Tutorial 1: Far-field basics¶

Learn environmental exposure simulations using plane waves.

What you'll learn¶

How far-field simulations work (plane waves from different directions)
Reading and understanding config files
Running your first GOLIAT study
Finding and interpreting results

Related documentation: User guide (far-field workflow)

Prerequisites and setup¶

Before starting this tutorial, you need:

Required software¶

Sim4Life 8.2.0: GOLIAT requires Sim4Life version 8.2.0 with a valid license for the software and the Duke, Ella, Thelonious and Eartha phantoms. Sim4Life is commercial software from ZMT website. Other versions are untested and may not work correctly. Since Sim4Life only runs on Windows, only Windows is supported, although Linux is supported experimentally on Sim4Life web.

Git Bash: GOLIAT commands run in a Bash shell. On Windows, use Git Bash (included with Git for Windows). Other shells may still work though but are not tested and not shown in these tutorials.

Install Git from https://git-scm.com/downloads if needed.

Initial setup¶

If this is your first time using GOLIAT, run these commands from the repository root:

cd /path/to/goliat

# 1. Add Sim4Life Python to PATH
source .bashrc

# 2. Install GOLIAT in editable mode
python -m pip install -e .

# 3. Run initialization (downloads models, sets up directories)
goliat init

This one-time setup: - Installs Python dependencies from pyproject.toml - Installs GOLIAT package (makes goliat command available) - Downloads phantom models (Duke, Thelonious, Eartha, Ella) - Downloads antenna CAD models - Creates required directories (data/, configs/, results/, logs/)

The initialization takes 5-10 minutes depending on your internet speed. If you accidentally delete parts of this setup, goliat init can repair it. A .setup_done file is created under data/.

Already initialized? Just run source .bashrc when opening a new terminal, then skip to the next section.

For detailed setup instructions, see the quick start guide.

Hardware recommendations¶

GPU (recommended): GOLIAT uses the FDTD solver (iSolve), which runs much faster on GPU.

The solver kernel is configured in base_config.json:

"solver_settings": {
  "kernel": "acceleware"  // or "cuda" or "software"
}

Use "acceleware" if you have an AMD or NVIDIA GPU. Use "cuda" for NVIDIA GPUs only. Use "software" if you don't have a GPU (much slower).

Running commands¶

GOLIAT commands should be run from the repository root directory where you have:

goliat/
—— configs/          # Configuration files
—— data/             # Downloaded models
—— goliat/           # Source code
—— results/          # Simulation outputs
—— logs/             # Log files
—— .bashrc           # Shell setup

All tutorial commands assume you're in this root directory.

About the notebook code blocks¶

This tutorial includes Python code blocks for running commands. These are designed for Jupyter notebooks if you prefer that workflow.

If you're running these in VS Code, make sure you set C:\Program Files\Sim4Life_8.2.0.16876\Python\python.exe as your VS Code Python (with >Python: Select interpreter) and that you have Jupyter IPython installed.

If you're using notebooks, run this setup once per session:

from pathlib import Path
import importlib.util

p = Path.cwd()
while not (p / "scripts" / "notebook_helpers.py").exists():
    p = p.parent
spec = importlib.util.spec_from_file_location("_", p / "scripts" / "notebook_helpers.py")
m = importlib.util.module_from_spec(spec)
spec.loader.exec_module(m)
run_bash = m.get_run_bash()

import IPython

IPython.core.display.max_output_size = None

This helper function lets you run bash commands from Python cells using run_bash('command'). The setup also disables output truncation so you can see all command output.

If you're using bash directly (recommended), ignore the Python code blocks and just run the commands directly. Make sure to always run source .bashrc which adds the Sim4Life python path to your PATH first.

Understanding far-field exposure¶

Far-field simulations model environmental EMF exposure. The RF source is distant from the person (broadcast antennas, base stations, ambient fields).

Instead of placing an antenna near the body, we illuminate the phantom with plane waves from different directions. This builds transfer functions that relate measured E-field strength to absorbed power.

Key concepts¶

Incident directions

Plane waves can come from 6 orthogonal directions: - x_pos, x_neg (front/back) - y_pos, y_neg (left/right) - z_pos, z_neg (top/bottom)

Polarizations

For each direction, the E-field has two orientations: - theta polarization - phi polarization

This tutorial runs 4 simulations (2 directions × 2 polarizations).

Plane wave directions

The configuration file¶

Here's our config for this tutorial. It runs 4 simulations with minimal settings.

run_bash("cat configs/tutorial_1_far_field.json")

Running: source .bashrc && cat configs/tutorial_1_far_field.json

------------------------------------------------------------
{
  "extends": "base_config.json",
  "study_type": "far_field",
  "phantoms": ["thelonious"],
  "frequencies_mhz": [700],
  "far_field_setup": {
    "type": "environmental",
    "environmental": {
      "incident_directions": ["x_pos", "z_neg"],
      "polarizations": ["theta", "phi"]
    }
  },
  "execution_control": {
    "do_setup": true,
    "do_run": true,
    "do_extract": true
  },
  "simulation_parameters": {
    "number_of_point_sensors": 2
  }
}

------------------------------------------------------------

Command completed with return code: 0

Breaking down the config¶

Inheritance

{"extends": "base_config.json"

This config builds on base_config.json, which has common settings (solver parameters, gridding defaults, convergence criteria). We only override study-specific settings.

The base config includes many parameters you don't need to understand yet. Most will be explained throughout these tutorials as they become relevant. For now, just know it provides sensible defaults for: - FDTD solver settings (boundary conditions, kernel) - Convergence detection (auto-termination levels) - Grid generation (automatic mode, refinement) - Point sensors for field monitoring - Execution control flags

You can check it later with cat configs/base_config.json, but there's no need to modify it for standard studies.

Study type

"study_type": "far_field"

Tells GOLIAT this is a far-field study (plane waves), not near-field (antennas).

Phantom selection

"phantoms": ["thelonious"]

We use Thelonious (male child) for this tutorial. If you don't have a license for Thelonious, feel free to use another phantoms, like Duke.

Frequency

"frequencies_mhz": [700]

Single frequency at 700 MHz (common cellular band).

Far-field parameters

"far_field_setup": {
  "type": "environmental",
  "environmental": {
    "incident_directions": ["x_pos", "z_neg"],
    "polarizations": ["theta", "phi"]
  }
}

Type: "environmental" (standard approach, there's also "auto_induced" for future use)
Directions: Testing x_pos (front) and z_neg (from below)
Polarizations: Both theta and phi for each direction
Total simulations: 2 directions * 2 polarizations = 4 simulations

Execution control

"execution_control": {
  "do_setup": true,
  "do_run": true,
  "do_extract": true
}

Run all three phases: 1. Setup: Build the Sim4Life scene (phantom, plane wave, grid) 2. Run: Execute the EM simulation 3. Extract: Pull SAR data from outputs

For full config reference: configuration guide

Screenshot of the config file

Running the study¶

This will launch the GUI, run 4 simulations (a few minutes each depending on hardware), and extract SAR results.

run_bash("goliat study tutorial_1_far_field")

Running: source .bashrc && goliat study tutorial_1_far_field

------------------------------------------------------------
Starting Sim4Life application... 
Initializing Application [stdout]
Initializing Application [stderr]
[Warn]  Unable to load module 'C:\Program Files\Sim4Life_8.2.0.16876\MusaikInterface.xdll'
Josua    : [Info]  Sync
Josua    : [Info]  Sync
Josua    : [Info]  Command [Query Handshake] <ba838023-b536-461a-9e49-4d8334c0db09;127.0.0.1;WIN10-NEW>
Josua    : [Info]  Property [CAresSettings]
[Info]  Connection to local Ares successfully established.
Sim4Life application started. 
--- Starting Far-Field Study: tutorial_1_far_field.json --- [FarFieldStudy._run_study]

--- Processing Simulation 1/4: thelonious, 700MHz, x_pos, theta --- [FarFieldStudy._run_study]
--- Starting: setup --- [profile]
Project path set to: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_x_pos/far_field_thelonious_700MHz_environmental_theta_x_pos.smash [ProjectManager.create_or_open_project]
No metadata file found at config.json. [ProjectManager.verify_simulation_metadata]
Existing project is invalid or out of date. A new setup is required. [ProjectManager.create_or_open_project]
--- Simulation-specific progress logging started: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_x_pos\progress.log --- 
--- Simulation-specific verbose logging started: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_x_pos\verbose.log --- 
Creating a new empty project in memory. [ProjectManager.create_new]
Initializing model by creating and deleting a dummy block... [ProjectManager.create_new]
Model initialized, ready for population. [ProjectManager.create_new]
  - Setup simulation... [FarFieldStudy.subtask]
--- Setting up single Far-Field sim --- [FarFieldSetup.run_full_setup]
    - Load phantom... [FarFieldSetup.run_full_setup]
--- Running Phantom Check --- [PhantomSetup._log]
Found 2 total entities in the project. [PhantomSetup._log]
--- Phantom Check Result: Phantom not found in project. --- [PhantomSetup._log]
Phantom not found in document. Importing from 'C:\Users\user\repo-clean\data\phantoms\thelonious.sab'... [PhantomSetup._log]
[Info] Checking out license feature 'MODEL_THELONIOUS', version 1.0, (1).
License  : [Info]  Acquired [ MODEL_THELONIOUS 1.0 ]
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Phantom imported successfully. [PhantomSetup._log]
      - Subtask 'setup_load_phantom' done in 8.73s [FarFieldSetup.run_full_setup]
      - Done in 8.73s [FarFieldSetup.run_full_setup]
    - Configure scene (bbox, plane wave)... [FarFieldSetup.run_full_setup]
Creating simulation bounding box for far-field... [FarFieldSetup._create_or_get_simulation_bbox]
  - Created far-field simulation BBox with 50mm padding. [FarFieldSetup._create_or_get_simulation_bbox]
  - Creating simulation: EM_FDTD_thelonious_700MHz_x_pos_theta [FarFieldSetup._create_simulation_entity]
  - Using simulation time multiplier: 3.5 [FarFieldSetup._apply_simulation_time_and_termination]
  - Simulation time set to 11.44 periods. [FarFieldSetup._apply_simulation_time_and_termination]
  - Setting termination criteria to: GlobalAutoTerminationUserDefined [FarFieldSetup._apply_simulation_time_and_termination]
    - Convergence level set to: -15 dB [FarFieldSetup._apply_simulation_time_and_termination]
      - Subtask 'setup_configure_scene' done in 0.28s [FarFieldSetup.run_full_setup]
      - Done in 0.28s [FarFieldSetup.run_full_setup]
    - Assign materials... [FarFieldSetup.run_full_setup]
Assigning materials... [MaterialSetup.assign_materials]
Simulation : [Warn]  Some properties for material "Air" have been set to their value according to the selected database
[Info]  
Mass Density has changed from 1000 to 1.2050000000000001
Mass Density has changed from 1.2050000000000001 to 1.2
Relative Permittivity has changed from 1 to 0
Simulation : [Warn]  Unable to find any match for following settings properties: Magnetic Conductivity
Simulation : [Warn]  Unable to find any match for following settings properties: Relative Permeability
      - Subtask 'setup_materials' done in 5.69s [FarFieldSetup.run_full_setup]
      - Done in 5.69s [FarFieldSetup.run_full_setup]
    - Configure solver (gridding, boundaries, sensors)... [FarFieldSetup.run_full_setup]
Setting up gridding... [GriddingSetup.setup_gridding]
  - Looking for global grid bounding box: 'far_field_simulation_bbox' [GriddingSetup._setup_main_grid]
  - Using manual gridding. [GriddingSetup._setup_main_grid]
  - Global and added manual grid set with global resolution: 3.0 mm. [GriddingSetup._setup_main_grid]
  - Using automatic padding. [GriddingSetup._setup_main_grid]
  - No antenna components provided, skipping subgridding. [GriddingSetup.setup_gridding]
Setting up boundary conditions... [BoundarySetup.setup_boundary_conditions]
  - Setting global boundary conditions to: UpmlCpml [BoundarySetup.setup_boundary_conditions]
    - Successfully set GlobalBoundaryType to UpmlCpml [BoundarySetup.setup_boundary_conditions]
  - Setting PML strength to: Low [BoundarySetup.setup_boundary_conditions]
    - Successfully set PmlStrength to Low [BoundarySetup.setup_boundary_conditions]
  - Added point sensor at (Vec3(-231.59, -107.681, -1019.42), Vec3(-231.59, -107.681, -1019.42), Vec3(-231.59, -107.681, -1019.42)) (lower_left_bottom) [FarFieldSetup._add_point_sensors]
  - Added point sensor at (Vec3(239.048, 205.076, 260.697), Vec3(239.048, 205.076, 260.697), Vec3(239.048, 205.076, 260.697)) (top_right_up) [FarFieldSetup._add_point_sensors]
  - Configuring solver settings... [FarFieldSetup._setup_solver_settings]
    - Solver kernel set to: Acceleware (AXware) [FarFieldSetup._setup_solver_settings]
      - Subtask 'setup_solver' done in 0.16s [FarFieldSetup.run_full_setup]
      - Done in 0.16s [FarFieldSetup.run_full_setup]
    - Voxelize simulation... [FarFieldSetup.run_full_setup]
    - Finalizing setup... [FarFieldSetup._finalize_setup]
Simulation : [Warn]  Some properties for material "Air" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Tongue" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Adrenal Gland" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Stomach Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Commissura Anterior" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Eye (Vitreous Humor)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Blood" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Midbrain" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Testis" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Air 1" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Blood Vessel Wall" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Epididymis" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Pineal Body" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Urinary Bladder Wall" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Bone Marrow (Red)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Gallbladder" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Hypophysis" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Brain (White Matter)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Spleen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Large Intestine Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Thymus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Trachea" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Heart Muscle" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Muscle" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Hypothalamus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Skin" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Brain (Grey Matter)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Bone (Cortical)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Eye (Sclera)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Tendon\Ligament" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Kidney (Medulla)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Medulla Oblongata" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Esophagus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Intervertebral Disc" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Vertebrae" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Eye (Lens)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Commissura Posterior" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Eye (Cornea)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Trachea Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Pharynx" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Liver" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Thalamus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Heart Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Large Intestine" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Kidney (Cortex)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Stomach" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Fat" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Lung" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Connective Tissue" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Pons" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Spinal Cord" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "SAT (Subcutaneous Fat)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Cartilage" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Tooth" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Nerve" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Meniscus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Skull" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Prostate" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Diaphragm" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Mucous Membrane" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Small Intestine" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Larynx" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Mandible" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Small Intestine Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Hippocampus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Cerebellum" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Penis" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Ureter\Urethra" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Bronchi lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Pancreas" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Esophagus Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Bronchi" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Cerebrospinal Fluid" have been set to their value according to the selected database
Saving project to C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_x_pos/far_field_thelonious_700MHz_environmental_theta_x_pos.smash... [ProjectManager.save]
[Info]  Document produced by Sim4Life version 8.2.0.16876
Project saved. [ProjectManager.save]
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  There have been no model changes since the last time was saved. 

[Info]  Start voxeling
[Info]  Topological Voxeler Report: Complete Voxel Scene
    Voxel Scene Memory Consumption: 0.002876 GB
    Wall Clock Time: 7.82005 s

[Info]  Voxeling succeeded.
    - Finalizing setup complete. [FarFieldSetup._finalize_setup]
      - Subtask 'setup_voxelize' done in 19.22s [FarFieldSetup.run_full_setup]
      - Done in 19.22s [FarFieldSetup.run_full_setup]
    - Save project... [FarFieldSetup.run_full_setup]
Saving project to C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_x_pos/far_field_thelonious_700MHz_environmental_theta_x_pos.smash... [ProjectManager.save]
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  There have been no model changes since the last time was saved. 

Project saved. [ProjectManager.save]
      - Subtask 'setup_save_project' done in 3.41s [FarFieldSetup.run_full_setup]
      - Done in 3.41s [FarFieldSetup.run_full_setup]
Common settings applied. [FarFieldSetup.run_full_setup]
    - Subtask 'setup_simulation' done in 37.61s [FarFieldStudy.subtask]
    - Done in 37.61s [FarFieldStudy.subtask]
  - Saved configuration metadata to config.json [ProjectManager.write_simulation_metadata]
--- Finished: setup (took 37.69s) --- [profile]
--- Starting: run --- [profile]
  - Run simulation total... [FarFieldStudy.subtask]
Running simulation: EM_FDTD_thelonious_700MHz_x_pos_theta [SimulationRunner.run]
    - Write input file... [SimulationRunner.run]
[Info]  Writing solver input file(s) for EM_FDTD_thelonious_700MHz_x_pos_theta
[Info]  Writing Rectilinear Discretization to Input File. Elapse Time: 0.36436 s
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  There have been no model changes since the last time was saved. 

      - Subtask 'run_write_input_file' done in 4.41s [SimulationRunner.run]
      - Done in 4.41s [SimulationRunner.run]
Running iSolve with acceleware on ff4ed249-3a58-4fcc-b6a0-f9e1f28b1fbd_Input.h5 [SimulationRunner._run_isolve_manual]
    - Execute iSolve... [SimulationRunner._run_isolve_manual]

Reading command line 
iSolve X, Version 8.2.0 (16876), 64Bit Windows 

Running MPI version 2.0 on 1 process. 


Simulation 'EM_FDTD_thelonious_700MHz_x_pos_theta'  

Installed system RAM visible to this process:  16.0 GB 

Solver type: EmFdtd, SinglePrecision, Acceleware 
Input file name: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_x_pos/far_field_thelonious_700MHz_environmental_theta_x_pos.smash_Results\ff4ed249-3a58-4fcc-b6a0-f9e1f28b1fbd_Input.h5 
Input file generated by: Sim4Life, Version 8.2.0.16876 
Output file name: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_x_pos/far_field_thelonious_700MHz_environmental_theta_x_pos.smash_Results\ff4ed249-3a58-4fcc-b6a0-f9e1f28b1fbd_Output.h5 

Using commercial license features. 
Checking out license feature 'FDTD_SOLVER', version 8.2, (1). 

Running the EM-FDTD solver with the following settings: 
Floating Point Arithmetic: single (4 Bytes) 
HPC: Acceleware 
Used Acceleware library is '11.4.1.13550 (x64, 64-bit)'. 
Your NVIDIA display driver is newer than the expected version. 
Installed version: 15.7680 Expected: 15.3667 (see also http://www.acceleware.com/fdtd-11-4-1) 
Reduced performance could be encountered. 

Simulation Time Step:   5.72711e-12 sec 
Simulation Iterations:  2853 
Max Simulated Time: 1.63394e-08 sec 

Grid: 
Number of cells: 229x177x499 = 20225967 cells = 20.2260 MCells 
Number of cells including PML: 245x193x515 = 24351775 cells = 24.3518 MCells 
X: Range [-0.338659 ... 0.346117] with minimal 0.00297412 and maximal step 0.0029977 [m] 
Y: Range [-0.21475 ... 0.312145] with minimal 0.00297412 and maximal step 0.00297865 [m] 
Z: Range [-1.12649 ... 0.367766] with minimal 0.00297403 and maximal step 0.00299799 [m] 

Boundaries: 
Side X-: ABC (UPML, 8 layers) 
Side X+: ABC (UPML, 8 layers) 
Side Y-: ABC (UPML, 8 layers) 
Side Y+: ABC (UPML, 8 layers) 
Side Z-: ABC (UPML, 8 layers) 
Side Z+: ABC (UPML, 8 layers) 

