CSSZombieEscape/sm-zombiereloaded-3
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Merged heads.

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richard 2009-06-08 00:15:13 +02:00
commit 208fe7fe28
3 changed files with 523 additions and 501 deletions
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2
src/zombiereloaded.sp
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@ -49,7 +49,7 @@
// Modules // Modules
#include "zr/account" #include "zr/account"
#include "zr/visualeffects" #include "zr/visualeffects/visualeffects"
#include "zr/soundeffects/soundeffects" #include "zr/soundeffects/soundeffects"
#include "zr/antistick" #include "zr/antistick"
#include "zr/knockback" #include "zr/knockback"

910
src/zr/visualeffects.inc → src/zr/visualeffects/visualambience.inc
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@ -1,500 +1,410 @@
/* /*
* ============================================================================ * ============================================================================
* *
* Zombie:Reloaded * Zombie:Reloaded
* *
* File: visualeffects.inc * File: visualambience.inc
* Type: Module * Type: Module
* Description: Visual effects such as map darkening, fog, etc.. * Description: Fog, light style, sky, sun rendering, etc
* *
* ============================================================================ * ============================================================================
*/ */
/** /**
* Default sky of current map. * Default sky of current map.
*/ */
new String:g_VEffectsDefaultSky[PLATFORM_MAX_PATH]; new String:g_VAmbienceDefaultSky[PLATFORM_MAX_PATH];
/** /**
* Get cvar data and downloadable content to add to download table. * Validate cvar data.
*/ */
VEffectsLoad() VAmbienceLoad()
{ {
// Apply all visual effects now // Apply all visual effects now
VEffectsApplyAll(); VAmbienceApplyAll();
// Find map's default sky. // Find map's default sky.
new Handle:hSkyname = FindConVar("sv_skyname"); new Handle:hSkyname = FindConVar("sv_skyname");
if (hSkyname != INVALID_HANDLE) if (hSkyname != INVALID_HANDLE)
{ {
// Store map's default sky before applying new one. // Store map's default sky before applying new one.
GetConVarString(hSkyname, g_VEffectsDefaultSky, sizeof(g_VEffectsDefaultSky)); GetConVarString(hSkyname, g_VAmbienceDefaultSky, sizeof(g_VAmbienceDefaultSky));
} }
// If sky is disabled, then stop. // If sky is disabled, then stop.
new bool:sky = GetConVarBool(g_hCvarsList[CVAR_VEFFECTS_SKY]); new bool:sky = GetConVarBool(g_hCvarsList[CVAR_VEFFECTS_SKY]);
if (!sky) if (!sky)
{ {
return; return;
} }
decl String:downloadpath[PLATFORM_MAX_PATH]; decl String:downloadpath[PLATFORM_MAX_PATH];
decl String:skypath[PLATFORM_MAX_PATH]; decl String:skypath[PLATFORM_MAX_PATH];
// Get sky path. // Get sky path.
GetConVarString(g_hCvarsList[CVAR_VEFFECTS_SKY_PATH], skypath, sizeof(skypath)); GetConVarString(g_hCvarsList[CVAR_VEFFECTS_SKY_PATH], skypath, sizeof(skypath));
// Prepend materials/skybox to the path. // Prepend materials/skybox to the path.
Format(downloadpath, sizeof(downloadpath), "materials/skybox/%s", skypath); Format(downloadpath, sizeof(downloadpath), "materials/skybox/%s", skypath);
// Add skybox file to downloads table. // Add skybox file to downloads table.
AddFileToDownloadsTable(downloadpath); AddFileToDownloadsTable(downloadpath);
} }
/** /**
* Plugin has just finished creating/hooking cvars. * Hook zr_veffects_* cvar changes.
*/ *
VEffectsOnCvarInit() * @param unhook If true, cvars will be unhooked, false to hook cvars.
{ */
// Hook zr_veffects_* cvars. VAmbienceCvarsHook(bool:unhook = false)
VEffectsCvarsHook(); {
} // If unhook is true, then continue.
if (unhook)
/** {
* Hook zr_veffects_* cvar changes. // Unhook lightstyle cvars.
* UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_LIGHTSTYLE], VAmbienceCvarsHookLightStyle);
* @param unhook If true, cvars will be unhooked, false to hook cvars. UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_LIGHTSTYLE_VALUE], VAmbienceCvarsHookLightStyle);
*/
VEffectsCvarsHook(bool:unhook = false) // Unhook sky cvars.
{ UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_SKY], VAmbienceCvarsHookSky);
// If unhook is true, then continue. UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_SKY_PATH], VAmbienceCvarsHookSky);
if (unhook)
{ // Unhook sun cvars.
// Unhook lightstyle cvars. UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_SUN_DISABLE], VAmbienceCvarsHookSunDisable);
UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_LIGHTSTYLE], VEffectsCvarsHookLightStyle);
UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_LIGHTSTYLE_VALUE], VEffectsCvarsHookLightStyle); // Unhook fog cvars.
UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG], VAmbienceCvarsHookFog);
// Unhook sky cvars. UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_OVERRIDE], VAmbienceCvarsHookFog);
UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_SKY], VEffectsCvarsHookSky); UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_PCOLOR], VAmbienceCvarsHookFog);
UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_SKY_PATH], VEffectsCvarsHookSky); UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_SCOLOR], VAmbienceCvarsHookFog);
UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_DENSITY], VAmbienceCvarsHookFog);
// Unhook sun cvars. UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_STARTDIST], VAmbienceCvarsHookFog);
UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_SUN_DISABLE], VEffectsCvarsHookSunDisable); UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_ENDDIST], VAmbienceCvarsHookFog);
UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_FARZ], VAmbienceCvarsHookFog);
// Unhook fog cvars.
UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG], VEffectsCvarsHookFog); // Stop after unhooking cvars.
UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_OVERRIDE], VEffectsCvarsHookFog); return;
UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_PCOLOR], VEffectsCvarsHookFog); }
UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_SCOLOR], VEffectsCvarsHookFog);
UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_DENSITY], VEffectsCvarsHookFog); // Hook lightstyle cvars.
UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_STARTDIST], VEffectsCvarsHookFog); HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_LIGHTSTYLE], VAmbienceCvarsHookLightStyle);
UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_ENDDIST], VEffectsCvarsHookFog); HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_LIGHTSTYLE_VALUE], VAmbienceCvarsHookLightStyle);
UnhookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_FARZ], VEffectsCvarsHookFog);
// Hook sky cvars.
// Stop after unhooking cvars. HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_SKY], VAmbienceCvarsHookSky);
return; HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_SKY_PATH], VAmbienceCvarsHookSky);
}
// Hook sun cvars.
// Hook lightstyle cvars. HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_SUN_DISABLE], VAmbienceCvarsHookSunDisable);
HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_LIGHTSTYLE], VEffectsCvarsHookLightStyle);
HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_LIGHTSTYLE_VALUE], VEffectsCvarsHookLightStyle); // Hook fog cvars.
HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG], VAmbienceCvarsHookFog);
// Hook sky cvars. HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_OVERRIDE], VAmbienceCvarsHookFog);
HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_SKY], VEffectsCvarsHookSky); HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_PCOLOR], VAmbienceCvarsHookFog);
HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_SKY_PATH], VEffectsCvarsHookSky); HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_SCOLOR], VAmbienceCvarsHookFog);
HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_DENSITY], VAmbienceCvarsHookFog);
// Hook sun cvars. HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_STARTDIST], VAmbienceCvarsHookFog);
HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_SUN_DISABLE], VEffectsCvarsHookSunDisable); HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_ENDDIST], VAmbienceCvarsHookFog);
HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_FARZ], VAmbienceCvarsHookFog);
// Hook fog cvars. }
HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG], VEffectsCvarsHookFog);
HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_OVERRIDE], VEffectsCvarsHookFog); /**
HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_PCOLOR], VEffectsCvarsHookFog); * Cvar hook callback (zr_veffects_lightstyle, zr_veffects_lightstyle_value)
HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_SCOLOR], VEffectsCvarsHookFog); * Updated server to cvar values.
HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_DENSITY], VEffectsCvarsHookFog); *
HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_STARTDIST], VEffectsCvarsHookFog); * @param convar The cvar handle.
HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_ENDDIST], VEffectsCvarsHookFog); * @param oldvalue The value before change.
HookConVarChange(g_hCvarsList[CVAR_VEFFECTS_FOG_FARZ], VEffectsCvarsHookFog); * @param newvalue The new value.
} */
public VAmbienceCvarsHookLightStyle(Handle:cvar, const String:oldvalue[], const String:newvalue[])
/** {
* Cvar hook callback (zr_veffects_lightstyle, zr_veffects_lightstyle_value) // If lightstyle is disabled, then disable.
