void CzPlatformRender::DrawPrimitives(CzRenderPrim3* prims, CzRenderMaterial* materials, int num_prims, bool single_material)
{
while (num_prims-- > 0)
{
CIwMaterial::AlphaMode am = (CIwMaterial::AlphaMode)materials->AlphaMode; // TODO Add proper method to map Marmalade Alpha mode to Marmalade
int vc = prims->VertCount;
// Set up vertex streams
if (prims->UVs != NULL)
IwGxSetUVStream((CIwFVec2*)prims->UVs, 0);
else
IwGxSetUVStream(NULL);
if (prims->ModelSpace)
IwGxSetVertStreamModelSpace((CIwFVec3*)prims->Verts, vc);
else
IwGxSetVertStreamViewSpace((CIwFVec3*)prims->Verts, vc);
IwGxSetColStream((CIwColour*)prims->Colours);
IwGxSetNormStream((CIwFVec3*)prims->Normals);
CzTexture texture = materials->Image->getTexture();
CIwTexture* mt = static_cast<CIwTexture*>(texture);
bool filter;
if (materials->Image->isFilterSet())
filter = mt->GetFiltering();
else
filter = materials->Filter;
// Only create new render material if something important has changed
if (texture != CurrentTexture || CurrentAlphaMode != materials->AlphaMode || CurrentFilter != filter || CurrentTexture == NULL || CurrentTiled != materials->Tiled)
{
CIwMaterial* mat = IW_GX_ALLOC_MATERIAL();
mat->SetTexture(mt);
mat->SetDepthWriteMode(CIwMaterial::DEPTH_WRITE_DISABLED);
mat->SetClamping(!materials->Tiled);
mat->SetFiltering(filter);
mat->SetAlphaMode(am);
mat->SetCullMode(CIwMaterial::CULL_BACK);
// mat->SetCullMode(CIwMaterial::CULL_NONE);
IwGxSetMaterial(mat);
CurrentTexture = texture;
CurrentAlphaMode = materials->AlphaMode;
CurrentTiled = materials->Tiled;
CurrentFilter = filter;
}
else
{
RedundantTextureCalls++;
}
// Render the primitive
IwGxDrawPrims(CzToIwGxPrimType[prims->Type], prims->Indices, prims->IndicesCount);
// Move to next primitive
prims++;
if (!single_material)
materials++;
}
}
void CRenderer::DrawBatch()
{
if ( GetVBSize() > 0 )
{
IwGxLightingOff();
IwGxSetMaterial( mCurrMtl );
IwGxSetUVStream( mUVB );
IwGxSetColStream(mCB, mCBSize);
IwGxSetVertStreamScreenSpaceSubPixel( mVB, mVBSize );
if ( mIBSize == 0 )
{
IwGxDrawPrims(mBuffType, NULL, mVBSize);
}
else
{
IwGxDrawPrims(mBuffType, mIB, mIBSize);
}
mCurrMtl = NULL;
//DefaultMaterial();
IwGxFlush();
IwGxSetColStream(NULL);
//IwGxSetUVStream( NULL );
ResetBuffers();
}
}
void renderMap() {
IwGxLightingOff();
CIwMaterial* pMat = IW_GX_ALLOC_MATERIAL();
pMat->SetModulateMode(CIwMaterial::MODULATE_NONE);
pMat->SetTexture(mapTexture);
IwGxSetMaterial(pMat);
IwGxSetScreenSpaceSlot(-1);
float zoom = getMapZoom()->getZoom();
int16 hScrW = (double)IwGxGetScreenWidth()*0.5f;
int16 hScrH = (double)IwGxGetScreenHeight()*0.5f;
int16 x1 = hScrW - hScrW*zoom;
int16 x2 = hScrW + hScrW*zoom;
int16 y1 = hScrH - hScrH*zoom;
int16 y2 = hScrH + hScrH*zoom;
