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usbloadergx/source/BoxCover/BoxMesh.cpp

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*Fixed issue 1808 *Fixed issue with crashing carousel when switching from empty game list to none empty list. *Added download for Full HQ & LQ Covers. When both are checked HQ Covers are prioritized. *Added support for Full HQ & LQ Covers: Full covers are currently used only in the GameInfo Screen (Press 2). The Box can be rotated in there with the Nunchuck. When the box is clicked it will jump to the midlle of the screen. Here it can be rotated with Nunchuck & Wiimote D-Pad. Also it can be zoomed in/out with the PLUS or MINUS buttons. Zoomed in covers are currently cut off when going too far into the screen because the axis had to be layed to the middle to keep the symmetry. Don't report issues about that. It's known. Another use of full covers might follow with a new layout if we think of something nice ;). *Added support for different box colors. Box colors are taken from WiiTDB so if you get a wrong color complain at WiiTDB :P.
2011-01-30 17:22:16 +01:00
#include <gccore.h>
#include "BoxMesh.hpp"
// Quick and dirty hardcoded DVD box mesh
static const guVector g_coverBL = { -0.65f, -0.915f, 0.f };
static const guVector g_coverTR = { 0.65f, 0.915f, 0.f };
static const float g_boxCoverY = 0.05f;
static const float g_boxBorderWidth = 0.022f;
static const guVector g_frontCoverBL = { g_coverBL.x, g_coverBL.y + g_boxCoverY, g_coverBL.z };
static const guVector g_frontCoverTR = { g_coverTR.x, g_coverTR.y + g_boxCoverY, g_coverTR.z };
static const guVector g_backCoverBL = { g_frontCoverBL.x, g_frontCoverBL.y, g_frontCoverBL.z - 0.16f };
static const guVector g_backCoverTR = { g_frontCoverTR.x, g_frontCoverTR.y, g_frontCoverTR.z - 0.16f };
const float g_boxCoverYCenter = (g_frontCoverTR.y - g_frontCoverBL.y) * 0.5f;
const float g_coverYCenter = (g_coverTR.y - g_coverBL.y) * 0.5f;
#define w(x) ((float)x / 64.0f)
#define h(y) ((float)y / 256.0f)
const SMeshVert g_boxMeshQ[] ATTRIBUTE_ALIGN(32) = { // Quads
// Bordure du bas devant
{ { g_frontCoverBL.x, g_frontCoverBL.y, g_frontCoverBL.z }, CTexCoord(w(0), h(256)) },
{ { g_frontCoverBL.x, g_frontCoverBL.y - g_boxBorderWidth, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(224)) },
{ { g_frontCoverTR.x, g_frontCoverBL.y - g_boxBorderWidth, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(224)) },
{ { g_frontCoverTR.x, g_frontCoverBL.y, g_frontCoverBL.z }, CTexCoord(w(0), h(224)) },
// Bordure du haut devant
{ { g_frontCoverBL.x, g_frontCoverTR.y + g_boxBorderWidth, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(1)) },
{ { g_frontCoverBL.x, g_frontCoverTR.y, g_frontCoverBL.z }, CTexCoord(w(0), h(1)) },
{ { g_frontCoverTR.x, g_frontCoverTR.y, g_frontCoverBL.z }, CTexCoord(w(0), h(32)) },
{ { g_frontCoverTR.x, g_frontCoverTR.y + g_boxBorderWidth, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(32)) },
// Bordure du bas derrière
{ { g_backCoverBL.x, g_backCoverBL.y - g_boxBorderWidth, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(256)) },
{ { g_backCoverBL.x, g_backCoverBL.y, g_backCoverBL.z }, CTexCoord(w(64), h(224)) },
{ { g_backCoverTR.x, g_backCoverBL.y, g_backCoverBL.z }, CTexCoord(w(64), h(224)) },
{ { g_backCoverTR.x, g_backCoverBL.y - g_boxBorderWidth, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(224)) },
// Bordure du haut derrière
{ { g_backCoverBL.x, g_backCoverTR.y, g_backCoverBL.z }, CTexCoord(w(64), h(1)) },
{ { g_backCoverBL.x, g_backCoverTR.y + g_boxBorderWidth, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(1)) },
{ { g_backCoverTR.x, g_backCoverTR.y + g_boxBorderWidth, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(32)) },
{ { g_backCoverTR.x, g_backCoverTR.y, g_backCoverBL.z }, CTexCoord(w(64), h(32)) },
// Bordure de droite devant
