Advanced user tools

Advanced user tools include several Pro modules: evaluation panels, the AI assistant, notebook or calendar tools depending on context, astro modules and the PEMF/FSM editor. This page is therefore structured as an extensible overview of advanced tools, with a detailed PEMF/FSM section because that editor has its own formats, validation rules and exports.

Tool overview

• Scales and evaluation panels: choose a Bovis, Hawkins, coherence or percentage scale, adjust the floating panel and keep a quick reading available while browsing the catalog.
• AI assistant: ask a contextualized question, read the answer, then open the cited sources to verify the scope of the information.
• Notebook, favorites and calendar: organize useful content, retrieve followed protocols and prepare upcoming consultations from the dashboard.
• Astro modules: enter the requested data, run the available analysis, review history, then print or export when the option is available.
• PEMF/FSM editor: compose frequency programs, test them, save them and export them as standalone or interoperable files.

Shared usage

Most of these tools are available from the floating buttons at the bottom right or from the dashboard, depending on the subscription level. They require a recent browser, an active session and careful interpretation: they help organize, document or synthesize a workflow, but they do not replace advice from a qualified professional.

PEMF/FSM editor

The Homeoceutics PEMF/FSM editor lets users compose, audition, save and export pulsed electromagnetic field programs built from FSM frequencies (Frequency Specific Microcurrents) or custom frequencies.

It supports three use cases: creating standalone PEMF/FSM programs as WAV files, producing files that interoperate with the Infopathy editor-synthesizer or Perfect Waves-compatible flows through CSV, Excel and PTL exports, and reopening Perfect Waves .ptl protocols by converting them to the native Homeoceutics model.

FSM library and channels

The embedded library contains 371 entries: 154 frequencies for channel 1 and 217 frequencies for channel 2. Channel 1 corresponds to frequencies described in the FSM catalog vocabulary as neutralizing, removing, mitigating or supporting. Channel 2 corresponds to target tissues or resonance areas.

By default, channel 1 is routed left and channel 2 is routed right, but each segment can adjust the WAV routing for each channel: left, right, stereo or centered mono.

Programs, segments and frequencies

A program is a linear sequence made of segments. Each segment has a duration, polarity, frequencies on one or two channels, gains and waveforms. Available waveforms are sine, square, triangle, sawtooth and ramped square.

Ramped square adds a sharp, mild or gentle ramp, plus positive, negative or alternate wave polarity. When several active frequencies are placed on the same channel, the editor automatically forces alternating polarity.

For compatibility, only one channel may contain multiple active frequencies in a segment. If one channel contains multiple frequencies, the other channel may contain only one. Frequencies must be between 0 and 1000 Hz, and gains between 0 and 1.

Timeline, playback and saving

The timeline shows the sequence over time, with duration on the horizontal axis and Hz on the vertical axis. Zoom, position and centering controls help verify transitions. Web Audio playback lets users check timing, waveforms, volume and routing before export.

Protocols can be saved in the user account with a name, note, author and the complete program JSON. JSON export is still recommended as a portable, reimportable copy. PTL import reconstructs a native program from Perfect Waves lines when an external protocol needs to be edited in the editor.

Imports, standalone exports and Infopathy

WAV export renders a standalone file for the whole program, at 48 kHz or 44 kHz, with separated left/right stereo or mono-stereo merged and duplicated on both sides. Once exported, the WAV no longer depends on the FSM library or the editor.

CSV Infopathy and Excel Infopathy exports translate the sequence into an IC Synthesizer-compatible table: waveforms, ramps, polarities, channels, frequencies, start times, durations, amplitudes and notes. Ramped square is exported as ramped sqr, ramps are mapped to 0, 5 or 10, and left/right/center routing becomes Left, Right or Middle. PTL export generates a Perfect Waves pseudo-XML protocol: channel1 becomes freqA, channel2 becomes freqB, gain is converted to microamps and incompatible sub-intervals are reported before download. PTL import reads <line> blocks, restores frequencies, durations, gains, polarities and ramp codes, expands comma-separated frequency lists into successive segments, then creates native PEMF/FSM segments; because PTL is more limited, imported frequencies are reconstructed as ramped square and some original labels may be absent.

Limits and caution

The editor validates programs continuously: version, native sample rate, sequential mode, durations, polarities, channel layout, frequency ranges, waveforms, ramps and gains. If an export is blocked, fix the first error shown below the playback controls.

FSM labels are catalog references. They are not prescriptions, diagnoses or proof of therapeutic effect. The editor documents and renders reproducible programs, but it does not replace advice from a qualified professional.