mirror of
https://github.com/openmoh/openmohaa.git
synced 2025-04-29 14:17:57 +03:00
345 lines
8.5 KiB
C++
345 lines
8.5 KiB
C++
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/*
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===========================================================================
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Copyright (C) 2015 the OpenMoHAA team
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This file is part of OpenMoHAA source code.
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OpenMoHAA source code is free software; you can redistribute it
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and/or modify it under the terms of the GNU General Public License as
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published by the Free Software Foundation; either version 2 of the License,
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or (at your option) any later version.
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OpenMoHAA source code is distributed in the hope that it will be
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useful, but WITHOUT ANY WARRANTY; without even the implied warranty of
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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GNU General Public License for more details.
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You should have received a copy of the GNU General Public License
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along with OpenMoHAA source code; if not, write to the Free Software
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Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA
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===========================================================================
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*/
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// huddraw.cpp : This is a HudDraw Functions Code section with huddraw functions reversed for
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// altering clients HUD
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#include "g_local.h"
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#include "hud.h"
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void HudWriteNumber( int num )
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{
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if( sv_reborn->integer ) {
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gi.MSG_WriteShort( num );
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} else {
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gi.MSG_WriteByte( num );
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}
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}
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void HudDrawShader( int info, const char *name )
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{
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gi.SetBroadcastAll();
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gi.MSG_StartCGM(0x1B);
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HudWriteNumber( info ); // c = info
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gi.MSG_WriteString(name); // s = name (shader_name)
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gi.MSG_EndCGM();
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}
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void HudDrawAlign( int info, int horizontalAlign, int verticalAlign )
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{
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gi.SetBroadcastAll();
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gi.MSG_StartCGM(0x1C);
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HudWriteNumber( info ); // c = probably "info"
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gi.MSG_WriteBits(horizontalAlign, 2); // value = 0,1,2 bits = 2
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// 0 - left \
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// 1 - center - horizontalAlign
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// 2 - right /
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gi.MSG_WriteBits(verticalAlign, 2); // value = 0,1,2 bits = 2
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// 0 - top \
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// 1 - center - verticalAlign
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// 2 - bottom /
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gi.MSG_EndCGM();
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}
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void HudDrawRect(int info, int x, int y, int width, int height)
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{
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gi.SetBroadcastAll();
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gi.MSG_StartCGM(0x1D);
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HudWriteNumber( info ); // c = probably "info"
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gi.MSG_WriteShort(x); // c = probably "x"
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gi.MSG_WriteShort(y); // c = probably "y"
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gi.MSG_WriteShort(width); // c = probably "width"
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gi.MSG_WriteShort(height); // c = probably "height"
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gi.MSG_EndCGM();
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}
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void HudDrawVirtualSize(int info, int virtualScreen)
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{
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gi.SetBroadcastAll();
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gi.MSG_StartCGM(0x1E);
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HudWriteNumber( info ); // c = info
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/*__asm
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{
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pushad
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pushfd
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mov eax, virtualScreen
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NEG eax
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SBB eax, eax
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NEG eax
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mov virtualScreen, eax
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popfd
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popad
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}*/
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gi.MSG_WriteBits(!!virtualScreen, 1); // value = ? bits = 1
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// value = esi
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// esi = virtualScreen
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// NEG esi
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// SBB esi, esi
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// NEG esi
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// call
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gi.MSG_EndCGM();
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}
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void HudDrawColor(int info, float *color)
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{
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long int temp[3];
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temp[0] = (long int)(color[0]*255.0f);
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temp[1] = (long int)(color[1]*255.0f);
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temp[2] = (long int)(color[2]*255.0f);
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gi.SetBroadcastAll();
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gi.MSG_StartCGM(0x1F);
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HudWriteNumber( info ); // c = info
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gi.MSG_WriteByte(temp[0]); // c = color[2]
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gi.MSG_WriteByte(temp[1]); // c = color[1] - Values can be messed up. To be tested.
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gi.MSG_WriteByte(temp[2]); // c = color[3] /
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gi.MSG_EndCGM();
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// Note: Each float value is multiplied by 255.0 and converted to long using ftol function, thats why it's using WriteByte
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}
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void HudDrawAlpha(int info, float alpha)
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{
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long int temp;
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temp = (long int)(alpha*255.0f);
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gi.SetBroadcastAll();
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gi.MSG_StartCGM(0x20);
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HudWriteNumber( info ); // c = info
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gi.MSG_WriteByte(temp); // c = alpha
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gi.MSG_EndCGM();
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// Note: alpha is multiplied by 255.0 and converted to long using ftol function
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}
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void HudDrawString(int info, const char *string)
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{
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gi.SetBroadcastAll();
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gi.MSG_StartCGM(0x21);
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HudWriteNumber( info ); // c = info
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gi.MSG_WriteString(string); // s = string (to show)
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gi.MSG_EndCGM();
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}
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void HudDrawFont(int info, const char *fontName)
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{
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gi.SetBroadcastAll();
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gi.MSG_StartCGM(0x22);
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HudWriteNumber( info ); // c = info
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gi.MSG_WriteString(fontName); // s = fontName (to use)
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gi.MSG_EndCGM();
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}
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void HudDraw3d( int index, vec3_t vector, int ent_num, qboolean bAlwaysShow, qboolean depth )
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{
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gi.SetBroadcastAll();
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gi.MSG_StartCGM( CGM_HUDDRAW_3D );
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HudWriteNumber( index );