* Updated server to cvar values. new bool:lightstyle = GetConVarBool(g_hCvarsList[CVAR_VEFFECTS_LIGHTSTYLE]);
*
* @param convar The cvar handle. // Apply light style.
* @param oldvalue The value before change. VAmbienceApplyLightStyle(!lightstyle);
* @param newvalue The new value. }
*/
public VEffectsCvarsHookLightStyle(Handle:cvar, const String:oldvalue[], const String:newvalue[]) /**
{ * Cvar hook callback (zr_veffects_sky, zr_veffects_sky_path)
// If lightstyle is disabled, then disable. * Updated server to cvar values.
new bool:lightstyle = GetConVarBool(g_hCvarsList[CVAR_VEFFECTS_LIGHTSTYLE]); *
* @param convar The cvar handle.
// Apply light style. * @param oldvalue The value before change.
VEffectsApplyLightStyle(!lightstyle); * @param newvalue The new value.
} */
public VAmbienceCvarsHookSky(Handle:cvar, const String:oldvalue[], const String:newvalue[])
/** {
* Cvar hook callback (zr_veffects_sky, zr_veffects_sky_path) // If sky is disabled, then disable.
* Updated server to cvar values. new bool:sky = GetConVarBool(g_hCvarsList[CVAR_VEFFECTS_SKY]);
*
* @param convar The cvar handle. // Apply new sky.
* @param oldvalue The value before change. VAmbienceApplySky(!sky);
* @param newvalue The new value. }
*/
public VEffectsCvarsHookSky(Handle:cvar, const String:oldvalue[], const String:newvalue[]) /**
{ * Cvar hook callback (zr_veffects_sun_disable)
// If sky is disabled, then disable. * Updated server to cvar values.
new bool:sky = GetConVarBool(g_hCvarsList[CVAR_VEFFECTS_SKY]); *
* @param convar The cvar handle.
// Apply new sky. * @param oldvalue The value before change.
VEffectsApplySky(!sky); * @param newvalue The new value.
} */
public VAmbienceCvarsHookSunDisable(Handle:cvar, const String:oldvalue[], const String:newvalue[])
/** {
* Cvar hook callback (zr_veffects_sun_disable) // If fog is disabled, then disable.
* Updated server to cvar values. new bool:sun = GetConVarBool(g_hCvarsList[CVAR_VEFFECTS_SUN_DISABLE]);
*
* @param convar The cvar handle. // Apply fog.
* @param oldvalue The value before change. VAmbienceApplySunDisable(!sun);
* @param newvalue The new value. }
*/
public VEffectsCvarsHookSunDisable(Handle:cvar, const String:oldvalue[], const String:newvalue[]) /**
{ * Cvar hook callback (zr_veffects_fog_*)
// If fog is disabled, then disable. * Updated server to cvar values.
new bool:sun = GetConVarBool(g_hCvarsList[CVAR_VEFFECTS_SUN_DISABLE]); *
* @param convar The cvar handle.
// Apply fog. * @param oldvalue The value before change.
VEffectsApplySunDisable(!sun); * @param newvalue The new value.
} */
public VAmbienceCvarsHookFog(Handle:cvar, const String:oldvalue[], const String:newvalue[])
/** {
* Cvar hook callback (zr_veffects_fog_*) // If fog is disabled, then disable.
* Updated server to cvar values. new bool:fogoverride = GetConVarBool(g_hCvarsList[CVAR_VEFFECTS_FOG_OVERRIDE]);
*
* @param convar The cvar handle. // Apply fog.
* @param oldvalue The value before change. VAmbienceApplyFog(fogoverride);
* @param newvalue The new value. }
*/
public VEffectsCvarsHookFog(Handle:cvar, const String:oldvalue[], const String:newvalue[]) /**
{ * Apply all cvar values on server.
// If fog is disabled, then disable. */
new bool:fogoverride = GetConVarBool(g_hCvarsList[CVAR_VEFFECTS_FOG_OVERRIDE]); VAmbienceApplyAll()
{
// Apply fog. // If lightstyle is disabled, then disable.
VEffectsApplyFog(fogoverride); new bool:lightstyle = GetConVarBool(g_hCvarsList[CVAR_VEFFECTS_LIGHTSTYLE]);
}
// Apply light style.
/** VAmbienceApplyLightStyle(!lightstyle);
* Apply all cvar values on server.