Created unified material architecture (UMA) model 

Materials (77): 
Background: dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Tongue  (Thelonious_6y_V6): dielectric (eps_r=55.907533, sigma_E=0.865626, mu_r=1.000000, sigma_H=0.000000) 
Adrenal_gland  (Thelonious_6y_V6): dielectric (eps_r=50.989008, sigma_E=0.954350, mu_r=1.000000, sigma_H=0.000000) 
Stomach_lumen  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
commissura_anterior  (Thelonious_6y_V6): dielectric (eps_r=39.695046, sigma_E=0.531363, mu_r=1.000000, sigma_H=0.000000) 
Eye_vitreous_humor  (Thelonious_6y_V6): dielectric (eps_r=68.947390, sigma_E=1.583627, mu_r=1.000000, sigma_H=0.000000) 
Vein  (Thelonious_6y_V6): dielectric (eps_r=62.103070, sigma_E=1.455938, mu_r=1.000000, sigma_H=0.000000) 
Midbrain  (Thelonious_6y_V6): dielectric (eps_r=51.031533, sigma_E=1.173295, mu_r=1.000000, sigma_H=0.000000) 
Testis  (Thelonious_6y_V6): dielectric (eps_r=61.295609, sigma_E=1.130577, mu_r=1.000000, sigma_H=0.000000) 
Air_internal  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Blood_vessel  (Thelonious_6y_V6): dielectric (eps_r=45.325498, sigma_E=0.637236, mu_r=1.000000, sigma_H=0.000000) 
Epididymis  (Thelonious_6y_V6): dielectric (eps_r=61.295609, sigma_E=1.130577, mu_r=1.000000, sigma_H=0.000000) 
Pinealbody  (Thelonious_6y_V6): dielectric (eps_r=60.201963, sigma_E=0.966322, mu_r=1.000000, sigma_H=0.000000) 
Bladder  (Thelonious_6y_V6): dielectric (eps_r=19.149003, sigma_E=0.358399, mu_r=1.000000, sigma_H=0.000000) 
Marrow_red  (Thelonious_6y_V6): dielectric (eps_r=11.451933, sigma_E=0.207759, mu_r=1.000000, sigma_H=0.000000) 
Gallbladder  (Thelonious_6y_V6): dielectric (eps_r=59.551663, sigma_E=1.202528, mu_r=1.000000, sigma_H=0.000000) 
Hypophysis  (Thelonious_6y_V6): dielectric (eps_r=60.201963, sigma_E=0.966322, mu_r=1.000000, sigma_H=0.000000) 
Brain_white_matter  (Thelonious_6y_V6): dielectric (eps_r=39.695046, sigma_E=0.531363, mu_r=1.000000, sigma_H=0.000000) 
Spleen  (Thelonious_6y_V6): dielectric (eps_r=58.688546, sigma_E=1.175182, mu_r=1.000000, sigma_H=0.000000) 
Large_intestine_lumen  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Thymus  (Thelonious_6y_V6): dielectric (eps_r=55.600852, sigma_E=1.115237, mu_r=1.000000, sigma_H=0.000000) 
Trachea  (Thelonious_6y_V6): dielectric (eps_r=42.588287, sigma_E=0.713502, mu_r=1.000000, sigma_H=0.000000) 
Heart_muscle  (Thelonious_6y_V6): dielectric (eps_r=61.478559, sigma_E=1.125021, mu_r=1.000000, sigma_H=0.000000) 
Muscle  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Hypothalamus  (Thelonious_6y_V6): dielectric (eps_r=53.898662, sigma_E=0.859642, mu_r=1.000000, sigma_H=0.000000) 
Artery  (Thelonious_6y_V6): dielectric (eps_r=62.103070, sigma_E=1.455938, mu_r=1.000000, sigma_H=0.000000) 
Skin  (Thelonious_6y_V6): dielectric (eps_r=42.697659, sigma_E=0.799975, mu_r=1.000000, sigma_H=0.000000) 
Brain_grey_matter  (Thelonious_6y_V6): dielectric (eps_r=53.898662, sigma_E=0.859642, mu_r=1.000000, sigma_H=0.000000) 
Patella  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Eye_Sclera  (Thelonious_6y_V6): dielectric (eps_r=55.907533, sigma_E=1.096154, mu_r=1.000000, sigma_H=0.000000) 
Tendon_Ligament  (Thelonious_6y_V6): dielectric (eps_r=46.258918, sigma_E=0.645211, mu_r=1.000000, sigma_H=0.000000) 
Kidney_medulla  (Thelonious_6y_V6): dielectric (eps_r=60.631926, sigma_E=1.277659, mu_r=1.000000, sigma_H=0.000000) 
Medulla_oblongata  (Thelonious_6y_V6): dielectric (eps_r=51.031533, sigma_E=1.173295, mu_r=1.000000, sigma_H=0.000000) 
Esophagus  (Thelonious_6y_V6): dielectric (eps_r=65.714765, sigma_E=1.105511, mu_r=1.000000, sigma_H=0.000000) 
Intervertebral_disc  (Thelonious_6y_V6): dielectric (eps_r=44.418065, sigma_E=1.041108, mu_r=1.000000, sigma_H=0.000000) 
Vertebrae  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Eye_lens  (Thelonious_6y_V6): dielectric (eps_r=36.279018, sigma_E=0.435952, mu_r=1.000000, sigma_H=0.000000) 
commissura_posterior  (Thelonious_6y_V6): dielectric (eps_r=39.695046, sigma_E=0.531363, mu_r=1.000000, sigma_H=0.000000) 
Cornea  (Thelonious_6y_V6): dielectric (eps_r=56.275669, sigma_E=1.311407, mu_r=1.000000, sigma_H=0.000000) 
Trachea_lumen  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Pharynx  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Liver  (Thelonious_6y_V6): dielectric (eps_r=47.963211, sigma_E=0.773986, mu_r=1.000000, sigma_H=0.000000) 
Thalamus  (Thelonious_6y_V6): dielectric (eps_r=53.898662, sigma_E=0.859642, mu_r=1.000000, sigma_H=0.000000) 
Heart_lumen  (Thelonious_6y_V6): dielectric (eps_r=62.103070, sigma_E=1.455938, mu_r=1.000000, sigma_H=0.000000) 
Large_intestine  (Thelonious_6y_V6): dielectric (eps_r=59.134765, sigma_E=0.989502, mu_r=1.000000, sigma_H=0.000000) 
Kidney_cortex  (Thelonious_6y_V6): dielectric (eps_r=60.631926, sigma_E=1.277659, mu_r=1.000000, sigma_H=0.000000) 
Stomach  (Thelonious_6y_V6): dielectric (eps_r=65.714765, sigma_E=1.105511, mu_r=1.000000, sigma_H=0.000000) 
Fat  (Thelonious_6y_V6): dielectric (eps_r=11.423242, sigma_E=0.096238, mu_r=1.000000, sigma_H=0.000000) 
Lung  (Thelonious_6y_V6): dielectric (eps_r=22.460437, sigma_E=0.423425, mu_r=1.000000, sigma_H=0.000000) 
Connective_tissue  (Thelonious_6y_V6): dielectric (eps_r=46.258918, sigma_E=0.645211, mu_r=1.000000, sigma_H=0.000000) 
Pons  (Thelonious_6y_V6): dielectric (eps_r=51.031533, sigma_E=1.173295, mu_r=1.000000, sigma_H=0.000000) 
Spinal_cord  (Thelonious_6y_V6): dielectric (eps_r=33.263358, sigma_E=0.522929, mu_r=1.000000, sigma_H=0.000000) 
SAT  (Thelonious_6y_V6): dielectric (eps_r=11.423242, sigma_E=0.096238, mu_r=1.000000, sigma_H=0.000000) 
Ear_cartilage  (Thelonious_6y_V6): dielectric (eps_r=43.455463, sigma_E=0.697055, mu_r=1.000000, sigma_H=0.000000) 
Teeth  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Nerve  (Thelonious_6y_V6): dielectric (eps_r=33.263358, sigma_E=0.522929, mu_r=1.000000, sigma_H=0.000000) 
Ear_skin  (Thelonious_6y_V6): dielectric (eps_r=42.697659, sigma_E=0.799975, mu_r=1.000000, sigma_H=0.000000) 
Meniscus  (Thelonious_6y_V6): dielectric (eps_r=43.455463, sigma_E=0.697055, mu_r=1.000000, sigma_H=0.000000) 
Skull  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Prostate  (Thelonious_6y_V6): dielectric (eps_r=61.295609, sigma_E=1.130577, mu_r=1.000000, sigma_H=0.000000) 
Diaphragm  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Bone  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Mucosa  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Small_intestine  (Thelonious_6y_V6): dielectric (eps_r=61.138364, sigma_E=2.062163, mu_r=1.000000, sigma_H=0.000000) 
Larynx  (Thelonious_6y_V6): dielectric (eps_r=43.455463, sigma_E=0.697055, mu_r=1.000000, sigma_H=0.000000) 
Mandible  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Small_intestine_lumen  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Cartilage  (Thelonious_6y_V6): dielectric (eps_r=43.455463, sigma_E=0.697055, mu_r=1.000000, sigma_H=0.000000) 
Hippocampus  (Thelonious_6y_V6): dielectric (eps_r=53.898662, sigma_E=0.859642, mu_r=1.000000, sigma_H=0.000000) 
Cerebellum  (Thelonious_6y_V6): dielectric (eps_r=51.031533, sigma_E=1.173295, mu_r=1.000000, sigma_H=0.000000) 
Penis  (Thelonious_6y_V6): dielectric (eps_r=45.325498, sigma_E=0.637236, mu_r=1.000000, sigma_H=0.000000) 
Ureter_Urethra  (Thelonious_6y_V6): dielectric (eps_r=45.325498, sigma_E=0.637236, mu_r=1.000000, sigma_H=0.000000) 
Bronchi_lumen  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Pancreas  (Thelonious_6y_V6): dielectric (eps_r=60.201963, sigma_E=0.966322, mu_r=1.000000, sigma_H=0.000000) 
Esophagus_lumen  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Bronchi  (Thelonious_6y_V6): dielectric (eps_r=42.588287, sigma_E=0.713502, mu_r=1.000000, sigma_H=0.000000) 
Cerebrospinal_fluid  (Thelonious_6y_V6): dielectric (eps_r=69.157589, sigma_E=2.338250, mu_r=1.000000, sigma_H=0.000000) 

Lumped Elements: No active lumped elements in the simulation. 

Host OS: Microsoft Windows 10 Professional 64-bit (Build 9200) 
Host CPU: AMD EPYC 7542 32-Core Processor 
Host memory: 16379 MB 
The following Accelerators have been detected: 
NVIDIA GeForce RTX 4090 (device ID = 0), compute capability 8.9, total memory 24563 MB 


Sensors (3): 
Initializing field sensor Overall Field. 
Initializing point sensor Point Sensor Entity 1 (lower_left_bottom). 
Averaging setup for point sensor Point Sensor Entity 1 (lower_left_bottom): 
E-Field: 
X: 2 edges used for recording. 
Y: 2 edges used for recording. 
Z: 2 edges used for recording. 
H-Field: 
X: 4 edges used for recording. 
Y: 4 edges used for recording. 
Z: 4 edges used for recording. 
Harmonic steady state settings for Point Sensor Entity 1 (lower_left_bottom): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 7e+08, recording time step = 2.86355e-11, convergence level = -15 dB. 
Initializing point sensor Point Sensor Entity 2 (top_right_up). 
Averaging setup for point sensor Point Sensor Entity 2 (top_right_up): 
E-Field: 
X: 2 edges used for recording. 
Y: 2 edges used for recording. 
Z: 2 edges used for recording. 
H-Field: 
X: 4 edges used for recording. 
Y: 4 edges used for recording. 
Z: 4 edges used for recording. 
Harmonic steady state settings for Point Sensor Entity 2 (top_right_up): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 7e+08, recording time step = 2.86355e-11, convergence level = -15 dB. 
Using DFT to convert to frequency domain. 

Sources (1): 
Initializing plane wave source far_field_simulation_bbox. 
Excitation signal: Harmonic signal with frequency 700 MHz and ramp time 2.14286 ns 

Update coefficient calculation for 122086088 edges using 3 threads. 
Calculating update coefficients 
[PROGRESS]: 21% [ 25691000 / 122086088 ] Calculating update coefficients 
[PROGRESS]: 43% [ 52638148 / 122086088 ] Calculating update coefficients 
[PROGRESS]: 65% [ 79536244 / 122086088 ] Calculating update coefficients 
[PROGRESS]: 84% [ 102793088 / 122086088 ] Calculating update coefficients 


Edge-Material Statistics (Electric/Magnetic): 
61165060 / 60921028      (100.00% / 100.00%) : Total 
61165060 / 60921028      (100.00% / 100.00%) : Dielectric 

Edge-Region Statistics (regions with more than 1% of all edges, max 20 items): 
58992181 / 58810012      ( 96.45% /  96.53%) : Background 
1084192 /  1496072   (  1.77% /   2.46%) : Other 
1088687 /   614944   (  1.78% /   1.01%) : Averaged 


Update coefficient database contains 2099 E-coefficient(s) and 1 H-coefficient(s). 
Elapsed time for 'Calculating update coefficients' was 00:00:10 wall clock time. 
Preparing for time update 
Use hardware resource management option fastest simulation 
Checking out license feature 'AXWARE_TOKEN', version 8.2, (1). 
[PROGRESS]: 2% [ 2 / 100 ] Preparing for time update 
[PROGRESS]: 16% [ 16 / 100 ] Preparing for time update 
[PROGRESS]: 30% [ 30 / 100 ] Preparing for time update 
[PROGRESS]: 44% [ 44 / 100 ] Preparing for time update 
[PROGRESS]: 59% [ 59 / 100 ] Preparing for time update 
Simulation 1 is using device(s): [0] 
Elapsed time for 'Preparing for time update' was 00:00:17 wall clock time. 
Starting solver aXware (hardware accelerated). 
Time Update 
[PROGRESS]: 0% [ 10 / 2853 ] Time Update, estimated remaining time 2 minutes 53 seconds  @ 401.19 MCells/s 
[PROGRESS]: 7% [ 207 / 2853 ] Time Update, estimated remaining time 30 seconds  @ 2140.68 MCells/s 
[PROGRESS]: 14% [ 404 / 2853 ] Time Update, estimated remaining time 27 seconds  @ 2172.46 MCells/s 
[PROGRESS]: 21% [ 601 / 2853 ] Time Update, estimated remaining time 26 seconds  @ 2148.25 MCells/s 
[PROGRESS]: 27% [ 798 / 2853 ] Time Update, estimated remaining time 23 seconds  @ 2198.39 MCells/s 
Point Sensor Entity 1 (lower_left_bottom): Choosing component 2 to check conventional convergence. 
Point Sensor Entity 1 (lower_left_bottom): Choosing component 4 to check conventional convergence. 
Point Sensor Entity 2 (top_right_up): Choosing component 2 to check conventional convergence. 
Point Sensor Entity 2 (top_right_up): Choosing component 4 to check conventional convergence. 
[PROGRESS]: 34% [ 995 / 2853 ] Time Update, estimated remaining time 21 seconds  @ 2188.85 MCells/s 
[PROGRESS]: 41% [ 1192 / 2853 ] Time Update, estimated remaining time 19 seconds  @ 2141.86 MCells/s 
[PROGRESS]: 48% [ 1389 / 2853 ] Time Update, estimated remaining time 16 seconds  @ 2178.71 MCells/s 
[PROGRESS]: 55% [ 1586 / 2853 ] Time Update, estimated remaining time 14 seconds  @ 2240.90 MCells/s 
[PROGRESS]: 62% [ 1783 / 2853 ] Time Update, estimated remaining time 12 seconds  @ 2221.29 MCells/s 
Sensor Point Sensor Entity 1 (lower_left_bottom): conventional steady state check successful. 
[PROGRESS]: 69% [ 1980 / 2853 ] Time Update, estimated remaining time 10 seconds  @ 2175.17 MCells/s 
Sensor Point Sensor Entity 2 (top_right_up): conventional steady state check successful. 
Steady state detected at iteration 2060, remaining time steps are 63. 
[PROGRESS]: 97% [ 2065 / 2123 ] Time Update, estimated remaining time 4 seconds  @ 382.27 MCells/s 
Simulation performed 2123 iterations. 
Elapsed time for 'Time Update' was 00:00:35 wall clock time. 

Post-process Sensors 
Post-process sensor 'Overall Field' 
Post-process sensor 'Point Sensor Entity 1 (lower_left_bottom)' 
[PROGRESS]: 66% [ 2 / 3 ] Post-process Sensors 
Post-process sensor 'Point Sensor Entity 2 (top_right_up)' 
Trusted frequency is 700 MHz. Expect less accurate results outside. 
Elapsed time for 'Post-process Sensors' was 00:00:06 wall clock time. 
FDTD simulation finished successfully. 

Simulation 'EM_FDTD_thelonious_700MHz_x_pos_theta' has ended successfully and took 00:01:19 wall clock time 
No compression of solver files requested 
Released license feature 'AXWARE_TOKEN'. 
Released license feature 'FDTD_SOLVER'. 
Peak CPU memory usage:   3.6 GB (3913101312 Bytes) 
iSolve ended successfully. 
      - Subtask 'run_isolve_execution' done in 79.95s [SimulationRunner._run_isolve_manual]
      - Done in 79.95s [SimulationRunner._run_isolve_manual]
    - Wait for results... [SimulationRunner._run_isolve_manual]
      - Subtask 'run_wait_for_results' done in 5.00s [SimulationRunner._run_isolve_manual]
      - Done in 5.00s [SimulationRunner._run_isolve_manual]
    - Reload project... [SimulationRunner._run_isolve_manual]
License  : [Info]  Released [ MODEL_THELONIOUS 1.0 ]
Opening project: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_x_pos/far_field_thelonious_700MHz_environmental_theta_x_pos.smash 
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  Checking out license feature 'MODEL_THELONIOUS', version 1.0, (1).
License  : [Info]  Acquired [ MODEL_THELONIOUS 1.0 ]
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
      - Subtask 'run_reload_project' done in 11.12s [SimulationRunner._run_isolve_manual]
      - Done in 11.12s [SimulationRunner._run_isolve_manual]
Project reloaded and results are available. [SimulationRunner._run_isolve_manual]
    - Subtask 'run_simulation_total' done in 100.59s [FarFieldStudy.subtask]
    - Done in 100.59s [FarFieldStudy.subtask]
Run deliverables verified. Updating metadata. [FarFieldStudy._verify_and_update_metadata]
Updated metadata in config.json [ProjectManager.update_simulation_metadata]
--- Finished: run (took 100.66s) --- [profile]
--- Starting: extract --- [profile]
Run deliverables verified. Proceeding with extraction. [FarFieldStudy._verify_run_deliverables_before_extraction]
Validating project file: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_x_pos/far_field_thelonious_700MHz_environmental_theta_x_pos.smash [ProjectManager.open]
Opening project with Sim4Life: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_x_pos/far_field_thelonious_700MHz_environmental_theta_x_pos.smash [ProjectManager.open]
Opening project: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_x_pos/far_field_thelonious_700MHz_environmental_theta_x_pos.smash 
License  : [Info]  Released [ MODEL_THELONIOUS 1.0 ]
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  Checking out license feature 'MODEL_THELONIOUS', version 1.0, (1).
License  : [Info]  Acquired [ MODEL_THELONIOUS 1.0 ]
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Project reloaded. [ProjectManager.reload_project]
  - Extract results total... [FarFieldStudy.subtask]
    - Extract input power... [PowerExtractor.extract_input_power]
  - Far-field study: using theoretical model for input power. [PowerExtractor._extract_far_field_power]
  - Calculated theoretical input power: 5.3099e-04 W [PowerExtractor._extract_far_field_power]
      - Subtask 'extract_input_power' done in 0.02s [PowerExtractor.extract_input_power]
      - Done in 0.02s [PowerExtractor.extract_input_power]
    - Extract SAR statistics... [SarExtractor.extract_sar_statistics]
  - Loading tissue groups for 'thelonious' from material_name_mapping.json [SarExtractor._define_tissue_groups]
  - Extracting peak SAR details... [SarExtractor.extract_peak_sar_details]
      - Subtask 'extract_sar_statistics' done in 28.25s [SarExtractor.extract_sar_statistics]
      - Done in 28.25s [SarExtractor.extract_sar_statistics]
    - Extract power balance... [PowerExtractor.extract_power_balance]
Analysis : [Warn]  Unable to balance the following EM sources: far_field_simulation_bbox,  are still not supported.
Analysis : [Warn]  Unable to balance the following EM sources: far_field_simulation_bbox,  are still not supported.
    - Overwriting Pin with theoretical value: 5.3099e-04 W [PowerExtractor.extract_power_balance]
    - Final Balance: 117.61% [PowerExtractor.extract_power_balance]
      - Subtask 'extract_power_balance' done in 8.36s [PowerExtractor.extract_power_balance]
      - Done in 8.36s [PowerExtractor.extract_power_balance]
    - Extract point sensors... [SensorExtractor.extract_point_sensor_data]
  - Point sensor plot saved to: C:\Users\user\repo-clean\results\far_field\thelonious\700MHz\environmental_theta_x_pos\point_sensor_data.png [SensorExtractor._save_plot]
      - Subtask 'extract_point_sensor_data' done in 0.64s [SensorExtractor.extract_point_sensor_data]
      - Done in 0.64s [SensorExtractor.extract_point_sensor_data]
  - Pickle report saved to: C:\Users\user\repo-clean\results\far_field\thelonious\700MHz\environmental_theta_x_pos\sar_stats_all_tissues.pkl [Reporter._save_pickle_report]
  - HTML report saved to: C:\Users\user\repo-clean\results\far_field\thelonious\700MHz\environmental_theta_x_pos\sar_stats_all_tissues.html [Reporter._save_html_report]
  - SAR results saved to: C:\Users\user\repo-clean\results\far_field\thelonious\700MHz\environmental_theta_x_pos\sar_results.json [ResultsExtractor._save_json_results]
    - Subtask 'extract_results_total' done in 37.52s [FarFieldStudy.subtask]
    - Done in 37.52s [FarFieldStudy.subtask]
Extract deliverables verified. Updating metadata. [FarFieldStudy._verify_and_update_metadata]
Updated metadata in config.json [ProjectManager.update_simulation_metadata]
Saving project to C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_x_pos/far_field_thelonious_700MHz_environmental_theta_x_pos.smash... [ProjectManager.save]
[Info]  Document produced by Sim4Life version 8.2.0.16876
Project saved. [ProjectManager.save]
--- Finished: extract (took 57.84s) --- [profile]

