{% if analysis_details.hazard_icon_svg %}

{% elif analysis_details.hazard_icon_base64 %} ${{ t.page_meta.alt_hazard_icon|default('Hazard Icon') }}$ {% endif %}

{{ analysis_details.translated_hazard_subtype|default(analysis_details.hazard_subtype) }}

{% if exposure_type %}

{% if exposure_type == "Population" %} {% elif exposure_type == "Elderly Population" %} {% elif exposure_type == "Female Population" %} {% elif exposure_type == "Health Facilities" %} {% elif exposure_type == "Education Facilities" %} {% elif exposure_type == "Power Plants" %} {% elif exposure_type == "Power Plants - Hydro" %} {% elif exposure_type == "Power Plants - Solar" %} {% elif exposure_type == "Road Network" %} {% elif exposure_type == "Railways" %} {% elif exposure_type == "Sea and River Ports" %} {% elif exposure_type == "Airports" %} {% elif exposure_type == "Fibre-optic ICT" %} {% elif exposure_type == "Agricultural Production Quantity" %} {% elif exposure_type == "Agricultural Production Value" %} {% elif exposure_type == "Economic Stock" %} {% elif exposure_type == "Mangroves" %} {% elif exposure_type == "Others" %} {% else %} {% endif %} {{ analysis_details.translated_exposure_category|default(exposure_type) }}

{% endif %}

{{ t.section_headers.executive_summary|default('Executive Summary') }}

{{ format_pct_adaptive(summary_stats.total_impact_pct|default(0)) }}%

{{ t.statistics_cards.total_hazard_affected|default('Total Hazard Affected Area (% of Total Area)') }}

{% if has_exposure %}

{% set imp_exp = summary_stats.impacted_exposure|default(0) %}{% set tot_exp = summary_stats.total_exposure|default(0) %}{% if imp_exp >= 1000000 %}{{ "{:,.1f}".format(imp_exp/1000000) }}M{% elif imp_exp >= 1000 %}{{ "{:,.1f}".format(imp_exp/1000) }}K{% else %}{{ "{:,.0f}".format(imp_exp) }}{% endif %}/{% if tot_exp >= 1000000 %}{{ "{:,.1f}".format(tot_exp/1000000) }}M{% elif tot_exp >= 1000 %}{{ "{:,.1f}".format(tot_exp/1000) }}K{% else %}{{ "{:,.0f}".format(tot_exp) }}{% endif %} ({{ format_pct_adaptive((imp_exp / tot_exp * 100) if tot_exp > 0 else 0) }}%)

{{ (t.statistics_cards.exposed_count_pct|default('Exposed {exposure_type} (Count and % of Exposed {exposure_type} relative to Total {exposure_type})'))|replace('{exposure_type.genitive.lower}', (translated_exposure_category_genitive|default(translated_exposure_category)|default('Exposure'))|lower)|replace('{exposure_type.genitive}', translated_exposure_category_genitive|default(translated_exposure_category)|default('Exposure'))|replace('{exposure_type.lower}', (translated_exposure_category|default(exposure_type)|default('Exposure'))|lower)|replace('{exposure_type}', translated_exposure_category|default(exposure_type)|default('Exposure')) }}

{% endif %}

🗺️ {{ t.section_headers.impact_summary_map|default('Impact Summary Map') }}

{% set summary_map_section = sections.summary_map|default({}) %} {% if summary_map_section and summary_map_section.image_base64|default('') %} ${{ t.page_meta.alt_summary_map|default('IBF Summary Map') }}$ {% else %}

📍 {{ t.map_captions.map_not_available|default('Map visualization not available') }}

{% endif %}

{% if narrative_text %} {# ===== SENTENCE-LEVEL NARRATIVE (new path) ===== Built in Python (core/report_narrative.py) from full-sentence templates in t.report_narrative — used by report-only languages (hi/ta/si/dv). Languages without that section (en/ru) keep the legacy fragment assembly below, unchanged. #} {{ narrative_text }} {% set _tc_forecast_dt_n = ((analysis_details.tc_forecast_datetime|default(tc_forecast_datetime|default('')))|trim) %} {% set _haz_sub_n = (analysis_details.hazard_subtype|default('')|string|lower) %} {% if ('tropical cyclone' in _haz_sub_n) and _tc_forecast_dt_n %}

{{ (t.map_captions.tc_forecast_validity_statement|default('This analysis is based on the tropical cyclone forecast valid for {forecast_datetime}, derived from maximum sustained quadrant wind speed forecast data.'))|replace('{forecast_datetime}', _tc_forecast_dt_n) }}