mapVertZoom[0].x = x1, mapVertZoom[0].y = y1;
mapVertZoom[1].x = x1, mapVertZoom[1].y = y2;
mapVertZoom[2].x = x2, mapVertZoom[2].y = y2;
mapVertZoom[3].x = x2, mapVertZoom[3].y = y1;
IwGxSetUVStream(mapDefaultUvs);
IwGxSetVertStreamScreenSpace(mapVertZoom, 4);
IwGxDrawPrims(IW_GX_QUAD_LIST, NULL, 4);
}
// This is the main rendering function that you have to implement and provide to ImGui (via setting up 'RenderDrawListsFn' in the ImGuiIO structure)
void ImGui_Marmalade_RenderDrawLists(ImDrawData* draw_data)
{
// Handle cases of screen coordinates != from framebuffer coordinates (e.g. retina displays)
ImGuiIO& io = ImGui::GetIO();
draw_data->ScaleClipRects(io.DisplayFramebufferScale);
// Render command lists
for(int n = 0; n < draw_data->CmdListsCount; n++)
{
const ImDrawList* cmd_list = draw_data->CmdLists[n];
const unsigned char* vtx_buffer = (const unsigned char*)&cmd_list->VtxBuffer.front();
const ImDrawIdx* idx_buffer = &cmd_list->IdxBuffer.front();
int nVert = cmd_list->VtxBuffer.size();
CIwFVec2* pVertStream = IW_GX_ALLOC(CIwFVec2, nVert);
CIwFVec2* pUVStream = IW_GX_ALLOC(CIwFVec2, nVert);
CIwColour* pColStream = IW_GX_ALLOC(CIwColour, nVert);
for( int i=0; i < nVert; i++ )
{
// TODO: optimize multiplication on gpu using vertex shader
pVertStream[i].x = cmd_list->VtxBuffer[i].pos.x * g_scale.x;
pVertStream[i].y = cmd_list->VtxBuffer[i].pos.y * g_scale.y;
pUVStream[i].x = cmd_list->VtxBuffer[i].uv.x;
pUVStream[i].y = cmd_list->VtxBuffer[i].uv.y;
pColStream[i] = cmd_list->VtxBuffer[i].col;
}
IwGxSetVertStreamScreenSpace(pVertStream, nVert);
IwGxSetUVStream(pUVStream);
IwGxSetColStream(pColStream, nVert);
IwGxSetNormStream(0);
for (int cmd_i = 0; cmd_i < cmd_list->CmdBuffer.size(); cmd_i++)
{
const ImDrawCmd* pcmd = &cmd_list->CmdBuffer[cmd_i];
if (pcmd->UserCallback)
{
pcmd->UserCallback(cmd_list,pcmd);
}
else
{
CIwMaterial* pCurrentMaterial = IW_GX_ALLOC_MATERIAL();
pCurrentMaterial->SetShadeMode(CIwMaterial::SHADE_FLAT);
pCurrentMaterial->SetCullMode(CIwMaterial::CULL_NONE);
pCurrentMaterial->SetFiltering(false);
pCurrentMaterial->SetAlphaMode(CIwMaterial::ALPHA_BLEND);
pCurrentMaterial->SetDepthWriteMode(CIwMaterial::DEPTH_WRITE_NORMAL);
pCurrentMaterial->SetAlphaTestMode(CIwMaterial::ALPHATEST_DISABLED);
pCurrentMaterial->SetTexture((CIwTexture*)pcmd->TextureId);
IwGxSetMaterial(pCurrentMaterial);
IwGxDrawPrims(IW_GX_TRI_LIST, (uint16*)idx_buffer, pcmd->ElemCount);
}
idx_buffer += pcmd->ElemCount;
}
IwGxFlush();
}
// TODO: restore modified state (i.e. mvp matrix)
}
void CRenderer::DrawDirect( IwGxPrimType type, CIwSVec2 * vertex, CIwSVec2 * uv, uint16* indexStream, CIwColour * colour, int32 vertexCount, CIwMaterial * mat )
{
IwGxLightingOff();
IwGxSetMaterial( mat );