*/ // If sky is disabled, then disable.
VEffectsApplyAll() new bool:sky = GetConVarBool(g_hCvarsList[CVAR_VEFFECTS_SKY]);
{
// If lightstyle is disabled, then disable. // Apply new sky.
new bool:lightstyle = GetConVarBool(g_hCvarsList[CVAR_VEFFECTS_LIGHTSTYLE]); VAmbienceApplySky(!sky);
// Apply light style. // If fog is disabled, then disable.
VEffectsApplyLightStyle(!lightstyle); new bool:fogoverride = GetConVarBool(g_hCvarsList[CVAR_VEFFECTS_FOG_OVERRIDE]);
// If sky is disabled, then disable. // Apply fog.
new bool:sky = GetConVarBool(g_hCvarsList[CVAR_VEFFECTS_SKY]); VAmbienceApplyFog(fogoverride);
}
// Apply new sky.
VEffectsApplySky(!sky); VAmbienceApplyLightStyle(bool:disable = false)
{
// If fog is disabled, then disable. // If default, then set to normal light style.
new bool:fogoverride = GetConVarBool(g_hCvarsList[CVAR_VEFFECTS_FOG_OVERRIDE]); if (disable)
{
// Apply fog. // Set light style.
VEffectsApplyFog(fogoverride); SetLightStyle(0, "n");
}
return;
VEffectsApplyLightStyle(bool:disable = false) }
{
// If default, then set to normal light style. // Get light value.
if (disable) decl String:lightstylevalue[4];
{ GetConVarString(g_hCvarsList[CVAR_VEFFECTS_LIGHTSTYLE_VALUE], lightstylevalue, sizeof(lightstylevalue));
// Set light style.
SetLightStyle(0, "n"); // Set light style.
SetLightStyle(0, lightstylevalue);
return; }
}
VAmbienceApplySky(bool:disable = false)
// Get light value. {
decl String:lightstylevalue[4]; // if we can't find the sv_skyname cvar, then stop.
GetConVarString(g_hCvarsList[CVAR_VEFFECTS_LIGHTSTYLE_VALUE], lightstylevalue, sizeof(lightstylevalue)); new Handle:hSkyname = FindConVar("sv_skyname");
if (hSkyname == INVALID_HANDLE)
// Set light style. {
SetLightStyle(0, lightstylevalue); return;
} }
VEffectsApplySky(bool:disable = false) // If default, then set to default sky.
{ if (disable)
// if we can't find the sv_skyname cvar, then stop. {
new Handle:hSkyname = FindConVar("sv_skyname"); if (g_VAmbienceDefaultSky[0])
if (hSkyname == INVALID_HANDLE) {
{ SetConVarString(hSkyname, g_VAmbienceDefaultSky, true);
return; }
}
return;
// If default, then set to default sky. }
if (disable)
{ // Get sky path.
if (g_VEffectsDefaultSky[0]) decl String:skypath[PLATFORM_MAX_PATH];
{ GetConVarString(g_hCvarsList[CVAR_VEFFECTS_SKY_PATH], skypath, sizeof(skypath));
SetConVarString(hSkyname, g_VEffectsDefaultSky, true);
} // Set new sky on all clients.
SetConVarString(hSkyname, skypath, true);
return; }
}
VAmbienceApplySunDisable(bool:disable = false)
// Get sky path. {
decl String:skypath[PLATFORM_MAX_PATH]; // Find sun entity.
GetConVarString(g_hCvarsList[CVAR_VEFFECTS_SKY_PATH], skypath, sizeof(skypath)); new sun = FindEntityByClassname(-1, "env_sun");
// Set new sky on all clients. // If sun is invalid, then stop.
SetConVarString(hSkyname, skypath, true); if (sun == -1)
} {
return;
VEffectsApplySunDisable(bool:disable = false) }
{
// Find sun entity. // If default, then re-enable sun rendering.
new sun = FindEntityByClassname(-1, "env_sun"); if (disable)
{
// If sun is invalid, then stop. // Turn on sun rendering.
if (sun == -1) AcceptEntityInput(sun, "TurnOn");
{
return; return;
} }
// If default, then re-enable sun rendering. // Turn off sun rendering.
if (disable) AcceptEntityInput(sun, "TurnOff");
{ }
// Turn on sun rendering.
AcceptEntityInput(sun, "TurnOn"); VAmbienceApplyFog(bool:override = false)
{
return; // If fog is disabled, then stop.