{% endif %} {% else %} {% set total_areas = summary_stats.total_areas|default(0) %} {% set impacted_areas = summary_stats.impacted_areas|default(0) %} {% set total_impact_pct = summary_stats.total_impact_pct|default(0) %} {% set avg_exposure_impact_pct = summary_stats.avg_exposure_impact_pct|default(0) %} {% set total_exposure = summary_stats.total_exposure|default(0) %} {% set impacted_exposure = summary_stats.impacted_exposure|default(0) %} {# ===== EXPOSURE PHRASING CONFIGURATION ===== #} {# Determine proper unit name, article, verb, and percentage suffix based on exposure type #} {% if exposure_type == "Population" %} {% set unit_name = "people" %} {% set unit_singular = "person" %} {% set article = "" %} {% set verb = "are" %} {% set category_label = "population" %} {% set pct_suffix = "of total population" %} {% elif exposure_type == "Elderly Population" %} {% set unit_name = "elderly people" %} {% set unit_singular = "elderly person" %} {% set article = "" %} {% set verb = "are" %} {% set category_label = "elderly population" %} {% set pct_suffix = "of total population" %} {% elif exposure_type == "Female Population" %} {% set unit_name = "women and girls" %} {% set unit_singular = "woman/girl" %} {% set article = "" %} {% set verb = "are" %} {% set category_label = "female population" %} {% set pct_suffix = "of total population" %} {% elif exposure_type == "Health Facilities" %} {% set unit_name = "health facilities" %} {% set unit_singular = "health facility" %} {% set article = "" %} {% set verb = "are" %} {% set category_label = "health facility" %} {% set pct_suffix = "of total no. of facilities" %} {% elif exposure_type == "Education Facilities" %} {% set unit_name = "education facilities" %} {% set unit_singular = "education facility" %} {% set article = "" %} {% set verb = "are" %} {% set category_label = "education facility" %} {% set pct_suffix = "of total no. of facilities" %} {% elif exposure_type == "Power Plants" %} {% set unit_name = "power plants" %} {% set unit_singular = "power plant" %} {% set article = "" %} {% set verb = "are" %} {% set category_label = "power plant" %} {% set pct_suffix = "of total no. of plants" %} {% elif exposure_type == "Power Plants - Hydro" %} {% set unit_name = "hydro power plants" %} {% set unit_singular = "hydro power plant" %} {% set article = "" %} {% set verb = "are" %} {% set category_label = "hydro power plant" %} {% set pct_suffix = "of total no. of plants" %} {% elif exposure_type == "Power Plants - Solar" %} {% set unit_name = "solar power plants" %} {% set unit_singular = "solar power plant" %} {% set article = "" %} {% set verb = "are" %} {% set category_label = "solar power plant" %} {% set pct_suffix = "of total no. of plants" %} {% elif exposure_type == "Road Network" %} {% set unit_name = "km of road network" %} {% set unit_singular = "km of road network" %} {% set article = "the " %} {% set verb = "is" %} {% set category_label = "road network" %} {% set pct_suffix = "of total length" %} {% elif exposure_type == "Railways" %} {% set unit_name = "km of railways" %} {% set unit_singular = "km of railway" %} {% set article = "the " %} {% set verb = "are" %} {% set category_label = "railway" %} {% set pct_suffix = "of total length" %} {% elif exposure_type == "Sea and River Ports" %} {% set unit_name = "ports" %} {% set unit_singular = "port" %} {% set article = "" %} {% set verb = "are" %} {% set category_label = "port" %} {% set pct_suffix = "of total no. of ports" %} {% elif exposure_type == "Airports" %} {% set unit_name = "airports" %} {% set unit_singular = "airport" %} {% set article = "" %} {% set verb = "are" %} {% set category_label = "airport" %} {% set pct_suffix = "of total no. of airports" %} {% elif exposure_type == "Fibre-optic ICT" %} {% set unit_name = "km of fibre-optic network" %} {% set unit_singular = "km of fibre-optic network" %} {% set article = "the " %} {% set verb = "is" %} {% set category_label = "fibre-optic network" %} {% set pct_suffix = "of total length" %} {% elif exposure_type == "Agricultural Production Quantity" %} {% set unit_name = "tonnes of agricultural production" %} {% set unit_singular = "tonne of agricultural production" %} {% set article = "" %} {% set verb = "is" %} {% set category_label = "agricultural