# <div align="center">V-Aguatech – Automatic Technical Report Generator</div>

---

## <div align="center">Overview</div>

V-Aguatech is a desktop application developed in Python for the automatic generation of technical inspection reports in Microsoft Word format.

The platform was designed to streamline field inspection workflows by allowing investigators and technicians to:

- Fill structured inspection data
- Attach photographs
- Document applied inspection techniques
- Register participants during inspections
- Automatically generate professional DOCX reports from templates

The application uses a dynamic Word template system with automatic placeholder replacement and image insertion.

---

# <div align="center">Main Features</div>

## Automatic DOCX Report Generation

- Dynamic placeholder replacement
- Automatic generation of timestamped reports
- Structured technical documentation

---

## Image Processing

- Single image insertion
- Multiple image insertion
- Automatic image conversion to PNG
- Automatic image resizing inside reports

---

## Technical Inspection Management

The system allows the user to document:

- Visual inspection techniques
- Humidity measurements
- Thermal camera inspections
- Endoscopic camera analysis
- Pressure testing
- Color dye testing
- Obstruction testing

Each technique supports:
- Description field
- Multiple attached photographs

---

## Presence Registration

The application supports recording:

- Insured individuals
- Injured parties
- Other participants

Including:
- Names
- Statements
- Presence tracking during inspections

---

# <div align="center">Technologies Used</div>

| Technology | Purpose |
|:---:|:---:|
| Python | Main programming language |
| Tkinter | Desktop graphical interface |
| python-docx | Microsoft Word manipulation |
| Pillow (PIL) | Image processing |
| io / tempfile | Temporary image stream handling |

---

# <div align="center">Project Structure</div>

```txt
.
├── vaguatechrelatorios_VF1.py
├── Corpus.docx
├── README.md
```

---

# <div align="center">Requirements</div>

## Python Version

```txt
Python 3.10+
```

---

# <div align="center">Required Libraries</div>

Install dependencies:

```bash
pip install python-docx pillow
```

---

# <div align="center">Running the Application</div>

Execute:

```bash
python vaguatechrelatorios_VF1.py
```

---

# <div align="center">Required Template</div>

The application requires the following template file in the same directory:

```txt
Corpus.docx
```

This template contains placeholders used for automatic replacement.

---

# <div align="center">Supported Placeholders</div>

## Text Placeholders

| Placeholder | Description |
|:---:|:---:|
| `{{nproc}}` | Process number |
| `{{segurado}}` | Insured person |
| `{{comp}}` | Insurance company |
| `{{terceiro}}` | Third party |
| `{{data}}` | Inspection date |
| `{{local da visita}}` | Inspection location |
| `{{descriçãoimovel}}` | Property description |
| `{{anoconstr}}` | Construction year |
| `{{descricao}}` | Inspection description |
| `{{area}}` | Area inspected |

---

## Image Placeholders

| Placeholder | Description |
|:---:|:---:|
| `{{foto1}}` | Main inspection image |
| `{{foto2}}` | Multiple inspection images |

---

## Technical Sections

| Placeholder | Description |
|:---:|:---:|
| `{{tecnicasutilizadas}}` | Inspection techniques |
| `{{iniciopesquisa}}` | Initial investigation methods |
| `{{metodosutilizados}}` | Combined methods list |

---

# <div align="center">Generated Output</div>

Reports are automatically generated with timestamp naming:

```txt
YYYY-MM-DD_HH-MM-SS.docx
```

Example:

```txt
2026-05-21_15-30-00.docx
```

---

# <div align="center">User Interface</div>

The application provides:

- Structured inspection form
- Dynamic participant management
- Multi-image selection
- Technique management windows
- Automatic validation popups
- Error handling interface

---

# <div align="center">Error Handling</div>

The application automatically handles:

- Missing templates
- Invalid image formats
- Missing placeholders
- DOCX generation failures

---

# <div align="center">Main Functionalities</div>

## Automatic Image Conversion

All images are automatically converted to PNG streams before insertion into Word documents.

---

## Dynamic Report Sections

The system dynamically builds:

- Participant summaries
- Technical method sections
- Inspection conclusions
- Multi-image layouts

---

# <div align="center">Intended Use Cases</div>

- Insurance inspections
- Technical damage assessments
- Building inspections
- Water damage investigations
- Field technical reports
- Evidence documentation

---

# <div align="center">Future Improvements</div>

- PDF export
- Database integration
- Digital signatures
- Multi-user system
- Cloud synchronization
- OCR integration
- AI-assisted report writing

---

# <div align="center">Disclaimer</div>

This software is intended for technical documentation and inspection support purposes.

Users remain responsible for validating generated reports before official submission.

---

# <div align="center">Author</div>

José Garcia
Data Scientist
PhD Researcher – Digitalization Engineering