Jump to content

Connect SuperML | Leeroopedia MCP: Equip your AI agents with best practices, code verification, and debugging knowledge. Powered by Leeroo — building Organizational Superintelligence. Contact us at founders@leeroo.com.

Principle:Elevenlabs Elevenlabs python Voice Selection

From Leeroopedia
Knowledge Sources
Domains Speech_Synthesis, Voice_Management
Last Updated 2026-02-15 00:00 GMT

Overview

A discovery mechanism that retrieves and filters available speech synthesis voices from a catalog based on criteria such as name, type, category, and custom labels.

Description

Voice Selection is the process of identifying and choosing a voice for speech synthesis. In a TTS system, each voice has a unique identifier, a display name, descriptive labels (language, accent, gender, age), and tunable settings (stability, similarity boost, style). Voice selection allows users to browse the full catalog, search by keyword, filter by voice type (personal, community, default, workspace), and paginate through results.

This step is critical because the voice_id obtained here is required for all subsequent TTS operations. Selecting the right voice ensures the generated speech matches the desired characteristics.

Usage

Use this principle when you need to discover available voices before generating speech. This is especially useful when building user-facing applications where voice choice should be dynamic (e.g., dropdown menus), when filtering voices by language or accent, or when working with custom/cloned voices in a workspace.

Theoretical Basis

Voice selection follows a catalog search pattern:

# Abstract pattern
results = voice_catalog.search(
    filters={type, category, name_contains, ...},
    pagination={page_size, page_token},
    sort={field, direction}
)
selected_voice_id = results[0].voice_id
# voice_id is then passed to TTS generation

The search returns structured voice objects containing metadata needed for informed selection, including preview URLs, fine-tuning state, and voice settings defaults.

Related Pages

Implemented By

Page Connections

Double-click a node to navigate. Hold to expand connections.
Principle
Implementation
Heuristic
Environment