Physics MCP Server

/** * JSON Schema definitions for Signal Processing tools */ export declare const dataFftSchema: { readonly type: "object"; readonly properties: { readonly signal_data: { readonly type: "array"; readonly items: { readonly type: "number"; }; readonly description: "Input signal data array"; }; readonly sample_rate: { readonly type: "number"; readonly description: "Sample rate in Hz"; }; readonly window: { readonly type: "string"; readonly enum: readonly ["hann", "hamming", "blackman", "bartlett", "none"]; readonly default: "hann"; readonly description: "Window function to apply before FFT"; }; readonly emit_plots: { readonly type: "boolean"; readonly default: true; readonly description: "Generate comprehensive FFT analysis plots"; }; readonly emit_csv: { readonly type: "boolean"; readonly default: true; readonly description: "Export frequency and spectrum data as CSV"; }; }; readonly required: readonly ["signal_data", "sample_rate"]; readonly additionalProperties: false; }; export declare const dataFilterSchema: { readonly type: "object"; readonly properties: { readonly signal_data: { readonly type: "array"; readonly items: { readonly type: "number"; }; readonly description: "Input signal data array"; }; readonly sample_rate: { readonly type: "number"; readonly description: "Sample rate in Hz"; }; readonly filter_type: { readonly type: "string"; readonly enum: readonly ["lowpass", "highpass", "bandpass", "bandstop"]; readonly description: "Type of filter to apply"; }; readonly cutoff_freq: { readonly oneOf: readonly [{ readonly type: "number"; }, { readonly type: "array"; readonly items: { readonly type: "number"; }; readonly minItems: 2; readonly maxItems: 2; }]; readonly description: "Cutoff frequency (Hz) or [low, high] for bandpass/bandstop"; }; readonly filter_order: { readonly type: "integer"; readonly default: 4; readonly minimum: 1; readonly maximum: 10; readonly description: "Filter order (higher = steeper rolloff)"; }; readonly emit_plots: { readonly type: "boolean"; readonly default: true; readonly description: "Generate filter response and comparison plots"; }; readonly emit_csv: { readonly type: "boolean"; readonly default: true; readonly description: "Export filtered signal data as CSV"; }; }; readonly required: readonly ["signal_data", "sample_rate", "filter_type", "cutoff_freq"]; readonly additionalProperties: false; }; export declare const dataSpectrogramSchema: { readonly type: "object"; readonly properties: { readonly signal_data: { readonly type: "array"; readonly items: { readonly type: "number"; }; readonly description: "Input signal data array"; }; readonly sample_rate: { readonly type: "number"; readonly description: "Sample rate in Hz"; }; readonly window_size: { readonly type: "integer"; readonly default: 256; readonly description: "Window size for STFT"; }; readonly overlap: { readonly type: "number"; readonly default: 0.5; readonly minimum: 0; readonly maximum: 0.95; readonly description: "Window overlap fraction"; }; readonly window_type: { readonly type: "string"; readonly enum: readonly ["hann", "hamming", "blackman", "bartlett"]; readonly default: "hann"; readonly description: "Window function for STFT"; }; readonly emit_plots: { readonly type: "boolean"; readonly default: true; readonly description: "Generate time-frequency spectrogram plot"; }; readonly emit_csv: { readonly type: "boolean"; readonly default: true; readonly description: "Export spectrogram data as CSV"; }; }; readonly required: readonly ["signal_data", "sample_rate"]; readonly additionalProperties: false; }; export declare const dataWaveletSchema: { readonly type: "object"; readonly properties: { readonly signal_data: { readonly type: "array"; readonly items: { readonly type: "number"; }; readonly description: "Input signal data array"; }; readonly sample_rate: { readonly type: "number"; readonly description: "Sample rate in Hz"; }; readonly wavelet: { readonly type: "string"; readonly enum: readonly ["morlet", "mexican_hat", "daubechies", "haar"]; readonly default: "morlet"; readonly description: "Wavelet function to use"; }; readonly scales: { readonly type: "array"; readonly items: { readonly type: "number"; }; readonly description: "Scale values for wavelet transform (optional, auto-generate if not provided)"; }; readonly emit_plots: { readonly type: "boolean"; readonly default: true; readonly description: "Generate wavelet scalogram plot"; }; readonly emit_csv: { readonly type: "boolean"; readonly default: true; readonly description: "Export wavelet coefficients as CSV"; }; }; readonly required: readonly ["signal_data", "sample_rate"]; readonly additionalProperties: false; };