production" %} {% set pct_suffix = "of total production" %} {% elif exposure_type == "Agricultural Production Value" %} {% set unit_name = "in agricultural value" %} {% set unit_singular = "in agricultural value" %} {% set article = "" %} {% set verb = "is" %} {% set category_label = "agricultural value" %} {% set pct_suffix = "of total value" %} {% elif exposure_type == "Economic Stock" %} {% set unit_name = "in economic stock" %} {% set unit_singular = "in economic stock" %} {% set article = "" %} {% set verb = "is" %} {% set category_label = "economic stock" %} {% set pct_suffix = "of total value" %} {% elif exposure_type == "Mangroves" %} {% set unit_name = "hectares of mangroves" %} {% set unit_singular = "hectare of mangroves" %} {% set article = "" %} {% set verb = "are" %} {% set category_label = "mangrove area" %} {% set pct_suffix = "of total area" %} {% else %} {% set unit_name = exposure_type|lower if exposure_type else "exposure units" %} {% set unit_singular = exposure_type|lower if exposure_type else "exposure unit" %} {% set article = "" %} {% set verb = "are" %} {% set category_label = exposure_type|lower if exposure_type else "exposure" %} {% set pct_suffix = "of total " + (exposure_type|lower if exposure_type else "") %} {% endif %} {# ===== FORMAT IMPACTED EXPOSURE VALUE ===== #} {% if is_line_exposure %} {# Line exposure: convert meters to km #} {% set display_value = impacted_exposure / 1000 %} {% if display_value >= 1000000 %} {% set formatted_value = "{:,.1f}".format(display_value/1000000) + "M" %} {% elif display_value >= 1000 %} {% set formatted_value = "{:,.1f}".format(display_value/1000) + "K" %} {% else %} {% set formatted_value = "{:,.1f}".format(display_value) %} {% endif %} {% elif exposure_type in ["Agricultural Production Value", "Economic Stock"] %} {# Monetary values: add $ prefix #} {% if impacted_exposure >= 1000000000 %} {% set formatted_value = "$" + "{:,.1f}".format(impacted_exposure/1000000000) + "B" %} {% elif impacted_exposure >= 1000000 %} {% set formatted_value = "$" + "{:,.1f}".format(impacted_exposure/1000000) + "M" %} {% elif impacted_exposure >= 1000 %} {% set formatted_value = "$" + "{:,.1f}".format(impacted_exposure/1000) + "K" %} {% else %} {% set formatted_value = "$" + "{:,.0f}".format(impacted_exposure) %} {% endif %} {% else %} {# Standard numeric formatting #} {% if impacted_exposure >= 1000000 %} {% set formatted_value = "{:,.1f}".format(impacted_exposure/1000000) + "M" %} {% elif impacted_exposure >= 1000 %} {% set formatted_value = "{:,.1f}".format(impacted_exposure/1000) + "K" %} {% else %} {% set formatted_value = "{:,.0f}".format(impacted_exposure) %} {% endif %} {% endif %} {# ===== MAIN SUMMARY TEXT ===== #} {% if total_areas > 0 %} {% if total_areas == 1 or (total_areas % 10 == 1 and total_areas % 100 != 11) %}{{ (t.map_captions.evaluates_area_singular|default('The analysis covers {count} administrative area'))|replace('{count}', total_areas|string) }}{% elif total_areas % 10 in [2, 3, 4] and total_areas % 100 not in [12, 13, 14] %}{{ (t.map_captions.evaluates_area_few|default('The analysis covers {count} administrative areas'))|replace('{count}', total_areas|string) }}{% else %}{{ (t.map_captions.evaluates_area_plural|default('The analysis covers {count} administrative areas'))|replace('{count}', total_areas|string) }}{% endif %}{% if impacted_areas > 0 %}{% set _wa = (t.map_captions.with_affected|default('of which {count} are affected by {hazard_type}'))|replace('{count}', impacted_areas|string)|replace('{hazard_type}', (analysis_details.translated_hazard_subtype|default(analysis_details.hazard_subtype))|lower) %}{{ ('' if _wa.lstrip().startswith(',') else ' ') ~ _wa.lstrip() }}{% endif %}. {% if has_exposure and impacted_exposure > 0 %} {# ===== EXPOSURE IMPACT SENTENCE ===== #} {{ (t.map_captions.exposed_pattern|default('{value} {unit_name} {verb} exposed'))|replace('{value}', formatted_value)|replace('{unit_name.genitive}', translated_unit_name_genitive|default(translated_unit_name)|default(unit_name))|replace('{unit_name}', translated_unit_name|default(unit_name))|replace('{verb}', translated_verb|default(verb)) }} {%- if is_single_class_hazard|default(false) -%} {%- set _wz = (t.map_captions.within_hazard_zone|default('within the hazard zone'))|trim -%} {{ ('' if _wz.startswith(',') else ' ') ~ _wz }} {%- elif class_definitions and class_definitions|length > 1 -%} {#- Build class breakdown list - need to track first class with data -#} {%- set ns = namespace(first_with_data=true, class_count=0) -%} {%- for class_def in class_definitions -%} {%- set class_data = class_summary.get(class_def.class_id) -%} {%- if class_data and class_data.total > 0 -%} {%- set ns.class_count = ns.class_count + 1 -%} {%- endif -%} {%- endfor -%} {%- if ns.class_count > 0 -%} . {% set _ote = t.map_captions.of_those_exposed|default('Of those exposed') %}{{ _ote }}{{ '' if _ote.rstrip().endswith(':') else ',' }} {%- set ns.output_count = 0 -%} {%- for class_def in class_definitions -%} {%- set class_data = class_summary.get(class_def.class_id) -%} {%- if class_data and class_data.total > 0 -%} {%- set ns.output_count = ns.output_count + 1 -%} {%- set _cl = (class_label_translations.get(class_def.label or class_def.name, class_def.label or class_def.name))|lower -%} {%- set _range_display = ((tc_wind_range_labels or {}).get(class_def.class_id) or class_def.display_rule or format_class_range(class_def.min_value, class_def.max_value, class_def.unit)) -%} {%- set _is_tc = ((analysis_details.hazard_subtype|default('')|string|lower) == 'tropical cyclone') -%} {%- if _is_tc and _range_display -%} {%- set _wp = (t.map_captions.within_tc_winds|default('in areas with {range}')) |replace('{range}', _range_display) -%} {%- else -%} {%- set _wp = (t.map_captions.within_class_area|default('within {class_name} hazard affected area ({range})')) |replace('{class_name}', _cl) |replace('{range}', _range_display) |replace('{min}-{max} {unit}', _range_display) |replace('{min}', format_class_value(class_def.min_value)) |replace('{max}', format_class_value(class_def.max_value)) |replace('{unit}', class_def.unit or '') -%} {%- endif -%} {%- set _and_text = (t.map_captions.and_connector|default('and'))|trim -%} {%- if ns.output_count == 1 -%} {{ ' ' }} {%- elif ns.output_count == ns.class_count -%} {{ ' ' ~ _and_text ~ ' ' }} {%- else -%} {{ ', ' }} {%- endif -%} {#- Format class value based on exposure type -#} {%- if is_line_exposure -%} {%- set class_display = class_data.total / 1000 -%} {%- if class_display >= 1000 -%} {{ format_pct_comprehensive_exposure(class_data.percentage, class_data.total) }}% ({{ "{:,.1f}".format(class_display/1000) }}K km) {{ translated_verb|default(verb)|default('are') }} {{ _wp }} {%- else -%} {{ format_pct_comprehensive_exposure(class_data.percentage, class_data.total) }}% ({{ "{:,.1f}".format(class_display) }} km) {{ translated_verb|default(verb)|default('are') }} {{ _wp }} {%- endif -%} {%- elif exposure_type in ["Agricultural Production Value", "Economic Stock"] -%} {%- if class_data.total >= 1000000 -%} {{ format_pct_comprehensive_exposure(class_data.percentage, class_data.total) }}% (${{ "{:,.1f}".format(class_data.total/1000000) }}M) {{ translated_verb|default(verb)|default('are') }} {{ _wp }} {%- elif class_data.total >= 1000 -%} {{ format_pct_comprehensive_exposure(class_data.percentage, class_data.total) }}% (${{ "{:,.1f}".format(class_data.total/1000) }}K) {{ translated_verb|default(verb)|default('are') }} {{ _wp }} {%- else -%} {{ format_pct_comprehensive_exposure(class_data.percentage, class_data.total) }}% (${{ "{:,.0f}".format(class_data.total) }}) {{ translated_verb|default(verb)|default('are') }} {{ _wp }} {%- endif -%} {%- else -%} {%- if class_data.total >= 1000000 -%} {{ format_pct_comprehensive_exposure(class_data.percentage, class_data.total) }}% ({{ "{:,.1f}".format(class_data.total/1000000) }}M) {{ translated_verb|default(verb)|default('are') }} {{ _wp }} {%- elif class_data.total >= 1000 -%} {{ format_pct_comprehensive_exposure(class_data.percentage, class_data.total) }}% ({{ "{:,.1f}".format(class_data.total/1000) }}K) {{ translated_verb|default(verb)|default('are') }} {{ _wp }} {%- else -%} {{ format_pct_comprehensive_exposure(class_data.percentage, class_data.total) }}% ({{ "{:,.0f}".format(class_data.total) }}) {{ translated_verb|default(verb)|default('are') }} {{ _wp }} {%- endif -%} {%- endif -%} {%- endif -%} {%- endfor -%} {%- endif -%} {%- endif -%} . {% set _imp_fmt = "{:,.1f}".format(impacted_exposure/1000000) + "M" if impacted_exposure >= 