--- Processing Simulation 2/4: thelonious, 700MHz, x_pos, phi --- [FarFieldStudy._run_study]
--- Starting: setup --- [profile]
Project path set to: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_x_pos/far_field_thelonious_700MHz_environmental_phi_x_pos.smash [ProjectManager.create_or_open_project]
No metadata file found at config.json. [ProjectManager.verify_simulation_metadata]
Existing project is invalid or out of date. A new setup is required. [ProjectManager.create_or_open_project]
--- Simulation-specific progress logging started: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_x_pos\progress.log --- 
--- Simulation-specific verbose logging started: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_x_pos\verbose.log --- 
Creating a new empty project in memory. [ProjectManager.create_new]
License  : [Info]  Released [ MODEL_THELONIOUS 1.0 ]
Initializing model by creating and deleting a dummy block... [ProjectManager.create_new]
Model initialized, ready for population. [ProjectManager.create_new]
  - Setup simulation... [FarFieldStudy.subtask]
--- Setting up single Far-Field sim --- [FarFieldSetup.run_full_setup]
    - Load phantom... [FarFieldSetup.run_full_setup]
--- Running Phantom Check --- [PhantomSetup._log]
Found 2 total entities in the project. [PhantomSetup._log]
--- Phantom Check Result: Phantom not found in project. --- [PhantomSetup._log]
Phantom not found in document. Importing from 'C:\Users\user\repo-clean\data\phantoms\thelonious.sab'... [PhantomSetup._log]
[Info]  Checking out license feature 'MODEL_THELONIOUS', version 1.0, (1).
License  : [Info]  Acquired [ MODEL_THELONIOUS 1.0 ]
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Phantom imported successfully. [PhantomSetup._log]
      - Subtask 'setup_load_phantom' done in 8.83s [FarFieldSetup.run_full_setup]
      - Done in 8.83s [FarFieldSetup.run_full_setup]
    - Configure scene (bbox, plane wave)... [FarFieldSetup.run_full_setup]
Creating simulation bounding box for far-field... [FarFieldSetup._create_or_get_simulation_bbox]
  - Created far-field simulation BBox with 50mm padding. [FarFieldSetup._create_or_get_simulation_bbox]
  - Creating simulation: EM_FDTD_thelonious_700MHz_x_pos_phi [FarFieldSetup._create_simulation_entity]
  - Using simulation time multiplier: 3.5 [FarFieldSetup._apply_simulation_time_and_termination]
  - Simulation time set to 11.44 periods. [FarFieldSetup._apply_simulation_time_and_termination]
  - Setting termination criteria to: GlobalAutoTerminationUserDefined [FarFieldSetup._apply_simulation_time_and_termination]
    - Convergence level set to: -15 dB [FarFieldSetup._apply_simulation_time_and_termination]
      - Subtask 'setup_configure_scene' done in 0.06s [FarFieldSetup.run_full_setup]
      - Done in 0.06s [FarFieldSetup.run_full_setup]
    - Assign materials... [FarFieldSetup.run_full_setup]
Assigning materials... [MaterialSetup.assign_materials]
Simulation : [Warn]  Some properties for material "Air" have been set to their value according to the selected database
[Info]  
Mass Density has changed from 1000 to 1.2050000000000001
Relative Permittivity has changed from 1 to 0
Mass Density has changed from 1.2050000000000001 to 1.2
Simulation : [Warn]  Unable to find any match for following settings properties: Magnetic Conductivity
Simulation : [Warn]  Unable to find any match for following settings properties: Relative Permeability
      - Subtask 'setup_materials' done in 6.73s [FarFieldSetup.run_full_setup]
      - Done in 6.73s [FarFieldSetup.run_full_setup]
    - Configure solver (gridding, boundaries, sensors)... [FarFieldSetup.run_full_setup]
Setting up gridding... [GriddingSetup.setup_gridding]
  - Looking for global grid bounding box: 'far_field_simulation_bbox' [GriddingSetup._setup_main_grid]
  - Using manual gridding. [GriddingSetup._setup_main_grid]
  - Global and added manual grid set with global resolution: 3.0 mm. [GriddingSetup._setup_main_grid]
  - Using automatic padding. [GriddingSetup._setup_main_grid]
  - No antenna components provided, skipping subgridding. [GriddingSetup.setup_gridding]
Setting up boundary conditions... [BoundarySetup.setup_boundary_conditions]
  - Setting global boundary conditions to: UpmlCpml [BoundarySetup.setup_boundary_conditions]
    - Successfully set GlobalBoundaryType to UpmlCpml [BoundarySetup.setup_boundary_conditions]
  - Setting PML strength to: Low [BoundarySetup.setup_boundary_conditions]
    - Successfully set PmlStrength to Low [BoundarySetup.setup_boundary_conditions]
  - Added point sensor at (Vec3(-231.59, -107.681, -1019.42), Vec3(-231.59, -107.681, -1019.42), Vec3(-231.59, -107.681, -1019.42)) (lower_left_bottom) [FarFieldSetup._add_point_sensors]
  - Added point sensor at (Vec3(239.048, 205.076, 260.697), Vec3(239.048, 205.076, 260.697), Vec3(239.048, 205.076, 260.697)) (top_right_up) [FarFieldSetup._add_point_sensors]
  - Configuring solver settings... [FarFieldSetup._setup_solver_settings]
    - Solver kernel set to: Acceleware (AXware) [FarFieldSetup._setup_solver_settings]
      - Subtask 'setup_solver' done in 0.27s [FarFieldSetup.run_full_setup]
      - Done in 0.27s [FarFieldSetup.run_full_setup]
    - Voxelize simulation... [FarFieldSetup.run_full_setup]
    - Finalizing setup... [FarFieldSetup._finalize_setup]
Simulation : [Warn]  Some properties for material "Air" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Tongue" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Adrenal Gland" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Stomach Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Commissura Anterior" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Eye (Vitreous Humor)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Blood" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Midbrain" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Testis" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Air 1" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Blood Vessel Wall" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Epididymis" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Pineal Body" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Urinary Bladder Wall" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Bone Marrow (Red)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Gallbladder" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Hypophysis" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Brain (White Matter)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Spleen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Large Intestine Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Thymus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Trachea" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Heart Muscle" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Muscle" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Hypothalamus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Skin" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Brain (Grey Matter)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Bone (Cortical)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Eye (Sclera)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Tendon\Ligament" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Kidney (Medulla)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Medulla Oblongata" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Esophagus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Intervertebral Disc" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Vertebrae" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Eye (Lens)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Commissura Posterior" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Eye (Cornea)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Trachea Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Pharynx" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Liver" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Thalamus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Heart Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Large Intestine" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Kidney (Cortex)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Stomach" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Fat" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Lung" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Connective Tissue" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Pons" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Spinal Cord" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "SAT (Subcutaneous Fat)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Cartilage" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Tooth" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Nerve" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Meniscus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Skull" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Prostate" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Diaphragm" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Mucous Membrane" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Small Intestine" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Larynx" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Mandible" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Small Intestine Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Hippocampus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Cerebellum" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Penis" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Ureter\Urethra" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Bronchi lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Pancreas" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Esophagus Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Bronchi" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Cerebrospinal Fluid" have been set to their value according to the selected database
Saving project to C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_x_pos/far_field_thelonious_700MHz_environmental_phi_x_pos.smash... [ProjectManager.save]
[Info]  Document produced by Sim4Life version 8.2.0.16876
Project saved. [ProjectManager.save]
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  There have been no model changes since the last time was saved. 

[Info]  Start voxeling
[Info]  Topological Voxeler Report: Complete Voxel Scene
    Voxel Scene Memory Consumption: 0.002876 GB
    Wall Clock Time: 8.55259 s

[Info]  Voxeling succeeded.
    - Finalizing setup complete. [FarFieldSetup._finalize_setup]
      - Subtask 'setup_voxelize' done in 21.23s [FarFieldSetup.run_full_setup]
      - Done in 21.23s [FarFieldSetup.run_full_setup]
    - Save project... [FarFieldSetup.run_full_setup]
Saving project to C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_x_pos/far_field_thelonious_700MHz_environmental_phi_x_pos.smash... [ProjectManager.save]
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  There have been no model changes since the last time was saved. 

Project saved. [ProjectManager.save]
      - Subtask 'setup_save_project' done in 3.49s [FarFieldSetup.run_full_setup]
      - Done in 3.49s [FarFieldSetup.run_full_setup]
Common settings applied. [FarFieldSetup.run_full_setup]
    - Subtask 'setup_simulation' done in 40.89s [FarFieldStudy.subtask]
    - Done in 40.89s [FarFieldStudy.subtask]
  - Saved configuration metadata to config.json [ProjectManager.write_simulation_metadata]
--- Finished: setup (took 41.41s) --- [profile]
--- Starting: run --- [profile]
  - Run simulation total... [FarFieldStudy.subtask]
Running simulation: EM_FDTD_thelonious_700MHz_x_pos_phi [SimulationRunner.run]
    - Write input file... [SimulationRunner.run]
[Info]  Writing solver input file(s) for EM_FDTD_thelonious_700MHz_x_pos_phi
[Info]  Writing Rectilinear Discretization to Input File. Elapse Time: 0.485597 s
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  There have been no model changes since the last time was saved. 

      - Subtask 'run_write_input_file' done in 4.83s [SimulationRunner.run]
      - Done in 4.83s [SimulationRunner.run]
Running iSolve with acceleware on 04895e5e-6bf5-4bd1-8807-2fa8361581a6_Input.h5 [SimulationRunner._run_isolve_manual]
    - Execute iSolve... [SimulationRunner._run_isolve_manual]

Reading command line 
iSolve X, Version 8.2.0 (16876), 64Bit Windows 

Running MPI version 2.0 on 1 process. 


Simulation 'EM_FDTD_thelonious_700MHz_x_pos_phi'  

Installed system RAM visible to this process:  16.0 GB 

Solver type: EmFdtd, SinglePrecision, Acceleware 
Input file name: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_x_pos/far_field_thelonious_700MHz_environmental_phi_x_pos.smash_Results\04895e5e-6bf5-4bd1-8807-2fa8361581a6_Input.h5 
Input file generated by: Sim4Life, Version 8.2.0.16876 
Output file name: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_x_pos/far_field_thelonious_700MHz_environmental_phi_x_pos.smash_Results\04895e5e-6bf5-4bd1-8807-2fa8361581a6_Output.h5 

Using commercial license features. 
Checking out license feature 'FDTD_SOLVER', version 8.2, (1). 

Running the EM-FDTD solver with the following settings: 
Floating Point Arithmetic: single (4 Bytes) 
HPC: Acceleware 
Used Acceleware library is '11.4.1.13550 (x64, 64-bit)'. 
Your NVIDIA display driver is newer than the expected version. 
Installed version: 15.7680 Expected: 15.3667 (see also http://www.acceleware.com/fdtd-11-4-1) 
Reduced performance could be encountered. 

Simulation Time Step:   5.72711e-12 sec 
Simulation Iterations:  2853 
Max Simulated Time: 1.63394e-08 sec 

Grid: 
Number of cells: 229x177x499 = 20225967 cells = 20.2260 MCells 
Number of cells including PML: 245x193x515 = 24351775 cells = 24.3518 MCells 
X: Range [-0.338659 ... 0.346117] with minimal 0.00297412 and maximal step 0.0029977 [m] 
Y: Range [-0.21475 ... 0.312145] with minimal 0.00297412 and maximal step 0.00297865 [m] 
Z: Range [-1.12649 ... 0.367766] with minimal 0.00297403 and maximal step 0.00299799 [m] 

Boundaries: 
Side X-: ABC (UPML, 8 layers) 
Side X+: ABC (UPML, 8 layers) 
Side Y-: ABC (UPML, 8 layers) 
Side Y+: ABC (UPML, 8 layers) 
Side Z-: ABC (UPML, 8 layers) 
Side Z+: ABC (UPML, 8 layers) 

Created unified material architecture (UMA) model 

Materials (77): 
Background: dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Tongue  (Thelonious_6y_V6): dielectric (eps_r=55.907533, sigma_E=0.865626, mu_r=1.000000, sigma_H=0.000000) 
Adrenal_gland  (Thelonious_6y_V6): dielectric (eps_r=50.989008, sigma_E=0.954350, mu_r=1.000000, sigma_H=0.000000) 
Stomach_lumen  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
commissura_anterior  (Thelonious_6y_V6): dielectric (eps_r=39.695046, sigma_E=0.531363, mu_r=1.000000, sigma_H=0.000000) 
Eye_vitreous_humor  (Thelonious_6y_V6): dielectric (eps_r=68.947390, sigma_E=1.583627, mu_r=1.000000, sigma_H=0.000000) 
Vein  (Thelonious_6y_V6): dielectric (eps_r=62.103070, sigma_E=1.455938, mu_r=1.000000, sigma_H=0.000000) 
Midbrain  (Thelonious_6y_V6): dielectric (eps_r=51.031533, sigma_E=1.173295, mu_r=1.000000, sigma_H=0.000000) 
Testis  (Thelonious_6y_V6): dielectric (eps_r=61.295609, sigma_E=1.130577, mu_r=1.000000, sigma_H=0.000000) 
Air_internal  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Blood_vessel  (Thelonious_6y_V6): dielectric (eps_r=45.325498, sigma_E=0.637236, mu_r=1.000000, sigma_H=0.000000) 
Epididymis  (Thelonious_6y_V6): dielectric (eps_r=61.295609, sigma_E=1.130577, mu_r=1.000000, sigma_H=0.000000) 
Pinealbody  (Thelonious_6y_V6): dielectric (eps_r=60.201963, sigma_E=0.966322, mu_r=1.000000, sigma_H=0.000000) 
Bladder  (Thelonious_6y_V6): dielectric (eps_r=19.149003, sigma_E=0.358399, mu_r=1.000000, sigma_H=0.000000) 
Marrow_red  (Thelonious_6y_V6): dielectric (eps_r=11.451933, sigma_E=0.207759, mu_r=1.000000, sigma_H=0.000000) 
Gallbladder  (Thelonious_6y_V6): dielectric (eps_r=59.551663, sigma_E=1.202528, mu_r=1.000000, sigma_H=0.000000) 
Hypophysis  (Thelonious_6y_V6): dielectric (eps_r=60.201963, sigma_E=0.966322, mu_r=1.000000, sigma_H=0.000000) 
Brain_white_matter  (Thelonious_6y_V6): dielectric (eps_r=39.695046, sigma_E=0.531363, mu_r=1.000000, sigma_H=0.000000) 
Spleen  (Thelonious_6y_V6): dielectric (eps_r=58.688546, sigma_E=1.175182, mu_r=1.000000, sigma_H=0.000000) 
Large_intestine_lumen  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Thymus  (Thelonious_6y_V6): dielectric (eps_r=55.600852, sigma_E=1.115237, mu_r=1.000000, sigma_H=0.000000) 
Trachea  (Thelonious_6y_V6): dielectric (eps_r=42.588287, sigma_E=0.713502, mu_r=1.000000, sigma_H=0.000000) 
Heart_muscle  (Thelonious_6y_V6): dielectric (eps_r=61.478559, sigma_E=1.125021, mu_r=1.000000, sigma_H=0.000000) 
Muscle  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Hypothalamus  (Thelonious_6y_V6): dielectric (eps_r=53.898662, sigma_E=0.859642, mu_r=1.000000, sigma_H=0.000000) 
Artery  (Thelonious_6y_V6): dielectric (eps_r=62.103070, sigma_E=1.455938, mu_r=1.000000, sigma_H=0.000000) 
Skin  (Thelonious_6y_V6): dielectric (eps_r=42.697659, sigma_E=0.799975, mu_r=1.000000, sigma_H=0.000000) 
Brain_grey_matter  (Thelonious_6y_V6): dielectric (eps_r=53.898662, sigma_E=0.859642, mu_r=1.000000, sigma_H=0.000000) 
Patella  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Eye_Sclera  (Thelonious_6y_V6): dielectric (eps_r=55.907533, sigma_E=1.096154, mu_r=1.000000, sigma_H=0.000000) 
Tendon_Ligament  (Thelonious_6y_V6): dielectric (eps_r=46.258918, sigma_E=0.645211, mu_r=1.000000, sigma_H=0.000000) 
Kidney_medulla  (Thelonious_6y_V6): dielectric (eps_r=60.631926, sigma_E=1.277659, mu_r=1.000000, sigma_H=0.000000) 
Medulla_oblongata  (Thelonious_6y_V6): dielectric (eps_r=51.031533, sigma_E=1.173295, mu_r=1.000000, sigma_H=0.000000) 
Esophagus  (Thelonious_6y_V6): dielectric (eps_r=65.714765, sigma_E=1.105511, mu_r=1.000000, sigma_H=0.000000) 
Intervertebral_disc  (Thelonious_6y_V6): dielectric (eps_r=44.418065, sigma_E=1.041108, mu_r=1.000000, sigma_H=0.000000) 
Vertebrae  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Eye_lens  (Thelonious_6y_V6): dielectric (eps_r=36.279018, sigma_E=0.435952, mu_r=1.000000, sigma_H=0.000000) 
commissura_posterior  (Thelonious_6y_V6): dielectric (eps_r=39.695046, sigma_E=0.531363, mu_r=1.000000, sigma_H=0.000000) 
Cornea  (Thelonious_6y_V6): dielectric (eps_r=56.275669, sigma_E=1.311407, mu_r=1.000000, sigma_H=0.000000) 
Trachea_lumen  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Pharynx  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Liver  (Thelonious_6y_V6): dielectric (eps_r=47.963211, sigma_E=0.773986, mu_r=1.000000, sigma_H=0.000000) 
Thalamus  (Thelonious_6y_V6): dielectric (eps_r=53.898662, sigma_E=0.859642, mu_r=1.000000, sigma_H=0.000000) 
Heart_lumen  (Thelonious_6y_V6): dielectric (eps_r=62.103070, sigma_E=1.455938, mu_r=1.000000, sigma_H=0.000000) 
Large_intestine  (Thelonious_6y_V6): dielectric (eps_r=59.134765, sigma_E=0.989502, mu_r=1.000000, sigma_H=0.000000) 
Kidney_cortex  (Thelonious_6y_V6): dielectric (eps_r=60.631926, sigma_E=1.277659, mu_r=1.000000, sigma_H=0.000000) 
Stomach  (Thelonious_6y_V6): dielectric (eps_r=65.714765, sigma_E=1.105511, mu_r=1.000000, sigma_H=0.000000) 
Fat  (Thelonious_6y_V6): dielectric (eps_r=11.423242, sigma_E=0.096238, mu_r=1.000000, sigma_H=0.000000) 
Lung  (Thelonious_6y_V6): dielectric (eps_r=22.460437, sigma_E=0.423425, mu_r=1.000000, sigma_H=0.000000) 
Connective_tissue  (Thelonious_6y_V6): dielectric (eps_r=46.258918, sigma_E=0.645211, mu_r=1.000000, sigma_H=0.000000) 
Pons  (Thelonious_6y_V6): dielectric (eps_r=51.031533, sigma_E=1.173295, mu_r=1.000000, sigma_H=0.000000) 
Spinal_cord  (Thelonious_6y_V6): dielectric (eps_r=33.263358, sigma_E=0.522929, mu_r=1.000000, sigma_H=0.000000) 
SAT  (Thelonious_6y_V6): dielectric (eps_r=11.423242, sigma_E=0.096238, mu_r=1.000000, sigma_H=0.000000) 
Ear_cartilage  (Thelonious_6y_V6): dielectric (eps_r=43.455463, sigma_E=0.697055, mu_r=1.000000, sigma_H=0.000000) 
Teeth  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Nerve  (Thelonious_6y_V6): dielectric (eps_r=33.263358, sigma_E=0.522929, mu_r=1.000000, sigma_H=0.000000) 
Ear_skin  (Thelonious_6y_V6): dielectric (eps_r=42.697659, sigma_E=0.799975, mu_r=1.000000, sigma_H=0.000000) 
Meniscus  (Thelonious_6y_V6): dielectric (eps_r=43.455463, sigma_E=0.697055, mu_r=1.000000, sigma_H=0.000000) 
Skull  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Prostate  (Thelonious_6y_V6): dielectric (eps_r=61.295609, sigma_E=1.130577, mu_r=1.000000, sigma_H=0.000000) 
Diaphragm  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Bone  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Mucosa  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Small_intestine  (Thelonious_6y_V6): dielectric (eps_r=61.138364, sigma_E=2.062163, mu_r=1.000000, sigma_H=0.000000) 
Larynx  (Thelonious_6y_V6): dielectric (eps_r=43.455463, sigma_E=0.697055, mu_r=1.000000, sigma_H=0.000000) 
Mandible  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Small_intestine_lumen  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Cartilage  (Thelonious_6y_V6): dielectric (eps_r=43.455463, sigma_E=0.697055, mu_r=1.000000, sigma_H=0.000000) 
Hippocampus  (Thelonious_6y_V6): dielectric (eps_r=53.898662, sigma_E=0.859642, mu_r=1.000000, sigma_H=0.000000) 
Cerebellum  (Thelonious_6y_V6): dielectric (eps_r=51.031533, sigma_E=1.173295, mu_r=1.000000, sigma_H=0.000000) 
Penis  (Thelonious_6y_V6): dielectric (eps_r=45.325498, sigma_E=0.637236, mu_r=1.000000, sigma_H=0.000000) 
Ureter_Urethra  (Thelonious_6y_V6): dielectric (eps_r=45.325498, sigma_E=0.637236, mu_r=1.000000, sigma_H=0.000000) 
Bronchi_lumen  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Pancreas  (Thelonious_6y_V6): dielectric (eps_r=60.201963, sigma_E=0.966322, mu_r=1.000000, sigma_H=0.000000) 
Esophagus_lumen  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Bronchi  (Thelonious_6y_V6): dielectric (eps_r=42.588287, sigma_E=0.713502, mu_r=1.000000, sigma_H=0.000000) 
Cerebrospinal_fluid  (Thelonious_6y_V6): dielectric (eps_r=69.157589, sigma_E=2.338250, mu_r=1.000000, sigma_H=0.000000) 

Lumped Elements: No active lumped elements in the simulation. 

Host OS: Microsoft Windows 10 Professional 64-bit (Build 9200) 
Host CPU: AMD EPYC 7542 32-Core Processor 
Host memory: 16379 MB 
The following Accelerators have been detected: 
NVIDIA GeForce RTX 4090 (device ID = 0), compute capability 8.9, total memory 24563 MB 


Sensors (3): 
Initializing field sensor Overall Field. 
Initializing point sensor Point Sensor Entity 1 (lower_left_bottom). 
Averaging setup for point sensor Point Sensor Entity 1 (lower_left_bottom): 
E-Field: 
X: 2 edges used for recording. 
Y: 2 edges used for recording. 
Z: 2 edges used for recording. 
H-Field: 
X: 4 edges used for recording. 
Y: 4 edges used for recording. 
Z: 4 edges used for recording. 
Harmonic steady state settings for Point Sensor Entity 1 (lower_left_bottom): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 7e+08, recording time step = 2.86355e-11, convergence level = -15 dB. 
Initializing point sensor Point Sensor Entity 2 (top_right_up). 
Averaging setup for point sensor Point Sensor Entity 2 (top_right_up): 
E-Field: 
X: 2 edges used for recording. 
Y: 2 edges used for recording. 
Z: 2 edges used for recording. 
H-Field: 
X: 4 edges used for recording. 
Y: 4 edges used for recording. 
Z: 4 edges used for recording. 
Harmonic steady state settings for Point Sensor Entity 2 (top_right_up): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 7e+08, recording time step = 2.86355e-11, convergence level = -15 dB. 
Using DFT to convert to frequency domain. 

