Lab14/fSeaIsland.cpp - patch - ArtemSls/O3DM

Lab14/fSeaIsland.cpp
600 строк20 KB
ArtemSls
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24 янв 2025, 03:58
24 янв 2025, 03:58e8acafb
//---------------------------------------------------------------------------

#include <vcl.h>
#pragma hdrstop

#include "fSeaIsland.h"
//---------------------------------------------------------------------------
#pragma package(smart_init)
#pragma link "GLS.BaseClasses"
#pragma link "GLS.BitmapFont"
#pragma link "GLS.Cadencer"
#pragma link "GLS.Coordinates"
#pragma link "GLS.HeightData"
#pragma link "GLS.HeightTileFileHDS"
#pragma link "GLS.HUDObjects"
#pragma link "GLS.Material"
#pragma link "GLS.Objects"
#pragma link "GLS.Scene"
#pragma link "GLS.SceneViewer"
#pragma link "GLS.SkyDome"
#pragma link "GLS.TerrainRenderer"
#pragma link "GLS.VectorFileObjects"
#pragma link "GLS.WindowsFont"
#pragma link "GLS.File3DS"
#pragma link "GLS.FileOBJ"
#pragma link "GLS.FileSMD"
#pragma link "GLS.FileMD2"
#pragma resource "*.dfm"
TForm1 *Form1;

#define cWaterLevel -10000
#define cWaterOpaqueDepth 2000
#define cWaveAmplitude 120

const float WolfSpeed = 0.25;
const float SharkSpeed = 0.5;
bool firstPos = true, secondPos = true, thirdPos = true, shark1Pos = true,
	 shark2Pos = true;

//---------------------------------------------------------------------------
__fastcall TForm1::TForm1(TComponent* Owner)
	: TForm(Owner)
{
    int i, j;
	String name;
	TGLLibMaterial* libMat;
	SetCurrentDir("..\\..\\Assets");
	GLCustomHDS1->MaxPoolSize = 8 * 1024 * 1024;
	GLCustomHDS1->DefaultHeight = cWaterLevel;
	for (i = 0; i <= 3; i++)
		for (j = 0; j <= 3; j++) {
			name = Format("Tex_%d_%d.bmp", ARRAYOFCONST((i, j)));
			if (!FileExists(name)) {
				ShowMessage("Texture file " + name +
							" not found...\r\n  Did you run " +
							"splitter->exe" + " as said in the readme->txt?");
                Application->Terminate();
                Abort();
            }
            libMat = MaterialLibrary->AddTextureMaterial(name, name, false);
            libMat->Material->Texture->TextureMode = tmReplace;
            libMat->Material->Texture->TextureWrap = twNone;
            libMat->Material->Texture->Compression = tcStandard;
			libMat->Material->Texture->FilteringQuality = tfAnisotropic;
            libMat->Texture2Name = "detail";
		}
	CamHeight = 30;
	WaterPlane = true;
    FFSailBoat->LoadFromFile("boat.3ds");
	FFSailBoat->TurnAngle = -30;
	GLHouse->LoadFromFile("house.3ds");
GLHouse->Material->Texture->Image->LoadFromFile("house2.png");
GLHouse->Scale->X = 1.0f / 3.0f;
GLHouse->Scale->Y = 1.0f / 3.0f;
GLHouse->Scale->Z = 1.0f / 3.0f;
GLHouse->StructureChanged();