{ { g_frontCoverTR.x, g_frontCoverBL.y, g_frontCoverBL.z }, CTexCoord(w(0), h(256)) },
{ { g_frontCoverTR.x + g_boxBorderWidth, g_frontCoverBL.y, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(256)) },
{ { g_frontCoverTR.x + g_boxBorderWidth, g_frontCoverTR.y, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(0)) },
{ { g_frontCoverTR.x, g_frontCoverTR.y, g_frontCoverBL.z }, CTexCoord(w(0), h(0)) },
// Bordure de droite derrière
{ { g_backCoverTR.x + g_boxBorderWidth, g_backCoverBL.y, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(256)) },
{ { g_backCoverTR.x, g_backCoverBL.y, g_backCoverBL.z }, CTexCoord(w(64), h(256)) },
{ { g_backCoverTR.x, g_backCoverTR.y, g_backCoverBL.z }, CTexCoord(w(64), h(0)) },
{ { g_backCoverTR.x + g_boxBorderWidth, g_backCoverTR.y, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(0)) },
// Face du haut
{ { g_frontCoverBL.x, g_frontCoverTR.y + g_boxBorderWidth, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(1)) },
{ { g_frontCoverTR.x, g_frontCoverTR.y + g_boxBorderWidth, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(32)) },
{ { g_backCoverTR.x, g_backCoverTR.y + g_boxBorderWidth, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(32)) },
{ { g_backCoverBL.x, g_backCoverTR.y + g_boxBorderWidth, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(1)) },
// Angle face du haut / face de droite
{ { g_frontCoverTR.x, g_frontCoverTR.y + g_boxBorderWidth, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(32)) },
{ { g_frontCoverTR.x + g_boxBorderWidth, g_frontCoverTR.y, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(0)) },
{ { g_backCoverTR.x + g_boxBorderWidth, g_backCoverTR.y, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(0)) },
{ { g_backCoverTR.x, g_backCoverTR.y + g_boxBorderWidth, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(32)) },
// Face de droite
{ { g_frontCoverTR.x + g_boxBorderWidth, g_frontCoverTR.y, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(0)) },
{ { g_frontCoverTR.x + g_boxBorderWidth, g_frontCoverBL.y, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(256)) },
{ { g_backCoverTR.x + g_boxBorderWidth, g_backCoverBL.y, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(256)) },
{ { g_backCoverTR.x + g_boxBorderWidth, g_backCoverTR.y, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(0)) },
// Angle face de droite / face du bas
{ { g_frontCoverTR.x + g_boxBorderWidth, g_frontCoverBL.y, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(256)) },
{ { g_frontCoverTR.x, g_frontCoverBL.y - g_boxBorderWidth, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(224)) },
{ { g_backCoverTR.x, g_backCoverBL.y - g_boxBorderWidth, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(224)) },
{ { g_backCoverTR.x + g_boxBorderWidth, g_backCoverBL.y, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(256)) },
// Face du bas
{ { g_frontCoverTR.x, g_frontCoverBL.y - g_boxBorderWidth, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(224)) },
{ { g_frontCoverBL.x, g_frontCoverBL.y - g_boxBorderWidth, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(224)) },
{ { g_backCoverBL.x, g_backCoverBL.y - g_boxBorderWidth, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(256)) },
{ { g_backCoverTR.x, g_backCoverBL.y - g_boxBorderWidth, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(224)) },
// Face de gauche en haut
{ { g_frontCoverBL.x, g_frontCoverTR.y, g_frontCoverBL.z }, CTexCoord(w(1), h(1)) },
{ { g_frontCoverBL.x, g_frontCoverTR.y + g_boxBorderWidth, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(1), h(1)) },
{ { g_backCoverBL.x, g_backCoverTR.y + g_boxBorderWidth, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(1), h(1)) },
{ { g_backCoverBL.x, g_backCoverTR.y, g_backCoverBL.z}, CTexCoord(w(1), h(1)) },
// Face de gauche en bas