Sources (1): 
Initializing plane wave source far_field_simulation_bbox. 
Excitation signal: Harmonic signal with frequency 700 MHz and ramp time 2.14286 ns 

Update coefficient calculation for 122086088 edges using 3 threads. 
Calculating update coefficients 
[PROGRESS]: 21% [ 25691000 / 122086088 ] Calculating update coefficients 
[PROGRESS]: 39% [ 47752938 / 122086088 ] Calculating update coefficients 
[PROGRESS]: 61% [ 74678479 / 122086088 ] Calculating update coefficients 
[PROGRESS]: 77% [ 94269718 / 122086088 ] Calculating update coefficients 
[PROGRESS]: 97% [ 118723088 / 122086088 ] Calculating update coefficients 


Edge-Material Statistics (Electric/Magnetic): 
61165060 / 60921028      (100.00% / 100.00%) : Total 
61165060 / 60921028      (100.00% / 100.00%) : Dielectric 

Edge-Region Statistics (regions with more than 1% of all edges, max 20 items): 
58992181 / 58810012      ( 96.45% /  96.53%) : Background 
1084192 /  1496072   (  1.77% /   2.46%) : Other 
1088687 /   614944   (  1.78% /   1.01%) : Averaged 


Update coefficient database contains 2099 E-coefficient(s) and 1 H-coefficient(s). 
Elapsed time for 'Calculating update coefficients' was 00:00:11 wall clock time. 
Preparing for time update 
Use hardware resource management option fastest simulation 
Checking out license feature 'AXWARE_TOKEN', version 8.2, (1). 
[PROGRESS]: 2% [ 2 / 100 ] Preparing for time update 
[PROGRESS]: 15% [ 15 / 100 ] Preparing for time update 
[PROGRESS]: 28% [ 28 / 100 ] Preparing for time update 
[PROGRESS]: 41% [ 41 / 100 ] Preparing for time update 
[PROGRESS]: 54% [ 54 / 100 ] Preparing for time update 
[PROGRESS]: 71% [ 71 / 100 ] Preparing for time update 
Simulation 1 is using device(s): [0] 
Elapsed time for 'Preparing for time update' was 00:00:19 wall clock time. 
Starting solver aXware (hardware accelerated). 
Time Update 
[PROGRESS]: 0% [ 10 / 2853 ] Time Update, estimated remaining time 1 minutes 45 seconds  @ 659.61 MCells/s 
[PROGRESS]: 7% [ 207 / 2853 ] Time Update, estimated remaining time 30 seconds  @ 2156.30 MCells/s 
[PROGRESS]: 13% [ 376 / 2853 ] Time Update, estimated remaining time 31 seconds  @ 1945.88 MCells/s 
[PROGRESS]: 19% [ 545 / 2853 ] Time Update, estimated remaining time 27 seconds  @ 2052.72 MCells/s 
[PROGRESS]: 25% [ 714 / 2853 ] Time Update, estimated remaining time 26 seconds  @ 2039.80 MCells/s 
[PROGRESS]: 30% [ 883 / 2853 ] Time Update, estimated remaining time 24 seconds  @ 2013.39 MCells/s 
Point Sensor Entity 1 (lower_left_bottom): Choosing component 1 to check conventional convergence. 
Point Sensor Entity 1 (lower_left_bottom): Choosing component 5 to check conventional convergence. 
Point Sensor Entity 2 (top_right_up): Choosing component 1 to check conventional convergence. 
Point Sensor Entity 2 (top_right_up): Choosing component 5 to check conventional convergence. 
[PROGRESS]: 36% [ 1052 / 2853 ] Time Update, estimated remaining time 22 seconds  @ 1964.48 MCells/s 
[PROGRESS]: 43% [ 1249 / 2853 ] Time Update, estimated remaining time 19 seconds  @ 2088.56 MCells/s 
[PROGRESS]: 49% [ 1418 / 2853 ] Time Update, estimated remaining time 18 seconds  @ 1947.75 MCells/s 
[PROGRESS]: 53% [ 1531 / 2853 ] Time Update, estimated remaining time 23 seconds  @ 1374.60 MCells/s 
[PROGRESS]: 57% [ 1644 / 2853 ] Time Update, estimated remaining time 24 seconds  @ 1233.78 MCells/s 
[PROGRESS]: 62% [ 1785 / 2853 ] Time Update, estimated remaining time 18 seconds  @ 1479.86 MCells/s 
Sensor Point Sensor Entity 2 (top_right_up): conventional steady state check successful. 
[PROGRESS]: 69% [ 1982 / 2853 ] Time Update, estimated remaining time 10 seconds  @ 2099.29 MCells/s 
Sensor Point Sensor Entity 1 (lower_left_bottom): conventional steady state check successful. 
Steady state detected at iteration 2060, remaining time steps are 63. 
[PROGRESS]: 97% [ 2067 / 2123 ] Time Update, estimated remaining time 4 seconds  @ 355.92 MCells/s 
Simulation performed 2123 iterations. 
Elapsed time for 'Time Update' was 00:00:41 wall clock time. 

Post-process Sensors 
Post-process sensor 'Overall Field' 
Post-process sensor 'Point Sensor Entity 1 (lower_left_bottom)' 
[PROGRESS]: 66% [ 2 / 3 ] Post-process Sensors 
Post-process sensor 'Point Sensor Entity 2 (top_right_up)' 
Trusted frequency is 700 MHz. Expect less accurate results outside. 
Elapsed time for 'Post-process Sensors' was 00:00:08 wall clock time. 
FDTD simulation finished successfully. 

Simulation 'EM_FDTD_thelonious_700MHz_x_pos_phi' has ended successfully and took 00:01:31 wall clock time 
No compression of solver files requested 
Released license feature 'AXWARE_TOKEN'. 
Released license feature 'FDTD_SOLVER'. 
Peak CPU memory usage:   3.6 GB (3912392704 Bytes) 
iSolve ended successfully. 
      - Subtask 'run_isolve_execution' done in 92.53s [SimulationRunner._run_isolve_manual]
      - Done in 92.53s [SimulationRunner._run_isolve_manual]
    - Wait for results... [SimulationRunner._run_isolve_manual]
      - Subtask 'run_wait_for_results' done in 5.03s [SimulationRunner._run_isolve_manual]
      - Done in 5.03s [SimulationRunner._run_isolve_manual]
    - Reload project... [SimulationRunner._run_isolve_manual]
License  : [Info]  Released [ MODEL_THELONIOUS 1.0 ]
Opening project: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_x_pos/far_field_thelonious_700MHz_environmental_phi_x_pos.smash 
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  Checking out license feature 'MODEL_THELONIOUS', version 1.0, (1).
License  : [Info]  Acquired [ MODEL_THELONIOUS 1.0 ]
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
      - Subtask 'run_reload_project' done in 12.19s [SimulationRunner._run_isolve_manual]
      - Done in 12.19s [SimulationRunner._run_isolve_manual]
Project reloaded and results are available. [SimulationRunner._run_isolve_manual]
    - Subtask 'run_simulation_total' done in 114.72s [FarFieldStudy.subtask]
    - Done in 114.72s [FarFieldStudy.subtask]
Run deliverables verified. Updating metadata. [FarFieldStudy._verify_and_update_metadata]
Updated metadata in config.json [ProjectManager.update_simulation_metadata]
--- Finished: run (took 114.88s) --- [profile]
--- Starting: extract --- [profile]
Run deliverables verified. Proceeding with extraction. [FarFieldStudy._verify_run_deliverables_before_extraction]
Validating project file: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_x_pos/far_field_thelonious_700MHz_environmental_phi_x_pos.smash [ProjectManager.open]
Opening project with Sim4Life: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_x_pos/far_field_thelonious_700MHz_environmental_phi_x_pos.smash [ProjectManager.open]
Opening project: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_x_pos/far_field_thelonious_700MHz_environmental_phi_x_pos.smash 
License  : [Info]  Released [ MODEL_THELONIOUS 1.0 ]
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  Checking out license feature 'MODEL_THELONIOUS', version 1.0, (1).
License  : [Info]  Acquired [ MODEL_THELONIOUS 1.0 ]
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Project reloaded. [ProjectManager.reload_project]
  - Extract results total... [FarFieldStudy.subtask]
    - Extract input power... [PowerExtractor.extract_input_power]
  - Far-field study: using theoretical model for input power. [PowerExtractor._extract_far_field_power]
  - Calculated theoretical input power: 5.3099e-04 W [PowerExtractor._extract_far_field_power]
      - Subtask 'extract_input_power' done in 0.00s [PowerExtractor.extract_input_power]
      - Done in 0.00s [PowerExtractor.extract_input_power]
    - Extract SAR statistics... [SarExtractor.extract_sar_statistics]
  - Loading tissue groups for 'thelonious' from material_name_mapping.json [SarExtractor._define_tissue_groups]
  - Extracting peak SAR details... [SarExtractor.extract_peak_sar_details]
      - Subtask 'extract_sar_statistics' done in 29.34s [SarExtractor.extract_sar_statistics]
      - Done in 29.34s [SarExtractor.extract_sar_statistics]
    - Extract power balance... [PowerExtractor.extract_power_balance]
Analysis : [Warn]  Unable to balance the following EM sources: far_field_simulation_bbox,  are still not supported.
Analysis : [Warn]  Unable to balance the following EM sources: far_field_simulation_bbox,  are still not supported.
    - Overwriting Pin with theoretical value: 5.3099e-04 W [PowerExtractor.extract_power_balance]
    - Final Balance: 91.85% [PowerExtractor.extract_power_balance]
      - Subtask 'extract_power_balance' done in 10.55s [PowerExtractor.extract_power_balance]
      - Done in 10.55s [PowerExtractor.extract_power_balance]
    - Extract point sensors... [SensorExtractor.extract_point_sensor_data]
  - Point sensor plot saved to: C:\Users\user\repo-clean\results\far_field\thelonious\700MHz\environmental_phi_x_pos\point_sensor_data.png [SensorExtractor._save_plot]
      - Subtask 'extract_point_sensor_data' done in 0.48s [SensorExtractor.extract_point_sensor_data]
      - Done in 0.48s [SensorExtractor.extract_point_sensor_data]
  - Pickle report saved to: C:\Users\user\repo-clean\results\far_field\thelonious\700MHz\environmental_phi_x_pos\sar_stats_all_tissues.pkl [Reporter._save_pickle_report]
  - HTML report saved to: C:\Users\user\repo-clean\results\far_field\thelonious\700MHz\environmental_phi_x_pos\sar_stats_all_tissues.html [Reporter._save_html_report]
  - SAR results saved to: C:\Users\user\repo-clean\results\far_field\thelonious\700MHz\environmental_phi_x_pos\sar_results.json [ResultsExtractor._save_json_results]
    - Subtask 'extract_results_total' done in 41.25s [FarFieldStudy.subtask]
    - Done in 41.25s [FarFieldStudy.subtask]
Extract deliverables verified. Updating metadata. [FarFieldStudy._verify_and_update_metadata]
Updated metadata in config.json [ProjectManager.update_simulation_metadata]
Saving project to C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_x_pos/far_field_thelonious_700MHz_environmental_phi_x_pos.smash... [ProjectManager.save]
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  There have been no model changes since the last time was saved. 

Project saved. [ProjectManager.save]
--- Finished: extract (took 57.66s) --- [profile]

--- Processing Simulation 3/4: thelonious, 700MHz, z_neg, theta --- [FarFieldStudy._run_study]
--- Starting: setup --- [profile]
Project path set to: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_z_neg/far_field_thelonious_700MHz_environmental_theta_z_neg.smash [ProjectManager.create_or_open_project]
No metadata file found at config.json. [ProjectManager.verify_simulation_metadata]
Existing project is invalid or out of date. A new setup is required. [ProjectManager.create_or_open_project]
--- Simulation-specific progress logging started: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_z_neg\progress.log --- 
--- Simulation-specific verbose logging started: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_z_neg\verbose.log --- 
Creating a new empty project in memory. [ProjectManager.create_new]
License  : [Info]  Released [ MODEL_THELONIOUS 1.0 ]
Initializing model by creating and deleting a dummy block... [ProjectManager.create_new]
Model initialized, ready for population. [ProjectManager.create_new]
  - Setup simulation... [FarFieldStudy.subtask]
--- Setting up single Far-Field sim --- [FarFieldSetup.run_full_setup]
    - Load phantom... [FarFieldSetup.run_full_setup]
--- Running Phantom Check --- [PhantomSetup._log]
Found 2 total entities in the project. [PhantomSetup._log]
--- Phantom Check Result: Phantom not found in project. --- [PhantomSetup._log]
Phantom not found in document. Importing from 'C:\Users\user\repo-clean\data\phantoms\thelonious.sab'... [PhantomSetup._log]
[Info]  Checking out license feature 'MODEL_THELONIOUS', version 1.0, (1).
License  : [Info]  Acquired [ MODEL_THELONIOUS 1.0 ]
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Phantom imported successfully. [PhantomSetup._log]
      - Subtask 'setup_load_phantom' done in 8.47s [FarFieldSetup.run_full_setup]
      - Done in 8.47s [FarFieldSetup.run_full_setup]
    - Configure scene (bbox, plane wave)... [FarFieldSetup.run_full_setup]
Creating simulation bounding box for far-field... [FarFieldSetup._create_or_get_simulation_bbox]
  - Created far-field simulation BBox with 50mm padding. [FarFieldSetup._create_or_get_simulation_bbox]
  - Creating simulation: EM_FDTD_thelonious_700MHz_z_neg_theta [FarFieldSetup._create_simulation_entity]
  - Using simulation time multiplier: 3.5 [FarFieldSetup._apply_simulation_time_and_termination]
  - Simulation time set to 11.44 periods. [FarFieldSetup._apply_simulation_time_and_termination]
  - Setting termination criteria to: GlobalAutoTerminationUserDefined [FarFieldSetup._apply_simulation_time_and_termination]
    - Convergence level set to: -15 dB [FarFieldSetup._apply_simulation_time_and_termination]
      - Subtask 'setup_configure_scene' done in 1.84s [FarFieldSetup.run_full_setup]
      - Done in 1.84s [FarFieldSetup.run_full_setup]
    - Assign materials... [FarFieldSetup.run_full_setup]
Assigning materials... [MaterialSetup.assign_materials]
Simulation : [Warn]  Some properties for material "Air" have been set to their value according to the selected database
[Info]  
Mass Density has changed from 1000 to 1.2050000000000001
Mass Density has changed from 1.2050000000000001 to 1.2
Relative Permittivity has changed from 1 to 0
Simulation : [Warn]  Unable to find any match for following settings properties: Magnetic Conductivity
Simulation : [Warn]  Unable to find any match for following settings properties: Relative Permeability
      - Subtask 'setup_materials' done in 5.33s [FarFieldSetup.run_full_setup]
      - Done in 5.33s [FarFieldSetup.run_full_setup]
    - Configure solver (gridding, boundaries, sensors)... [FarFieldSetup.run_full_setup]
Setting up gridding... [GriddingSetup.setup_gridding]
  - Looking for global grid bounding box: 'far_field_simulation_bbox' [GriddingSetup._setup_main_grid]
  - Using manual gridding. [GriddingSetup._setup_main_grid]
  - Global and added manual grid set with global resolution: 3.0 mm. [GriddingSetup._setup_main_grid]
  - Using automatic padding. [GriddingSetup._setup_main_grid]
  - No antenna components provided, skipping subgridding. [GriddingSetup.setup_gridding]
Setting up boundary conditions... [BoundarySetup.setup_boundary_conditions]
  - Setting global boundary conditions to: UpmlCpml [BoundarySetup.setup_boundary_conditions]
    - Successfully set GlobalBoundaryType to UpmlCpml [BoundarySetup.setup_boundary_conditions]
  - Setting PML strength to: Low [BoundarySetup.setup_boundary_conditions]
    - Successfully set PmlStrength to Low [BoundarySetup.setup_boundary_conditions]
  - Added point sensor at (Vec3(-231.59, -107.681, -1019.42), Vec3(-231.59, -107.681, -1019.42), Vec3(-231.59, -107.681, -1019.42)) (lower_left_bottom) [FarFieldSetup._add_point_sensors]
  - Added point sensor at (Vec3(239.048, 205.076, 260.697), Vec3(239.048, 205.076, 260.697), Vec3(239.048, 205.076, 260.697)) (top_right_up) [FarFieldSetup._add_point_sensors]
  - Configuring solver settings... [FarFieldSetup._setup_solver_settings]
    - Solver kernel set to: Acceleware (AXware) [FarFieldSetup._setup_solver_settings]
      - Subtask 'setup_solver' done in 0.23s [FarFieldSetup.run_full_setup]
      - Done in 0.23s [FarFieldSetup.run_full_setup]
    - Voxelize simulation... [FarFieldSetup.run_full_setup]
    - Finalizing setup... [FarFieldSetup._finalize_setup]
Simulation : [Warn]  Some properties for material "Air" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Tongue" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Adrenal Gland" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Stomach Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Commissura Anterior" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Eye (Vitreous Humor)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Blood" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Midbrain" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Testis" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Air 1" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Blood Vessel Wall" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Epididymis" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Pineal Body" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Urinary Bladder Wall" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Bone Marrow (Red)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Gallbladder" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Hypophysis" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Brain (White Matter)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Spleen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Large Intestine Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Thymus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Trachea" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Heart Muscle" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Muscle" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Hypothalamus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Skin" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Brain (Grey Matter)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Bone (Cortical)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Eye (Sclera)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Tendon\Ligament" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Kidney (Medulla)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Medulla Oblongata" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Esophagus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Intervertebral Disc" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Vertebrae" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Eye (Lens)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Commissura Posterior" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Eye (Cornea)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Trachea Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Pharynx" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Liver" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Thalamus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Heart Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Large Intestine" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Kidney (Cortex)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Stomach" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Fat" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Lung" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Connective Tissue" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Pons" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Spinal Cord" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "SAT (Subcutaneous Fat)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Cartilage" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Tooth" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Nerve" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Meniscus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Skull" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Prostate" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Diaphragm" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Mucous Membrane" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Small Intestine" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Larynx" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Mandible" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Small Intestine Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Hippocampus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Cerebellum" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Penis" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Ureter\Urethra" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Bronchi lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Pancreas" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Esophagus Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Bronchi" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Cerebrospinal Fluid" have been set to their value according to the selected database
Saving project to C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_z_neg/far_field_thelonious_700MHz_environmental_theta_z_neg.smash... [ProjectManager.save]
[Info]  Document produced by Sim4Life version 8.2.0.16876
Project saved. [ProjectManager.save]
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  There have been no model changes since the last time was saved. 

[Info]  Start voxeling
[Info]  Topological Voxeler Report: Complete Voxel Scene
    Voxel Scene Memory Consumption: 0.002876 GB
    Wall Clock Time: 7.68067 s

[Info]  Voxeling succeeded.
    - Finalizing setup complete. [FarFieldSetup._finalize_setup]
      - Subtask 'setup_voxelize' done in 19.81s [FarFieldSetup.run_full_setup]
      - Done in 19.81s [FarFieldSetup.run_full_setup]
    - Save project... [FarFieldSetup.run_full_setup]
Saving project to C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_z_neg/far_field_thelonious_700MHz_environmental_theta_z_neg.smash... [ProjectManager.save]
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  There have been no model changes since the last time was saved. 

Project saved. [ProjectManager.save]
      - Subtask 'setup_save_project' done in 3.83s [FarFieldSetup.run_full_setup]
      - Done in 3.83s [FarFieldSetup.run_full_setup]
Common settings applied. [FarFieldSetup.run_full_setup]
    - Subtask 'setup_simulation' done in 39.77s [FarFieldStudy.subtask]
    - Done in 39.77s [FarFieldStudy.subtask]
  - Saved configuration metadata to config.json [ProjectManager.write_simulation_metadata]
--- Finished: setup (took 40.39s) --- [profile]
--- Starting: run --- [profile]
  - Run simulation total... [FarFieldStudy.subtask]
Running simulation: EM_FDTD_thelonious_700MHz_z_neg_theta [SimulationRunner.run]
    - Write input file... [SimulationRunner.run]
[Info]  Writing solver input file(s) for EM_FDTD_thelonious_700MHz_z_neg_theta
[Info]  Writing Rectilinear Discretization to Input File. Elapse Time: 0.488646 s
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  There have been no model changes since the last time was saved. 

      - Subtask 'run_write_input_file' done in 4.89s [SimulationRunner.run]
      - Done in 4.89s [SimulationRunner.run]
Running iSolve with acceleware on 820cac89-ce7c-4720-91b0-34eaecb818bd_Input.h5 [SimulationRunner._run_isolve_manual]
    - Execute iSolve... [SimulationRunner._run_isolve_manual]

Reading command line 
iSolve X, Version 8.2.0 (16876), 64Bit Windows 

Running MPI version 2.0 on 1 process. 


Simulation 'EM_FDTD_thelonious_700MHz_z_neg_theta'  

Installed system RAM visible to this process:  16.0 GB 

Solver type: EmFdtd, SinglePrecision, Acceleware 
Input file name: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_z_neg/far_field_thelonious_700MHz_environmental_theta_z_neg.smash_Results\820cac89-ce7c-4720-91b0-34eaecb818bd_Input.h5 
Input file generated by: Sim4Life, Version 8.2.0.16876 
Output file name: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_z_neg/far_field_thelonious_700MHz_environmental_theta_z_neg.smash_Results\820cac89-ce7c-4720-91b0-34eaecb818bd_Output.h5 

Using commercial license features. 
Checking out license feature 'FDTD_SOLVER', version 8.2, (1). 

Running the EM-FDTD solver with the following settings: 
Floating Point Arithmetic: single (4 Bytes) 
HPC: Acceleware 
Used Acceleware library is '11.4.1.13550 (x64, 64-bit)'. 
Your NVIDIA display driver is newer than the expected version. 
Installed version: 15.7680 Expected: 15.3667 (see also http://www.acceleware.com/fdtd-11-4-1) 
Reduced performance could be encountered. 