	addTree();
	GLWolf->LoadFromFile("wolf.md2");
	GLWolf->Material->Texture->Image->LoadFromFile("wolf_texture.png");
	GLShark1->LoadFromFile("shark.obj");
	GLShark1->Material->Texture->Image->LoadFromFile("shark_texture.png");
	GLShark2->LoadFromFile("shark.obj");
	GLShark2->Material->Texture->Image = GLShark1->Material->Texture->Image;
    for (i = 0; i < MLSailBoat->Materials->Count; i++)
        MLSailBoat->Materials->Items[i]
            ->Material->FrontProperties->Ambient->Color =
            MLSailBoat->Materials->Items[i]
				->Material->FrontProperties->Diffuse->Color;
    HTHelp->Text = "Help:\r\
			  WASD : Camera control\r\
			  V : Hide/show sea surface\r\
			  P : Hide/show wireframe\r\
			  B : Hide/show ship\r\
			  Num4 & Num6 : Ship control\r\
			  F1: Show this message";
			  //* : Increase CLOD precision\r\
			  /// : decrease CLOD precision\r\
	HTHelp->Position->SetPoint(Screen->Width / 2 - 100, Screen->Height / 2 - 150, 0);
	HelpOpacity = 4;
	GLSceneViewer->Cursor = crNone;
}
//---------------------------------------------------------------------------
void __fastcall TForm1::addTree()
{
    TGLFreeForm* tree;
    TGLVector s;
    float f;
	int x[16] = { -230, -300, -400, -430, -437, -444, -460, -482, -350, -270,
        -500, -285, -600, -620, -635, -642 };
    int z[16] = { 290, 290, 320, 370, 340, 360, 310, 290, 270, 180, 360, 370,
        290, 260, 275, 185 };
	for (int i = 0; i < 16; i++) {
        tree =
			(TGLFreeForm*)(GLDummyTrees->AddNewChild(__classid(TGLFreeForm)));
		tree->LoadFromFile("tree.3ds");
		tree->Material->FrontProperties->Ambient->SetColor(0.255f, 0.0f, 0.0f, 1.0f); // ������� ����
tree->Material->FrontProperties->Diffuse->SetColor(0.255f, 0.0f, 0.0f, 1.0f); // ������� ����




        s = GLTree->Scale->AsVector;
		f = (Random() + 0.3);
		ScaleVector(s, 0.02 * 1.9 * f);
		tree->Scale->AsVector = s;

        tree->Position->X = x[i];
        switch (i) {
            case 8: {
                tree->Position->Y = -23;
                break;
            }
            case 9: {
                tree->Position->Y = -35;
                break;
            }
            case 11: {
                tree->Position->Y = 5;
                break;
            }
            case 15: {
                tree->Position->Y = -35;
                break;
            }
            default: {
                tree->Position->Y = -17;
                break;
            }
        }
        tree->Position->Z = z[i];
    }
}

// ---------------------------------------------------------------------------
void TForm1::ResetMousePos(void)
{
	if (GLSceneViewer->Cursor == crNone)
		SetCursorPos(Screen->Width / 2, Screen->Height / 2);
}
// ---------------------------------------------------------------------------
void __fastcall TForm1::GLCadencerProgress(TObject *Sender, const double DeltaTime,
          const double NewTime)
{
	float Speed, Alpha, f;
	float TerrainHeight, SurfaceHeight;
	TGLVector Sbp;
	POINT NewMousePos;
    if (shark1Pos) {
        GLShark1->Position->X -= SharkSpeed;
        if (GLShark1->Position->X == -500) {
            GLShark1->TurnAngle = -90;
            shark1Pos = false;
        }
    } else {
        GLShark1->Position->X += SharkSpeed;
        if (GLShark1->Position->X == -200) {
            GLShark1->TurnAngle = 90;
            shark1Pos = true;
        }
	}
    if (shark2Pos) {
        GLShark2->Position->X += SharkSpeed;
        if (GLShark2->Position->X == -200) {
            GLShark2->TurnAngle = 90;
            shark2Pos = false;
        }
    } else {
        GLShark2->Position->X -= SharkSpeed;
        if (GLShark2->Position->X == -500) {
            GLShark2->TurnAngle = -90;
            shark2Pos = true;
        }
	}
    if (firstPos == true) {
        GLWolf->Position->X -= WolfSpeed;
        if (GLWolf->Position->X == -300) {
            GLWolf->RollAngle = 45;
            firstPos = false;
        }
    } else if (secondPos == true) {
        GLWolf->Position->X -= WolfSpeed;
        GLWolf->Position->Z += WolfSpeed;
        if (GLWolf->Position->X == -350 && GLWolf->Position->Z == 220) {
            GLWolf->RollAngle = 225;
            secondPos = false;
        }
    } else if (thirdPos == true) {
        GLWolf->Position->X += WolfSpeed;
        GLWolf->Position->Z -= WolfSpeed;
        if (GLWolf->Position->X == -300) {
            GLWolf->RollAngle = 180;
            thirdPos = false;
        }
    } else {
        GLWolf->Position->X += WolfSpeed;
        if (GLWolf->Position->X == -240) {
            GLWolf->RollAngle = 0;
            firstPos = true, secondPos = true, thirdPos = true;
        }
	}
    if (IsKeyDown(VK_SHIFT))
		Speed = 100 * DeltaTime;
	else
		Speed = 20 * DeltaTime;