{ { g_frontCoverBL.x, g_frontCoverBL.y - g_boxBorderWidth, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(1), h(1)) },
{ { g_frontCoverBL.x, g_frontCoverBL.y, g_frontCoverBL.z }, CTexCoord(w(1), h(1)) },
{ { g_backCoverBL.x, g_backCoverBL.y, g_backCoverBL.z }, CTexCoord(w(1), h(1)) },
{ { g_backCoverBL.x, g_backCoverBL.y - g_boxBorderWidth, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(1), h(1)) },
};
const SMeshVert g_boxMeshT[] ATTRIBUTE_ALIGN(32) = { // Triangles
// Haut devant
{ { g_frontCoverTR.x, g_frontCoverTR.y, g_frontCoverBL.z }, CTexCoord(w(0), h(16)) },
{ { g_frontCoverTR.x + g_boxBorderWidth, g_frontCoverTR.y, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(0)) },
{ { g_frontCoverTR.x, g_frontCoverTR.y + g_boxBorderWidth, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(32)) },
// Haut derrière
{ { g_backCoverTR.x, g_backCoverTR.y, g_backCoverBL.z }, CTexCoord(w(64), h(16)) },
{ { g_backCoverTR.x, g_backCoverTR.y + g_boxBorderWidth, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(32)) },
{ { g_backCoverTR.x + g_boxBorderWidth, g_backCoverTR.y, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(0)) },
// Bas devant
{ { g_frontCoverTR.x, g_frontCoverBL.y, g_frontCoverBL.z }, CTexCoord(w(0), h(240)) },
{ { g_frontCoverTR.x, g_frontCoverBL.y - g_boxBorderWidth, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(224)) },
{ { g_frontCoverTR.x + g_boxBorderWidth, g_frontCoverBL.y, g_frontCoverBL.z - g_boxBorderWidth }, CTexCoord(w(10), h(256)) },
// Bas derrière
{ { g_backCoverTR.x, g_backCoverBL.y, g_backCoverBL.z }, CTexCoord(w(64), h(240)) },
{ { g_backCoverTR.x + g_boxBorderWidth, g_backCoverBL.y, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(256)) },
{ { g_backCoverTR.x, g_backCoverBL.y - g_boxBorderWidth, g_backCoverBL.z + g_boxBorderWidth }, CTexCoord(w(54), h(224)) }
};
#undef h
#undef w
const SMeshVert g_flatCoverMesh[] ATTRIBUTE_ALIGN(32) = {
{ { g_frontCoverBL.x, g_frontCoverBL.y, g_frontCoverBL.z }, CTexCoord(0.f, 1.f) },
{ { g_frontCoverTR.x, g_frontCoverBL.y, g_frontCoverBL.z }, CTexCoord(1.f, 1.f) },
{ { g_frontCoverTR.x, g_frontCoverTR.y, g_frontCoverBL.z }, CTexCoord(1.f, 0.f) },
{ { g_frontCoverBL.x, g_frontCoverTR.y, g_frontCoverBL.z }, CTexCoord(0.f, 0.f) },
};
const SMeshVert g_boxBackCoverMesh[] ATTRIBUTE_ALIGN(32) = {
{ { g_backCoverTR.x, g_backCoverBL.y, g_backCoverBL.z }, CTexCoord(0.f, 1.f) },
{ { g_backCoverBL.x, g_backCoverBL.y, g_backCoverBL.z }, CTexCoord(1.3f / 2.76f, 1.f) },
{ { g_backCoverBL.x, g_backCoverTR.y, g_backCoverBL.z }, CTexCoord(1.3f / 2.76f, 0.f) },
{ { g_backCoverTR.x, g_backCoverTR.y, g_backCoverBL.z }, CTexCoord(0.f, 0.f) },
{ { g_frontCoverBL.x, g_frontCoverBL.y, g_frontCoverBL.z }, CTexCoord(1.46f / 2.76f, 1.f) },
{ { g_frontCoverBL.x, g_frontCoverTR.y, g_frontCoverBL.z }, CTexCoord(1.46f / 2.76f, 0.f) },
{ { g_backCoverBL.x, g_backCoverTR.y, g_backCoverBL.z }, CTexCoord(1.3f / 2.76f, 0.f) },
{ { g_backCoverBL.x, g_backCoverBL.y, g_backCoverBL.z }, CTexCoord(1.3f / 2.76f, 1.f) },
};
const SMeshVert g_boxCoverMesh[] ATTRIBUTE_ALIGN(32) = {
{ { g_frontCoverBL.x, g_frontCoverBL.y, g_frontCoverBL.z }, CTexCoord(1.46f / 2.76f, 1.f) },
{ { g_frontCoverTR.x, g_frontCoverBL.y, g_frontCoverBL.z }, CTexCoord(1.f, 1.f) },
{ { g_frontCoverTR.x, g_frontCoverTR.y, g_frontCoverBL.z }, CTexCoord(1.f, 0.f) },
{ { g_frontCoverBL.x, g_frontCoverTR.y, g_frontCoverBL.z }, CTexCoord(1.46f / 2.76f, 0.f) }
};
const u32 g_flatCoverMeshSize = sizeof g_flatCoverMesh / sizeof g_flatCoverMesh[0];
const u32 g_boxMeshQSize = sizeof g_boxMeshQ / sizeof g_boxMeshQ[0];
const u32 g_boxMeshTSize = sizeof g_boxMeshT / sizeof g_boxMeshT[0];
const u32 g_boxCoverMeshSize = sizeof g_boxCoverMesh / sizeof g_boxCoverMesh[0];
const u32 g_boxBackCoverMeshSize = sizeof g_boxBackCoverMesh / sizeof g_boxBackCoverMesh[0];
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