Simulation Time Step:   5.72711e-12 sec 
Simulation Iterations:  2853 
Max Simulated Time: 1.63394e-08 sec 

Grid: 
Number of cells: 229x177x499 = 20225967 cells = 20.2260 MCells 
Number of cells including PML: 245x193x515 = 24351775 cells = 24.3518 MCells 
X: Range [-0.338659 ... 0.346117] with minimal 0.00297412 and maximal step 0.0029977 [m] 
Y: Range [-0.21475 ... 0.312145] with minimal 0.00297412 and maximal step 0.00297865 [m] 
Z: Range [-1.12649 ... 0.367766] with minimal 0.00297403 and maximal step 0.00299799 [m] 

Boundaries: 
Side X-: ABC (UPML, 8 layers) 
Side X+: ABC (UPML, 8 layers) 
Side Y-: ABC (UPML, 8 layers) 
Side Y+: ABC (UPML, 8 layers) 
Side Z-: ABC (UPML, 8 layers) 
Side Z+: ABC (UPML, 8 layers) 

Created unified material architecture (UMA) model 

Materials (77): 
Background: dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Tongue  (Thelonious_6y_V6): dielectric (eps_r=55.907533, sigma_E=0.865626, mu_r=1.000000, sigma_H=0.000000) 
Adrenal_gland  (Thelonious_6y_V6): dielectric (eps_r=50.989008, sigma_E=0.954350, mu_r=1.000000, sigma_H=0.000000) 
Stomach_lumen  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
commissura_anterior  (Thelonious_6y_V6): dielectric (eps_r=39.695046, sigma_E=0.531363, mu_r=1.000000, sigma_H=0.000000) 
Eye_vitreous_humor  (Thelonious_6y_V6): dielectric (eps_r=68.947390, sigma_E=1.583627, mu_r=1.000000, sigma_H=0.000000) 
Vein  (Thelonious_6y_V6): dielectric (eps_r=62.103070, sigma_E=1.455938, mu_r=1.000000, sigma_H=0.000000) 
Midbrain  (Thelonious_6y_V6): dielectric (eps_r=51.031533, sigma_E=1.173295, mu_r=1.000000, sigma_H=0.000000) 
Testis  (Thelonious_6y_V6): dielectric (eps_r=61.295609, sigma_E=1.130577, mu_r=1.000000, sigma_H=0.000000) 
Air_internal  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Blood_vessel  (Thelonious_6y_V6): dielectric (eps_r=45.325498, sigma_E=0.637236, mu_r=1.000000, sigma_H=0.000000) 
Epididymis  (Thelonious_6y_V6): dielectric (eps_r=61.295609, sigma_E=1.130577, mu_r=1.000000, sigma_H=0.000000) 
Pinealbody  (Thelonious_6y_V6): dielectric (eps_r=60.201963, sigma_E=0.966322, mu_r=1.000000, sigma_H=0.000000) 
Bladder  (Thelonious_6y_V6): dielectric (eps_r=19.149003, sigma_E=0.358399, mu_r=1.000000, sigma_H=0.000000) 
Marrow_red  (Thelonious_6y_V6): dielectric (eps_r=11.451933, sigma_E=0.207759, mu_r=1.000000, sigma_H=0.000000) 
Gallbladder  (Thelonious_6y_V6): dielectric (eps_r=59.551663, sigma_E=1.202528, mu_r=1.000000, sigma_H=0.000000) 
Hypophysis  (Thelonious_6y_V6): dielectric (eps_r=60.201963, sigma_E=0.966322, mu_r=1.000000, sigma_H=0.000000) 
Brain_white_matter  (Thelonious_6y_V6): dielectric (eps_r=39.695046, sigma_E=0.531363, mu_r=1.000000, sigma_H=0.000000) 
Spleen  (Thelonious_6y_V6): dielectric (eps_r=58.688546, sigma_E=1.175182, mu_r=1.000000, sigma_H=0.000000) 
Large_intestine_lumen  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Thymus  (Thelonious_6y_V6): dielectric (eps_r=55.600852, sigma_E=1.115237, mu_r=1.000000, sigma_H=0.000000) 
Trachea  (Thelonious_6y_V6): dielectric (eps_r=42.588287, sigma_E=0.713502, mu_r=1.000000, sigma_H=0.000000) 
Heart_muscle  (Thelonious_6y_V6): dielectric (eps_r=61.478559, sigma_E=1.125021, mu_r=1.000000, sigma_H=0.000000) 
Muscle  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Hypothalamus  (Thelonious_6y_V6): dielectric (eps_r=53.898662, sigma_E=0.859642, mu_r=1.000000, sigma_H=0.000000) 
Artery  (Thelonious_6y_V6): dielectric (eps_r=62.103070, sigma_E=1.455938, mu_r=1.000000, sigma_H=0.000000) 
Skin  (Thelonious_6y_V6): dielectric (eps_r=42.697659, sigma_E=0.799975, mu_r=1.000000, sigma_H=0.000000) 
Brain_grey_matter  (Thelonious_6y_V6): dielectric (eps_r=53.898662, sigma_E=0.859642, mu_r=1.000000, sigma_H=0.000000) 
Patella  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Eye_Sclera  (Thelonious_6y_V6): dielectric (eps_r=55.907533, sigma_E=1.096154, mu_r=1.000000, sigma_H=0.000000) 
Tendon_Ligament  (Thelonious_6y_V6): dielectric (eps_r=46.258918, sigma_E=0.645211, mu_r=1.000000, sigma_H=0.000000) 
Kidney_medulla  (Thelonious_6y_V6): dielectric (eps_r=60.631926, sigma_E=1.277659, mu_r=1.000000, sigma_H=0.000000) 
Medulla_oblongata  (Thelonious_6y_V6): dielectric (eps_r=51.031533, sigma_E=1.173295, mu_r=1.000000, sigma_H=0.000000) 
Esophagus  (Thelonious_6y_V6): dielectric (eps_r=65.714765, sigma_E=1.105511, mu_r=1.000000, sigma_H=0.000000) 
Intervertebral_disc  (Thelonious_6y_V6): dielectric (eps_r=44.418065, sigma_E=1.041108, mu_r=1.000000, sigma_H=0.000000) 
Vertebrae  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Eye_lens  (Thelonious_6y_V6): dielectric (eps_r=36.279018, sigma_E=0.435952, mu_r=1.000000, sigma_H=0.000000) 
commissura_posterior  (Thelonious_6y_V6): dielectric (eps_r=39.695046, sigma_E=0.531363, mu_r=1.000000, sigma_H=0.000000) 
Cornea  (Thelonious_6y_V6): dielectric (eps_r=56.275669, sigma_E=1.311407, mu_r=1.000000, sigma_H=0.000000) 
Trachea_lumen  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Pharynx  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Liver  (Thelonious_6y_V6): dielectric (eps_r=47.963211, sigma_E=0.773986, mu_r=1.000000, sigma_H=0.000000) 
Thalamus  (Thelonious_6y_V6): dielectric (eps_r=53.898662, sigma_E=0.859642, mu_r=1.000000, sigma_H=0.000000) 
Heart_lumen  (Thelonious_6y_V6): dielectric (eps_r=62.103070, sigma_E=1.455938, mu_r=1.000000, sigma_H=0.000000) 
Large_intestine  (Thelonious_6y_V6): dielectric (eps_r=59.134765, sigma_E=0.989502, mu_r=1.000000, sigma_H=0.000000) 
Kidney_cortex  (Thelonious_6y_V6): dielectric (eps_r=60.631926, sigma_E=1.277659, mu_r=1.000000, sigma_H=0.000000) 
Stomach  (Thelonious_6y_V6): dielectric (eps_r=65.714765, sigma_E=1.105511, mu_r=1.000000, sigma_H=0.000000) 
Fat  (Thelonious_6y_V6): dielectric (eps_r=11.423242, sigma_E=0.096238, mu_r=1.000000, sigma_H=0.000000) 
Lung  (Thelonious_6y_V6): dielectric (eps_r=22.460437, sigma_E=0.423425, mu_r=1.000000, sigma_H=0.000000) 
Connective_tissue  (Thelonious_6y_V6): dielectric (eps_r=46.258918, sigma_E=0.645211, mu_r=1.000000, sigma_H=0.000000) 
Pons  (Thelonious_6y_V6): dielectric (eps_r=51.031533, sigma_E=1.173295, mu_r=1.000000, sigma_H=0.000000) 
Spinal_cord  (Thelonious_6y_V6): dielectric (eps_r=33.263358, sigma_E=0.522929, mu_r=1.000000, sigma_H=0.000000) 
SAT  (Thelonious_6y_V6): dielectric (eps_r=11.423242, sigma_E=0.096238, mu_r=1.000000, sigma_H=0.000000) 
Ear_cartilage  (Thelonious_6y_V6): dielectric (eps_r=43.455463, sigma_E=0.697055, mu_r=1.000000, sigma_H=0.000000) 
Teeth  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Nerve  (Thelonious_6y_V6): dielectric (eps_r=33.263358, sigma_E=0.522929, mu_r=1.000000, sigma_H=0.000000) 
Ear_skin  (Thelonious_6y_V6): dielectric (eps_r=42.697659, sigma_E=0.799975, mu_r=1.000000, sigma_H=0.000000) 
Meniscus  (Thelonious_6y_V6): dielectric (eps_r=43.455463, sigma_E=0.697055, mu_r=1.000000, sigma_H=0.000000) 
Skull  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Prostate  (Thelonious_6y_V6): dielectric (eps_r=61.295609, sigma_E=1.130577, mu_r=1.000000, sigma_H=0.000000) 
Diaphragm  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Bone  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Mucosa  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Small_intestine  (Thelonious_6y_V6): dielectric (eps_r=61.138364, sigma_E=2.062163, mu_r=1.000000, sigma_H=0.000000) 
Larynx  (Thelonious_6y_V6): dielectric (eps_r=43.455463, sigma_E=0.697055, mu_r=1.000000, sigma_H=0.000000) 
Mandible  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Small_intestine_lumen  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Cartilage  (Thelonious_6y_V6): dielectric (eps_r=43.455463, sigma_E=0.697055, mu_r=1.000000, sigma_H=0.000000) 
Hippocampus  (Thelonious_6y_V6): dielectric (eps_r=53.898662, sigma_E=0.859642, mu_r=1.000000, sigma_H=0.000000) 
Cerebellum  (Thelonious_6y_V6): dielectric (eps_r=51.031533, sigma_E=1.173295, mu_r=1.000000, sigma_H=0.000000) 
Penis  (Thelonious_6y_V6): dielectric (eps_r=45.325498, sigma_E=0.637236, mu_r=1.000000, sigma_H=0.000000) 
Ureter_Urethra  (Thelonious_6y_V6): dielectric (eps_r=45.325498, sigma_E=0.637236, mu_r=1.000000, sigma_H=0.000000) 
Bronchi_lumen  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Pancreas  (Thelonious_6y_V6): dielectric (eps_r=60.201963, sigma_E=0.966322, mu_r=1.000000, sigma_H=0.000000) 
Esophagus_lumen  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Bronchi  (Thelonious_6y_V6): dielectric (eps_r=42.588287, sigma_E=0.713502, mu_r=1.000000, sigma_H=0.000000) 
Cerebrospinal_fluid  (Thelonious_6y_V6): dielectric (eps_r=69.157589, sigma_E=2.338250, mu_r=1.000000, sigma_H=0.000000) 

Lumped Elements: No active lumped elements in the simulation. 

Host OS: Microsoft Windows 10 Professional 64-bit (Build 9200) 
Host CPU: AMD EPYC 7542 32-Core Processor 
Host memory: 16379 MB 
The following Accelerators have been detected: 
NVIDIA GeForce RTX 4090 (device ID = 0), compute capability 8.9, total memory 24563 MB 


Sensors (3): 
Initializing field sensor Overall Field. 
Initializing point sensor Point Sensor Entity 1 (lower_left_bottom). 
Averaging setup for point sensor Point Sensor Entity 1 (lower_left_bottom): 
E-Field: 
X: 2 edges used for recording. 
Y: 2 edges used for recording. 
Z: 2 edges used for recording. 
H-Field: 
X: 4 edges used for recording. 
Y: 4 edges used for recording. 
Z: 4 edges used for recording. 
Harmonic steady state settings for Point Sensor Entity 1 (lower_left_bottom): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 7e+08, recording time step = 2.86355e-11, convergence level = -15 dB. 
Initializing point sensor Point Sensor Entity 2 (top_right_up). 
Averaging setup for point sensor Point Sensor Entity 2 (top_right_up): 
E-Field: 
X: 2 edges used for recording. 
Y: 2 edges used for recording. 
Z: 2 edges used for recording. 
H-Field: 
X: 4 edges used for recording. 
Y: 4 edges used for recording. 
Z: 4 edges used for recording. 
Harmonic steady state settings for Point Sensor Entity 2 (top_right_up): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 7e+08, recording time step = 2.86355e-11, convergence level = -15 dB. 
Using DFT to convert to frequency domain. 

Sources (1): 
Initializing plane wave source far_field_simulation_bbox. 
Excitation signal: Harmonic signal with frequency 700 MHz and ramp time 2.14286 ns 

Update coefficient calculation for 122086088 edges using 3 threads. 
Calculating update coefficients 
[PROGRESS]: 23% [ 28080500 / 122086088 ] Calculating update coefficients 
[PROGRESS]: 41% [ 50062310 / 122086088 ] Calculating update coefficients 
[PROGRESS]: 61% [ 74501833 / 122086088 ] Calculating update coefficients 
[PROGRESS]: 84% [ 102616088 / 122086088 ] Calculating update coefficients 


Edge-Material Statistics (Electric/Magnetic): 
61165060 / 60921028      (100.00% / 100.00%) : Total 
61165060 / 60921028      (100.00% / 100.00%) : Dielectric 

Edge-Region Statistics (regions with more than 1% of all edges, max 20 items): 
58992181 / 58810012      ( 96.45% /  96.53%) : Background 
1084192 /  1496072   (  1.77% /   2.46%) : Other 
1088687 /   614944   (  1.78% /   1.01%) : Averaged 


Update coefficient database contains 2099 E-coefficient(s) and 1 H-coefficient(s). 
Elapsed time for 'Calculating update coefficients' was 00:00:11 wall clock time. 
Preparing for time update 
Use hardware resource management option fastest simulation 
Checking out license feature 'AXWARE_TOKEN', version 8.2, (1). 
[PROGRESS]: 2% [ 2 / 100 ] Preparing for time update 
[PROGRESS]: 15% [ 15 / 100 ] Preparing for time update 
[PROGRESS]: 28% [ 28 / 100 ] Preparing for time update 
[PROGRESS]: 41% [ 41 / 100 ] Preparing for time update 
[PROGRESS]: 55% [ 55 / 100 ] Preparing for time update 
[PROGRESS]: 73% [ 73 / 100 ] Preparing for time update 
Simulation 1 is using device(s): [0] 
Elapsed time for 'Preparing for time update' was 00:00:17 wall clock time. 
Starting solver aXware (hardware accelerated). 
Time Update 
[PROGRESS]: 0% [ 10 / 2853 ] Time Update, estimated remaining time 1 minutes 25 seconds  @ 813.94 MCells/s 
[PROGRESS]: 6% [ 179 / 2853 ] Time Update, estimated remaining time 32 seconds  @ 2040.03 MCells/s 
[PROGRESS]: 13% [ 376 / 2853 ] Time Update, estimated remaining time 28 seconds  @ 2164.92 MCells/s 
[PROGRESS]: 20% [ 573 / 2853 ] Time Update, estimated remaining time 26 seconds  @ 2163.82 MCells/s 
[PROGRESS]: 26% [ 742 / 2853 ] Time Update, estimated remaining time 26 seconds  @ 2015.32 MCells/s 
[PROGRESS]: 32% [ 939 / 2853 ] Time Update, estimated remaining time 21 seconds  @ 2204.32 MCells/s 
Point Sensor Entity 1 (lower_left_bottom): Choosing component 0 to check conventional convergence. 
Point Sensor Entity 1 (lower_left_bottom): Choosing component 4 to check conventional convergence. 
Point Sensor Entity 2 (top_right_up): Choosing component 0 to check conventional convergence. 
Point Sensor Entity 2 (top_right_up): Choosing component 4 to check conventional convergence. 
[PROGRESS]: 38% [ 1108 / 2853 ] Time Update, estimated remaining time 21 seconds  @ 2048.81 MCells/s 
[PROGRESS]: 45% [ 1305 / 2853 ] Time Update, estimated remaining time 17 seconds  @ 2182.51 MCells/s 
[PROGRESS]: 52% [ 1502 / 2853 ] Time Update, estimated remaining time 16 seconds  @ 2077.08 MCells/s 
[PROGRESS]: 59% [ 1699 / 2853 ] Time Update, estimated remaining time 13 seconds  @ 2165.40 MCells/s 
[PROGRESS]: 65% [ 1868 / 2853 ] Time Update, estimated remaining time 12 seconds  @ 2027.75 MCells/s 
[PROGRESS]: 72% [ 2065 / 2853 ] Time Update, estimated remaining time 9 seconds  @ 2140.35 MCells/s 
Sensor Point Sensor Entity 2 (top_right_up): conventional steady state check successful. 
[PROGRESS]: 78% [ 2234 / 2853 ] Time Update, estimated remaining time 8 seconds  @ 1915.74 MCells/s 
Sensor Point Sensor Entity 1 (lower_left_bottom): conventional steady state check successful. 
Steady state detected at iteration 2420, remaining time steps are 63. 
[PROGRESS]: 97% [ 2431 / 2483 ] Time Update, estimated remaining time 2 seconds  @ 714.69 MCells/s 
Simulation performed 2483 iterations. 
Elapsed time for 'Time Update' was 00:00:40 wall clock time. 

Post-process Sensors 
Post-process sensor 'Overall Field' 
Post-process sensor 'Point Sensor Entity 1 (lower_left_bottom)' 
[PROGRESS]: 66% [ 2 / 3 ] Post-process Sensors 
Post-process sensor 'Point Sensor Entity 2 (top_right_up)' 
Trusted frequency is 700 MHz. Expect less accurate results outside. 
Elapsed time for 'Post-process Sensors' was 00:00:06 wall clock time. 
FDTD simulation finished successfully. 

Simulation 'EM_FDTD_thelonious_700MHz_z_neg_theta' has ended successfully and took 00:01:24 wall clock time 
No compression of solver files requested 
Released license feature 'AXWARE_TOKEN'. 
Released license feature 'FDTD_SOLVER'. 
Peak CPU memory usage:   3.6 GB (3910258688 Bytes) 
iSolve ended successfully. 
      - Subtask 'run_isolve_execution' done in 85.66s [SimulationRunner._run_isolve_manual]
      - Done in 85.66s [SimulationRunner._run_isolve_manual]
    - Wait for results... [SimulationRunner._run_isolve_manual]
      - Subtask 'run_wait_for_results' done in 5.03s [SimulationRunner._run_isolve_manual]
      - Done in 5.03s [SimulationRunner._run_isolve_manual]
    - Reload project... [SimulationRunner._run_isolve_manual]
License  : [Info]  Released [ MODEL_THELONIOUS 1.0 ]
Opening project: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_z_neg/far_field_thelonious_700MHz_environmental_theta_z_neg.smash 
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  Checking out license feature 'MODEL_THELONIOUS', version 1.0, (1).
License  : [Info]  Acquired [ MODEL_THELONIOUS 1.0 ]
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
      - Subtask 'run_reload_project' done in 12.14s [SimulationRunner._run_isolve_manual]
      - Done in 12.14s [SimulationRunner._run_isolve_manual]
Project reloaded and results are available. [SimulationRunner._run_isolve_manual]
    - Subtask 'run_simulation_total' done in 107.81s [FarFieldStudy.subtask]
    - Done in 107.81s [FarFieldStudy.subtask]
Run deliverables verified. Updating metadata. [FarFieldStudy._verify_and_update_metadata]
Updated metadata in config.json [ProjectManager.update_simulation_metadata]
--- Finished: run (took 107.88s) --- [profile]
--- Starting: extract --- [profile]
Run deliverables verified. Proceeding with extraction. [FarFieldStudy._verify_run_deliverables_before_extraction]
Validating project file: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_z_neg/far_field_thelonious_700MHz_environmental_theta_z_neg.smash [ProjectManager.open]
Opening project with Sim4Life: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_z_neg/far_field_thelonious_700MHz_environmental_theta_z_neg.smash [ProjectManager.open]
Opening project: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_z_neg/far_field_thelonious_700MHz_environmental_theta_z_neg.smash 
License  : [Info]  Released [ MODEL_THELONIOUS 1.0 ]
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  Checking out license feature 'MODEL_THELONIOUS', version 1.0, (1).
License  : [Info]  Acquired [ MODEL_THELONIOUS 1.0 ]
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Project reloaded. [ProjectManager.reload_project]
  - Extract results total... [FarFieldStudy.subtask]
    - Extract input power... [PowerExtractor.extract_input_power]
  - Far-field study: using theoretical model for input power. [PowerExtractor._extract_far_field_power]
  - Calculated theoretical input power: 1.9522e-04 W [PowerExtractor._extract_far_field_power]
      - Subtask 'extract_input_power' done in 0.00s [PowerExtractor.extract_input_power]
      - Done in 0.00s [PowerExtractor.extract_input_power]
    - Extract SAR statistics... [SarExtractor.extract_sar_statistics]
  - Loading tissue groups for 'thelonious' from material_name_mapping.json [SarExtractor._define_tissue_groups]
  - Extracting peak SAR details... [SarExtractor.extract_peak_sar_details]
      - Subtask 'extract_sar_statistics' done in 28.34s [SarExtractor.extract_sar_statistics]
      - Done in 28.34s [SarExtractor.extract_sar_statistics]
    - Extract power balance... [PowerExtractor.extract_power_balance]
Analysis : [Warn]  Unable to balance the following EM sources: far_field_simulation_bbox,  are still not supported.
Analysis : [Warn]  Unable to balance the following EM sources: far_field_simulation_bbox,  are still not supported.
    - Overwriting Pin with theoretical value: 1.9522e-04 W [PowerExtractor.extract_power_balance]
    - Final Balance: 221.47% [PowerExtractor.extract_power_balance]
      - Subtask 'extract_power_balance' done in 10.88s [PowerExtractor.extract_power_balance]
      - Done in 10.88s [PowerExtractor.extract_power_balance]
    - Extract point sensors... [SensorExtractor.extract_point_sensor_data]
  - Point sensor plot saved to: C:\Users\user\repo-clean\results\far_field\thelonious\700MHz\environmental_theta_z_neg\point_sensor_data.png [SensorExtractor._save_plot]
      - Subtask 'extract_point_sensor_data' done in 0.50s [SensorExtractor.extract_point_sensor_data]
      - Done in 0.50s [SensorExtractor.extract_point_sensor_data]
  - Pickle report saved to: C:\Users\user\repo-clean\results\far_field\thelonious\700MHz\environmental_theta_z_neg\sar_stats_all_tissues.pkl [Reporter._save_pickle_report]
  - HTML report saved to: C:\Users\user\repo-clean\results\far_field\thelonious\700MHz\environmental_theta_z_neg\sar_stats_all_tissues.html [Reporter._save_html_report]
  - SAR results saved to: C:\Users\user\repo-clean\results\far_field\thelonious\700MHz\environmental_theta_z_neg\sar_results.json [ResultsExtractor._save_json_results]
    - Subtask 'extract_results_total' done in 39.95s [FarFieldStudy.subtask]
    - Done in 39.95s [FarFieldStudy.subtask]
Extract deliverables verified. Updating metadata. [FarFieldStudy._verify_and_update_metadata]
Updated metadata in config.json [ProjectManager.update_simulation_metadata]
Saving project to C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_theta_z_neg/far_field_thelonious_700MHz_environmental_theta_z_neg.smash... [ProjectManager.save]
[Info]  Document produced by Sim4Life version 8.2.0.16876
Project saved. [ProjectManager.save]
--- Finished: extract (took 59.44s) --- [profile]