IwGxSetUVStream( uv );
IwGxSetColStream(colour, vertexCount);
IwGxSetVertStreamScreenSpaceSubPixel( vertex, vertexCount );
IwGxDrawPrims(type, indexStream, vertexCount);
IwGxFlush();
IwGxSetColStream(NULL);
}
void myIwGxDoneStars()
{
IwGxSetScreenSpaceSlot(3);
IwGxSetVertStreamScreenSpace( svertices, ssend_vertices );
CIwMaterial *pMat = IW_GX_ALLOC_MATERIAL();
pMat->SetAlphaMode( CIwMaterial::ALPHA_ADD );
pMat->SetTexture( star_texture );
pMat->SetColAmbient( 0xFF, 0xFF, 0xFF, 0xFF );
IwGxSetMaterial( pMat );
IwGxSetUVStream( suvdata );
IwGxSetColStream( scolors, ssend_vertices );
IwGxDrawPrims( IW_GX_QUAD_LIST, NULL, ssend_vertices );
IwGxFlush();
}
void ResourceManager::paint(const char* res, int x, int y, int w, int h, int* lm, int* tm, int* rm, int* bm) {
int width, height;
if (res == NULL) return;
CIwMaterial* t = load(res, &width, &height);
if (t == NULL) return;
if (vertC + 4 >= MAX_VERTS) return;
if (width != 0) {
if (lm != 0) {
*lm = (*lm * w) / width;
x -= *lm;
w += *lm;
}
if (rm != 0) {
*rm = (*rm * w) / width;
w += *rm;
}
}
if (height != 0) {
if (tm != 0) {
*tm = (*tm * h) / height;
y -= *tm;
h += *tm;
}
if (bm != NULL) {
*bm = (*bm * h) / height;
h += *bm;
}
}
int offset = vertC;
xy3[vertC].x = x, xy3[vertC].y = y; vertC++;
xy3[vertC].x = x, xy3[vertC].y = y + h; vertC++;
xy3[vertC].x = x + w, xy3[vertC].y = y + h; vertC++;
xy3[vertC].x = x + w, xy3[vertC].y = y; vertC++;
IwGxSetVertStreamScreenSpace(xy3 + offset, 4);
IwGxSetMaterial(t);
static CIwFVec2 uvs[4] = {
CIwFVec2(0, 0),
CIwFVec2(0, 1),
CIwFVec2(1, 1),
CIwFVec2(1, 0),
};
/* static CIwSVec2 uvs[4] = {
CIwSVec2(0, 0),
CIwSVec2(0, IW_GEOM_ONE),
CIwSVec2(IW_GEOM_ONE, IW_GEOM_ONE),
CIwSVec2(IW_GEOM_ONE, 0),
};*/
IwGxSetUVStream(uvs);
IwGxDrawPrims(IW_GX_QUAD_LIST, NULL, 4);
}
void renderImageWorldSpace(CIwFVec2& position, float angle, float scaleFactor,
int textureSize, float worldRot, int frameNumber, int numFrames, float z) {
static CIwSVec3 vertices[4];
static CIwSVec2 UVs[4];
//set up model space vertices
int vertexDist = scaleFactor*textureSize/2;
vertices[0] = CIwSVec3(-1*vertexDist, -1*vertexDist, z);
vertices[2] = CIwSVec3(vertexDist, -1*vertexDist, z);
vertices[3] = CIwSVec3(vertexDist, vertexDist, z);
vertices[1] = CIwSVec3(-1*vertexDist, vertexDist, z);
CIwMat modelTransform = CIwMat::g_Identity;
modelTransform.SetRotZ(IW_ANGLE_FROM_RADIANS(angle));
modelTransform.SetTrans(CIwVec3(position.x, -position.y, 0));
CIwMat rot = CIwMat::g_Identity;
rot.SetRotZ(IW_ANGLE_FROM_RADIANS(worldRot));
modelTransform = modelTransform*rot;
IwGxSetModelMatrix(&modelTransform, false);
float frameRatio = 1.0/numFrames;
//set up sprite UV's
iwfixed cf = IW_FIXED((float)frameNumber / numFrames);
iwfixed nf = IW_FIXED((frameNumber + 1.0) / numFrames);