} new bool:fog = GetConVarBool(g_hCvarsList[CVAR_VEFFECTS_FOG]);
// Turn off sun rendering. // DUE TO SOURCEMOD NOT SUPPORT FOG, DISABLE.
AcceptEntityInput(sun, "TurnOff"); fog = false;
}
if (!fog)
VEffectsApplyFog(bool:override = false) {
{ return;
// If fog is disabled, then stop. }
new bool:fog = GetConVarBool(g_hCvarsList[CVAR_VEFFECTS_FOG]);
// Find current fog index
// DUE TO SOURCEMOD NOT SUPPORT FOG, DISABLE. new fogindex = FindEntityByClassname(-1, "env_fog_controller");
fog = false;
// If override is enabled, then continue.
if (!fog) if (override)
{ {
return; // If there is fog, then continue.
} if (fogindex != -1)
{
// Find current fog index // Delete fog.
new fogindex = FindEntityByClassname(-1, "env_fog_controller"); RemoveEdict(fogindex);
}
// If override is enabled, then continue. }
if (override)
{ // If there is no fog on the map, create new fog.
// If there is fog, then continue. if (fogindex == -1)
if (fogindex != -1) {
{ // Create and spawn fog.
// Delete fog. fogindex = CreateEntityByName("env_fog_controller");
RemoveEdict(fogindex); DispatchSpawn(fogindex);
} }
}
decl String:fogcolor[16];
// If there is no fog on the map, create new fog.
if (fogindex == -1) // Set primary fog color.
{ GetConVarString(g_hCvarsList[CVAR_VEFFECTS_FOG_PCOLOR], fogcolor, sizeof(fogcolor));
// Create and spawn fog. VAmbienceSetFogColor(fogindex, fogcolor, true);
fogindex = CreateEntityByName("env_fog_controller");
DispatchSpawn(fogindex); // Set secondary fog color.
} GetConVarString(g_hCvarsList[CVAR_VEFFECTS_FOG_SCOLOR], fogcolor, sizeof(fogcolor));
VAmbienceSetFogColor(fogindex, fogcolor, false);
decl String:fogcolor[16];
// Set fog's density.
// Set primary fog color. new Float:fogdensity = GetConVarFloat(g_hCvarsList[CVAR_VEFFECTS_FOG_DENSITY]);
GetConVarString(g_hCvarsList[CVAR_VEFFECTS_FOG_PCOLOR], fogcolor, sizeof(fogcolor)); VAmbienceSetFogDensity(fogindex, fogdensity);
VEffectsSetFogColor(fogindex, fogcolor, true);
// Set fog's start distance.
// Set secondary fog color. new fogstart = GetConVarInt(g_hCvarsList[CVAR_VEFFECTS_FOG_STARTDIST]);
GetConVarString(g_hCvarsList[CVAR_VEFFECTS_FOG_SCOLOR], fogcolor, sizeof(fogcolor)); VAmbienceSetFogStartDist(fogindex, fogstart);
VEffectsSetFogColor(fogindex, fogcolor, false);
// Set fog's end distance.
// Set fog's density. new fogend = GetConVarInt(g_hCvarsList[CVAR_VEFFECTS_FOG_ENDDIST]);
new Float:fogdensity = GetConVarFloat(g_hCvarsList[CVAR_VEFFECTS_FOG_DENSITY]); VAmbienceSetFogEndDist(fogindex, fogend);
VEffectsSetFogDensity(fogindex, fogdensity);
// Set fog's far z distance.
// Set fog's start distance. new fogfarz = GetConVarInt(g_hCvarsList[CVAR_VEFFECTS_FOG_FARZ]);
new fogstart = GetConVarInt(g_hCvarsList[CVAR_VEFFECTS_FOG_STARTDIST]); VAmbienceSetFogFarZ(fogindex, fogfarz);
VEffectsSetFogStartDist(fogindex, fogstart); }
// Set fog's end distance. /**
new fogend = GetConVarInt(g_hCvarsList[CVAR_VEFFECTS_FOG_ENDDIST]); * Set fog's primary or secondary color.
VEffectsSetFogEndDist(fogindex, fogend); *
* @param fogindex Edict index of the fog to modify.
// Set fog's far z distance. * @param color The rgb color of the fog.
new fogfarz = GetConVarInt(g_hCvarsList[CVAR_VEFFECTS_FOG_FARZ]); * @param primary (Optional) True to set primary, false otherwise.