--- Processing Simulation 4/4: thelonious, 700MHz, z_neg, phi --- [FarFieldStudy._run_study]
--- Starting: setup --- [profile]
Project path set to: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_z_neg/far_field_thelonious_700MHz_environmental_phi_z_neg.smash [ProjectManager.create_or_open_project]
No metadata file found at config.json. [ProjectManager.verify_simulation_metadata]
Existing project is invalid or out of date. A new setup is required. [ProjectManager.create_or_open_project]
--- Simulation-specific progress logging started: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_z_neg\progress.log --- 
--- Simulation-specific verbose logging started: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_z_neg\verbose.log --- 
Creating a new empty project in memory. [ProjectManager.create_new]
License  : [Info]  Released [ MODEL_THELONIOUS 1.0 ]
Initializing model by creating and deleting a dummy block... [ProjectManager.create_new]
Model initialized, ready for population. [ProjectManager.create_new]
  - Setup simulation... [FarFieldStudy.subtask]
--- Setting up single Far-Field sim --- [FarFieldSetup.run_full_setup]
    - Load phantom... [FarFieldSetup.run_full_setup]
--- Running Phantom Check --- [PhantomSetup._log]
Found 2 total entities in the project. [PhantomSetup._log]
--- Phantom Check Result: Phantom not found in project. --- [PhantomSetup._log]
Phantom not found in document. Importing from 'C:\Users\user\repo-clean\data\phantoms\thelonious.sab'... [PhantomSetup._log]
[Info]  Checking out license feature 'MODEL_THELONIOUS', version 1.0, (1).
License  : [Info]  Acquired [ MODEL_THELONIOUS 1.0 ]
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Phantom imported successfully. [PhantomSetup._log]
      - Subtask 'setup_load_phantom' done in 8.78s [FarFieldSetup.run_full_setup]
      - Done in 8.78s [FarFieldSetup.run_full_setup]
    - Configure scene (bbox, plane wave)... [FarFieldSetup.run_full_setup]
Creating simulation bounding box for far-field... [FarFieldSetup._create_or_get_simulation_bbox]
  - Created far-field simulation BBox with 50mm padding. [FarFieldSetup._create_or_get_simulation_bbox]
  - Creating simulation: EM_FDTD_thelonious_700MHz_z_neg_phi [FarFieldSetup._create_simulation_entity]
  - Using simulation time multiplier: 3.5 [FarFieldSetup._apply_simulation_time_and_termination]
  - Simulation time set to 11.44 periods. [FarFieldSetup._apply_simulation_time_and_termination]
  - Setting termination criteria to: GlobalAutoTerminationUserDefined [FarFieldSetup._apply_simulation_time_and_termination]
    - Convergence level set to: -15 dB [FarFieldSetup._apply_simulation_time_and_termination]
      - Subtask 'setup_configure_scene' done in 1.50s [FarFieldSetup.run_full_setup]
      - Done in 1.50s [FarFieldSetup.run_full_setup]
    - Assign materials... [FarFieldSetup.run_full_setup]
Assigning materials... [MaterialSetup.assign_materials]
Simulation : [Warn]  Some properties for material "Air" have been set to their value according to the selected database
[Info]  
Mass Density has changed from 1000 to 1.2050000000000001
Mass Density has changed from 1.2050000000000001 to 1.2
Relative Permittivity has changed from 1 to 0
Simulation : [Warn]  Unable to find any match for following settings properties: Magnetic Conductivity
Simulation : [Warn]  Unable to find any match for following settings properties: Relative Permeability
      - Subtask 'setup_materials' done in 5.30s [FarFieldSetup.run_full_setup]
      - Done in 5.30s [FarFieldSetup.run_full_setup]
    - Configure solver (gridding, boundaries, sensors)... [FarFieldSetup.run_full_setup]
Setting up gridding... [GriddingSetup.setup_gridding]
  - Looking for global grid bounding box: 'far_field_simulation_bbox' [GriddingSetup._setup_main_grid]
  - Using manual gridding. [GriddingSetup._setup_main_grid]
  - Global and added manual grid set with global resolution: 3.0 mm. [GriddingSetup._setup_main_grid]
  - Using automatic padding. [GriddingSetup._setup_main_grid]
  - No antenna components provided, skipping subgridding. [GriddingSetup.setup_gridding]
Setting up boundary conditions... [BoundarySetup.setup_boundary_conditions]
  - Setting global boundary conditions to: UpmlCpml [BoundarySetup.setup_boundary_conditions]
    - Successfully set GlobalBoundaryType to UpmlCpml [BoundarySetup.setup_boundary_conditions]
  - Setting PML strength to: Low [BoundarySetup.setup_boundary_conditions]
    - Successfully set PmlStrength to Low [BoundarySetup.setup_boundary_conditions]
  - Added point sensor at (Vec3(-231.59, -107.681, -1019.42), Vec3(-231.59, -107.681, -1019.42), Vec3(-231.59, -107.681, -1019.42)) (lower_left_bottom) [FarFieldSetup._add_point_sensors]
  - Added point sensor at (Vec3(239.048, 205.076, 260.697), Vec3(239.048, 205.076, 260.697), Vec3(239.048, 205.076, 260.697)) (top_right_up) [FarFieldSetup._add_point_sensors]
  - Configuring solver settings... [FarFieldSetup._setup_solver_settings]
    - Solver kernel set to: Acceleware (AXware) [FarFieldSetup._setup_solver_settings]
      - Subtask 'setup_solver' done in 0.22s [FarFieldSetup.run_full_setup]
      - Done in 0.22s [FarFieldSetup.run_full_setup]
    - Voxelize simulation... [FarFieldSetup.run_full_setup]
    - Finalizing setup... [FarFieldSetup._finalize_setup]
Simulation : [Warn]  Some properties for material "Air" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Tongue" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Adrenal Gland" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Stomach Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Commissura Anterior" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Eye (Vitreous Humor)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Blood" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Midbrain" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Testis" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Air 1" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Blood Vessel Wall" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Epididymis" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Pineal Body" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Urinary Bladder Wall" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Bone Marrow (Red)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Gallbladder" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Hypophysis" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Brain (White Matter)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Spleen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Large Intestine Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Thymus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Trachea" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Heart Muscle" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Muscle" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Hypothalamus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Skin" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Brain (Grey Matter)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Bone (Cortical)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Eye (Sclera)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Tendon\Ligament" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Kidney (Medulla)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Medulla Oblongata" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Esophagus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Intervertebral Disc" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Vertebrae" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Eye (Lens)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Commissura Posterior" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Eye (Cornea)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Trachea Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Pharynx" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Liver" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Thalamus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Heart Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Large Intestine" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Kidney (Cortex)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Stomach" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Fat" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Lung" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Connective Tissue" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Pons" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Spinal Cord" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "SAT (Subcutaneous Fat)" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Cartilage" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Tooth" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Nerve" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Meniscus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Skull" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Prostate" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Diaphragm" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Mucous Membrane" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Small Intestine" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Larynx" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Mandible" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Small Intestine Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Hippocampus" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Cerebellum" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Penis" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Ureter\Urethra" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Bronchi lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Pancreas" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Esophagus Lumen" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Bronchi" have been set to their value according to the selected database
Simulation : [Warn]  Some properties for material "Cerebrospinal Fluid" have been set to their value according to the selected database
Saving project to C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_z_neg/far_field_thelonious_700MHz_environmental_phi_z_neg.smash... [ProjectManager.save]
[Info]  Document produced by Sim4Life version 8.2.0.16876
Project saved. [ProjectManager.save]
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  There have been no model changes since the last time was saved. 

[Info]  Start voxeling
[Info]  Topological Voxeler Report: Complete Voxel Scene
    Voxel Scene Memory Consumption: 0.002876 GB
    Wall Clock Time: 7.6676 s

[Info]  Voxeling succeeded.
    - Finalizing setup complete. [FarFieldSetup._finalize_setup]
      - Subtask 'setup_voxelize' done in 20.77s [FarFieldSetup.run_full_setup]
      - Done in 20.77s [FarFieldSetup.run_full_setup]
    - Save project... [FarFieldSetup.run_full_setup]
Saving project to C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_z_neg/far_field_thelonious_700MHz_environmental_phi_z_neg.smash... [ProjectManager.save]
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  There have been no model changes since the last time was saved. 

Project saved. [ProjectManager.save]
      - Subtask 'setup_save_project' done in 3.98s [FarFieldSetup.run_full_setup]
      - Done in 3.98s [FarFieldSetup.run_full_setup]
Common settings applied. [FarFieldSetup.run_full_setup]
    - Subtask 'setup_simulation' done in 40.80s [FarFieldStudy.subtask]
    - Done in 40.80s [FarFieldStudy.subtask]
  - Saved configuration metadata to config.json [ProjectManager.write_simulation_metadata]
--- Finished: setup (took 41.45s) --- [profile]
--- Starting: run --- [profile]
  - Run simulation total... [FarFieldStudy.subtask]
Running simulation: EM_FDTD_thelonious_700MHz_z_neg_phi [SimulationRunner.run]
    - Write input file... [SimulationRunner.run]
[Info]  Writing solver input file(s) for EM_FDTD_thelonious_700MHz_z_neg_phi
[Info]  Writing Rectilinear Discretization to Input File. Elapse Time: 0.48039 s
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  There have been no model changes since the last time was saved. 

      - Subtask 'run_write_input_file' done in 5.33s [SimulationRunner.run]
      - Done in 5.33s [SimulationRunner.run]
Running iSolve with acceleware on b74e244e-d81d-4ea9-bd70-2bad50688c5d_Input.h5 [SimulationRunner._run_isolve_manual]
    - Execute iSolve... [SimulationRunner._run_isolve_manual]

Reading command line 
iSolve X, Version 8.2.0 (16876), 64Bit Windows 

Running MPI version 2.0 on 1 process. 


Simulation 'EM_FDTD_thelonious_700MHz_z_neg_phi'  

Installed system RAM visible to this process:  16.0 GB 

Solver type: EmFdtd, SinglePrecision, Acceleware 
Input file name: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_z_neg/far_field_thelonious_700MHz_environmental_phi_z_neg.smash_Results\b74e244e-d81d-4ea9-bd70-2bad50688c5d_Input.h5 
Input file generated by: Sim4Life, Version 8.2.0.16876 
Output file name: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_z_neg/far_field_thelonious_700MHz_environmental_phi_z_neg.smash_Results\b74e244e-d81d-4ea9-bd70-2bad50688c5d_Output.h5 

Using commercial license features. 
Checking out license feature 'FDTD_SOLVER', version 8.2, (1). 

Running the EM-FDTD solver with the following settings: 
Floating Point Arithmetic: single (4 Bytes) 
HPC: Acceleware 
Used Acceleware library is '11.4.1.13550 (x64, 64-bit)'. 
Your NVIDIA display driver is newer than the expected version. 
Installed version: 15.7680 Expected: 15.3667 (see also http://www.acceleware.com/fdtd-11-4-1) 
Reduced performance could be encountered. 

Simulation Time Step:   5.72711e-12 sec 
Simulation Iterations:  2853 
Max Simulated Time: 1.63394e-08 sec 

Grid: 
Number of cells: 229x177x499 = 20225967 cells = 20.2260 MCells 
Number of cells including PML: 245x193x515 = 24351775 cells = 24.3518 MCells 
X: Range [-0.338659 ... 0.346117] with minimal 0.00297412 and maximal step 0.0029977 [m] 
Y: Range [-0.21475 ... 0.312145] with minimal 0.00297412 and maximal step 0.00297865 [m] 
Z: Range [-1.12649 ... 0.367766] with minimal 0.00297403 and maximal step 0.00299799 [m] 

Boundaries: 
Side X-: ABC (UPML, 8 layers) 
Side X+: ABC (UPML, 8 layers) 
Side Y-: ABC (UPML, 8 layers) 
Side Y+: ABC (UPML, 8 layers) 
Side Z-: ABC (UPML, 8 layers) 
Side Z+: ABC (UPML, 8 layers) 

Created unified material architecture (UMA) model 

Materials (77): 
Background: dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Tongue  (Thelonious_6y_V6): dielectric (eps_r=55.907533, sigma_E=0.865626, mu_r=1.000000, sigma_H=0.000000) 
Adrenal_gland  (Thelonious_6y_V6): dielectric (eps_r=50.989008, sigma_E=0.954350, mu_r=1.000000, sigma_H=0.000000) 
Stomach_lumen  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
commissura_anterior  (Thelonious_6y_V6): dielectric (eps_r=39.695046, sigma_E=0.531363, mu_r=1.000000, sigma_H=0.000000) 
Eye_vitreous_humor  (Thelonious_6y_V6): dielectric (eps_r=68.947390, sigma_E=1.583627, mu_r=1.000000, sigma_H=0.000000) 
Vein  (Thelonious_6y_V6): dielectric (eps_r=62.103070, sigma_E=1.455938, mu_r=1.000000, sigma_H=0.000000) 
Midbrain  (Thelonious_6y_V6): dielectric (eps_r=51.031533, sigma_E=1.173295, mu_r=1.000000, sigma_H=0.000000) 
Testis  (Thelonious_6y_V6): dielectric (eps_r=61.295609, sigma_E=1.130577, mu_r=1.000000, sigma_H=0.000000) 
Air_internal  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Blood_vessel  (Thelonious_6y_V6): dielectric (eps_r=45.325498, sigma_E=0.637236, mu_r=1.000000, sigma_H=0.000000) 
Epididymis  (Thelonious_6y_V6): dielectric (eps_r=61.295609, sigma_E=1.130577, mu_r=1.000000, sigma_H=0.000000) 
Pinealbody  (Thelonious_6y_V6): dielectric (eps_r=60.201963, sigma_E=0.966322, mu_r=1.000000, sigma_H=0.000000) 
Bladder  (Thelonious_6y_V6): dielectric (eps_r=19.149003, sigma_E=0.358399, mu_r=1.000000, sigma_H=0.000000) 
Marrow_red  (Thelonious_6y_V6): dielectric (eps_r=11.451933, sigma_E=0.207759, mu_r=1.000000, sigma_H=0.000000) 
Gallbladder  (Thelonious_6y_V6): dielectric (eps_r=59.551663, sigma_E=1.202528, mu_r=1.000000, sigma_H=0.000000) 
Hypophysis  (Thelonious_6y_V6): dielectric (eps_r=60.201963, sigma_E=0.966322, mu_r=1.000000, sigma_H=0.000000) 
Brain_white_matter  (Thelonious_6y_V6): dielectric (eps_r=39.695046, sigma_E=0.531363, mu_r=1.000000, sigma_H=0.000000) 
Spleen  (Thelonious_6y_V6): dielectric (eps_r=58.688546, sigma_E=1.175182, mu_r=1.000000, sigma_H=0.000000) 
Large_intestine_lumen  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Thymus  (Thelonious_6y_V6): dielectric (eps_r=55.600852, sigma_E=1.115237, mu_r=1.000000, sigma_H=0.000000) 
Trachea  (Thelonious_6y_V6): dielectric (eps_r=42.588287, sigma_E=0.713502, mu_r=1.000000, sigma_H=0.000000) 
Heart_muscle  (Thelonious_6y_V6): dielectric (eps_r=61.478559, sigma_E=1.125021, mu_r=1.000000, sigma_H=0.000000) 
Muscle  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Hypothalamus  (Thelonious_6y_V6): dielectric (eps_r=53.898662, sigma_E=0.859642, mu_r=1.000000, sigma_H=0.000000) 
Artery  (Thelonious_6y_V6): dielectric (eps_r=62.103070, sigma_E=1.455938, mu_r=1.000000, sigma_H=0.000000) 
Skin  (Thelonious_6y_V6): dielectric (eps_r=42.697659, sigma_E=0.799975, mu_r=1.000000, sigma_H=0.000000) 
Brain_grey_matter  (Thelonious_6y_V6): dielectric (eps_r=53.898662, sigma_E=0.859642, mu_r=1.000000, sigma_H=0.000000) 
Patella  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Eye_Sclera  (Thelonious_6y_V6): dielectric (eps_r=55.907533, sigma_E=1.096154, mu_r=1.000000, sigma_H=0.000000) 
Tendon_Ligament  (Thelonious_6y_V6): dielectric (eps_r=46.258918, sigma_E=0.645211, mu_r=1.000000, sigma_H=0.000000) 
Kidney_medulla  (Thelonious_6y_V6): dielectric (eps_r=60.631926, sigma_E=1.277659, mu_r=1.000000, sigma_H=0.000000) 
Medulla_oblongata  (Thelonious_6y_V6): dielectric (eps_r=51.031533, sigma_E=1.173295, mu_r=1.000000, sigma_H=0.000000) 
Esophagus  (Thelonious_6y_V6): dielectric (eps_r=65.714765, sigma_E=1.105511, mu_r=1.000000, sigma_H=0.000000) 
Intervertebral_disc  (Thelonious_6y_V6): dielectric (eps_r=44.418065, sigma_E=1.041108, mu_r=1.000000, sigma_H=0.000000) 
Vertebrae  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Eye_lens  (Thelonious_6y_V6): dielectric (eps_r=36.279018, sigma_E=0.435952, mu_r=1.000000, sigma_H=0.000000) 
commissura_posterior  (Thelonious_6y_V6): dielectric (eps_r=39.695046, sigma_E=0.531363, mu_r=1.000000, sigma_H=0.000000) 
Cornea  (Thelonious_6y_V6): dielectric (eps_r=56.275669, sigma_E=1.311407, mu_r=1.000000, sigma_H=0.000000) 
Trachea_lumen  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Pharynx  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Liver  (Thelonious_6y_V6): dielectric (eps_r=47.963211, sigma_E=0.773986, mu_r=1.000000, sigma_H=0.000000) 
Thalamus  (Thelonious_6y_V6): dielectric (eps_r=53.898662, sigma_E=0.859642, mu_r=1.000000, sigma_H=0.000000) 
Heart_lumen  (Thelonious_6y_V6): dielectric (eps_r=62.103070, sigma_E=1.455938, mu_r=1.000000, sigma_H=0.000000) 
Large_intestine  (Thelonious_6y_V6): dielectric (eps_r=59.134765, sigma_E=0.989502, mu_r=1.000000, sigma_H=0.000000) 
Kidney_cortex  (Thelonious_6y_V6): dielectric (eps_r=60.631926, sigma_E=1.277659, mu_r=1.000000, sigma_H=0.000000) 
Stomach  (Thelonious_6y_V6): dielectric (eps_r=65.714765, sigma_E=1.105511, mu_r=1.000000, sigma_H=0.000000) 
Fat  (Thelonious_6y_V6): dielectric (eps_r=11.423242, sigma_E=0.096238, mu_r=1.000000, sigma_H=0.000000) 
Lung  (Thelonious_6y_V6): dielectric (eps_r=22.460437, sigma_E=0.423425, mu_r=1.000000, sigma_H=0.000000) 
Connective_tissue  (Thelonious_6y_V6): dielectric (eps_r=46.258918, sigma_E=0.645211, mu_r=1.000000, sigma_H=0.000000) 
Pons  (Thelonious_6y_V6): dielectric (eps_r=51.031533, sigma_E=1.173295, mu_r=1.000000, sigma_H=0.000000) 
Spinal_cord  (Thelonious_6y_V6): dielectric (eps_r=33.263358, sigma_E=0.522929, mu_r=1.000000, sigma_H=0.000000) 
SAT  (Thelonious_6y_V6): dielectric (eps_r=11.423242, sigma_E=0.096238, mu_r=1.000000, sigma_H=0.000000) 
Ear_cartilage  (Thelonious_6y_V6): dielectric (eps_r=43.455463, sigma_E=0.697055, mu_r=1.000000, sigma_H=0.000000) 
Teeth  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Nerve  (Thelonious_6y_V6): dielectric (eps_r=33.263358, sigma_E=0.522929, mu_r=1.000000, sigma_H=0.000000) 
Ear_skin  (Thelonious_6y_V6): dielectric (eps_r=42.697659, sigma_E=0.799975, mu_r=1.000000, sigma_H=0.000000) 
Meniscus  (Thelonious_6y_V6): dielectric (eps_r=43.455463, sigma_E=0.697055, mu_r=1.000000, sigma_H=0.000000) 
Skull  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Prostate  (Thelonious_6y_V6): dielectric (eps_r=61.295609, sigma_E=1.130577, mu_r=1.000000, sigma_H=0.000000) 
Diaphragm  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Bone  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Mucosa  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Small_intestine  (Thelonious_6y_V6): dielectric (eps_r=61.138364, sigma_E=2.062163, mu_r=1.000000, sigma_H=0.000000) 
Larynx  (Thelonious_6y_V6): dielectric (eps_r=43.455463, sigma_E=0.697055, mu_r=1.000000, sigma_H=0.000000) 
Mandible  (Thelonious_6y_V6): dielectric (eps_r=12.662775, sigma_E=0.120578, mu_r=1.000000, sigma_H=0.000000) 
Small_intestine_lumen  (Thelonious_6y_V6): dielectric (eps_r=55.587038, sigma_E=0.878895, mu_r=1.000000, sigma_H=0.000000) 
Cartilage  (Thelonious_6y_V6): dielectric (eps_r=43.455463, sigma_E=0.697055, mu_r=1.000000, sigma_H=0.000000) 
Hippocampus  (Thelonious_6y_V6): dielectric (eps_r=53.898662, sigma_E=0.859642, mu_r=1.000000, sigma_H=0.000000) 
Cerebellum  (Thelonious_6y_V6): dielectric (eps_r=51.031533, sigma_E=1.173295, mu_r=1.000000, sigma_H=0.000000) 
Penis  (Thelonious_6y_V6): dielectric (eps_r=45.325498, sigma_E=0.637236, mu_r=1.000000, sigma_H=0.000000) 
Ureter_Urethra  (Thelonious_6y_V6): dielectric (eps_r=45.325498, sigma_E=0.637236, mu_r=1.000000, sigma_H=0.000000) 
Bronchi_lumen  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Pancreas  (Thelonious_6y_V6): dielectric (eps_r=60.201963, sigma_E=0.966322, mu_r=1.000000, sigma_H=0.000000) 
Esophagus_lumen  (Thelonious_6y_V6): dielectric (eps_r=1.000000, sigma_E=0.000000, mu_r=1.000000, sigma_H=0.000000) 
Bronchi  (Thelonious_6y_V6): dielectric (eps_r=42.588287, sigma_E=0.713502, mu_r=1.000000, sigma_H=0.000000) 
Cerebrospinal_fluid  (Thelonious_6y_V6): dielectric (eps_r=69.157589, sigma_E=2.338250, mu_r=1.000000, sigma_H=0.000000) 

Lumped Elements: No active lumped elements in the simulation. 