UVs[0] = CIwSVec2(cf, 0);
UVs[2] = CIwSVec2(nf, 0);
UVs[3] = CIwSVec2(nf, IW_GEOM_ONE);
UVs[1] = CIwSVec2(cf, IW_GEOM_ONE);
//render the unit in model space
IwGxSetUVStream(UVs);
IwGxSetZDepthFixed(8);
IwGxSetVertStreamModelSpace(vertices, 4);
IwGxDrawPrims(IW_GX_QUAD_STRIP, NULL, 4);
IwGxFlush();
}
void renderCamera() {
IwGxLightingOff();
// Refresh dynamic texture
if (g_CameraTexture != NULL)
g_CameraTexture->ChangeTexels((uint8*)g_pCameraTexelsRGB565, CIwImage::RGB_565);
CIwMaterial* pMat = IW_GX_ALLOC_MATERIAL();
pMat->SetModulateMode(CIwMaterial::MODULATE_NONE);
pMat->SetTexture(g_CameraTexture);
IwGxSetMaterial(pMat);
IwGxSetScreenSpaceSlot(-1);
IwGxSetUVStream(cameraUvs);
IwGxSetVertStreamScreenSpace(cameraVert, 4);
IwGxDrawPrims(IW_GX_QUAD_LIST, NULL, 4);
}
// BatchDrawPrims - Currently only supports batching of Quad lists
void CzPlatformRender::BatchDrawPrims(bool filter)
{
if (NextMaterial == 0)
return;
// Allocate memory from data cache for verts, UV's and colours
for (int t = 0; t < NextMaterial; t++)
{
int prim_count = MaterialUsedCounts[t] * 4;
BatchVerts[t] = IW_GX_ALLOC(CzVec2, prim_count);
BatchUVs[t] = IW_GX_ALLOC(CzVec2, prim_count);
BatchColours[t] = IW_GX_ALLOC(CzColour, prim_count);
BatchIndices[t] = IW_GX_ALLOC(uint16, prim_count);
}
// Populate the data cache
CzRenderPrim** prims = Primitives;
for (int t = 0; t < NextPrimitive; t++)
{
CzRenderPrim *prim = *prims;
int mat_id = prim->MaterialID;
int idx = MaterialIndices[mat_id];
CzVec2* v = BatchVerts[mat_id] + idx;
CzVec2* uv = BatchUVs[mat_id] + idx;
CzColour* c = BatchColours[mat_id] + idx;
uint16* i = BatchIndices[mat_id] + idx;
for (int t2 = 0; t2 < 4; t2++)
{
v->x = (prim->Verts + t2)->x;
v->y = (prim->Verts + t2)->y;
uv->x = (prim->UVs + t2)->x;
uv->y = (prim->UVs + t2)->y;
c->set(*(prim->Colours + t2));
v++; uv++; c++;
}
// TODO: ERROR - Does not work with batched ngon
*i++ = idx;
*i++ = idx + 3;
*i++ = idx + 2;
*i++ = idx + 1;
MaterialIndices[mat_id] += 4;
prims++;
}
// Render batched streams
CzRenderMaterial** mats = Materials;
for (int t = 0; t < NextMaterial; t++)
{
int count = MaterialUsedCounts[t] * 4;
IwGxSetUVStream((CIwFVec2*)BatchUVs[t], 0);
IwGxSetVertStreamScreenSpace((CIwFVec2*)BatchVerts[t], count);
IwGxSetColStream((CIwColour*)(BatchColours[t]), count);
IwGxSetNormStream(NULL);
CIwMaterial* mat = IW_GX_ALLOC_MATERIAL();
CIwTexture* texture = static_cast<CIwTexture*>((*mats)->Image->getTexture());
mat->SetTexture(texture);
mat->SetDepthWriteMode(CIwMaterial::DEPTH_WRITE_DISABLED);
mat->SetClamping(false);
mat->SetFiltering(filter);
mat->SetAlphaMode(CIwMaterial::ALPHA_BLEND);
mat->SetCullMode(CIwMaterial::CULL_BACK);
// mat->SetCullMode(CIwMaterial::CULL_NONE);