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gi.MSG_WriteCoord( vector[0] );
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gi.MSG_WriteCoord( vector[1] );
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gi.MSG_WriteCoord( vector[2] );
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gi.MSG_WriteShort( ent_num );
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gi.MSG_WriteByte( bAlwaysShow );
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gi.MSG_WriteByte( depth );
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gi.MSG_EndCGM();
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}
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void HudDrawTimer( int index, float duration, float fade_out_time )
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{
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gi.SetBroadcastAll();
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gi.MSG_StartCGM( CGM_HUDDRAW_TIMER );
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HudWriteNumber( index );
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gi.MSG_WriteFloat( duration );
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gi.MSG_WriteFloat( fade_out_time );
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gi.MSG_EndCGM();
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}
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void iHudDrawShader( int cl_num, int info, const char *name )
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{
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gi.MSG_SetClient(cl_num);
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gi.MSG_StartCGM(0x1B);
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HudWriteNumber( info ); // c = info
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gi.MSG_WriteString(name); // s = name (shader_name)
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gi.MSG_EndCGM();
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}
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void iHudDrawAlign(int cl_num, int info, int horizontalAlign, int verticalAlign )
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{
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gi.MSG_SetClient(cl_num);
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gi.MSG_StartCGM(0x1C);
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HudWriteNumber( info ); // c = probably "info"
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gi.MSG_WriteBits(horizontalAlign, 2); // value = 0,1,2 bits = 2
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// 0 - left \
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// 1 - center - horizontalAlign
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// 2 - right /
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gi.MSG_WriteBits(verticalAlign, 2); // value = 0,1,2 bits = 2
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// 0 - top \
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// 1 - center - verticalAlign
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// 2 - bottom /
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gi.MSG_EndCGM();
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}
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void iHudDrawRect(int cl_num, int info, int x, int y, int width, int height)
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{
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gi.MSG_SetClient(cl_num);
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gi.MSG_StartCGM(0x1D);
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HudWriteNumber( info ); // c = probably "info"
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gi.MSG_WriteShort(x); // c = probably "x"
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gi.MSG_WriteShort(y); // c = probably "y"
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gi.MSG_WriteShort(width); // c = probably "width"
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gi.MSG_WriteShort(height); // c = probably "height"
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gi.MSG_EndCGM();
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}
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void iHudDraw3d( int cl_num, int index, vec3_t vector, int ent_num, qboolean bAlwaysShow, qboolean depth )
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{
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gi.MSG_SetClient( cl_num );
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gi.MSG_StartCGM( CGM_HUDDRAW_3D );
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HudWriteNumber( index );
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gi.MSG_WriteCoord( vector[0] );
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gi.MSG_WriteCoord( vector[1] );
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gi.MSG_WriteCoord( vector[2] );
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gi.MSG_WriteShort( ent_num );
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gi.MSG_WriteByte( bAlwaysShow );
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gi.MSG_WriteByte( depth );
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gi.MSG_EndCGM();
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}
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void iHudDrawTimer( int cl_num, int index, float duration, float fade_out_time )
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{
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gi.MSG_SetClient( cl_num );
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gi.MSG_StartCGM( CGM_HUDDRAW_TIMER );
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HudWriteNumber( index );
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gi.MSG_WriteFloat( duration );
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gi.MSG_WriteFloat( fade_out_time );
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gi.MSG_EndCGM();
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}
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void iHudDrawVirtualSize(int cl_num, int info, int virtualScreen)
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{
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gi.MSG_SetClient(cl_num);
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gi.MSG_StartCGM(0x1E);
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HudWriteNumber( info ); // c = info
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gi.MSG_WriteBits(!!virtualScreen, 1); // value = ? bits = 1
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// value = esi
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// esi = virtualScreen
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// NEG esi
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// SBB esi, esi
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// NEG esi
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// call
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gi.MSG_EndCGM();
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}
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void iHudDrawColor(int cl_num, int info, float *color)
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{
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long int temp[3];
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temp[0] = (long int)(color[0]*255.0f);
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temp[1] = (long int)(color[1]*255.0f);
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temp[2] = (long int)(color[2]*255.0f);
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gi.MSG_SetClient(cl_num);
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gi.MSG_StartCGM(0x1F);
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HudWriteNumber( info ); // c = info
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gi.MSG_WriteByte(temp[0]); // c = color[2]
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gi.MSG_WriteByte(temp[1]); // c = color[1] - Values can be messed up. To be tested.
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gi.MSG_WriteByte(temp[2]); // c = color[3] /
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gi.MSG_EndCGM();
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// Note: Each float value is multiplied by 255.0 and converted to long using ftol function, thats why it's using WriteByte
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}
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void iHudDrawAlpha(int cl_num, int info, float alpha)
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{
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long int temp;
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temp = (long int)(alpha*255.0f);
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gi.MSG_SetClient(cl_num);
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gi.MSG_StartCGM(0x20);
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HudWriteNumber( info ); // c = info
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gi.MSG_WriteByte(temp); // c = alpha
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gi.MSG_EndCGM();
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// Note: alpha is multiplied by 255.0 and converted to long using ftol function
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}
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void iHudDrawString( int cl_num, int info, const char *string )
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{
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gi.MSG_SetClient(cl_num);
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gi.MSG_StartCGM(0x21);
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HudWriteNumber( info ); // c = info
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gi.MSG_WriteString(string); // s = string (to show)
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gi.MSG_EndCGM();
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}
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void iHudDrawFont( int cl_num, int info, const char *fontName )
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{
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gi.MSG_SetClient(cl_num);
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gi.MSG_StartCGM(0x22);
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HudWriteNumber( info ); // c = info
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gi.MSG_WriteString(fontName); // s = fontName (to use)
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gi.MSG_EndCGM();
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}
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/* FONTS
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facfont-20
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courier-16
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courier-18
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courier-20
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handle-16
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handle-18
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marlett
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verdana-12
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verdana-14
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*/
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