definition at line 143 of file BaseTileMap.cs.

Referenced by TextureManager.Init().

◆ passRoof

MeshPass BaseTileMap.passRoof

Definition at line 159 of file BaseTileMap.cs.

Referenced by TextureManager.Init().

◆ passShadow

MeshPass BaseTileMap.passShadow

Definition at line 133 of file BaseTileMap.cs.

Referenced by CardRenderer.Draw(), DrawTile(), TileMapElona.DrawTile(), TextureManager.Init(), and GrowSystem.OnRenderTileMap().

◆ passShore

MeshPass BaseTileMap.passShore

Definition at line 195 of file BaseTileMap.cs.

Referenced by DrawTile(), and TextureManager.Init().

◆ passWaterBlock

MeshPass BaseTileMap.passWaterBlock

Definition at line 183 of file BaseTileMap.cs.

Referenced by TextureManager.Init().

◆ pcMaxLight

float BaseTileMap.pcMaxLight

protected

Definition at line 392 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), and TileMapElona.DrawTile().

◆ pcX

int BaseTileMap.pcX

protected

Definition at line 450 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), and TileMapElona.DrawTile().

◆ pcZ

int BaseTileMap.pcZ

protected

Definition at line 452 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), and TileMapElona.DrawTile().

◆ rays

RaycastHit2D [] BaseTileMap.rays = new RaycastHit2D[1]

protected

Definition at line 340 of file BaseTileMap.cs.

Referenced by Draw().

◆ renderBorder

RenderData BaseTileMap.renderBorder

Definition at line 211 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ rendererBlockMarker

RenderData BaseTileMap.rendererBlockMarker

Definition at line 199 of file BaseTileMap.cs.

Referenced by Recipe.OnRenderMarker().

◆ rendererEffect

RenderDataEffect BaseTileMap.rendererEffect

Definition at line 229 of file BaseTileMap.cs.

Referenced by RenderData.DrawRepeatTo(), DrawRoof(), DrawTile(), and TileMapElona.DrawTile().

◆ rendererFloorMarker

RenderData BaseTileMap.rendererFloorMarker

Definition at line 201 of file BaseTileMap.cs.

Referenced by Recipe.OnRenderMarker().

◆ rendererFogBlockSolid

RenderData BaseTileMap.rendererFogBlockSolid

Definition at line 213 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ rendererFogFloorSolid

RenderData BaseTileMap.rendererFogFloorSolid

Definition at line 215 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ rendererFogRoomBlockSolid

RenderData BaseTileMap.rendererFogRoomBlockSolid

Definition at line 219 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ rendererFogRoomSolid

RenderData BaseTileMap.rendererFogRoomSolid

Definition at line 217 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ rendererFogRoomWallSolid

RenderData BaseTileMap.rendererFogRoomWallSolid

Definition at line 221 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ rendererFov

RenderData BaseTileMap.rendererFov

Definition at line 205 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ rendererFov2

RenderData BaseTileMap.rendererFov2

Definition at line 207 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ rendererInnerBlock

RenderData BaseTileMap.rendererInnerBlock

Definition at line 203 of file BaseTileMap.cs.

Referenced by DrawTile(), TileMapElona.DrawTile(), and CoreDebug.UpdateAlways().

◆ rendererObjDummy

RenderDataObjDummy BaseTileMap.rendererObjDummy

Definition at line 227 of file BaseTileMap.cs.

Referenced by Core.Awake(), CardRenderer.Draw(), and DrawTile().

◆ rendererShore

RenderData BaseTileMap.rendererShore

Definition at line 209 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ rendererWallDeco

RenderData BaseTileMap.rendererWallDeco

Definition at line 223 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ rendererWaterBlock

RenderData BaseTileMap.rendererWaterBlock

Definition at line 225 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ renderFootmark

RenderData BaseTileMap.renderFootmark

Definition at line 197 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ renderSetting

GameSetting.RenderSetting BaseTileMap.renderSetting

protected

Definition at line 362 of file BaseTileMap.cs.

Referenced by DrawTile(), TileMapElona.DrawTile(), and OnActivate().

◆ rightWallShade

float BaseTileMap.rightWallShade

Definition at line 69 of file BaseTileMap.cs.

Referenced by Draw().

◆ roof

bool BaseTileMap.roof

protected

Definition at line 456 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ roofFix

Vector3 BaseTileMap.roofFix

Definition at line 73 of file BaseTileMap.cs.

Referenced by DrawRoof(), and SetRoofHeight().

◆ roofFix2

Vector3 BaseTileMap.roofFix2

Definition at line 75 of file BaseTileMap.cs.

Referenced by DrawRoof(), and SetRoofHeight().

◆ roofFix3

Vector3 BaseTileMap.roofFix3

Definition at line 77 of file BaseTileMap.cs.

Referenced by DrawRoof().