    if (IsKeyDown(87))
        DCCamera->Position->AddScaledVector(
            Speed, GLCamera->AbsoluteVectorToTarget());
	if (IsKeyDown(83))
        DCCamera->Position->AddScaledVector(
            -Speed, GLCamera->AbsoluteVectorToTarget());
    if (IsKeyDown(65))
        DCCamera->Position->AddScaledVector(
            -Speed, GLCamera->AbsoluteRightVectorToTarget());
    if (IsKeyDown(68))
        DCCamera->Position->AddScaledVector(
            Speed, GLCamera->AbsoluteRightVectorToTarget());
    if (IsKeyDown(VK_PRIOR))
        CamHeight = CamHeight + Speed;
    if (IsKeyDown(VK_NEXT))
        CamHeight = CamHeight - Speed;
    if (IsKeyDown(VK_ESCAPE))
		Close();
    if (IsKeyDown(VK_F1))
		HelpOpacity = ClampValue(HelpOpacity + DeltaTime * 5, 3, 5);
    if (IsKeyDown(VK_NUMPAD4))
		FFSailBoat->Turn(-DeltaTime * 3);
    if (IsKeyDown(VK_NUMPAD6))
		FFSailBoat->Turn(DeltaTime * 3);
    if (IsKeyDown(VK_LBUTTON)) {
        Alpha = DCCamera->Position->Y;
        DCCamera->Position->AddScaledVector(
            Speed, GLCamera->AbsoluteVectorToTarget());
        CamHeight = CamHeight + DCCamera->Position->Y - Alpha;
    }
    if (IsKeyDown(VK_RBUTTON)) {
        Alpha = DCCamera->Position->Y;
        DCCamera->Position->AddScaledVector(
            -Speed, GLCamera->AbsoluteVectorToTarget());
        CamHeight = CamHeight + DCCamera->Position->Y - Alpha;
    }
    GetCursorPos(&NewMousePos);
    GLCamera->MoveAroundTarget((Screen->Height / 2 - NewMousePos.y) * 0.25,
        (Screen->Width / 2 - NewMousePos.x) * 0.25);
	ResetMousePos();
    TerrainHeight =
        TerrainRenderer->InterpolatedHeight(DCCamera->Position->AsVector);
    SurfaceHeight = TerrainRenderer->Scale->Z * cWaterLevel / 128;
    if (TerrainHeight < SurfaceHeight)
        TerrainHeight = SurfaceHeight;
	DCCamera->Position->Y = TerrainHeight + CamHeight;
    if ((GLCamera->AbsolutePosition.Y > SurfaceHeight) || (!WaterPlane)) {
        if (!WasAboveWater) {
            SkyDome->Visible = true;

            GLSceneViewer->Buffer->FogEnvironment->FogColor->Color = clrWhite;
            GLSceneViewer->Buffer->FogEnvironment->FogEnd = 1000;
            GLSceneViewer->Buffer->FogEnvironment->FogStart = 500;

            GLSceneViewer->Buffer->BackgroundColor = clWhite;
            GLCamera->DepthOfView = 1000;
            WasAboveWater = true;
        }
    } else {
        if (WasAboveWater) {
            SkyDome->Visible = false;

            GLSceneViewer->Buffer->FogEnvironment->FogColor->AsWinColor =
                clNavy;
            GLSceneViewer->Buffer->FogEnvironment->FogEnd = 100;
            GLSceneViewer->Buffer->FogEnvironment->FogStart = 0;