1000000 else ("{:,.1f}".format(impacted_exposure/1000) + "K" if impacted_exposure >= 1000 else "{:,.0f}".format(impacted_exposure|int)) %} {% set _tot_fmt = "{:,.1f}".format(total_exposure/1000000) + "M" if total_exposure >= 1000000 else ("{:,.1f}".format(total_exposure/1000) + "K" if total_exposure >= 1000 else "{:,.0f}".format(total_exposure|int)) %} {% set _hazard_area_sentence = ((t.map_captions.total_hazard_area_pct|default('Overall, hazard-affected area is {pct}% of total area'))|replace('{pct}', format_pct_adaptive(total_impact_pct)))|trim %} {% set _total_exposed_sentence = ((t.map_captions.total_exposed_statement|default('Total exposed {category} is {impacted} of {total} ({pct}%)'))|replace('{category.genitive}', translated_category_genitive|default(translated_exposure_category)|default(category_label))|replace('{category}', translated_exposure_category|default(category_label))|replace('{impacted}', _imp_fmt)|replace('{total}', _tot_fmt)|replace('{pct}', format_pct_adaptive(avg_exposure_impact_pct)))|trim %} {{ ' ' ~ _hazard_area_sentence ~ '. ' ~ _total_exposed_sentence ~ '.' }} {# ===== TOP IMPACTED AREAS ===== #} {% if aggregation_results and aggregation_results|length > 0 %} {# Sort by impacted_exposure when exposure data is available, otherwise by area coverage #} {%- if has_exposure -%} {%- set sorted_results = aggregation_results|sort(attribute='impacted_exposure', reverse=True) -%} {%- else -%} {%- set sorted_results = aggregation_results|sort(attribute='impact_pct', reverse=True) -%} {%- endif -%} {#- Filter to only include areas with actual impact, then take top 3 -#} {%- set ns = namespace(valid_areas=[]) -%} {%- for area in sorted_results -%} {%- if (has_exposure and area.impacted_exposure is defined and area.impacted_exposure > 0) or (not has_exposure and area.impact_pct > 0) -%} {%- set ns.valid_areas = ns.valid_areas + [area] -%} {%- endif -%} {%- endfor -%} {%- set top_areas = ns.valid_areas[:3] -%} {% if top_areas and top_areas|length > 0 %} {{ ' ' }}{{ ((t.map_captions.top_exposed_intro|default('Top exposed areas are')) if has_exposure else (t.map_captions.top_impacted_intro|default('Top impacted areas are'))) ~ ' ' }} {%- set _list_and_text = (t.map_captions.and_connector|default('and'))|trim -%} {% for area in top_areas %} {#- Format area's impacted exposure -#} {%- if area.impacted_exposure is defined and area.impacted_exposure > 0 -%} {%- if is_line_exposure -%} {%- set area_display = area.impacted_exposure / 1000 -%} {%- if area_display >= 1000 -%} {%- set area_formatted = "{:,.1f}".format(area_display/1000) + "K km" -%} {%- else -%} {%- set area_formatted = "{:,.1f}".format(area_display) + " km" -%} {%- endif -%} {%- elif exposure_type in ["Agricultural Production Value", "Economic Stock"] -%} {%- if area.impacted_exposure >= 1000000 -%} {%- set area_formatted = "$" + "{:,.1f}".format(area.impacted_exposure/1000000) + "M" -%} {%- elif area.impacted_exposure >= 1000 -%} {%- set area_formatted = "$" + "{:,.1f}".format(area.impacted_exposure/1000) + "K" -%} {%- else -%} {%- set area_formatted = "$" + "{:,.0f}".format(area.impacted_exposure) -%} {%- endif -%} {%- else -%} {%- if area.impacted_exposure >= 1000000 -%} {%- set area_formatted = "{:,.1f}".format(area.impacted_exposure/1000000) + "M" -%} {%- elif area.impacted_exposure >= 1000 -%} {%- set area_formatted = "{:,.1f}".format(area.impacted_exposure/1000) + "K" -%} {%- else -%} {%- set area_formatted = "{:,.0f}".format(area.impacted_exposure) -%} {%- endif -%} {%- endif -%} {%- else -%} {%- set area_formatted = "" -%} {%- endif -%} {%- if loop.first -%} {{ area.area_name }} ({{ area_formatted if has_exposure else ("%.1f"|format(area.impact_pct) ~ "% area") }}) {%- else -%} {{ (", " ~ _list_and_text ~ " ") if loop.last else ", " }}{{ area.area_name }} ({{ area_formatted if has_exposure else ("%.1f"|format(area.impact_pct) ~ "% area") }}) {%- endif -%} {%- if loop.last -%}.{%- endif -%} {% endfor %} {% endif %} {%- endif -%} {% endif %} {% set _tc_forecast_dt = ((analysis_details.tc_forecast_datetime|default(tc_forecast_datetime|default('')))|trim) %} {% set _haz_sub = (analysis_details.hazard_subtype|default('')|string|lower) %} {% set _is_tc_summary = ('tropical cyclone' in _haz_sub) %} {% if _is_tc_summary and _tc_forecast_dt %}

