// ========================================================
// Mesh resource file for P2TestCellInteriorInv.msh
// Generated with meshc on Fri Mar 15 09:01:06 2013
// ========================================================
// Number of mesh groups:
#define NGRP 5
// Number of materials:
#define NMAT 2
// Number of textures:
#define NTEX 2
// Named mesh groups:
#define GRP_Interior 0
#define GRP_Desk 1
#define GRP_LHPanel 2
#define GRP_CPanel 3
#define GRP_RHPanel 4
const VECTOR3 LEFTMFD_POS = { 0.1, 1, 1}; //
const VECTOR3 RIGHTMFD_POS = { 0.1, -1, 1}; //// --- Register MFDs ----------------------------------------------------------------------------
VECTOR3 MFD_position = LEFTMFD_POS; // Location of MFD within VC
static VCMFDSPEC LEFT_MFD = {mesh_P2Internal, GRP_LHPanel }; // Surface on which to display MFD. [Mesh, Mesh Group]
VECTOR3 MFD_position = RIGHTMFD_POS; // Location of MFD within VC
static VCMFDSPEC RIGHT_MFD = {mesh_P2Internal, GRP_RHPanel }; // Surface on which to display MFD. [Mesh, Mesh Group]
oapiVCRegisterMFD (0, &LEFT_MFD); // Register MFD in orbiter's interface [registry # and VCMFDSPEC]. (registry numbers start at 0 and count up)
oapiVCRegisterMFD (0, &RIGHT_MFD); // Register MFD in orbiter's interface [registry # and VCMFDSPEC]. (registry numbers start at 0 and count up)
return true;
} // End "P2TestCell::clbkLoadVC"// --- Register MFDs ----------------------------------------------------------------------------
VECTOR3 MFD_positionL = LEFTMFD_POS; // Location of MFD within VC
static VCMFDSPEC LEFT_MFD = {mesh_P2Internal, GRP_LHPanel }; // Surface on which to display MFD. [Mesh, Mesh Group]
VECTOR3 MFD_positionR = RIGHTMFD_POS; // Location of MFD within VC
static VCMFDSPEC RIGHT_MFD = {mesh_P2Internal, GRP_RHPanel }; // Surface on which to display MFD. [Mesh, Mesh Group]
oapiVCRegisterMFD (0, &LEFT_MFD); // Register MFD in orbiter's interface [registry # and VCMFDSPEC]. (registry numbers start at 0 and count up)
oapiVCRegisterMFD (0, &RIGHT_MFD); // Register MFD in orbiter's interface [registry # and VCMFDSPEC]. (registry numbers start at 0 and count up)
return true;
} // End "P2TestCell::clbkLoadVC"
VECTOR3 MFD_positionR = RIGHTMFD_POS;
Together with some constants, you could for example also write a declaration:
// Placing 2DPanel entries here onward
SURFHANDLE P2TestCell::panel2dtex = NULL;
void P2TestCell::DefineMainPanel (PANELHANDLE hPanel)
{
static DWORD panelW = 1024; // copy of shuttleA panel 1024 x 512
static DWORD panelH = 640; //
float fpanelW = (float)panelW; //
float fpanelH = (float)panelH; //
static DWORD texW = 1024; //
static DWORD texH = 640; //
float ftexW = (float)texW;
float ftexH = (float)texH;
static NTVERTEX VTX[4] = {
{ 0, 0,0, 0,0,0, 0.0f,1.0f-fpanelH/ftexH},
{ 0,fpanelH,0, 0,0,0, 0.0f,1.0f },
{fpanelW,fpanelH,0, 0,0,0, fpanelW/ftexW,1.0f },
{fpanelW, 0,0, 0,0,0, fpanelW/ftexW,1.0f-fpanelH/ftexH}
};
static WORD IDX[6] = {
0,2,1,
2,0,3
};
It could fill the screen if you didn't use fpanelH/ftexH in the definition of VTX. If you however do that, the texture won't be scaled uniformly, and it can be blurry horizontally, but the full 640 pixels height of the screen will be filled with a 512 pixels height texture.
