# Example usage calculate_urban_resilience('input_file_name')
### Treatment  
The base context adapted measures presented that contribute significantly to earthquake resilience within the framework of comprehensive treatment plans, ongoing monitoring, risk review, effective communication, and community consultation [111]. Here is how they align with these aspects:  
In what concerns the physical infrastructure, the treatment comprises the following: (i) upgrading stormwater and sewage systems; (ii) improving building insulation; (iii) fire-resistant materials and designs. Upgrading stormwater and sewage systems, as part of a comprehensive treatment plan, involves the continuous monitoring and reviewing of potential earthquake risks to ensure these systems are resilient. Regular communication and consultation with relevant stakeholders are very important to implement necessary upgrades effectively. Improving building insulation, part of treatment plans, should involve the continuous monitoring of structural integrity. Communication about earthquake-resistant designs and consultation with experts help in enhancing insulation methods for better seismic resilience. Fire-resistant materials and designs for homes should be regularly monitored in terms of their effectiveness in earthquake scenarios. Continuous communication about fire safety measures and consultation with local fire departments can ensure their optimal use in earthquake-prone areas [111]. Concerning water management, the protection of groundwater resources, integrated into treatment plans, requires ongoing monitoring to safeguard against earthquake-induced contamination. Regular communication with water authorities and consulting hydrogels can ensure effective protection strategies [111]. Figure 7: Map depicting Portugal’s 308 municipalities and their resilience. Referring to policy and planning, the treatment should incorporate earthquake-exposed, socioeconomically vulnerable locations into urban planning, as a part of treatment plans, which necessitates continuous risk reviews and communication with at-risk communities. Consulting urban planners and community leaders ensures that plans consider their needs and risks effectively. The development and enforcement of building codes related to earthquakes should include the ongoing monitoring of compliance and periodic reviews to enhance effectiveness. Continuous communication and consultation with engineers and architects are vital for updating codes according to the latest seismic research. Insurance policies require continuous monitoring and reviewing to ensure their alignment with evolving earthquake risks. Transparent communication about policy coverage and consulting with risk assessment experts help in optimizing coverage for affected communities. Additionally, zoning laws to prevent building in high-risk areas need regular reviewing, and communication with stakeholders to ensure their alignment with updated seismic risk assessments is also important. Consulting geologists and urban planners' aids in making informed zoning decisions. Tax incentives for earthquake-resilient practices should be periodically reviewed for their effectiveness. Clear communication about these incentives and consulting with construction professionals encourage the adoption of resilient designs. Moreover, the development of adaptation plans should include the continuous monitoring of their implementation progress. Continuous communication and consultation with local authorities ensure that plans remain adaptable to changing earthquake risks. Finally, educational programs about earthquake risks and adaptation strategies must be continuously reviewed for relevance and reach. Consistent communication through various channels and consulting with educators refine these programs for better community preparedness [111]. Finally, health and social measures pertain to the need for enhanced emergency services and the continual monitoring of infrastructures to assess their readiness for earthquake scenarios.