{% endif %} {% else %} {{ (t.map_captions.default_caption|default('Impact areas showing {hazard_subtype} analysis results across administrative boundaries.'))|replace('{hazard_subtype}', (analysis_details.translated_hazard_subtype|default(analysis_details.hazard_subtype))|lower) }} {% endif %} {% endif %}

{% if sections.population_chart and sections.population_chart.svg_content %}

{% if not is_single_class_hazard|default(false) and class_definitions and class_definitions|length > 1 %}

{{ t.chart_labels.hazard_class_ranges|default('Hazard Class Ranges:') }}

{% set chart_context = sections.population_chart.context %} {% set chart_colors = chart_context.colors %} {% set chart_data = chart_context.data %} {% set chart_total = chart_context.total_value %} {% set _is_tc_hazard = ((analysis_details.hazard_subtype|default('')|string|lower) == 'tropical cyclone') %} {% for class_def in class_definitions %} {% set class_idx = loop.index0 %} {% set class_color = chart_colors[class_idx] if class_idx < chart_colors|length else "#cccccc" %} {% set class_value = chart_data[class_idx] if class_idx < chart_data|length else 0 %} {% set class_percentage = (class_value / chart_total * 100) if chart_total > 0 else 0 %} {% set _class_rule_display = ((tc_wind_range_labels or {}).get(class_def.class_id) or class_def.display_rule or format_class_range(class_def.min_value, class_def.max_value, class_def.unit)) %} {% set _is_tc_raw_class = _is_tc_hazard and ((tc_wind_range_labels or {}).get(class_def.class_id) or class_def.display_rule) %}

{% if _is_tc_raw_class %} {{ _class_rule_display }} {% else %} {{ ((class_label_translations or {}).get(class_def.label or class_def.name) or class_def.label or class_def.name) }}: {% endif %}

{% if not _is_tc_raw_class and not class_def.display_rule %}

{{ format_class_range(class_def.min_value, class_def.max_value, class_def.unit) }}

{% endif %}

{% if class_value >= 1000000 %} {{ "%.2f"|format(class_value / 1000000) }}M {% elif class_value >= 1000 %} {{ "%.1f"|format(class_value / 1000) }}K {% else %} {{ "%.0f"|format(class_value) }} {% endif %} {% if chart_context.unit %} {{ chart_context.unit }}{% endif %} ({{ format_pct_comprehensive_exposure(class_percentage, class_value) }}%)

{% endfor %}

{%- set _legend_is_km = chart_context.unit and chart_context.unit == "km" %} {%- set _legend_line = t.chart_labels.legend_line_km if _legend_is_km else t.chart_labels.legend_line %} {%- if _legend_line %} {{ _legend_line }} {%- else %} {{ t.chart_labels.legend_title|default('Legend:') }} {{ t.chart_labels.legend_thousand|default('K = Thousand (1,000)') }}, {{ t.chart_labels.legend_million|default('M = Million (1,000,000)') }} {%- if _legend_is_km %} • {{ t.chart_labels.legend_km_note|default('Values shown in kilometers (km)') }}{% endif %} {%- endif %}

{% endif %}

{% endif %} {% if sections.impact_distribution_chart and sections.impact_distribution_chart.status == 'success' %}

{{ t.section_headers.impact_distribution|default('Impact Distribution') }}

{% endif %}

📋 {{ t.section_headers.detailed_results|default('Detailed Results by Administrative Area') }}

