rendered paste body#include <windows.h>#include <d3d9.h>#include <d3dx9.h>#include <vector>#include "d3dfont.h"#include "AppTools.h"using namespace std;struct gui_color{ int r, g, b, a;};struct color_scheme_s{ gui_color bg, boarder, textLight, textDark, pressed, not_pressed;};struct sq_vector{ int left_x, right_x; int top_y, bottom_y;};struct window_info_s{ char szTitle[ 256 ]; sq_vector entire_window; color_scheme_s colors; int x, y, width, height; bool m_bDrawWindow; bool m_bIsMinimized;};struct mouse_data{ int x, y; bool m_bIsLeftClicked, m_bIsRightClicked, m_bIsMiddleClicked;};#define VAR_STR( x ) #x#define SET_VALUE( n, t ) void n( t val ){ t* pval = ( t* )m_Value; pval[ 0 ] = val; }#define GET_VALUE( n, t ) t n( ){ return *( t* )m_Value; }class cGuiVar{public: cGuiVar( ) { m_Value = malloc( 8 ); } //get data types GET_VALUE( GetBool, bool ); GET_VALUE( GetInteger, int ); GET_VALUE( GetFloat, float ); GET_VALUE( GetShort, short ); //set data SET_VALUE( SetBool, bool ); SET_VALUE( SetInteger, int ); SET_VALUE( SetFloat, float ); SET_VALUE( SetShort, short ); //other misc char* GetBoolString( ){ return *( bool* )m_Value ? "true" : "false"; } ~cGuiVar( ) { free( m_Value ); } void* m_Value;};class cGui{public: cGui( LPDIRECT3DDEVICE9 pDevice ) { m_bIsActive = false; D3DXCreateLine( pDevice, &pLine ); m_pFont = new CD3DFont( "Visitor TT2 BRK", "gui\\visitor2.ttf", 10, 0, true ); m_pFont->InitDeviceObjects( pDevice ); m_pFont->RestoreDeviceObjects( ); } void DrawText( int x, int y, DWORD color, char *szFormat, ... ) { if( !szFormat )return; if( !m_pFont )return; va_list va_alist; char logbuf[256] = { 0 }; va_start (va_alist, szFormat); _vsnprintf(logbuf+strlen(logbuf), sizeof(logbuf) - strlen(logbuf), szFormat, va_alist); va_end (va_alist); RECT font_rect; SetRect( &font_rect, x, y, 0, 0 ); m_pFont->DrawText( ( FLOAT )x, ( FLOAT )y, color, logbuf, 0 ); } void FillArea( int x, int y, int w, int h, gui_color colors ) { if( !pLine )return; D3DXVECTOR2 vLine[2]; pLine->SetWidth( ( FLOAT )w ); pLine->SetAntialias( false ); pLine->SetGLLines( true ); vLine[0].x = ( FLOAT )( x + w / 2 ); vLine[0].y = ( FLOAT )( y ); vLine[1].x = ( FLOAT )( x + w / 2 ); vLine[1].y = ( FLOAT )( y + h ); pLine->Begin( ); pLine->Draw( vLine, 2, D3DCOLOR_RGBA( colors.r, colors.g, colors.b, colors.a ) ); pLine->End( ); } int AddWindow( char *m_szTitle, color_scheme_s *colors, int x_pos, int y_pos, int initial_width, int initial_height ) { window_info_s pwin; //set the input data strcpy( pwin.szTitle, m_szTitle ); pwin.colors = colors[ 0 ]; pwin.x = x_pos; pwin.y = y_pos; pwin.width = initial_width; pwin.height = initial_height; //predict the window size in its entirety pwin.entire_window.left_x = x_pos; pwin.entire_window.right_x = ( x_pos + initial_width ); pwin.entire_window.top_y = y_pos; pwin.entire_window.bottom_y = ( y_pos + initial_height ); //set default window params pwin.m_bIsMinimized = false; pwin.m_bDrawWindow = true; //add the struct to the vector vGuiWindows.push_back( pwin ); //return the window index return ( int )vGuiWindows.size( ); } void AddWindowCaption( int m_iWindowHandle, int x, int y, char *szCaption, gui_color *pcolor ) { DrawText( vGuiWindows[ m_iWindowHandle ].x + x, vGuiWindows[ m_iWindowHandle ].y + y, D3DCOLOR_ARGB( pcolor[ 0 ].a, pcolor[ 0 ].r, pcolor[ 0 ].g, pcolor[ 0 ].b ), szCaption ); } void RenderWindows( LPDIRECT3DDEVICE9 pDevice ) { if( !m_bIsActive )return; for( int i = 0; i < ( int )vGuiWindows.size( ); i++ ) { if( vGuiWindows[ i ].m_bIsMinimized ) { //draw minimized -> //boarder FillArea( vGuiWindows[ i ].x, vGuiWindows[ i ].y, vGuiWindows[ i ].width, 14, vGuiWindows[ i ].colors.boarder ); //small bg FillArea( vGuiWindows[ i ].x + 