            GLSceneViewer->Buffer->BackgroundColor = clNavy;
            GLCamera->DepthOfView = 100;
            WasAboveWater = false;
        }
	}
    if (HelpOpacity > 0) {
		HelpOpacity = HelpOpacity - DeltaTime;
        Alpha = ClampValue(HelpOpacity, 0, 1);
        if (Alpha > 0) {
            HTHelp->Visible = true;
            HTHelp->ModulateColor->Alpha = Alpha;
        } else
            HTHelp->Visible = false;
	}
    Sbp = TerrainRenderer->AbsoluteToLocal(FFSailBoat->AbsolutePosition);
    Alpha = WaterPhase(Sbp.X + TerrainRenderer->TileSize * 0.5,
        Sbp.Y + TerrainRenderer->TileSize * 0.5);
	FFSailBoat->Position->Y = (cWaterLevel + sin(Alpha) * cWaveAmplitude) *
                                  (TerrainRenderer->Scale->Z / 128) -
                              1.5;
    f = cWaveAmplitude * 0.01;
    FFSailBoat->Up->SetVector(
        cos(Alpha) * 0.02 * f, 1, (sin(Alpha) * 0.02 - 0.005) * f);
    FFSailBoat->Move(DeltaTime * 2);
}
//---------------------------------------------------------------------------
void __fastcall TForm1::FormKeyPress(TObject *Sender, System::WideChar &Key)
{
    int i;
	TGLPolygonMode pm;
    switch (Key) {
        case 'p':
        case 'P': {
            if (MaterialLibrary->Materials->Items[0]->Material->PolygonMode ==
                pmLines)
                pm = pmFill;
            else
                pm = pmLines;
            for (i = 0; i < MaterialLibrary->Materials->Count; i++)
                MaterialLibrary->Materials->Items[i]->Material->PolygonMode =
                    pm;

            for (i = 0; i < MLSailBoat->Materials->Count; i++)
                MLSailBoat->Materials->Items[i]->Material->PolygonMode = pm;
            FFSailBoat->StructureChanged();
            break;
        }
        case 'v':
        case 'V':
            WaterPlane = !WaterPlane;
            break;
        case 'b':
        case 'B':
            FFSailBoat->Visible = !FFSailBoat->Visible;
            break;
		/*case '*':
            if (TerrainRenderer->CLODPrecision > 1)
                TerrainRenderer->CLODPrecision =
                    (int)(TerrainRenderer->CLODPrecision * 0.8);
            break;
        case '/':
            if (TerrainRenderer->CLODPrecision < 1000)
                TerrainRenderer->CLODPrecision =
					(int)(TerrainRenderer->CLODPrecision * 1.2 + 1);
            break;*/
    }
    Key = 0x0;
}
//---------------------------------------------------------------------------
void __fastcall TForm1::GLCustomHDS1MarkDirtyEvent(const TRect &Area)
{
	GLHeightTileFileHDS1->MarkDirty(Area);
}
//---------------------------------------------------------------------------
void __fastcall TForm1::GLCustomHDS1StartPreparingData(TGLHeightData *HeightData)
{
    TGLHeightData* htfHD;
    int i, j, n;
	TTexPoint offset;
	htfHD = GLHeightTileFileHDS1->GetData(HeightData->XLeft, HeightData->YTop,
		HeightData->Size, HeightData->DataType);
    if ((htfHD->DataState == hdsNone))