Host OS: Microsoft Windows 10 Professional 64-bit (Build 9200) 
Host CPU: AMD EPYC 7542 32-Core Processor 
Host memory: 16379 MB 
The following Accelerators have been detected: 
NVIDIA GeForce RTX 4090 (device ID = 0), compute capability 8.9, total memory 24563 MB 


Sensors (3): 
Initializing field sensor Overall Field. 
Initializing point sensor Point Sensor Entity 1 (lower_left_bottom). 
Averaging setup for point sensor Point Sensor Entity 1 (lower_left_bottom): 
E-Field: 
X: 2 edges used for recording. 
Y: 2 edges used for recording. 
Z: 2 edges used for recording. 
H-Field: 
X: 4 edges used for recording. 
Y: 4 edges used for recording. 
Z: 4 edges used for recording. 
Harmonic steady state settings for Point Sensor Entity 1 (lower_left_bottom): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 7e+08, recording time step = 2.86355e-11, convergence level = -15 dB. 
Initializing point sensor Point Sensor Entity 2 (top_right_up). 
Averaging setup for point sensor Point Sensor Entity 2 (top_right_up): 
E-Field: 
X: 2 edges used for recording. 
Y: 2 edges used for recording. 
Z: 2 edges used for recording. 
H-Field: 
X: 4 edges used for recording. 
Y: 4 edges used for recording. 
Z: 4 edges used for recording. 
Harmonic steady state settings for Point Sensor Entity 2 (top_right_up): ema-factor-per-period = 0.8, ema factor across check point 0.894427, frequency = 7e+08, recording time step = 2.86355e-11, convergence level = -15 dB. 
Using DFT to convert to frequency domain. 

Sources (1): 
Initializing plane wave source far_field_simulation_bbox. 
Excitation signal: Harmonic signal with frequency 700 MHz and ramp time 2.14286 ns 

Update coefficient calculation for 122086088 edges using 3 threads. 
Calculating update coefficients 
[PROGRESS]: 20% [ 24452000 / 122086088 ] Calculating update coefficients 
[PROGRESS]: 41% [ 50151132 / 122086088 ] Calculating update coefficients 
[PROGRESS]: 60% [ 73353634 / 122086088 ] Calculating update coefficients 
[PROGRESS]: 81% [ 99066106 / 122086088 ] Calculating update coefficients 


Edge-Material Statistics (Electric/Magnetic): 
61165060 / 60921028      (100.00% / 100.00%) : Total 
61165060 / 60921028      (100.00% / 100.00%) : Dielectric 

Edge-Region Statistics (regions with more than 1% of all edges, max 20 items): 
58992181 / 58810012      ( 96.45% /  96.53%) : Background 
1084192 /  1496072   (  1.77% /   2.46%) : Other 
1088687 /   614944   (  1.78% /   1.01%) : Averaged 


Update coefficient database contains 2099 E-coefficient(s) and 1 H-coefficient(s). 
Elapsed time for 'Calculating update coefficients' was 00:00:10 wall clock time. 
Preparing for time update 
Use hardware resource management option fastest simulation 
Checking out license feature 'AXWARE_TOKEN', version 8.2, (1). 
[PROGRESS]: 2% [ 2 / 100 ] Preparing for time update 
[PROGRESS]: 14% [ 14 / 100 ] Preparing for time update 
[PROGRESS]: 25% [ 25 / 100 ] Preparing for time update 
[PROGRESS]: 36% [ 36 / 100 ] Preparing for time update 
[PROGRESS]: 46% [ 46 / 100 ] Preparing for time update 
[PROGRESS]: 63% [ 63 / 100 ] Preparing for time update 
Simulation 1 is using device(s): [0] 
Elapsed time for 'Preparing for time update' was 00:00:19 wall clock time. 
Starting solver aXware (hardware accelerated). 
Time Update 
[PROGRESS]: 0% [ 10 / 2853 ] Time Update, estimated remaining time 2 minutes 1 seconds  @ 572.41 MCells/s 
[PROGRESS]: 7% [ 207 / 2853 ] Time Update, estimated remaining time 31 seconds  @ 2108.85 MCells/s 
[PROGRESS]: 14% [ 404 / 2853 ] Time Update, estimated remaining time 28 seconds  @ 2119.56 MCells/s 
[PROGRESS]: 20% [ 573 / 2853 ] Time Update, estimated remaining time 27 seconds  @ 2044.40 MCells/s 
[PROGRESS]: 26% [ 742 / 2853 ] Time Update, estimated remaining time 25 seconds  @ 2016.98 MCells/s 
[PROGRESS]: 32% [ 939 / 2853 ] Time Update, estimated remaining time 21 seconds  @ 2194.26 MCells/s 
Point Sensor Entity 1 (lower_left_bottom): Choosing component 1 to check conventional convergence. 
Point Sensor Entity 1 (lower_left_bottom): Choosing component 3 to check conventional convergence. 
Point Sensor Entity 2 (top_right_up): Choosing component 1 to check conventional convergence. 
Point Sensor Entity 2 (top_right_up): Choosing component 3 to check conventional convergence. 
[PROGRESS]: 38% [ 1108 / 2853 ] Time Update, estimated remaining time 23 seconds  @ 1840.54 MCells/s 
[PROGRESS]: 45% [ 1305 / 2853 ] Time Update, estimated remaining time 18 seconds  @ 2087.87 MCells/s 
[PROGRESS]: 51% [ 1474 / 2853 ] Time Update, estimated remaining time 17 seconds  @ 2004.94 MCells/s 
[PROGRESS]: 58% [ 1671 / 2853 ] Time Update, estimated remaining time 14 seconds  @ 2082.69 MCells/s 
[PROGRESS]: 65% [ 1868 / 2853 ] Time Update, estimated remaining time 11 seconds  @ 2137.34 MCells/s 
[PROGRESS]: 71% [ 2037 / 2853 ] Time Update, estimated remaining time 10 seconds  @ 2041.22 MCells/s 
Sensor Point Sensor Entity 2 (top_right_up): conventional steady state check successful. 
[PROGRESS]: 78% [ 2234 / 2853 ] Time Update, estimated remaining time 7 seconds  @ 2074.97 MCells/s 
[PROGRESS]: 84% [ 2403 / 2853 ] Time Update, estimated remaining time 5 seconds  @ 1997.43 MCells/s 
Sensor Point Sensor Entity 1 (lower_left_bottom): conventional steady state check successful. 
Steady state detected at iteration 2420, remaining time steps are 63. 
[PROGRESS]: 97% [ 2432 / 2483 ] Time Update, estimated remaining time 8 seconds  @ 150.20 MCells/s 
Simulation performed 2483 iterations. 
Elapsed time for 'Time Update' was 00:00:40 wall clock time. 

Post-process Sensors 
Post-process sensor 'Overall Field' 
Post-process sensor 'Point Sensor Entity 1 (lower_left_bottom)' 
[PROGRESS]: 66% [ 2 / 3 ] Post-process Sensors 
Post-process sensor 'Point Sensor Entity 2 (top_right_up)' 
Trusted frequency is 700 MHz. Expect less accurate results outside. 
Elapsed time for 'Post-process Sensors' was 00:00:05 wall clock time. 
FDTD simulation finished successfully. 

Simulation 'EM_FDTD_thelonious_700MHz_z_neg_phi' has ended successfully and took 00:01:27 wall clock time 
No compression of solver files requested 
Released license feature 'AXWARE_TOKEN'. 
Released license feature 'FDTD_SOLVER'. 
Peak CPU memory usage:   3.6 GB (3909775360 Bytes) 
iSolve ended successfully. 
      - Subtask 'run_isolve_execution' done in 88.14s [SimulationRunner._run_isolve_manual]
      - Done in 88.14s [SimulationRunner._run_isolve_manual]
    - Wait for results... [SimulationRunner._run_isolve_manual]
      - Subtask 'run_wait_for_results' done in 5.00s [SimulationRunner._run_isolve_manual]
      - Done in 5.00s [SimulationRunner._run_isolve_manual]
    - Reload project... [SimulationRunner._run_isolve_manual]
License  : [Info]  Released [ MODEL_THELONIOUS 1.0 ]
Opening project: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_z_neg/far_field_thelonious_700MHz_environmental_phi_z_neg.smash 
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  Checking out license feature 'MODEL_THELONIOUS', version 1.0, (1).
License  : [Info]  Acquired [ MODEL_THELONIOUS 1.0 ]
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
      - Subtask 'run_reload_project' done in 11.30s [SimulationRunner._run_isolve_manual]
      - Done in 11.30s [SimulationRunner._run_isolve_manual]
Project reloaded and results are available. [SimulationRunner._run_isolve_manual]
    - Subtask 'run_simulation_total' done in 109.88s [FarFieldStudy.subtask]
    - Done in 109.88s [FarFieldStudy.subtask]
Run deliverables verified. Updating metadata. [FarFieldStudy._verify_and_update_metadata]
Updated metadata in config.json [ProjectManager.update_simulation_metadata]
--- Finished: run (took 109.92s) --- [profile]
--- Starting: extract --- [profile]
Run deliverables verified. Proceeding with extraction. [FarFieldStudy._verify_run_deliverables_before_extraction]
Validating project file: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_z_neg/far_field_thelonious_700MHz_environmental_phi_z_neg.smash [ProjectManager.open]
Opening project with Sim4Life: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_z_neg/far_field_thelonious_700MHz_environmental_phi_z_neg.smash [ProjectManager.open]
Opening project: C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_z_neg/far_field_thelonious_700MHz_environmental_phi_z_neg.smash 
License  : [Info]  Released [ MODEL_THELONIOUS 1.0 ]
[Info]  Document produced by Sim4Life version 8.2.0.16876
[Info]  Checking out license feature 'MODEL_THELONIOUS', version 1.0, (1).
License  : [Info]  Acquired [ MODEL_THELONIOUS 1.0 ]
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Modeler  : [Warn]  No exact match found for SkullNot changing colors.
Project reloaded. [ProjectManager.reload_project]
  - Extract results total... [FarFieldStudy.subtask]
    - Extract input power... [PowerExtractor.extract_input_power]
  - Far-field study: using theoretical model for input power. [PowerExtractor._extract_far_field_power]
  - Calculated theoretical input power: 1.9522e-04 W [PowerExtractor._extract_far_field_power]
      - Subtask 'extract_input_power' done in 0.02s [PowerExtractor.extract_input_power]
      - Done in 0.02s [PowerExtractor.extract_input_power]
    - Extract SAR statistics... [SarExtractor.extract_sar_statistics]
  - Loading tissue groups for 'thelonious' from material_name_mapping.json [SarExtractor._define_tissue_groups]
  - Extracting peak SAR details... [SarExtractor.extract_peak_sar_details]
      - Subtask 'extract_sar_statistics' done in 27.91s [SarExtractor.extract_sar_statistics]
      - Done in 27.91s [SarExtractor.extract_sar_statistics]
    - Extract power balance... [PowerExtractor.extract_power_balance]
Analysis : [Warn]  Unable to balance the following EM sources: far_field_simulation_bbox,  are still not supported.
Analysis : [Warn]  Unable to balance the following EM sources: far_field_simulation_bbox,  are still not supported.
    - Overwriting Pin with theoretical value: 1.9522e-04 W [PowerExtractor.extract_power_balance]
    - Final Balance: 201.45% [PowerExtractor.extract_power_balance]
      - Subtask 'extract_power_balance' done in 10.84s [PowerExtractor.extract_power_balance]
      - Done in 10.84s [PowerExtractor.extract_power_balance]
    - Extract point sensors... [SensorExtractor.extract_point_sensor_data]
  - Point sensor plot saved to: C:\Users\user\repo-clean\results\far_field\thelonious\700MHz\environmental_phi_z_neg\point_sensor_data.png [SensorExtractor._save_plot]
      - Subtask 'extract_point_sensor_data' done in 1.16s [SensorExtractor.extract_point_sensor_data]
      - Done in 1.16s [SensorExtractor.extract_point_sensor_data]
  - Pickle report saved to: C:\Users\user\repo-clean\results\far_field\thelonious\700MHz\environmental_phi_z_neg\sar_stats_all_tissues.pkl [Reporter._save_pickle_report]
  - HTML report saved to: C:\Users\user\repo-clean\results\far_field\thelonious\700MHz\environmental_phi_z_neg\sar_stats_all_tissues.html [Reporter._save_html_report]
  - SAR results saved to: C:\Users\user\repo-clean\results\far_field\thelonious\700MHz\environmental_phi_z_neg\sar_results.json [ResultsExtractor._save_json_results]
    - Subtask 'extract_results_total' done in 40.22s [FarFieldStudy.subtask]
    - Done in 40.22s [FarFieldStudy.subtask]
Extract deliverables verified. Updating metadata. [FarFieldStudy._verify_and_update_metadata]
Updated metadata in config.json [ProjectManager.update_simulation_metadata]
Saving project to C:/Users/user/repo-clean/results/far_field/thelonious/700MHz/environmental_phi_z_neg/far_field_thelonious_700MHz_environmental_phi_z_neg.smash... [ProjectManager.save]
[Info]  Document produced by Sim4Life version 8.2.0.16876
Project saved. [ProjectManager.save]
--- Finished: extract (took 60.38s) --- [profile]

--- FarFieldStudy Finished --- [FarFieldStudy.run]
--- Logging shutdown --- 
--- Logging shutdown --- 
License  : [Info]  Released [ MODEL_THELONIOUS 1.0 ]
[Info]  Topological Voxeler Report: Muscle
    Target Grid: Primary
    Duration: 2250.92 ms
    Priority: 0
    Edges: None
    Voxels: 225848
    Memory Consumption: 0.329872 kB

[Info]  Topological Voxeler Report: Skin
    Target Grid: Primary
    Duration: 2382.99 ms
    Priority: 0
    Edges: None
    Voxels: 50274
    Memory Consumption: 0.409142 kB

[Info]  Topological Voxeler Report: Fat
    Target Grid: Primary
    Duration: 1984.38 ms
    Priority: 0
    Edges: None
    Voxels: 77275
    Memory Consumption: 0.334229 kB

[Info]  Topological Voxeler Report: SAT
    Target Grid: Primary
    Duration: 2126.31 ms
    Priority: 0
    Edges: None
    Voxels: 70055
    Memory Consumption: 0.408096 kB

[Info]  Topological Voxeler Report: Brain_grey_matter
    Target Grid: Primary
    Duration: 565.155 ms
    Priority: 0
    Edges: None
    Voxels: 26240
    Memory Consumption: 0.011757 kB

[Info]  Topological Voxeler Report: Connective_tissue
    Target Grid: Primary
    Duration: 776.406 ms
    Priority: 0
    Edges: None
    Voxels: 10750
    Memory Consumption: 0.340309 kB

[Info]  Topological Voxeler Report: Cerebrospinal_fluid
    Target Grid: Primary
    Duration: 501.267 ms
    Priority: 0
    Edges: None
    Voxels: 7731
    Memory Consumption: 0.067123 kB

[Info]  Topological Voxeler Report: Bone
    Target Grid: Primary
    Duration: 671.983 ms
    Priority: 0
    Edges: None
    Voxels: 26810
    Memory Consumption: 0.263748 kB

[Info]  Topological Voxeler Report: Skull
    Target Grid: Primary
    Duration: 423.726 ms
    Priority: 0
    Edges: None
    Voxels: 10030
    Memory Consumption: 0.017731 kB

[Info]  Topological Voxeler Report: Brain_white_matter
    Target Grid: Primary
    Duration: 290.855 ms
    Priority: 0
    Edges: None
    Voxels: 13777
    Memory Consumption: 0.009506 kB

[Info]  Topological Voxeler Report: Tendon_Ligament
    Target Grid: Primary
    Duration: 365.255 ms
    Priority: 0
    Edges: None
    Voxels: 7601
    Memory Consumption: 0.264679 kB

[Info]  Topological Voxeler Report: Large_intestine
    Target Grid: Primary
    Duration: 199.23 ms
    Priority: 0
    Edges: None
    Voxels: 8087
    Memory Consumption: 0.018135 kB

[Info]  Topological Voxeler Report: Vertebrae
    Target Grid: Primary
    Duration: 175.431 ms
    Priority: 0
    Edges: None
    Voxels: 8635
    Memory Consumption: 0.016899 kB

[Info]  Topological Voxeler Report: Lung
    Target Grid: Primary
    Duration: 133.629 ms
    Priority: 0
    Edges: None
    Voxels: 33854
    Memory Consumption: 0.013893 kB

[Info]  Topological Voxeler Report: Marrow_red
    Target Grid: Primary
    Duration: 213.692 ms
    Priority: 0
    Edges: None
    Voxels: 4051
    Memory Consumption: 0.136726 kB

[Info]  Topological Voxeler Report: Artery
    Target Grid: Primary
    Duration: 199.554 ms
    Priority: 0
    Edges: None
    Voxels: 2634
    Memory Consumption: 0.164230 kB

[Info]  Topological Voxeler Report: Large_intestine_lumen
    Target Grid: Primary
    Duration: 95.4279 ms
    Priority: 0
    Edges: None
    Voxels: 17862
    Memory Consumption: 0.016106 kB

[Info]  Topological Voxeler Report: Air_internal
    Target Grid: Primary
    Duration: 67.0564 ms
    Priority: 0
    Edges: None
    Voxels: 1818
    Memory Consumption: 0.003288 kB

[Info]  Topological Voxeler Report: Vein
    Target Grid: Primary
    Duration: 151.312 ms
    Priority: 0
    Edges: None
    Voxels: 2365
    Memory Consumption: 0.107765 kB

[Info]  Topological Voxeler Report: Diaphragm
    Target Grid: Primary
    Duration: 68.3746 ms
    Priority: 0
    Edges: None
    Voxels: 4149
    Memory Consumption: 0.004707 kB

[Info]  Topological Voxeler Report: Liver
    Target Grid: Primary
    Duration: 75.0861 ms
    Priority: 0
    Edges: None
    Voxels: 20784
    Memory Consumption: 0.008614 kB

[Info]  Topological Voxeler Report: Stomach
    Target Grid: Primary
    Duration: 69.0303 ms
    Priority: 0
    Edges: None
    Voxels: 5088
    Memory Consumption: 0.004791 kB

[Info]  Topological Voxeler Report: Nerve
    Target Grid: Primary
    Duration: 79.7387 ms
    Priority: 0
    Edges: None
    Voxels: 2150
    Memory Consumption: 0.021904 kB

[Info]  Topological Voxeler Report: Mucosa
    Target Grid: Primary
    Duration: 54.7631 ms
    Priority: 0
    Edges: None
    Voxels: 229
    Memory Consumption: 0.001251 kB

[Info]  Topological Voxeler Report: Cerebellum
    Target Grid: Primary
    Duration: 40.9566 ms
    Priority: 0
    Edges: None
    Voxels: 5681
    Memory Consumption: 0.001984 kB

[Info]  Topological Voxeler Report: Cartilage
    Target Grid: Primary
    Duration: 128.095 ms
    Priority: 0
    Edges: None
    Voxels: 1660
    Memory Consumption: 0.126228 kB

[Info]  Topological Voxeler Report: Blood_vessel
    Target Grid: Primary
    Duration: 76.5561 ms
    Priority: 0
    Edges: None
    Voxels: 342
    Memory Consumption: 0.054993 kB

[Info]  Topological Voxeler Report: Intervertebral_disc
    Target Grid: Primary
    Duration: 46.2176 ms
    Priority: 0
    Edges: None
    Voxels: 2778
    Memory Consumption: 0.005638 kB

[Info]  Topological Voxeler Report: Kidney_cortex
    Target Grid: Primary
    Duration: 47.2658 ms
    Priority: 0
    Edges: None
    Voxels: 2999
    Memory Consumption: 0.002182 kB

[Info]  Topological Voxeler Report: Small_intestine
    Target Grid: Primary
    Duration: 35.3025 ms
    Priority: 0
    Edges: None
    Voxels: 2106
    Memory Consumption: 0.001465 kB

[Info]  Topological Voxeler Report: Heart_muscle
    Target Grid: Primary
    Duration: 40.2477 ms
    Priority: 0
    Edges: None
    Voxels: 8775
    Memory Consumption: 0.003059 kB

[Info]  Topological Voxeler Report: Mandible
    Target Grid: Primary
    Duration: 28.3011 ms
    Priority: 0
    Edges: None
    Voxels: 630
    Memory Consumption: 0.001495 kB

[Info]  Topological Voxeler Report: Stomach_lumen
    Target Grid: Primary
    Duration: 26.5157 ms
    Priority: 0
    Edges: None
    Voxels: 4872
    Memory Consumption: 0.002899 kB

[Info]  Topological Voxeler Report: Ear_skin
    Target Grid: Primary
    Duration: 21.6652 ms
    Priority: 0
    Edges: None
    Voxels: 456
    Memory Consumption: 0.001396 kB

[Info]  Topological Voxeler Report: Spleen
    Target Grid: Primary
    Duration: 24.8047 ms
    Priority: 0
    Edges: None
    Voxels: 4554
    Memory Consumption: 0.002548 kB

[Info]  Topological Voxeler Report: Kidney_medulla
    Target Grid: Primary
    Duration: 19.4083 ms
    Priority: 0
    Edges: None
    Voxels: 1878
    Memory Consumption: 0.001274 kB

