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1 files changed, 199 insertions, 0 deletions

diff --git a/Minecraft.Client/PS3/PS3_UIController.cpp b/Minecraft.Client/PS3/PS3_UIController.cpp
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+++ b/Minecraft.Client/PS3/PS3_UIController.cpp
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+#include "stdafx.h"
+#include "PS3_UIController.h"
+#include "Common/UI/UIController.h"
+#include <cell/gcm.h>
+
+// Temp
+#include "..\Minecraft.h"
+#include "..\Textures.h"
+
+#define _ENABLEIGGY
+
+ConsoleUIController ui;
+
+void ConsoleUIController::init(S32 w, S32 h)
+{
+#ifdef _ENABLEIGGY
+
+	// Shared init
+	preInit(w,h);
+
+
+	
+
+	 /* Now that Iggy is ready, we need to create a set of draw
+      callbacks for it to use to draw things with the platform
+      hardware (in this case, via GCM).  To do this, we're building
+      this tutorial with the GCM GDraw implementaton that's included
+      with the Iggy SDK. To get it set up, we first need to set up
+      its memory configuration, then we create a context, and finally
+      we pass that context to Iggy so it will use it to render Flash
+      content.
+      First, we need to set up the GDraw memory configuration. GDraw
+      needs memory areas for various types of resources (such as textures,
+      and vertex buffers). Some of them, such as render targets, need to be
+      allocated in special types of memory to get optimal performance. In this
+      example, we allocate everything except for the dynamic vertex buffer
+      memory in local video memory. 
+      Rendertargets deserve a special mention: They need to be allocated in a
+      tile region for optimum performance, which places some requirements on
+      their alignment and size. The size you specify here must be big enough to
+      cover the largest rendertarget you'll ever need for one Iggy rendering
+      call. In our case, we render the whole screen at once, so that's the
+      size we pass. */
+
+//    // Set up rendertarget memory.
+    S32 rt_mem_size = 16*1024*1024; // 16MB of render target memory.
+    void *rt_mem = RenderManager.allocVRAM(rt_mem_size, CELL_GCM_TILE_ALIGN_OFFSET);
+    S32 rt_pitch = cellGcmGetTiledPitchSize(w * 4);
+    gdraw_GCM_SetRendertargetMemory(rt_mem, rt_mem_size, w, h, rt_pitch);
+
+   // Also configure a tile region for it.
+	RenderManager.setTileInfo(rt_mem, rt_pitch, CELL_GCM_COMPMODE_C32_2X1);
+
+   // Texture and vertex buffer memory work in a similar fashion.
+   S32 tex_mem_size = 24*1024*1024;
+   S32 vert_mem_size = 2*1024*1024;
+
+   gdraw_GCM_SetResourceMemory(GDRAW_GCM_RESOURCE_texture, 200, RenderManager.allocVRAM(tex_mem_size, 128), tex_mem_size);
+   gdraw_GCM_SetResourceMemory(GDRAW_GCM_RESOURCE_vertexbuffer, 1000, RenderManager.allocVRAM(vert_mem_size, 128), vert_mem_size);
+
+   // In this example, we allocate dynamic vertex buffer memory from main memory,
+   // which is generally faster.
+   S32 dyn_vert_size = 128*1024;
+   gdraw_GCM_SetResourceMemory(GDRAW_GCM_RESOURCE_dyn_vertexbuffer, 0, RenderManager.allocIOMem(dyn_vert_size, 128), dyn_vert_size);
+
+// Whew! Now that the GDraw memory configuration is set up, we need to initialize
+// GDraw. But first, we need to allocate yet another block of video memory for
+// GDraw to store its shaders etc. in (this is the last alloc!). Unlike the
+// rest of the memory configuration, the work area is reserved to GDraw and can't
+// be freed or relocated afterwards without shutting GDraw and all attached Iggys
+// down completely. But it's fairly small (64k as of this writing) so this shouldn't
+// be much of a problem. 
+   void *gdraw_work_mem = RenderManager.allocVRAM(GDRAW_GCM_LOCAL_WORKMEM_SIZE, 128);
+
+   /* Finally, we can actually create the GDraw GCM driver and pass it to Iggy. */
+   gdraw_funcs = gdraw_GCM_CreateContext(
+      gCellGcmCurrentContext, // The default GCM context provided by libgcm.
+      gdraw_work_mem,         // The work area in local memory
+      64);                    // RSX Label index to use for fences
+   IggySetGDraw(gdraw_funcs);
+
+	// Initialize audio
+	// TODO: 4J Stu - Currently Iggy crashes if I have audio enabled. Disabling for now.