◆ roofLightLimitMod

float BaseTileMap.roofLightLimitMod

Definition at line 326 of file BaseTileMap.cs.

Referenced by Draw(), and GetRoofLight().

◆ roofLightMod

float BaseTileMap.roofLightMod

Definition at line 79 of file BaseTileMap.cs.

Referenced by GetRoofLight().

◆ roofLightSnow

float BaseTileMap.roofLightSnow

Definition at line 85 of file BaseTileMap.cs.

Referenced by GetRoofLight().

◆ roofRampFix

Vector3 BaseTileMap.roofRampFix

Definition at line 71 of file BaseTileMap.cs.

Referenced by DrawRoof().

◆ roofStyles

RoofStyle [] BaseTileMap.roofStyles

Definition at line 508 of file BaseTileMap.cs.

Referenced by DrawRoof(), LayerEditHouse.RefreshBlockList(), LayerEditHouse.SetBoard(), and SetRoofHeight().

◆ room

Room BaseTileMap.room

protected

Definition at line 496 of file BaseTileMap.cs.

Referenced by Draw(), DrawRoof(), DrawTile(), TileMapElona.DrawTile(), and SetRoofHeight().

◆ roomHeight

float BaseTileMap.roomHeight

protected

Definition at line 400 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ screen

new BaseGameScreen BaseTileMap.screen

Definition at line 354 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), DrawRoof(), DrawTile(), TileMapElona.DrawTile(), OnActivate(), and SetRoofHeight().

◆ screenHighlight

ScreenHighlight BaseTileMap.screenHighlight

Definition at line 338 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ seaAnimeIndexes

int [] BaseTileMap.seaAnimeIndexes

Definition at line 128 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ selector

BaseTileSelector BaseTileMap.selector

protected

Definition at line 360 of file BaseTileMap.cs.

Referenced by OnActivate().

◆ shadowModStrength

float BaseTileMap.shadowModStrength

Definition at line 124 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ shadowStrength

float BaseTileMap.shadowStrength

protected

Definition at line 418 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), DrawTile(), and TileMapElona.DrawTile().

◆ showAllCards

bool BaseTileMap.showAllCards

protected

Definition at line 460 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ showBorder

bool BaseTileMap.showBorder

protected

Definition at line 474 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ showFullWall

bool BaseTileMap.showFullWall

Definition at line 287 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), DrawTile(), and TileMapElona.DrawTile().

◆ showRoof

bool BaseTileMap.showRoof

Definition at line 284 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), and DrawTile().

◆ Size

int BaseTileMap.Size

Definition at line 236 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), DrawRoof(), DrawTile(), and TileMapElona.DrawTile().

◆ SizeXZ

int BaseTileMap.SizeXZ

Definition at line 239 of file BaseTileMap.cs.

Referenced by Draw(), and TileMapElona.Draw().

◆ slopeFixZ

float BaseTileMap.slopeFixZ

Definition at line 50 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ snowColor

float BaseTileMap.snowColor

protected

Definition at line 428 of file BaseTileMap.cs.

Referenced by Draw(), DrawTile(), and GetApproximateBlocklight().

◆ snowColor2

float BaseTileMap.snowColor2

protected

Definition at line 430 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ snowColorToken

int BaseTileMap.snowColorToken

protected

Definition at line 372 of file BaseTileMap.cs.

Referenced by Draw(), DrawTile(), GetApproximateBlocklight(), and GetRoofLight().

◆ snowed

bool BaseTileMap.snowed

protected

Definition at line 464 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ snowLight

float BaseTileMap.snowLight

protected

Definition at line 404 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ snowLimit

float BaseTileMap.snowLimit

protected

Definition at line 426 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ sourceBlock

SourceBlock.Row BaseTileMap.sourceBlock

protected

Definition at line 486 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ sourceBridge

SourceFloor.Row BaseTileMap.sourceBridge

protected

Definition at line 490 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ sourceFloor

SourceFloor.Row BaseTileMap.sourceFloor

protected

Definition at line 488 of file BaseTileMap.cs.

Referenced by DrawTile(), TileMapElona.DrawTile(), and GetThingPosition().

◆ subtleHighlightArea

bool BaseTileMap.subtleHighlightArea

Definition at line 278 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), DrawTile(), and TileMapElona.DrawTile().

◆ TestPoint

Point BaseTileMap.TestPoint = new Point()

Definition at line 231 of file BaseTileMap.cs.

Referenced by Draw().

◆ thingPos

Vector3 BaseTileMap.thingPos

protected

Definition at line 478 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ tile

int BaseTileMap.tile

protected

Definition at line 442 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ tileType

TileType BaseTileMap.tileType

protected

Definition at line 502 of file BaseTileMap.cs.

Referenced by DrawTile(), TileMapElona.DrawTile(), and GetThingPosition().

◆ totalFire

int BaseTileMap.totalFire

protected

Definition at line 370 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), DrawTile(), and TileMapElona.DrawTile().