VEffectsSetFogFarZ(fogindex, fogfarz); */
} VAmbienceSetFogColor(fogindex, const String:color[], bool:primary = true)
{
/** // Set primary color.
* Set fog's primary or secondary color. if (primary)
* {
* @param fogindex Edict index of the fog to modify. // Set new color.
* @param color The rgb color of the fog. SetVariantString(color);
* @param primary (Optional) True to set primary, false otherwise. AcceptEntityInput(fogindex, "SetColor");
*/ }
VEffectsSetFogColor(fogindex, const String:color[], bool:primary = true) // Set secondary color.
{ else
// Set primary color. {
if (primary) // Set new color.
{ SetVariantString(color);
// Set new color. AcceptEntityInput(fogindex, "SetColorSecondary");
SetVariantString(color); }
AcceptEntityInput(fogindex, "SetColor"); }
}
// Set secondary color. /**
else * Set fog's density.
{ *
// Set new color. * @param fogindex Edict index of the fog to modify.
SetVariantString(color); * @param density The density of the fog.
AcceptEntityInput(fogindex, "SetColorSecondary"); */
} VAmbienceSetFogDensity(fogindex, Float:density)
} {
// Set density.
/** DispatchKeyValueFloat(fogindex, "fogmaxdensity", density);
* Set fog's density. }
*
* @param fogindex Edict index of the fog to modify. /**
* @param density The density of the fog. * Set fog's start distance.
*/ *
VEffectsSetFogDensity(fogindex, Float:density) * @param fogindex Edict index of the fog to modify.
{ * @param startdist The start distance of the fog.
// Set density. */
DispatchKeyValueFloat(fogindex, "fogmaxdensity", density); VAmbienceSetFogStartDist(fogindex, startdist)
} {
// Set start distance.
/** SetVariantInt(startdist);
* Set fog's start distance. AcceptEntityInput(fogindex, "SetStartDist");
* }
* @param fogindex Edict index of the fog to modify.
* @param startdist The start distance of the fog. /**
*/ * Set fog's end distance.
VEffectsSetFogStartDist(fogindex, startdist) *
{ * @param fogindex Edict index of the fog to modify.
// Set start distance. * @param enddist The end distance of the fog.
SetVariantInt(startdist); */
AcceptEntityInput(fogindex, "SetStartDist"); VAmbienceSetFogEndDist(fogindex, enddist)
} {
// Set end distance.
/** SetVariantInt(enddist);
* Set fog's end distance. AcceptEntityInput(fogindex, "SetEndDist");
* }
* @param fogindex Edict index of the fog to modify.
* @param enddist The end distance of the fog. /**
*/ * Set fog's far z distance.
VEffectsSetFogEndDist(fogindex, enddist) *
{ * @param fogindex Edict index of the fog to modify.
// Set end distance. * @param farz The far z distance of the fog.
SetVariantInt(enddist); */
AcceptEntityInput(fogindex, "SetEndDist"); VAmbienceSetFogFarZ(fogindex, farz)
} {
// Set far z distance.
/** SetVariantInt(farz);
* Set fog's far z distance. AcceptEntityInput(fogindex, "SetFarZ");
* }
* @param fogindex Edict index of the fog to modify.
* @param farz The far z distance of the fog.
*/
VEffectsSetFogFarZ(fogindex, farz)
{
// Set far z distance.
SetVariantInt(farz);
AcceptEntityInput(fogindex, "SetFarZ");
}
/**
* Create an energy splash effect.
*
* @param client The client index.
* @param origin The origin of the effect.
* @param direction The direction of the effect.
*/
VEffectsCreateEnergySplash(const Float:origin[3], const Float:direction[3], bool:explosive)
{
TE_SetupEnergySplash(origin, direction, explosive);
TE_SendToAll();
}
/**
* Create an explosion effect with strict flags.
*
* @param origin The (x, y, z) coordinate of the explosion.
* @param flags The flags to set on the explosion.
*/
VEffectsCreateExplosion(const Float:origin[3], flags)
{
// Create an explosion entity.
new explosion = CreateEntityByName("env_explosion");
// If explosion entity isn't valid, then stop.
if (explosion == -1)
{
return;
}
// Get and modify flags on explosion.
new spawnflags = GetEntProp(explosion, Prop_Data, "m_spawnflags");
spawnflags = spawnflags | EXP_NODAMAGE | EXP_NODECAL | flags;
// Set modified flags on entity.