2, vGuiWindows[ i ].y + 2, vGuiWindows[ i ].width - 4, 10, vGuiWindows[ i ].colors.bg ); //title DrawText( vGuiWindows[ i ].x + 2, vGuiWindows[ i ].y + 2, D3DCOLOR_ARGB( vGuiWindows[ i ].colors.textLight.a, vGuiWindows[ i ].colors.textLight.r, vGuiWindows[ i ].colors.textLight.g, vGuiWindows[ i ].colors.textLight.b ), " %s ( %i )", vGuiWindows[ i ].szTitle, i ); continue; } //draw full windows -> //boarder FillArea( vGuiWindows[ i ].x, vGuiWindows[ i ].y, vGuiWindows[ i ].width, vGuiWindows[ i ].height, vGuiWindows[ i ].colors.boarder ); //background FillArea( vGuiWindows[ i ].x + 2, vGuiWindows[ i ].y + 2, vGuiWindows[ i ].width - 4, 10, vGuiWindows[ i ].colors.bg ); FillArea( vGuiWindows[ i ].x + 2, vGuiWindows[ i ].y + 14, vGuiWindows[ i ].width - 4, vGuiWindows[ i ].height - 16, vGuiWindows[ i ].colors.bg ); //title DrawText( vGuiWindows[ i ].x + 2, vGuiWindows[ i ].y + 2, D3DCOLOR_ARGB( vGuiWindows[ i ].colors.textLight.a, vGuiWindows[ i ].colors.textLight.r, vGuiWindows[ i ].colors.textLight.g, vGuiWindows[ i ].colors.textLight.b ), " %s ( %i )", vGuiWindows[ i ].szTitle, i ); } } void SetActiveMode( bool m_bMode ) { m_bIsActive = m_bMode; } void HandleKey( WPARAM wParams ) { switch( wParams ) { case VK_INSERT: { SetActiveMode( !m_bIsActive ); break; } } } void RenderMouseData( void ) { DrawText( 10, 10, D3DCOLOR_ARGB( 255, 255, 0, 0 ), "Mouse ( X = %i // Y = %i )", m_mouse.x, m_mouse.y ); } //render the mouse on the screen void RenderMouse( void ) {// if( !m_bActive )return; gui_color color; color.r = 255; color.g = 0; color.b = 0; color.a = 255; FillArea( m_mouse.x, m_mouse.y, 5, 5, color ); } //handle mouse/window movement relations movement void HandleWindowMovement( void ) { if( !m_bIsActive )return; if( GetAsyncKeyState( VK_LBUTTON )&1 ) { for( int i = 0; i < ( int )vGuiWindows.size( ); i++ ) { if( m_mouse.x >= vGuiWindows[ i ].entire_window.left_x && m_mouse.x <= vGuiWindows[ i ].entire_window.right_x && m_mouse.y >= vGuiWindows[ i ].entire_window.top_y && m_mouse.y <= vGuiWindows[ i ].entire_window.top_y + 15 ) { vGuiWindows[ i ].m_bIsMinimized = !vGuiWindows[ i ].m_bIsMinimized; } } } if( m_mouse.m_bIsRightClicked ) { for( int i = 0; i < ( int )vGuiWindows.size( ); i++ ) { if( m_bIsDraggingWindow && m_iDraggingWindow != i ) continue; if( !vGuiWindows[ i ].m_bIsMinimized ) { if( m_mouse.x >= vGuiWindows[ i ].entire_window.left_x && m_mouse.x <= vGuiWindows[ i ].entire_window.right_x && m_mouse.y <= vGuiWindows[ i ].entire_window.bottom_y && m_mouse.y >= vGuiWindows[ i ].entire_window.top_y ) { //move the window because it fits the criteria m_bIsDraggingWindow = true; m_iDraggingWindow = i; vGuiWindows[ i ].x = ( m_mouse.x - 20 ); vGuiWindows[ i ].y = ( m_mouse.y - 20 ); } } else { //minimized if( m_mouse.x >= vGuiWindows[ i ].entire_window.left_x && m_mouse.x <= vGuiWindows[ i ].entire_window.right_x && m_mouse.y >= vGuiWindows[ i ].entire_window.top_y && m_mouse.y <= vGuiWindows[ i ].entire_window.top_y + 15 ) { //move the window because it fits the criteria m_bIsDraggingWindow = true; m_iDraggingWindow = i; vGuiWindows[ i ].x = ( m_mouse.x - 10 ); vGuiWindows[ i ].y = ( m_mouse.y - 10 ); } } //update the window params vGuiWindows[ i ].entire_window.left_x = vGuiWindows[ i ].x; vGuiWindows[ i ].entire_window.right_x = ( vGuiWindows[ i ].x + vGuiWindows[ i ].width ); vGuiWindows[ i ].entire_window.top_y = vGuiWindows[ i ].y; vGuiWindows[ i ].entire_window.bottom_y = ( vGuiWindows[ i ].y + vGuiWindows[ i ].height ); } } //we are done here m_bIsDraggingWindow = false; } vector<window_info_s> vGuiWindows; CD3DFont* m_pFont; ID3DXLine *pLine; bool m_bIsActive; bool m_bIsDraggingWindow; int m_iDraggingWindow; mouse_data m_mouse; ~cGui( ) { }};