[
    {
        "role": "user",
        "content": "how%20to%20get%20rid%20of%20sharp%20sounding%20S%27s%20in%20goldwave%20with%20jaws"
    },
    {
        "role": "assistant",
        "content": "Here are several techniques you can use in GoldWave (along with what \u201cjaws\u201d likely refers to\u2014more on that at the end) to reduce harsh, sharp \u201cS\u201d sounds (called **sibilance**) in your recordings:\n\n---\n\n## What causes sharp \u201cS\u201d sounds (sibilance)\n\n- Sibilance appears in high-frequency ranges, typically between **5-10 kHz**, though it varies depending on the voice. ([en.wikipedia.org](https://en.wikipedia.org/wiki/De-essing?utm_source=openai))  \n- It\u2019s often emphasized by bright microphones, close mic positioning, strong treble boost in EQ or by compression that makes high frequencies louder. ([mynewmicrophone.com](https://mynewmicrophone.com/top-7-tips-to-reduce-sibilance-in-microphones-audio-mixes/?utm_source=openai))  \n\n---\n\n## How to fix or reduce sibilance in GoldWave\n\nGoldWave doesn\u2019t have a named \u201cDe-Esser\u201d built-in (as of recent versions), but you can approximate de-essing using its EQ tools, Spectrum Filter, and manual volume shaping. Here\u2019s a step-by-step guide:\n\n### 1. Identify the frequency range of the harsh \u201cS\u201d\n\n- Use the **Spectrum display** (or spectral visualizer) while playing your recording to see which frequencies spike during the \u201cS\u201d sounds. Likely in the 5-10 kHz region.  \n- Make a note of that frequency or narrow band.  \n\n### 2. Spectrum Filter\n\n- Navigate to **Effect \u2192 Filter \u2192 Spectrum Filter**. ([goldwave.com](https://goldwave.com/help/mobile/EffectSpectrumFilter.html?utm_source=openai))  \n- Create a dip (negative point) in the shape graph in the frequency range where your sibilance spikes.  \n- Use a somewhat narrow dip\u2014too wide and you\u2019ll dull the clarity of your voice. Use the Spectrum Filter\u2019s shape graph, adjust \u201cMin/Max dB\u201d so it\u2019s easier to fine-tune. ([goldwave.com](https://goldwave.com/help/mobile/EffectSpectrumFilter.html?utm_source=openai))  \n\n### 3. Parametric EQ or Equalizer\n\n- The **Equalizer** (7-band) lets you reduce high frequencies in the bands corresponding to sibilance. E.g., lower the treble bands\u2014say the rightmost two faders\u2014by a few dB. ([goldwave.com](https://goldwave.com/help/mobile/EffectEqualizer.html?utm_source=openai))  \n- If possible, use **Parametric EQ** (if your version supports it) to make a precise cut with a narrow bandwidth around the offending freq.  \n\n### 4. Manual Volume Editing / Automation\n\n- After identifying each \u201cS\u201d spike, you can manually reduce the volume of just that part. Use selection tools to highlight the \u201csss\u201d sound and then **Effect \u2192 Volume \u2192 Change Volume** with a negative value. It\u2019s tedious, but very effective.  \n- Alternatively, use **Shape Volume** or any envelope editing tool in GoldWave to create volume envelopes that dip during sibilant parts. ([goldwave.com](https://goldwave.com/help/desktop/VolumeMenu.html?utm_source=openai))  \n\n### 5. Gentle Compression / Limiting\n\n- If your recording already has compression that brings out sibilance, you might back off that compression or adjust the attack/release so that it doesn\u2019t emphasize transients too much.  \n- GoldWave has Compressor/Expander tools. Be cautious: compressing too much will again boost the hiss or sibilant artifacts.  \n\n### 6. Monitor & preview\n\n- Use headphones or good speakers to listen. Compare before/after. Small tweaks often make big differences.\n\n---\n\n## What about \u201cjaws\u201d?\n\nIf by \u201cjaws\u201d you meant a plugin or tool for \u201cJaws\u201d screen reader (for accessibility)? Or \u201cJ.---ws\u201d misspelling? If it\u2019s a speech synthesis engine (like reading text aloud), then the approach is not purely via software but via how the voice is generated. In that case:\n\n- If the software permits **voice parameter adjustments** (tone, sibilance, \u201cbrightness\u201d/\u201cpresence\u201d), reduce the high-frequency emphasis.  \n- Use an audio tool like GoldWave after generating the speech to apply the steps above.\n\n---\n\n## Example workflow summary\n\n1. Load your voice audio in GoldWave.  \n2. Play and observe when the \u201cS\u201d sounds are overly sharp, look at the spectrum to find offending frequencies (e.g. 7-9 kHz).  \n3. Apply **Spectrum Filter**: dip the curve around that band by maybe \u22123 to \u22128 dB, adjusting until the \u201cS\u201d sounds less piercing.  \n4. If needed, use **Equalizer/Parametric EQ** to further reduce that band.  \n5. For especially bad \u201csss\u201d in isolated spots, manually select and reduce volume just in those moments.  \n6. Use **Shape Volume** or envelope tools to shape the overall voice track so that the peaks (including sibilant peaks) don\u2019t blast out.  \n7. Preview, compare, tweak.\n\n---\n\nIf you tell me the exact context\u2014what \u201cjaws\u201d refers to (speech software? plugin? part of GoldWave?)\u2014I can give more tailored steps. Do you want help setting up a repeat-preset so you can apply these fixes automatically?"
    }
]