SetEntProp(explosion, Prop_Data, "m_spawnflags", spawnflags);
// Spawn the entity into the world.
DispatchSpawn(explosion);
// Set the origin of the explosion.
DispatchKeyValueVector(explosion, "origin", origin);
// Set fireball material.
PrecacheModel("materials/sprites/xfireball3.vmt");
DispatchKeyValue(explosion, "fireballsprite", "materials/sprites/xfireball3.vmt");
// Tell the entity to explode.
AcceptEntityInput(explosion, "Explode");
// Remove entity from world.
RemoveEdict(explosion);
}
/**
* Shake a client's screen with specific parameters.
*
* @param client The client index.
* @param amplitude The amplitude (intensity) of the shaking.
* @param frequency The frequency (speed) of the shaking.
* @param duration The duration (time) of the shaking.
*/
VEffectsShakeClientScreen(client, Float:amplitude, Float:frequency, Float:duration)
{
// If shake usermsg isn't invalid, then stop.
new Handle:hShake = StartMessageOne("Shake", client);
if (hShake == INVALID_HANDLE)
{
return;
}
// Write shake information to usermsg handle.
BfWriteByte(hShake, 0);
BfWriteFloat(hShake, amplitude);
BfWriteFloat(hShake, frequency);
BfWriteFloat(hShake, duration);
// End usermsg and send to client.
EndMessage();
}

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/*
* ============================================================================
*
* Zombie:Reloaded
*
* File: visualeffects.inc
* Type: Module
* Description: Visual effects API.
*
* ============================================================================
*/
#include "zr/visualeffects/visualambience"
/**
* Visual effect loading.
*/
VEffectsLoad()
{
// Forward event to sub-modules.
VAmbienceLoad();
}
/**
* Plugin has just finished creating/hooking cvars.
*/
VEffectsOnCvarInit()
{
// Hook zr_veffects_* cvars.
VAmbienceCvarsHook();
}
/**
* Create an energy splash effect.
*
* @param client The client index.
* @param origin The origin of the effect.
* @param direction The direction of the effect.
*/
VEffectsCreateEnergySplash(const Float:origin[3], const Float:direction[3], bool:explosive)
{
TE_SetupEnergySplash(origin, direction, explosive);
TE_SendToAll();
}
/**
* Create an explosion effect with strict flags.
*
* @param origin The (x, y, z) coordinate of the explosion.
* @param flags The flags to set on the explosion.
*/
VEffectsCreateExplosion(const Float:origin[3], flags)
{
// Create an explosion entity.
new explosion = CreateEntityByName("env_explosion");
// If explosion entity isn't valid, then stop.
if (explosion == -1)
{
return;
}
// Get and modify flags on explosion.
new spawnflags = GetEntProp(explosion, Prop_Data, "m_spawnflags");
spawnflags = spawnflags | EXP_NODAMAGE | EXP_NODECAL | flags;
// Set modified flags on entity.
SetEntProp(explosion, Prop_Data, "m_spawnflags", spawnflags);
// Spawn the entity into the world.
DispatchSpawn(explosion);
// Set the origin of the explosion.
DispatchKeyValueVector(explosion, "origin", origin);
// Set fireball material.
PrecacheModel("materials/sprites/xfireball3.vmt");
DispatchKeyValue(explosion, "fireballsprite", "materials/sprites/xfireball3.vmt");
// Tell the entity to explode.
AcceptEntityInput(explosion, "Explode");
// Remove entity from world.
RemoveEdict(explosion);
}
/**
* Shake a client's screen with specific parameters.
*
* @param client The client index.
* @param amplitude The amplitude (intensity) of the shaking.
* @param frequency The frequency (speed) of the shaking.
* @param duration The duration (time) of the shaking.
*/
VEffectsShakeClientScreen(client, Float:amplitude, Float:frequency, Float:duration)
{
// If shake usermsg isn't invalid, then stop.
new Handle:hShake = StartMessageOne("Shake", client);
if (hShake == INVALID_HANDLE)
{
return;
}
// Write shake information to usermsg handle.
BfWriteByte(hShake, 0);
BfWriteFloat(hShake, amplitude);
BfWriteFloat(hShake, frequency);
BfWriteFloat(hShake, duration);
// End usermsg and send to client.
EndMessage();
}