IwGxSetMaterial(mat);
IwGxDrawPrims(IW_GX_QUAD_LIST, BatchIndices[t], count);
mats++;
}
// Reset batch pointers
for (int t = 0; t < NextMaterial; t++)
MaterialUsedCounts[t] = 0;
for (int t = 0; t < NextMaterial; t++)
MaterialIndices[t] = 0;
NextPrimitive = 0;
NextMaterial = 0;
}
void CameraDefend::Render() {
if (defended) {
IwGxLightingOff();
animMatSuccess->SetModulateMode(CIwMaterial::MODULATE_NONE);
animMatSuccess->SetAlphaMode(CIwMaterial::ALPHA_BLEND);
IwGxSetMaterial(animMatSuccess);
IwGxSetUVStream(anim_uvs_success);
IwGxSetVertStreamScreenSpace(animVertsLeftSuccess, 4);
IwGxDrawPrims(IW_GX_QUAD_LIST, NULL, 4);
IwGxSetVertStreamScreenSpace(animVertsRightSuccess, 4);
IwGxDrawPrims(IW_GX_QUAD_LIST, NULL, 4);
if (animMatSuccess->GetAnimCelID() == animMatSuccess->GetAnimCelNum() - 1) {
defended = false;
}
} else {
animMatSuccess->SetAnimCelID(0);
}
if (!isActive()) return;
{
Ghost* ghost = getGameState()->getGhost();
GhostAttack* attack = (ghost != NULL) ? ghost->getAttack() : NULL;
if (attack != NULL &&
((attack->getInterval() < 750 && attack->getInterval() > 600) ||
(attack->getInterval() < 400 && attack->getInterval() > 250))) {
dotTexture = dotTextureRed;
} else {
dotTexture = dotTextureGreen;
}
}
Iw2DSetAlphaMode(IW_2D_ALPHA_NONE);
Iw2DSetTransformMatrix(CIwFMat2D::g_Identity);
CIwFMat2D rot;
rot.SetRot(rad(dotAngle), CIwFVec2(
dotVertsTopLeftLeft.x + dotVertsSizeLeft.x/2,
dotVertsTopLeftLeft.y + dotVertsSizeLeft.y/2));
Iw2DSetTransformMatrix(rot);
Iw2DDrawImage(dotTexture, dotVertsTopLeftLeft, dotVertsSizeLeft);
rot.SetRot(rad(dotAngle), CIwFVec2(
dotVertsTopLeftRight.x + dotVertsSizeRight.x/2,
dotVertsTopLeftRight.y + dotVertsSizeRight.y/2));
Iw2DSetTransformMatrix(rot);
Iw2DDrawImage(dotTexture, dotVertsTopLeftRight, dotVertsSizeRight);
bool isDrwaing = true;
for (int i = 0; i < DEFEND_TOUCHES_MAX; i++) {
// Is any touch drawing?
if (touch[i]->drawing) break;
if (i == DEFEND_TOUCHES_MAX - 1) {
isDrwaing = false;
animMat->SetAnimCelID(0);
}
}
if (isDrwaing) {
IwGxLightingOff();
animMat->SetModulateMode(CIwMaterial::MODULATE_NONE);
animMat->SetAlphaMode(CIwMaterial::ALPHA_BLEND);
IwGxSetMaterial(animMat);
IwGxSetUVStream(anim_uvs);
IwGxSetVertStreamScreenSpace(animVertsLeft, 4);
IwGxDrawPrims(IW_GX_QUAD_LIST, NULL, 4);
IwGxSetVertStreamScreenSpace(animVertsRight, 4);
IwGxDrawPrims(IW_GX_QUAD_LIST, NULL, 4);
}
}
void MapBackground::RenderBackgroundOnSurface(CIw2DSurface* pSurface)
{
std::list<MapTile*>::iterator iter = gVectorImageUrls.begin();
// Set up a view matrix to rotate what we are viewing about the z-axis
// This normalizes the center of the screen to (0,0), so we need to offset
// our coordinates.
// We also need to scale in our X and Y directions.