		HeightData->DataState = hdsNone;
    else {
		i = (HeightData->XLeft / 128);
		j = (HeightData->YTop / 128);
		if ((Cardinal(i) < 4) & (Cardinal(j) < 4)) {
			HeightData->MaterialName =
				Format("Tex_%d_%d.bmp", ARRAYOFCONST((i, j)));
			HeightData->TextureCoordinatesMode = tcmLocal;
			n = ((HeightData->XLeft / 32) & 3);
			offset.S = n * 0.25;
			n = ((HeightData->YTop / 32) & 3);
			offset.T = -n * 0.25;
			HeightData->TextureCoordinatesOffset = offset;
			HeightData->TextureCoordinatesScale = TexPointMake(0.25, 0.25);
			HeightData->DataType = hdtSmallInt;
			htfHD->DataType = hdtSmallInt;
			HeightData->Allocate(hdtSmallInt);
			Move(
				htfHD->SmallIntData, HeightData->SmallIntData, htfHD->DataSize);
			HeightData->DataState = hdsReady;
			HeightData->HeightMin = htfHD->HeightMin;
			HeightData->HeightMax = htfHD->HeightMax;
		} else
			HeightData->DataState = hdsNone;
	}
	GLHeightTileFileHDS1->Release(htfHD);
}
//---------------------------------------------------------------------------
void __fastcall TForm1::GLSceneViewerBeforeRender(TObject *Sender)
{
	int i, n;
	PAProgress->Left = (Width - PAProgress->Width) / 2;
	PAProgress->Visible = true;
	n = MaterialLibrary->Materials->Count;
	ProgressBar->Max = n - 1;
	try {
        for (i = 0; i < n; i++) {
            ProgressBar->Position = i;
            MaterialLibrary->Materials->Items[i]->Material->Texture->Handle;
            PAProgress->Repaint();
        }
    } __finally
    {
        ResetMousePos();
        PAProgress->Visible = false;
        GLSceneViewer->BeforeRender = NULL;
    }
}
//---------------------------------------------------------------------------
float TForm1::WaterPhase(const float px, const float py)
{
    return GLCadencer->CurrentTime * 1.0 + px * 0.16 + py * 0.09;
}
// ---------------------------------------------------------------------------
float TForm1::WaterHeight(const float px, const float py)
{
    float alpha;
    alpha = WaterPhase(px + TerrainRenderer->TileSize * 0.5,
        py + TerrainRenderer->TileSize * 0.5);
    return (cWaterLevel + sin(alpha) * cWaveAmplitude) *
           (TerrainRenderer->Scale->Z * (1.0 / 128));
}
// ---------------------------------------------------------------------------
void TForm1::IssuePoint(
    TGLHeightData* hd, int x, int y, int s2, float t, int rx, int ry)
{
    const float r = 0.75;
    const float g = 0.75;
    const float b = 1.0;
    float px, py;
	float alpha, colorRatio, ca, sa;
    px = x + rx + s2;
    py = y + ry + s2;
    //  if (hd->DataState == hdsNone) {
    alpha = 1;
    /*
	}
	 else {
		alpha = (cWaterLevel - hd->SmallIntHeight(rx, ry)) *
				(1 / cWaterOpaqueDepth);
		alpha = ClampValue(alpha, 0.5, 1.0);
	}
	*/
    SinCos(WaterPhase(px, py), sa, ca);
    colorRatio = 1 - alpha * 0.1;
    glColor4f(r * colorRatio, g * colorRatio, b, alpha);
    glTexCoord2f(px * 0.01 + 0.002 * sa, py * 0.01 + 0.0022 * ca - t * 0.002);
    glVertex3f(px, py, cWaterLevel + cWaveAmplitude * sa);
}

