FFT Analysis Module

The FFT module provides comprehensive frequency domain analysis capabilities for micromagnetic simulations.

• FFT Core Module
  • Core Classes and Functions
• FFT Modes
  • MidpointNormalize
  • setup_animation_styling()
  • check_ffmpeg_available()
  • ModeVisualizationConfig
  • Peak
  • FMRModeData
  • FMRModeAnalyzer
  • FFTModeInterface
  • FrequencyModeInterface
• FFT Main Module
  • FFTConfig
  • FFTResult
  • FFTAnalyzer
  • Main Classes
  • Usage Examples
• FFT Computation Module
  • FFTComputeConfig
  • FFTComputeResult
  • FFTCompute
  • Main Classes
  • Usage Examples
• Electromagnetic Analysis Module
  • ElectromagneticAnalysisConfig
  • PoyntingVectorAnalysis
  • RadiationPatternAnalysis
  • QFactorAnalysis
  • analyze_electromagnetic_properties()
  • create_comprehensive_em_report()
  • Configuration
  • Analysis Classes
  • Analysis Functions
  • Usage Examples
• FFT Plotting Module
  • FFTPlotter
  • Main Classes
  • Usage Examples

Module Overview

Main Classes

• mmpp.fft.FFT - Main FFT interface

• mmpp.fft.FMRModeAnalyzer - FMR mode analysis

• mmpp.fft.FFTAnalyzer - Core FFT computation

Key Features

• Fast Fourier Transform computation

• FMR mode identification and analysis

• Frequency spectrum analysis

• Mode visualization and animation

• Electromagnetic field analysis

Quick Start

import mmpp as mp

# Load simulation result
op = mp.open("/path/to/simulation")
result = op[0]

# Access FFT functionality
fft = result.fft

# Compute and analyze modes
modes = fft.modes.compute_modes()
peaks = fft.modes.analyze_all()

# Generate visualizations
fft.modes.save_modes_animation(
    frequency_range=(1.0, 3.0),
    animation_type="temporal"
)