+	//IggyAudioUseDefault();
+
+	// Shared init
+	postInit();
+#endif
+}
+
+void ConsoleUIController::render()
+{
+#ifdef _ENABLEIGGY
+// We need to tell GDraw which surface to render to.
+// This tutorial just uses the backbuffer, but for in-game
+// UI usage, you might want to use another rendertarget (like
+// a texture) instead. 
+	gdraw_GCM_SetTileOrigin(RenderManager.getCurrentBackBufferSurface(), 0, 0);
+ 	renderScenes();
+
+// Finally we're ready to display the frame.  First we
+// call GDraw to let it know we're done rendering, so
+// it can do any finalization it needs to do.  Then we
+// initiate the GCM buffer-flip procedure. 
+      gdraw_GCM_NoMoreGDrawThisFrame();
+#endif
+}
+
+CustomDrawData *ConsoleUIController::setupCustomDraw(UIScene *scene, IggyCustomDrawCallbackRegion *region)
+{
+	CustomDrawData *customDrawRegion = new CustomDrawData();
+	customDrawRegion->x0 = region->x0;
+	customDrawRegion->x1 = region->x1;
+	customDrawRegion->y0 = region->y0;
+	customDrawRegion->y1 = region->y1;
+
+	// get the correct object-to-world matrix from GDraw, and set the render state to a normal state   
+	gdraw_GCM_BeginCustomDraw(region, customDrawRegion->mat);
+
+	setupCustomDrawGameStateAndMatrices(scene, customDrawRegion);
+
+	return customDrawRegion;
+}
+
+CustomDrawData *ConsoleUIController::calculateCustomDraw(IggyCustomDrawCallbackRegion *region)
+{
+	CustomDrawData *customDrawRegion = new CustomDrawData();
+	customDrawRegion->x0 = region->x0;
+	customDrawRegion->x1 = region->x1;
+	customDrawRegion->y0 = region->y0;
+	customDrawRegion->y1 = region->y1;
+
+	gdraw_GCM_CalculateCustomDraw_4J(region, customDrawRegion->mat);
+
+	return customDrawRegion;
+}
+
+void ConsoleUIController::endCustomDraw(IggyCustomDrawCallbackRegion *region)
+{
+	endCustomDrawGameStateAndMatrices();
+
+	gdraw_GCM_EndCustomDraw(region);
+}
+
+void ConsoleUIController::setTileOrigin(S32 xPos, S32 yPos)
+{
+	gdraw_GCM_SetTileOrigin(RenderManager.getCurrentBackBufferSurface(), xPos, yPos);
+}
+
+GDrawTexture *ConsoleUIController::getSubstitutionTexture(int textureId)
+{
+	/* Create a wrapped texture from a shader resource view.
+	A wrapped texture can be used to let Iggy draw using the contents of a texture
+	you create and manage on your own. For example, you might render to this texture,
+	or stream video into it. Wrapped textures take up a handle. They will never be
+	freed or otherwise modified by GDraw; nor will GDraw change any reference counts.
+	All this is up to the application. */
+	CellGcmTexture *tex = RenderManager.TextureGetTexture(textureId);
+	GDrawTexture *gdrawTex = gdraw_GCM_WrappedTextureCreate(tex);
+	return gdrawTex;
+}
+
+void ConsoleUIController::destroySubstitutionTexture(void *destroyCallBackData, GDrawTexture *handle)
+{
+	/* Destroys the GDraw wrapper for a wrapped texture object. This will free up
+	a GDraw texture handle but not release the associated D3D texture; that is
+	up to you. */
+	gdraw_GCM_WrappedTextureDestroy(handle);
+}
+
+void ConsoleUIController::shutdown()
+{
+#ifdef _ENABLEIGGY
+	/* Destroy the GDraw context. This frees all resources, shaders etc.
+	allocated by GDraw. Note this is only safe to call after all
+	active Iggy player have been destroyed! */
+	gdraw_GCM_DestroyContext();
+#endif
+}
+
+void ConsoleUIController::beginIggyCustomDraw4J(IggyCustomDrawCallbackRegion *region, CustomDrawData *customDrawRegion)
+{
+	PIXBeginNamedEvent(0,"Starting Iggy custom draw\n");
+
+	PIXBeginNamedEvent(0,"Gdraw setup");
+	// get the correct object-to-world matrix from GDraw, and set the render state to a normal state
+	gdraw_GCM_BeginCustomDraw(region, customDrawRegion->mat);
+	PIXEndNamedEvent();
+}
+
+
+void ConsoleUIController::handleUnlockFullVersionCallback()
+{
+	for(unsigned int i = 0; i < eUIGroup_COUNT; ++i)
+	{
+		ui.m_groups[i]->handleUnlockFullVersion();
+	}
+}
+