oh I will look then thanks. But showers are working. Also at public open Air pool at Expo Center the showers are working. The beach was inspired by Tel Aviv by the way. The rest New York and New Jersey. But I will check if my animesh people are in the air.

Don`t feel bad. most of times chatgpt goes nuts with LSL script lol

good luck...... you will be spending hours if not days to get ChatGPT to fix the error's and that's after he creates more errors after errors after errors and then still it will not be what you want......

Maybe it is "Good Luck", as in: good luck with that. Usually GL means "graphics library" within computer related stuff, but maybe not this time in this context.

Would this help:

Toggle shower on/off with click

Use 3 particle sources (simulate multiple jets/nozzles) with adjustable positions & angles

Play looping shower water sound with fade in/out

Allow easy customization of particle appearance, sound volume, and spray parameters

Be heavily commented for easy understanding and future edits

Advanced High-Class Shower Script for OpenSimulator (LSL)

// High-Class Shower with multi-source particles and smooth looping sound
// Author: ChatGPT / Your Name
// Usage: Click the prim to toggle shower ON/OFF
// Customize the parameters below for texture, sound, particle style, and nozzle positions

// ========== CONFIGURATION ==========

// Particle texture UUID (upload your own water droplet texture and replace this)
string PARTICLE_TEXTURE = "xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx";

// Shower water looping sound UUID (upload your own shower water sound)
string SHOWER_SOUND = "yyyyyyyy-yyyy-yyyy-yyyy-yyyyyyyyyyyy";

// Particle emission rate (seconds between bursts)
float PARTICLE_BURST_RATE = 0.1; // Lower = more frequent

// Number of particles per burst per nozzle
integer PARTICLES_PER_BURST = 5;

// Particle size vector (x, y, z) start size of each particle
vector PARTICLE_START_SIZE = ;

// Particle end size (shrinks to this during lifetime)
vector PARTICLE_END_SIZE = ;

// Particle acceleration (gravity effect)
vector PARTICLE_ACCEL = ; // Negative Z = falling down

// Particle color start (RGBA)
vector PARTICLE_START_COLOR = ; // Light blue
float PARTICLE_START_ALPHA = 0.7;

// Particle color end (RGBA)
vector PARTICLE_END_COLOR = ; // Darker blue
float PARTICLE_END_ALPHA = 0.0;

// Max age of particles in seconds
float PARTICLE_MAX_AGE = 2.0;

// Spray radius for particle bursts (how spread out)
float PARTICLE_BURST_RADIUS = 0.05;

// Spray angle range (radians) per nozzle (spread cone)
float SPRAY_ANGLE_BEGIN = 0.0;
float SPRAY_ANGLE_END = 0.1;

// Shower sound volume range
float MAX_SOUND_VOLUME = 1.0; // Max volume when fully ON
float SOUND_FADE_STEP = 0.05; // Volume increment/decrement per timer tick
float SOUND_FADE_INTERVAL = 0.1; // Seconds between volume fades

// Timer interval for particle emission (should match PARTICLE_BURST_RATE)
float PARTICLE_TIMER_INTERVAL = PARTICLE_BURST_RATE;

// Number of particle emitters (spray nozzles)
integer NUM_NOZZLES = 3;

// Offsets for each nozzle from the object's center (local coordinates)
vector NOZZLE_POSITIONS[3] = [
, // Center nozzle
, // Right nozzle
// Left nozzle
];

// Spray directions per nozzle (unit vectors)
vector NOZZLE_DIRECTIONS[3] = [
, // Straight down
, // Slightly angled right and down
// Slightly angled left and down
];

// ========== END CONFIGURATION ==========

// Internal state
integer showerOn = FALSE;
float currentSoundVolume = 0.0; // Current sound volume for fade in/out