// ---------------------------------------------------------------------------
void __fastcall TForm1::TerrainRendererHeightDataPostRender(TGLRenderContextInfo &rci,
          TList *&HeightDatas)
{
    int i, x, y, s, s2;
    float t;
	TGLHeightData* hd;
    if (WaterPlane) {
        t = GLCadencer->CurrentTime;
        MaterialLibrary->ApplyMaterial("water", rci);
        do {
            if (!WasAboveWater)
                rci.GLStates->InvertFrontFace();
			glPushAttrib(GL_ENABLE_BIT);
            glDisable(GL_LIGHTING);
			glDisable(GL_NORMALIZE);
            glStencilFunc(GL_ALWAYS, 1, 255);
            glStencilMask(255);
            glStencilOp(GL_KEEP, GL_KEEP, GL_REPLACE);
            glEnable(GL_STENCIL_TEST);
			glNormal3f(0, 0, 1);
            for (i = 0; i < HeightDatas->Count; i++) {
				hd = (TGLHeightData*)(HeightDatas->List[i]);
                if ((hd->DataState == hdsReady) &&
                    (hd->HeightMin > cWaterLevel))
                    continue;
                x = hd->XLeft;
                y = hd->YTop;
                s = hd->Size - 1;
                s2 = s / 2;
				glBegin(GL_TRIANGLE_FAN);
                IssuePoint(hd, x, y, s2, t, s2, s2);
                IssuePoint(hd, x, y, s2, t, 0, 0);
                IssuePoint(hd, x, y, s2, t, s2, 0);
                IssuePoint(hd, x, y, s2, t, s, 0);
                IssuePoint(hd, x, y, s2, t, s, s2);
                IssuePoint(hd, x, y, s2, t, s, s);
                IssuePoint(hd, x, y, s2, t, s2, s);
                IssuePoint(hd, x, y, s2, t, 0, s);
                IssuePoint(hd, x, y, s2, t, 0, s2);
				IssuePoint(hd, x, y, s2, t, 0, 0);
                glEnd();
            }
            glStencilOp(GL_KEEP, GL_KEEP, GL_KEEP);
            glPopAttrib();
            if (!WasAboveWater)
				rci.GLStates->InvertFrontFace();
            WaterPolyCount = HeightDatas->Count * 8;
        } while (MaterialLibrary->UnApplyMaterial(rci));
    }
}
//---------------------------------------------------------------------------
void __fastcall TForm1::DOWakeProgress(TObject *Sender, const double DeltaTime, const double NewTime)
{
    int i;
	TGLVector sbp, sbr;
    if (WakeVertices == NULL) {
		WakeVertices = new TGLAffineVectorList();
		WakeStretch = new TGLAffineVectorList();
		WakeTime = new TGLSingleList();
	}
    i = 0;
    while (i < WakeVertices->Count) {
        WakeVertices->CombineItem(
			i, WakeStretch->Items[i >> 1], -0.45 * DeltaTime);
		WakeVertices->CombineItem(
			i + 1, WakeStretch->Items[i >> 1], 0.45 * DeltaTime);
        i += 2;
	}
    if (NewTime > DOWake->TagFloat) {
        if (DOWake->TagFloat == 0) {
			DOWake->TagFloat = NewTime + 0.2;
		} else {
			DOWake->TagFloat = NewTime + 1;
            sbp = VectorCombine(FFSailBoat->AbsolutePosition,
                FFSailBoat->AbsoluteDirection, 1, 3);
			sbr = FFSailBoat->AbsoluteRight();
            WakeVertices->Add(VectorCombine(sbp, sbr, 1, -2));
            WakeVertices->Add(VectorCombine(sbp, sbr, 1, 2));
            WakeStretch->Add(VectorScale(sbr, (0.95 + Random() * 0.1)));
            WakeTime->Add(NewTime * 0.1);
            if (WakeVertices->Count >= 80) {
                WakeVertices->Delete(0);
                WakeVertices->Delete(0);
                WakeStretch->Delete(0);
                WakeTime->Delete(0);
            }
        }
    }
}
//---------------------------------------------------------------------------
void __fastcall TForm1::DOWakeRender(TObject *Sender, TGLRenderContextInfo &rci)
{
    int i, n;
    TVector3f p;
    TGLVector sbp;
    float c;
    if (!(WakeVertices) && (!((FFSailBoat->Visible) || (WaterPlane)))) {
        MaterialLibrary->ApplyMaterial("wake", rci);
        do {
			glPushAttrib(GL_ENABLE_BIT);
            glDisable(GL_LIGHTING);
			glDisable(GL_FOG);
            glEnable(GL_BLEND);
            glBlendFunc(GL_ONE, GL_ONE);
			glStencilFunc(GL_EQUAL, 1, 255);
			glStencilMask(255);
            glStencilOp(GL_KEEP, GL_KEEP, GL_KEEP);
            glEnable(GL_STENCIL_TEST);
			glDisable(GL_DEPTH_TEST);
            if (!WasAboveWater)
				rci.GLStates->InvertFrontFace();
            glBegin(GL_TRIANGLE_STRIP);
            n = WakeVertices->Count;
            for (i = 0; i < n; i++) {
                p = WakeVertices->Items[i ^ 1];
                sbp = TerrainRenderer->AbsoluteToLocal(VectorMake(p, 0));
                if ((i & 1) == 0) {
                    c = (i & 0xFFE) * 0.2 / n;
                    glColor3f(c, c, c);
                    glTexCoord2f(0, WakeTime->Items[i / 2]);
                } else
                    glTexCoord2f(1, WakeTime->Items[i / 2]);
                glVertex3f(p.X, WaterHeight(sbp.X, sbp.Y), p.Z);
            }
            glEnd();
            if (!WasAboveWater)
				rci.GLStates->InvertFrontFace();
            glPopAttrib();
            glDisable(stStencilTest);
        } while (MaterialLibrary->UnApplyMaterial(rci));
	}
}
//---------------------------------------------------------------------------