CIwColour colClear;
colClear = IwGxGetColClear();
if (g_dAlpha < 0xFF)
{
IwGxSetColClear(0, 0, 0, 0);
}
CIwColour* cols = IW_GX_ALLOC(CIwColour, 4);
for (int i = 0; i < 4; ++i)
{
cols[i].r = cols[i].g = cols[i].b = 0xff;
cols[i].a = (uint8)g_dAlpha;
}
//static CIwSVec2 uvs[4] =
//{
// CIwSVec2(0 << 12, 0 << 12),
// CIwSVec2(0 << 12, 1 << 12),
// CIwSVec2(1 << 12, 1 << 12),
// CIwSVec2(1 << 12, 0 << 12),
//};
static CIwSVec2 uvs[4] =
{
CIwSVec2((0 << 12) + 1, (0 << 12) + 1),
CIwSVec2((0 << 12) + 1, (1 << 12) - 1),
CIwSVec2((1 << 12) - 1, (1 << 12) - 1),
CIwSVec2((1 << 12) - 1, (0 << 12) + 1),
};
static CIwSVec2 uvsRot[4] =
{
CIwSVec2((0 << 12) + 20, (0 << 12) + 20),
CIwSVec2((0 << 12) + 20, (1 << 12) - 20),
CIwSVec2((1 << 12) - 20, (1 << 12) - 20),
CIwSVec2((1 << 12) - 20, (0 << 12) + 20),
};
while (iter != gVectorImageUrls.end())
{
MapTile* pTile = *iter;
CIwTexture* pTexture = pTile->pTexture;
if (pTexture)
{
//Calculate the top left of the map image
CIwSVec2 topLeft = pTile->location;
CIwMaterial* pMat = IW_GX_ALLOC_MATERIAL();
pMat->SetAlphaMode(CIwMaterial::ALPHA_BLEND);
pMat->SetModulateMode(CIwMaterial::MODULATE_RGB);
// Use Texture on Material
pMat->SetTexture(pTexture);
IwGxSetMaterial(pMat);
int xOffset = IwGxGetScreenWidth() / 2;
int yOffset = IwGxGetScreenHeight() / 2;
CIwSVec3* pWSCoords= IW_GX_ALLOC(CIwSVec3, 4);
pWSCoords[0].x = topLeft.x; pWSCoords[0].y = topLeft.y;
pWSCoords[1].x = topLeft.x; pWSCoords[1].y = topLeft.y + 256;
pWSCoords[2].x = topLeft.x + 256; pWSCoords[2].y = topLeft.y + 256;
pWSCoords[3].x = topLeft.x + 256; pWSCoords[3].y = topLeft.y;
pWSCoords[0].z = pWSCoords[1].z = pWSCoords[2].z = pWSCoords[3].z = 0;
// Scale the coordinates by offsetting, scaling and rendering
for (int i = 0; i < 4; ++i)
{
pWSCoords[i].x -= xOffset;
pWSCoords[i].y -= yOffset;
}
IwGxSetVertStreamWorldSpace(pWSCoords, 4);
if (g_bScaledMode)
{
IwGxSetUVStream(uvsRot);
}
else
{
IwGxSetUVStream(uvs);
}
IwGxSetColStream(cols);
IwGxDrawPrims(IW_GX_QUAD_LIST, NULL, 4);
}
iter++;
}
IwGxSetColStream(NULL);
//IwGxSetColClear(colClear.r, colClear.g, colClear.b, colClear.a);
}
void MapBackground::DownloadTiles()
{
CIwTexture* tx = (CIwTexture*)IwGetResManager()->GetResNamed("logo", IW_GX_RESTYPE_TEXTURE);
uint32 w1 = tx->GetWidth();
uint32 h1 = tx->GetHeight();
//static CIwSVec2 uvs[4] =
//{
// CIwSVec2(0 << 12, 0 << 12),
// CIwSVec2(0 << 12, 1 << 12),
// CIwSVec2(1 << 12, 1 << 12),
// CIwSVec2(1 << 12, 0 << 12),
//};
static CIwSVec2 uvs[4] =
{
CIwSVec2((0 << 12) + 10, (0 << 12) + 10),
CIwSVec2((0 << 12) + 10, (1 << 12) - 10),
CIwSVec2((1 << 12) - 10, (1 << 12) - 10),
CIwSVec2((1 << 12) - 10, (0 << 12) + 10),
};
int w = w1/2;
int h = h1/2;
int counter = 0;
while (true)
{
IwGetHTTPQueue()->Update();
IwGetNotificationHandler()->Update();
IwGetMultiplayerHandler()->Update();