// Helper function: generate a particle system list for one nozzle
list createParticleSystem(vector nozzlePos, vector nozzleDir) {
return [
PSYS_PART_FLAGS, PSYS_PART_EMISSIVE_MASK | PSYS_PART_FOLLOW_VELOCITY_MASK | PSYS_PART_WIND_MASK,
PSYS_SRC_PATTERN, PSYS_SRC_PATTERN_DROP,
PSYS_PART_START_COLOR, PARTICLE_START_COLOR,
PSYS_PART_END_COLOR, PARTICLE_END_COLOR,
PSYS_PART_START_ALPHA, PARTICLE_START_ALPHA,
PSYS_PART_END_ALPHA, PARTICLE_END_ALPHA,
PSYS_PART_START_SCALE, PARTICLE_START_SIZE,
PSYS_PART_END_SCALE, PARTICLE_END_SIZE,
PSYS_SRC_ACCEL, PARTICLE_ACCEL,
PSYS_SRC_TEXTURE, PARTICLE_TEXTURE,
PSYS_SRC_BURST_RATE, PARTICLE_BURST_RATE,
PSYS_SRC_BURST_RADIUS, PARTICLE_BURST_RADIUS,
PSYS_SRC_BURST_PART_COUNT, PARTICLES_PER_BURST,
PSYS_SRC_MAX_AGE, PARTICLE_MAX_AGE,
PSYS_SRC_ANGLE_BEGIN, SPRAY_ANGLE_BEGIN,
PSYS_SRC_ANGLE_END, SPRAY_ANGLE_END,
PSYS_SRC_OMEGA, ,
PSYS_SRC_BURST_SPEED_MIN, 1.0,
PSYS_SRC_BURST_SPEED_MAX, 1.5,
PSYS_SRC_ACCEL, PARTICLE_ACCEL,
PSYS_SRC_ANGLE_DIRECTION, nozzleDir,
PSYS_SRC_OFFSET, nozzlePos,
PSYS_SRC_MAX_AGE, PARTICLE_MAX_AGE
];
}

// Combine multiple particle system lists for all nozzles
list buildMultiNozzleParticleSystem() {
list combined = [];
integer i;
for (i = 0; i < NUM_NOZZLES; ++i) {
combined += createParticleSystem(NOZZLE_POSITIONS[i], NOZZLE_DIRECTIONS[i]);
}
return combined;
}

default
{
state_entry()
{
llOwnerSay("Shower system ready! Click to toggle ON/OFF.");
}

touch_start(integer total_number)
{
showerOn = !showerOn;
if (showerOn)
{
llOwnerSay("Shower ON");
currentSoundVolume = 0.0;
llSetTimerEvent(SOUND_FADE_INTERVAL); // Use timer for sound fade & particles
llPlaySoundLoop(SHOWER_SOUND, currentSoundVolume);
}
else
{
llOwnerSay("Shower OFF");
// Start fading sound out, timer will handle cleanup
}
}

timer()
{
if (showerOn)
{
// Fade sound volume up to MAX_SOUND_VOLUME gradually
if (currentSoundVolume < MAX_SOUND_VOLUME)
{
currentSoundVolume += SOUND_FADE_STEP;
if (currentSoundVolume > MAX_SOUND_VOLUME)
currentSoundVolume = MAX_SOUND_VOLUME;
llSetSoundVolume(currentSoundVolume);
}

// Emit combined particle system for all nozzles
llParticleSystem(buildMultiNozzleParticleSystem());
}
else
{
// Fade sound volume down to 0, then stop timer and particle system
if (currentSoundVolume > 0.0)
{
currentSoundVolume -= SOUND_FADE_STEP;
if (currentSoundVolume < 0.0)
currentSoundVolume = 0.0;
llSetSoundVolume(currentSoundVolume);
}
else
{
llStopSound();
llParticleSystem([]); // Stop particles
llSetTimerEvent(0.0); // Stop timer
}
}
}

on_rez(integer start_param)
{
llResetScript();
}

attach(key id)
{
if (id == NULL_KEY)
{
// Detach detected, cleanup
showerOn = FALSE;
llStopSound();
llParticleSystem([]);
llSetTimerEvent(0.0);
}
}
}

How to Adjust This Script

Particle Texture: Upload your water droplet texture → Right-click → Copy Asset UUID → paste in PARTICLE_TEXTURE

Shower Sound: Upload shower water sound → Copy Asset UUID → paste in SHOWER_SOUND

Particle Appearance: Adjust colors, alpha, size, acceleration, and burst parameters in the config section.

Nozzle Positions and Directions: Change the vectors in NOZZLE_POSITIONS and NOZZLE_DIRECTIONS to move or angle jets. Positions are local to the prim center. Directions are normalized vectors pointing where the water sprays.

Particle Rate & Count: Modify PARTICLE_BURST_RATE and PARTICLES_PER_BURST for denser or lighter spray.

Sound Volume & Fading: Adjust MAX_SOUND_VOLUME, SOUND_FADE_STEP, and SOUND_FADE_INTERVAL for how quickly sound fades in/out.

Add more nozzles: Increase NUM_NOZZLES and add more entries in the two nozzle arrays.

Explanation

Clicking toggles shower on/off.

When ON, the script plays a looping sound and slowly fades it in, and emits particles from 3 nozzles to simulate water spray.

When OFF, the sound fades out smoothly and particles stop.

Particle emitters are combined from multiple nozzle positions and directions, giving a realistic multi-stream shower effect.

The timer manages both particle emission and sound fading every 0.1 seconds.