[Info]  Topological Voxeler Report: Esophagus
    Target Grid: Primary
    Duration: 17.2748 ms
    Priority: 0
    Edges: None
    Voxels: 289
    Memory Consumption: 0.001564 kB

[Info]  Topological Voxeler Report: Tongue
    Target Grid: Primary
    Duration: 12.1429 ms
    Priority: 0
    Edges: None
    Voxels: 1389
    Memory Consumption: 344 bytes

[Info]  Topological Voxeler Report: Spinal_cord
    Target Grid: Primary
    Duration: 14.897 ms
    Priority: 0
    Edges: None
    Voxels: 959
    Memory Consumption: 0.001770 kB

[Info]  Topological Voxeler Report: Thymus
    Target Grid: Primary
    Duration: 12.3944 ms
    Priority: 0
    Edges: None
    Voxels: 1083
    Memory Consumption: 800 bytes

[Info]  Topological Voxeler Report: Teeth
    Target Grid: Primary
    Duration: 12.2592 ms
    Priority: 0
    Edges: None
    Voxels: 209
    Memory Consumption: 440 bytes

[Info]  Topological Voxeler Report: Trachea
    Target Grid: Primary
    Duration: 12.1505 ms
    Priority: 0
    Edges: None
    Voxels: 148
    Memory Consumption: 512 bytes

[Info]  Topological Voxeler Report: Eye_Sclera
    Target Grid: Primary
    Duration: 9.8237 ms
    Priority: 0
    Edges: None
    Voxels: 159
    Memory Consumption: 224 bytes

[Info]  Topological Voxeler Report: Ear_cartilage
    Target Grid: Primary
    Duration: 10.6314 ms
    Priority: 0
    Edges: None
    Voxels: 144
    Memory Consumption: 0.001251 kB

[Info]  Topological Voxeler Report: Small_intestine_lumen
    Target Grid: Primary
    Duration: 10.1897 ms
    Priority: 0
    Edges: None
    Voxels: 845
    Memory Consumption: 560 bytes

[Info]  Topological Voxeler Report: Thalamus
    Target Grid: Primary
    Duration: 7.9699 ms
    Priority: 0
    Edges: None
    Voxels: 699
    Memory Consumption: 192 bytes

[Info]  Topological Voxeler Report: Bladder
    Target Grid: Primary
    Duration: 9.8187 ms
    Priority: 0
    Edges: None
    Voxels: 1120
    Memory Consumption: 256 bytes

[Info]  Topological Voxeler Report: Pancreas
    Target Grid: Primary
    Duration: 9.4287 ms
    Priority: 0
    Edges: None
    Voxels: 406
    Memory Consumption: 568 bytes

[Info]  Topological Voxeler Report: Esophagus_lumen
    Target Grid: Primary
    Duration: 8.0396 ms
    Priority: 0
    Edges: None
    Voxels: 133
    Memory Consumption: 0.000984 kB

[Info]  Topological Voxeler Report: Penis
    Target Grid: Primary
    Duration: 7.4725 ms
    Priority: 0
    Edges: None
    Voxels: 333
    Memory Consumption: 296 bytes

[Info]  Topological Voxeler Report: Meniscus
    Target Grid: Primary
    Duration: 10.995 ms
    Priority: 0
    Edges: None
    Voxels: 349
    Memory Consumption: 288 bytes

[Info]  Topological Voxeler Report: Trachea_lumen
    Target Grid: Primary
    Duration: 5.8468 ms
    Priority: 0
    Edges: None
    Voxels: 223
    Memory Consumption: 512 bytes

[Info]  Topological Voxeler Report: Pons
    Target Grid: Primary
    Duration: 4.6231 ms
    Priority: 0
    Edges: None
    Voxels: 461
    Memory Consumption: 152 bytes

[Info]  Topological Voxeler Report: Eye_vitreous_humor
    Target Grid: Primary
    Duration: 4.7601 ms
    Priority: 0
    Edges: None
    Voxels: 336
    Memory Consumption: 160 bytes

[Info]  Topological Voxeler Report: Midbrain
    Target Grid: Primary
    Duration: 4.2621 ms
    Priority: 0
    Edges: None
    Voxels: 284
    Memory Consumption: 112 bytes

[Info]  Topological Voxeler Report: Heart_lumen
    Target Grid: Primary
    Duration: 4.3962 ms
    Priority: 0
    Edges: None
    Voxels: 254
    Memory Consumption: 152 bytes

[Info]  Topological Voxeler Report: Gallbladder
    Target Grid: Primary
    Duration: 5.5849 ms
    Priority: 0
    Edges: None
    Voxels: 282
    Memory Consumption: 376 bytes

[Info]  Topological Voxeler Report: Pharynx
    Target Grid: Primary
    Duration: 3.5617 ms
    Priority: 0
    Edges: None
    Voxels: 56
    Memory Consumption: 40 bytes

[Info]  Topological Voxeler Report: Hippocampus
    Target Grid: Primary
    Duration: 3.908 ms
    Priority: 0
    Edges: None
    Voxels: 77
    Memory Consumption: 72 bytes

[Info]  Topological Voxeler Report: Medulla_oblongata
    Target Grid: Primary
    Duration: 2.7125 ms
    Priority: 0
    Edges: None
    Voxels: 209
    Memory Consumption: 96 bytes

[Info]  Topological Voxeler Report: Prostate
    Target Grid: Primary
    Duration: 3.8348 ms
    Priority: 0
    Edges: None
    Voxels: 119
    Memory Consumption: 56 bytes

[Info]  Topological Voxeler Report: Adrenal_gland
    Target Grid: Primary
    Duration: 3.3601 ms
    Priority: 0
    Edges: None
    Voxels: 107
    Memory Consumption: 152 bytes

[Info]  Topological Voxeler Report: Bronchi
    Target Grid: Primary
    Duration: 2.5249 ms
    Priority: 0
    Edges: None
    Voxels: 42
    Memory Consumption: 32 bytes

[Info]  Topological Voxeler Report: Testis
    Target Grid: Primary
    Duration: 3.0588 ms
    Priority: 0
    Edges: None
    Voxels: 124
    Memory Consumption: 40 bytes

[Info]  Topological Voxeler Report: Patella
    Target Grid: Primary
    Duration: 5.8734 ms
    Priority: 0
    Edges: None
    Voxels: 124
    Memory Consumption: 136 bytes

[Info]  Topological Voxeler Report: Ureter_Urethra
    Target Grid: Primary
    Duration: 4.5461 ms
    Priority: 0
    Edges: None
    Voxels: 30
    Memory Consumption: 384 bytes

[Info]  Topological Voxeler Report: Bronchi_lumen
    Target Grid: Primary
    Duration: 1.4139 ms
    Priority: 0
    Edges: None
    Voxels: 27
    Memory Consumption: 24 bytes

[Info]  Topological Voxeler Report: Cornea
    Target Grid: Primary
    Duration: 1.1398 ms
    Priority: 0
    Edges: None
    Voxels: 11
    Memory Consumption: 32 bytes

[Info]  Topological Voxeler Report: Hypothalamus
    Target Grid: Primary
    Duration: 0.9341 ms
    Priority: 0
    Edges: None
    Voxels: 25
    Memory Consumption: 16 bytes

[Info]  Topological Voxeler Report: Epididymis
    Target Grid: Primary
    Duration: 1.8855 ms
    Priority: 0
    Edges: None
    Voxels: 22
    Memory Consumption: 24 bytes

[Info]  Topological Voxeler Report: Eye_lens
    Target Grid: Primary
    Duration: 0.6108 ms
    Priority: 0
    Edges: None
    Voxels: 10
    Memory Consumption: 16 bytes

[Info]  Topological Voxeler Report: Hypophysis
    Target Grid: Primary
    Duration: 0.4382 ms
    Priority: 0
    Edges: None
    Voxels: 11
    Memory Consumption: 8 bytes

[Info]  Topological Voxeler Report: Pinealbody
    Target Grid: Primary
    Duration: 0.4026 ms
    Priority: 0
    Edges: None
    Voxels: 9
    Memory Consumption: 8 bytes

[Info]  Topological Voxeler Report: Larynx
    Target Grid: Primary
    Duration: 0.262 ms
    Priority: 0
    Edges: None
    Voxels: 3
    Memory Consumption: 8 bytes

[Info]  Topological Voxeler Report: commissura_posterior
    Target Grid: Primary
    Duration: 0.0718 ms
    Priority: 0
    Edges: None
    Voxels: None
    Memory Consumption: 0 bytes

[Info]  Topological Voxeler Report: commissura_anterior
    Target Grid: Primary
    Duration: 0.1757 ms
    Priority: 0
    Edges: None
    Voxels: 1
    Memory Consumption: 8 bytes

[Info]  Topological Voxeler Report: Complete Voxel Scene
    Voxel Scene Memory Consumption: 0.002876 GB
    Wall Clock Time: 7.6676 s

[Info]  Visualization Data Memory Consumption: 0.036381 GB
     Elapsed Time: 0.615359 s
[Info]  Time step: 5.72711e-12 s
Terminating study process... 
--- Logging shutdown --- 
--- Logging shutdown --- 
------------------------------------------------------------

Command completed with return code: 0

What happened¶

The GOLIAT GUI opened and ran everything automatically, while your Bash shell logged a more verbose output, including the one from Sim4Life.

GOLIAT GUI

You can click around the various tab which are explained in another tutorial. The 'time remaining' is computed based on live timing results and improves as profiling data becomes available in your study.

Phase breakdown

Setup phase: - Created .smash project in Sim4Life - Placed phantom in scene - Configured plane wave source (E-field = 1 V/m) - Set up computational grid and various settings - Assigned tissue materials from IT'IS database - Voxelized the grid and saved the project.

Run phase: - Executed FDTD solver via iSolve using AXWare GPU acceleration - Monitored convergence - Saved EM fields to *_Output.h5

Extract phase: - Calculated whole-body average SAR - Extracted tissue-specific SAR values - Computed peak spatial-average SAR (psSAR10g) - Generated JSON, pickle, and HTML reports

This happened 4 times (once per direction/polarization).

What happened in Sim4Life¶

GOLIAT automatically built scenes in Sim4Life while running.

Thelonious phantom setup in Sim4Life GUI Thelonious phantom with plane wave

Direction¶

Each incident direction creates different exposure: - x_pos: Wave travels in +X direction (front of phantom) - z_neg: Wave travels in -Z direction (from below)

Polarization¶

For each direction, the E-field orientation differs: - theta: E-field in one plane - phi: E-field perpendicular to theta

Exploring results¶

GOLIAT organizes results in a structured directory tree.

run_bash("ls -R results/far_field/thelonious/700MHz/")

Running: source .bashrc && ls -R results/far_field/thelonious/700MHz/

------------------------------------------------------------
results/far_field/thelonious/700MHz/:
environmental_phi_x_pos
environmental_phi_z_neg
environmental_theta_x_pos
environmental_theta_z_neg

results/far_field/thelonious/700MHz/environmental_phi_x_pos:
config.json
far_field_thelonious_700MHz_environmental_phi_x_pos.smash
far_field_thelonious_700MHz_environmental_phi_x_pos.smash_Results
point_sensor_data.png
progress.log
sar_results.json
sar_stats_all_tissues.html
sar_stats_all_tissues.pkl
verbose.log

results/far_field/thelonious/700MHz/environmental_phi_x_pos/far_field_thelonious_700MHz_environmental_phi_x_pos.smash_Results:
04895e5e-6bf5-4bd1-8807-2fa8361581a6_AxLog.log
04895e5e-6bf5-4bd1-8807-2fa8361581a6_AxLog.logAxSimSummary1.html
04895e5e-6bf5-4bd1-8807-2fa8361581a6_Input.h5
04895e5e-6bf5-4bd1-8807-2fa8361581a6_Input.log
04895e5e-6bf5-4bd1-8807-2fa8361581a6_Output.h5
04895e5e-6bf5-4bd1-8807-2fa8361581a6_Output.log
04895e5e-6bf5-4bd1-8807-2fa8361581a6_Voxeler.log5

results/far_field/thelonious/700MHz/environmental_phi_z_neg:
config.json
far_field_thelonious_700MHz_environmental_phi_z_neg.smash
far_field_thelonious_700MHz_environmental_phi_z_neg.smash_Results
point_sensor_data.png
progress.log
sar_results.json
sar_stats_all_tissues.html
sar_stats_all_tissues.pkl
verbose.log

results/far_field/thelonious/700MHz/environmental_phi_z_neg/far_field_thelonious_700MHz_environmental_phi_z_neg.smash_Results:
b74e244e-d81d-4ea9-bd70-2bad50688c5d_AxLog.log
b74e244e-d81d-4ea9-bd70-2bad50688c5d_AxLog.logAxSimSummary1.html
b74e244e-d81d-4ea9-bd70-2bad50688c5d_Input.h5
b74e244e-d81d-4ea9-bd70-2bad50688c5d_Input.log
b74e244e-d81d-4ea9-bd70-2bad50688c5d_Output.h5
b74e244e-d81d-4ea9-bd70-2bad50688c5d_Output.log
b74e244e-d81d-4ea9-bd70-2bad50688c5d_Voxeler.log5

results/far_field/thelonious/700MHz/environmental_theta_x_pos:
config.json
far_field_thelonious_700MHz_environmental_theta_x_pos.smash
far_field_thelonious_700MHz_environmental_theta_x_pos.smash_Results
point_sensor_data.png
progress.log
sar_results.json
sar_stats_all_tissues.html
sar_stats_all_tissues.pkl
verbose.log

results/far_field/thelonious/700MHz/environmental_theta_x_pos/far_field_thelonious_700MHz_environmental_theta_x_pos.smash_Results:
ff4ed249-3a58-4fcc-b6a0-f9e1f28b1fbd_AxLog.log
ff4ed249-3a58-4fcc-b6a0-f9e1f28b1fbd_AxLog.logAxSimSummary1.html
ff4ed249-3a58-4fcc-b6a0-f9e1f28b1fbd_Input.h5
ff4ed249-3a58-4fcc-b6a0-f9e1f28b1fbd_Input.log
ff4ed249-3a58-4fcc-b6a0-f9e1f28b1fbd_Output.h5
ff4ed249-3a58-4fcc-b6a0-f9e1f28b1fbd_Output.log
ff4ed249-3a58-4fcc-b6a0-f9e1f28b1fbd_Voxeler.log5

results/far_field/thelonious/700MHz/environmental_theta_z_neg:
config.json
far_field_thelonious_700MHz_environmental_theta_z_neg.smash
far_field_thelonious_700MHz_environmental_theta_z_neg.smash_Results
point_sensor_data.png
progress.log
sar_results.json
sar_stats_all_tissues.html
sar_stats_all_tissues.pkl
verbose.log

results/far_field/thelonious/700MHz/environmental_theta_z_neg/far_field_thelonious_700MHz_environmental_theta_z_neg.smash_Results:
820cac89-ce7c-4720-91b0-34eaecb818bd_AxLog.log
820cac89-ce7c-4720-91b0-34eaecb818bd_AxLog.logAxSimSummary1.html
820cac89-ce7c-4720-91b0-34eaecb818bd_Input.h5
820cac89-ce7c-4720-91b0-34eaecb818bd_Input.log
820cac89-ce7c-4720-91b0-34eaecb818bd_Output.h5
820cac89-ce7c-4720-91b0-34eaecb818bd_Output.log
820cac89-ce7c-4720-91b0-34eaecb818bd_Voxeler.log5
------------------------------------------------------------

Command completed with return code: 0

You'll see 4 directories (one per simulation):

results/far_field/thelonious/700MHz/
├── environmental_theta_x_pos/
├── environmental_phi_x_pos/
├── environmental_theta_z_neg/
└── environmental_phi_z_neg/

Note: Directory names use the format environmental_{polarization}_{direction} (e.g., theta_x_pos means theta polarization, x_pos direction).

Each contains: - *.smash (Sim4Life project file) - *.smash_Results/*_Input.h5 (simulation input settings file) - *.smash_Results/*_Output.h5 (simulation results with EM fields) - sar_results.json (extracted SAR values) - sar_stats_all_tissues.pkl (detailed tissue data) - sar_stats_all_tissues.html (HTML report of tissue SAR) - point_sensor_data.png (field convergence plot) - config.json (metadata with config hash, completion status) - verbose.log a log file with everything printed (including Sim4Life) - progress.log a log file with only high-level progress prints (as seen in the GUI also)

Note that the two log files are for that specific simulation, and if you want to see the full log file, you can find it under logs/*.log with a timestamp as filename.

Results tree

Looking at SAR results¶

Check the JSON from one simulation:

run_bash("cat results/far_field/thelonious/700MHz/environmental_theta_x_pos/sar_results.json")

Running: source .bashrc && cat results/far_field/thelonious/700MHz/environmental_theta_x_pos/sar_results.json

------------------------------------------------------------
{
    "input_power_W": 0.0005309910780076142,
    "input_power_frequency_MHz": 700.0,
    "eyes_group_weighted_avg_sar": 1.282829580112987e-05,
    "eyes_group_peak_sar": 1.6668154785293154e-05,
    "skin_group_weighted_avg_sar": 1.734516314368961e-05,
    "skin_group_peak_sar": 0.0001515590847702697,
    "brain_group_weighted_avg_sar": 1.109098380334678e-05,
    "brain_group_peak_sar": 3.142984496662393e-05,
    "genitals_group_weighted_avg_sar": 3.8027582534518573e-06,
    "genitals_group_peak_sar": 7.225423360068817e-06,
    "whole_body_sar": 1.0254515500239604e-05,
    "peak_sar_10g_W_kg": 0.00015270481526385993,
    "peak_sar_details": {
        "PeakValue": 0.00015270481526385993,
        "PeakLocation": [
            -0.13716261088848114,
            0.0010393965058028698,
            -0.18749523162841797
        ],
        "PeakCell": [
            67,
            72,
            313
        ],
        "PeakCubeSideLength": 0.020847758278250694
    },
    "power_balance": {
        "Pin": 0.0005309910780076142,
        "LumpedLoss": 0.0,
        "DielLoss": 0.00019936609570743381,
        "SIBCLoss": 0.0,
        "RadPower": 0.0004251346321493339,
        "Balance": 117.61039944400207
    },
    "point_sensor_data": {
        "Lower Left Bottom": {
            "time_s": [
                5.727106722891451e-12,
                3.436264120471044e-11,
                6.29981691813164e-11,
                0.3444145619869232
            ]
        }
    }
}------------------------------------------------------------

Command completed with return code: 0

Key metrics

Whole-body SAR: Average absorption across entire phantom (here 1.02e-5 mW/kg per 1W input power)
SAR of groups: The weighted average SAR for a number of groups (brain, genitals, skin, eyes), which are defined under data/material_name_mapping.json
Peak 10g SAR: Maximum SAR averaged over 10g tissue cube (as defined in the 62704-1 IEC/IEEE standard), in both the whole body as in the groups
Power balance: Energy conservation check (should be close to 100%). Note that the input power comes from a theoretical calculation as Sim4Life does not (yet) support input power of a far-field source.

All values are normalized to 1W input power. Scale them based on actual exposure levels.

HTML report¶

Open sar_stats_all_tissues.html in a browser. It shows a detailed table of SAR values for every tissue type present in the phantom, the group data, and more details

HTML report

This helps identify which tissues absorb the most energy.

Point sensor convergence plots¶

Each simulation includes a plot showing E-field magnitude over time at monitoring points.

Point sensor plot

These plots verify that the simulation ran long enough. You should see: - Initial oscillations as fields build up - Gradual decay as steady state is reached - Stable final values (convergence)

If fields are still changing rapidly at the end, the simulation may need more time. You can look in the detailed logs to examine if iSolve detected convergence for a specific point sensor.

Simulation time¶

The simulation time is controlled primarily by the following settings:

"simulation_parameters": {
  "global_auto_termination": "GlobalAutoTerminationUserDefined",
  "convergence_level_dB": -15,
  "simulation_time_multiplier": 3.5,
  "number_of_point_sensors": 2
}

Key parameters:

global_auto_termination: As defined in the Sim4Life manual, one can pick how stringent the convergence detection algo is.
convergence_level_dB: For user-defined termination, you can control the field decay threshold here.
simulation_time_multiplier: This controls the total time the simulation can maximally take. It starts from the theoretical time to cross the bounding box's diagonal at the speed of light in a vacuum, then multiplies this amount by the multiplier.
number_of_point_sensors: How many monitoring points to place (default 2). You can control where these are placed with point_source_order and pick up to 8 points (for each corner).

Sim4Life includes built-in convergence detection that automatically stops simulations when fields reach steady state. This prevents wasting computation time after the solution has converged.

Sim4Life offers several preset termination criteria:

GlobalAutoTerminationNone: No automatic termination (runs full specified time)
GlobalAutoTerminationWeak
GlobalAutoTerminationMedium
GlobalAutoTerminationStrict
GlobalAutoTerminationUserDefined: Custom threshold (what we used)

The details can be found in the Sim4Life manual. The field sensor convergence as a whole is taken into account.

GOLIAT configuration:

The base config uses GlobalAutoTerminationUserDefined with a -15 dB threshold:

"global_auto_termination": "GlobalAutoTerminationUserDefined",
"convergence_level_dB": -15

This means the simulation stops when transient energy decays to 1/1000 (10^(-15/10)) of its initial value, which provides sufficient accuracy for SAR studies.

What you learned¶

Far-field studies use plane waves to model environmental exposure
Config files control everything (phantoms, frequencies, directions, polarizations)
GOLIAT automates the entire workflow (setup, run, extract)
Results are organized by study type, phantom, frequency, and scenario
SAR metrics quantify absorption (whole-body, localized, peak 10g)

Try this¶

Edit tutorial_1_far_field.json and: - Add more directions (y_pos and y_neg) - Add another phantom (eartha for adult female) - Add another frequency (835)

Then rerun:

run_bash("goliat study tutorial_1_far_field.json")

Watch the GUI progress through more simulations.

Next steps¶

Tutorial 2: Configuration and caching (how configs work, avoiding redundant runs)
Configuration guide: Full parameter reference at ../developer_guide/configuration.md
User guide: Far-field workflows at user_guide.md
Features: See what else GOLIAT does at Full List of Features

Ready for tutorial 2? Learn how configs extend each other and how GOLIAT avoids redundant work.