◆ transitionFix

Vector3 [] BaseTileMap.transitionFix

Definition at line 114 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ ugFix

Vector3 BaseTileMap.ugFix

Definition at line 58 of file BaseTileMap.cs.

Referenced by DrawTile(), and TileMapElona.DrawTile().

◆ ugFixBridge

Vector3 BaseTileMap.ugFixBridge

Definition at line 60 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ ugFixBridgeBottom

Vector3 BaseTileMap.ugFixBridgeBottom

Definition at line 62 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ ugFixBridgeTop

Vector3 BaseTileMap.ugFixBridgeTop

Definition at line 64 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ usingHouseBoard

bool BaseTileMap.usingHouseBoard

Definition at line 293 of file BaseTileMap.cs.

Referenced by Draw(), and TileMapElona.Draw().

◆ wallClipMode

WallClipMode BaseTileMap.wallClipMode

Definition at line 88 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ wallHangFix

Vector3 [] BaseTileMap.wallHangFix

Definition at line 116 of file BaseTileMap.cs.

Referenced by TileTypeWallHang.GetMountHeight().

◆ waterAnimeIndex

int BaseTileMap.waterAnimeIndex

protected

Definition at line 374 of file BaseTileMap.cs.

Referenced by Draw(), and DrawTile().

◆ waterAnimeTimer

float BaseTileMap.waterAnimeTimer

protected

Definition at line 406 of file BaseTileMap.cs.

Referenced by Draw().

◆ waterEdgeBlockFix

Vector3 [] BaseTileMap.waterEdgeBlockFix

Definition at line 118 of file BaseTileMap.cs.

◆ waterEdgeBridgeFix

Vector3 BaseTileMap.waterEdgeBridgeFix

Definition at line 106 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ waterEdgeFix

Vector3 BaseTileMap.waterEdgeFix

Definition at line 104 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ waterEdgeFixShore

Vector3 BaseTileMap.waterEdgeFixShore

Definition at line 108 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ waterEdgeFixShoreSand

Vector3 BaseTileMap.waterEdgeFixShoreSand

Definition at line 110 of file BaseTileMap.cs.

Referenced by DrawTile().

◆ x

int BaseTileMap.x

Definition at line 248 of file BaseTileMap.cs.

Referenced by Draw(), TileMapElona.Draw(), and RenderRow.GetRenderParam().

◆ z

int BaseTileMap.z

Definition at line 251 of file BaseTileMap.cs.

Referenced by Draw(), and TileMapElona.Draw().

◆ zSetting

GameSetting.RenderSetting.ZSetting BaseTileMap.zSetting

protected

Definition at line 364 of file BaseTileMap.cs.

Referenced by DrawTile(), TileMapElona.DrawTile(), GetThingPosition(), and OnActivate().

Property Documentation

◆ HitPoint

Point BaseTileMap.HitPoint

get

Definition at line 516 of file BaseTileMap.cs.

Referenced by Draw().

The documentation for this class was generated from the following file:

Elin/BaseTileMap.cs

Public Types

Public Member Functions

Static Public Member Functions

Public Attributes

Static Public Attributes

Protected Attributes

Properties

Private Attributes

Detailed Description

Member Enumeration Documentation

◆ CardIconMode

◆ InnerMode

◆ ScreenHighlight

◆ WallClipMode

Member Function Documentation

◆ Draw()

◆ DrawRoof()

◆ DrawTile()

◆ GetApproximateBlocklight()

◆ GetColorInt()

◆ GetRoofLight()

◆ GetThingPosition()

◆ OnActivate()

◆ RefreshHeight()

◆ SetRoofHeight()

Member Data Documentation

◆ _actorPos

◆ _baseBrightness

◆ _heightMod

◆ _lightMod

◆ _lowblock

◆ _rightWallShade

◆ _shadowStrength

◆ _sourceBlock

◆ activeCount

◆ altitudeFix

◆ alwaysLowblock

◆ ambientShadowFix

◆ batch

◆ blockLight

◆ BlocklightMTP

◆ BlocklightToken

◆ bridgeFix

◆ buildMode

◆ cell

◆ cinemaMode

◆ colliderFix

◆ cornerWallFix

◆ cornerWallFix2

◆ cornerWallFix3

◆ count

◆ currentHeight

◆ currentLot

◆ currentRoom

◆ cx

◆ cz

◆ defaultBlockHeight

◆ defaultInnerMode

◆ DefColor

◆ destBrightness

◆ detail

◆ edgeBlockFix

◆ floatSpeed

◆ floatTimer

◆ floatV

◆ floatVs

◆ floatY

◆ floatYs

◆ floorDir

◆ floorLight

◆ floorLight2

◆ floorMatColor

◆ floorShadowStrength

◆ fogBounds

◆ fogBrightness

◆ fogged

◆ fogTile

◆ forceShowHang

◆ freePos

◆ groundLights