{% if aggregation_results %} {% set _th = t.table_headers|default({}) %} {% set _fn = _th.get('field_names') or {} %} {% set _area_label = _fn.get(aggregation_field_name) or _th.get('area_name_default') or aggregation_field_name or "Area Name" %} {% set _exp_display = translated_exposure_category|default(exposure_type)|default("Population") %} {% set _is_population_exposure = exposure_type in ["Population", "Elderly Population", "Female Population"] %} {% set _pct_suffix_key = 'population' if _is_population_exposure else 'facilities' if exposure_type in ["Health Facilities", "Education Facilities"] else 'plants' if exposure_type in ["Power Plants", "Power Plants - Hydro", "Power Plants - Solar"] else 'length' if exposure_type in ["Road Network", "Railways", "Fibre-optic ICT"] else 'ports' if exposure_type == "Sea and River Ports" else 'airports' if exposure_type == "Airports" else 'production' if exposure_type == "Agricultural Production Quantity" else 'value' if exposure_type in ["Agricultural Production Value", "Economic Stock"] else 'area' if exposure_type == "Mangroves" else 'population' %} {% set _pct_suffix = (t.table_pct_suffixes|default({})).get(_pct_suffix_key) or '' %} {% set table_column_count = 4 %} {% if field2_name %}{% set table_column_count = table_column_count + 1 %}{% endif %} {% if class_definitions and class_definitions|length > 1 %} {% set _class_columns_per_bin = 2 if has_capacity else 1 %} {% set table_column_count = table_column_count + (class_definitions|length * _class_columns_per_bin) %} {% endif %} {% if has_exposure %} {% set table_column_count = table_column_count + 3 %} {% if has_capacity %}{% set table_column_count = table_column_count + 3 %}{% endif %} {% endif %} {% set compact_mode_threshold = 12 %} {% set use_compact_table = table_column_count > compact_mode_threshold %}

{% if field2_name %} {% endif %} {% set _is_tc_hdr = ((analysis_details.hazard_subtype|default('')|string|lower) == 'tropical cyclone') %} {% if class_definitions and class_definitions|length > 1 %} {% for class_def in class_definitions %} {% set _class_rule_display = ((tc_wind_range_labels or {}).get(class_def.class_id) or class_def.display_rule or format_class_range(class_def.min_value, class_def.max_value, class_def.unit)) %} {% set _is_tc_raw_class = _is_tc_hdr and ((tc_wind_range_labels or {}).get(class_def.class_id) or class_def.display_rule) %} {% if has_capacity %} {% if exposure_capacity_unit and _th.get('exposed_capacity_header_with_unit') %}{% set _cap_h = _th.get('exposed_capacity_header_with_unit')|replace('{exposure_type.genitive}', translated_exposure_category_genitive|default(_exp_display))|replace('{exposure_type}', _exp_display)|replace('{capacity_unit}', exposure_capacity_unit) %}{% else %}{% set _cap_h = (_th.get('exposed_capacity_header') or 'Exposed {exposure_type} (CAPACITY)')|replace('{exposure_type.genitive}', translated_exposure_category_genitive|default(_exp_display))|replace('{exposure_type}', _exp_display) %}{% if exposure_capacity_unit %}{% set _cap_h = _cap_h|replace('(CAPACITY)', '(CAPACITY, ' ~ exposure_capacity_unit ~ ')') %}{% endif %}{% endif %} {% endif %} {% endfor %} {% endif %} {% if has_exposure %} {% if has_capacity %} {% if exposure_capacity_unit and _th.get('total_exposed_capacity_with_unit') %}{% set _tot_cap_h = _th.get('total_exposed_capacity_with_unit')|replace('{exposure_type.genitive}', translated_exposure_category_genitive|default(_exp_display))|replace('{exposure_type}', _exp_display)|replace('{capacity_unit}', exposure_capacity_unit) %}{% else %}{% set _tot_cap_h = (_th.get('total_exposed_capacity') or 'Total Exposed {exposure_type} (CAPACITY)')|replace('{exposure_type.genitive}', translated_exposure_category_genitive|default(_exp_display))|replace('{exposure_type}', _exp_display) %}{% if exposure_capacity_unit %}{% set _tot_cap_h = _tot_cap_h|replace('(CAPACITY)', '(CAPACITY, ' ~ exposure_capacity_unit ~ ')') %}{% endif %}{% endif %} {% endif %} {% if has_capacity %} {% if exposure_capacity_unit and _th.get('total_type_capacity_with_unit') %}{% set _tot_typ_cap_h = _th.get('total_type_capacity_with_unit')|replace('{exposure_type.genitive}', translated_exposure_category_genitive|default(_exp_display))|replace('{exposure_type}', _exp_display)|replace('{capacity_unit}', exposure_capacity_unit) %}{% else %}{% set _tot_typ_cap_h = (_th.get('total_type_capacity') or 'Total {exposure_type} (Capacity)')|replace('{exposure_type.genitive}', translated_exposure_category_genitive|default(_exp_display))|replace('{exposure_type}', _exp_display) %}{% if exposure_capacity_unit %}{% set _tot_typ_cap_h = _tot_typ_cap_h|replace('(Capacity)', '(Capacity, ' ~ exposure_capacity_unit ~ ')') %}{% endif %}{% endif %} {% endif %} {% if _th.get('total_exposed_pct_header') %}{% else %}{% endif %} {% if has_capacity %} {% endif %} {% endif %} {% for result in detailed_table_results %} {% if field2_name %} {% endif %} {% if class_definitions and class_definitions|length > 1 %} {% for class_def in class_definitions %} {% if has_capacity %} {% endif %} {% endfor %} {% endif %} {% if has_exposure %} {% if has_capacity %} {% endif %} {% if has_capacity %} {% endif %} {% if has_capacity %} {% endif %} {% endif %} {% endfor %} {% if field2_name %} {% endif %} {% set total_impacted = aggregation_results|sum(attribute='impacted_area_km2') %} {% set total_area = aggregation_results|sum(attribute='total_area_km2') %} {% if class_definitions and class_definitions|length > 1 %} {% for class_def in class_definitions %} {% if has_capacity %} {% endif %} {% endfor %} {% endif %} {% if has_exposure %} {% if has_capacity %} {% endif %} {% if has_capacity %} {% endif %} {% if has_capacity %} {% endif %} {% endif %}