IwGxClear(IW_GX_COLOUR_BUFFER_F | IW_GX_DEPTH_BUFFER_F);
CIwMaterial* pMat = IW_GX_ALLOC_MATERIAL();
pMat->SetModulateMode(CIwMaterial::MODULATE_NONE);
pMat->SetTexture(tx);
IwGxSetMaterial(pMat);
CIwMat rotMat;
rotMat.SetIdentity();
double perCentAngle = (counter / 80.0);
iwangle degAng = (iwangle)(IW_GEOM_ONE * perCentAngle);
rotMat.SetRotZ(degAng);
rotMat.t.z = -0x200;
IwGxSetViewMatrix(&rotMat);
CIwSVec3* pWSCoords= IW_GX_ALLOC(CIwSVec3, 4);
pWSCoords[0].x = -w; pWSCoords[0].y = -h;
pWSCoords[1].x = -w; pWSCoords[1].y = h;
pWSCoords[2].x = w; pWSCoords[2].y = h;
pWSCoords[3].x = w; pWSCoords[3].y = -h;
pWSCoords[0].z = pWSCoords[1].z = pWSCoords[2].z = pWSCoords[3].z = 0;
if (!g_bInProgress)
{
MapTile* pNextDownload = GetNextDownload(NULL);
if (pNextDownload)
{
IwGetNotificationHandler()->PushNotification((int)this, pNextDownload->szImageUrl, 10*1000);
g_bInProgress = true;
LoadMapTileImage(pNextDownload);
}
else
{
IwGetNotificationHandler()->ClearNotification((int)this);
break;
}
}
IwGxSetVertStreamWorldSpace(pWSCoords, 4);
IwGxSetUVStream(uvs);
IwGxDrawPrims(IW_GX_QUAD_LIST, NULL, 4);
IwGetNotificationHandler()->Render();
IwGxFlush();
IwGxSwapBuffers();
s3eDeviceYield(50);
counter++;
}
}
void GhostCollision::RenderEctoplasmaBar(float ectoPercent, double ghostRotation)
{
CIwFMat ectoMatrix = CIwFMat();
ectoMatrix.CopyRot(*modelMatrix);
ectoMatrix.CopyTrans(*modelMatrix);
ectoMatrix.PostRotateY(PI-ghostRotation);
IwGxSetModelMatrix(&ectoMatrix);
IwGxSetScreenSpaceSlot(1);
if (ghostW < 0 || ghostX < 0 || ghostY < 0) ResolveLocation();
const int16 w = 180;
const int16 border_x1 = ghostX+ghostW/2 - (float)w*ectobarScale;
const int16 border_x2 = ghostX+ghostW/2 + (float)w*ectobarScale;
const float border_y1 = ghostY+0x20;
const float border_y2 = ghostY+0x20 + (float)0x10*ectobarScale;
const int16 z = 0x6;
{
CIwMaterial* pMat = IW_GX_ALLOC_MATERIAL();
pMat->SetModulateMode(CIwMaterial::MODULATE_RGB);
pMat->SetAlphaMode(CIwMaterial::ALPHA_BLEND);
pMat->SetTexture(borderTexture);
int16 x1 = border_x1, x2 = border_x2;
float y1 = border_y1, y2 = border_y2;
border_Verts[0] = CIwFVec3(x1, y2, -z);
border_Verts[1] = CIwFVec3(x2, y2, -z);
border_Verts[2] = CIwFVec3(x2, y1, -z);
border_Verts[3] = CIwFVec3(x1, y1, -z);
border_Verts[4] = CIwFVec3(x1, y2, z);
border_Verts[5] = CIwFVec3(x2, y2, z);
border_Verts[6] = CIwFVec3(x2, y1, z);
border_Verts[7] = CIwFVec3(x1, y1, z);
IwGxSetMaterial(pMat);
IwGxSetVertStream(border_Verts, 8);
//IwGxSetColStream(s_Cols, 8);
IwGxSetUVStream(s_UVs);
IwGxDrawPrims(IW_GX_QUAD_STRIP, s_QuadStrip, 4);
}
float start_y1 = border_y1 + fabs((float)(border_y2 - border_y1)*0.200);
float start_y2 = start_y1 + fabs((float)(border_y2 - border_y1)*0.720);
float startWhScale = (float)((double)startTexture->GetWidth() / startTexture->GetHeight());
int16 startW = (start_y2 - start_y1) * startWhScale;
int16 start_x1 = border_x1 + abs((float)(border_x2 - border_x1)*0.0097);
int16 start_x2 = start_x1 + startW;
{
CIwMaterial* pMat = IW_GX_ALLOC_MATERIAL();
pMat->SetModulateMode(CIwMaterial::MODULATE_RGB);
pMat->SetAlphaMode(CIwMaterial::ALPHA_BLEND);
pMat->SetTexture(startTexture);
int16 x1 = start_x1, x2 = start_x2;
float y1 = start_y1, y2 = start_y2;
start_Verts[0] = CIwFVec3(x1, y2, -z);
start_Verts[1] = CIwFVec3(x2, y2, -z);
start_Verts[2] = CIwFVec3(x2, y1, -z);
start_Verts[3] = CIwFVec3(x1, y1, -z);
start_Verts[4] = CIwFVec3(x1, y2, z);
start_Verts[5] = CIwFVec3(x2, y2, z);
start_Verts[6] = CIwFVec3(x2, y1, z);
start_Verts[7] = CIwFVec3(x1, y1, z);
IwGxSetMaterial(pMat);
IwGxSetVertStream(start_Verts, 8);
//IwGxSetColStream(s_Cols, 8);
IwGxSetUVStream(s_UVs);
IwGxDrawPrims(IW_GX_QUAD_STRIP, s_QuadStrip, 4);
}
float end_y1 = start_y1;
float end_y2 = start_y2;
float endWhScale = (float)((double)endTexture->GetWidth() / endTexture->GetHeight());
int16 endW = (end_y2 - end_y1) * endWhScale;
int endMaxX = border_x2 - abs((float)(border_x2 - border_x1)*0.0097) - endW;
int endMinX = start_x2;
int16 end_x1 = (double)(endMaxX - endMinX)*ectoPercent + endMinX;
int16 end_x2 = end_x1 + endW;
{
CIwMaterial* pMat = IW_GX_ALLOC_MATERIAL();
pMat->SetModulateMode(CIwMaterial::MODULATE_RGB);
pMat->SetAlphaMode(CIwMaterial::ALPHA_BLEND);
pMat->SetTexture(endTexture);
int16 x1 = end_x1, x2 = end_x2;
float y1 = end_y1, y2 = end_y2;
end_Verts[0] = CIwFVec3(x1, y2, -z);
end_Verts[1] = CIwFVec3(x2, y2, -z);
end_Verts[2] = CIwFVec3(x2, y1, -z);
end_Verts[3] = CIwFVec3(x1, y1, -z);
end_Verts[4] = CIwFVec3(x1, y2, z);
end_Verts[5] = CIwFVec3(x2, y2, z);
end_Verts[6] = CIwFVec3(x2, y1, z);
end_Verts[7] = CIwFVec3(x1, y1, z);
IwGxSetMaterial(pMat);
IwGxSetVertStream(end_Verts, 8);
//IwGxSetColStream(s_Cols, 8);
IwGxSetUVStream(s_UVs);
IwGxDrawPrims(IW_GX_QUAD_STRIP, s_QuadStrip, 4);
}
float center_y1 = start_y1;
float center_y2 = start_y2;
int16 center_x1 = start_x2 - 1;
int16 center_x2 = end_x1 + 1;
{
CIwMaterial* pMat = IW_GX_ALLOC_MATERIAL();
pMat->SetModulateMode(CIwMaterial::MODULATE_RGB);
pMat->SetAlphaMode(CIwMaterial::ALPHA_BLEND);
pMat->SetTexture(centerTexture);
int16 x1 = center_x1, x2 = center_x2;
float y1 = center_y1, y2 = center_y2;
center_Verts[0] = CIwFVec3(x1, y2, -z);
center_Verts[1] = CIwFVec3(x2, y2, -z);
center_Verts[2] = CIwFVec3(x2, y1, -z);
center_Verts[3] = CIwFVec3(x1, y1, -z);
center_Verts[4] = CIwFVec3(x1, y2, z);
center_Verts[5] = CIwFVec3(x2, y2, z);
center_Verts[6] = CIwFVec3(x2, y1, z);
center_Verts[7] = CIwFVec3(x1, y1, z);
IwGxSetMaterial(pMat);
IwGxSetVertStream(center_Verts, 8);
//IwGxSetColStream(s_Cols, 8);
IwGxSetUVStream(s_UVs);
IwGxDrawPrims(IW_GX_QUAD_STRIP, s_QuadStrip, 4);
}
}