{{ _area_label }}	{{ field2_name }}	{{ _th.get('hazard_affected_area') or 'Hazard affected area' }} {{ _th.get('unit_km2') or '(km²)' }}	{{ _th.get('total_area') or 'Total Area' }} {{ _th.get('unit_km2') or '(km²)' }}	{{ _th.get('hazard_affected_area') or 'Hazard affected area' }} {{ _th.get('pct_of_total_area') or '(% of total area)' }}	{{ (_th.get('exposed_header') or 'Exposed {exposure_type}')\|replace('{exposure_type.genitive}', translated_exposure_category_genitive\|default(_exp_display))\|replace('{exposure_type.plural}', translated_exposure_plural\|default(_exp_display))\|replace('{exposure_type}', _exp_display) }}{% if _is_population_exposure %} {{ _th.get('count_label') or '(Count)' }}{% elif exposure_unit_display %} ({{ exposure_unit_display }}){% endif %} {% if _is_tc_raw_class %}({{ _class_rule_display }}){% else %}{{ (class_label_translations or {}).get(class_def.label or class_def.name, class_def.label or class_def.name) }}{% if class_def.display_rule or class_def.unit %} ({{ _class_rule_display }}){% endif %}{% endif %}	{{ _cap_h }} {% if _is_tc_raw_class %}({{ _class_rule_display }}){% else %}{{ (class_label_translations or {}).get(class_def.label or class_def.name, class_def.label or class_def.name) }}{% if class_def.display_rule or class_def.unit %} ({{ _class_rule_display }}){% endif %}{% endif %}	{{ (_th.get('total_exposed') or 'Total Exposed {exposure_type}')\|replace('{exposure_type.genitive}', translated_exposure_category_genitive\|default(_exp_display))\|replace('{exposure_type}', _exp_display) }}{% if has_capacity or _is_population_exposure %} {{ _th.get('count_label') or '(Count)' }}{% elif exposure_unit_display %} ({{ exposure_unit_display }}){% endif %}	{{ _tot_cap_h }}	{{ (_th.get('total_type') or 'Total {exposure_type}')\|replace('{exposure_type.genitive}', translated_exposure_category_genitive\|default(_exp_display))\|replace('{exposure_type}', _exp_display) }} {{ _th.get('count_label') or '(Count)' }}	{{ _tot_typ_cap_h }}	{{ _th.get('total_exposed_pct_header')\|replace('{exposure_type.genitive}', translated_exposure_category_genitive\|default(_exp_display))\|replace('{exposure_type}', _exp_display)\|replace('{pct_suffix}', _pct_suffix) }}	{{ (_th.get('total_exposed') or 'Total Exposed {exposure_type}')\|replace('{exposure_type.genitive}', translated_exposure_category_genitive\|default(_exp_display))\|replace('{exposure_type}', _exp_display) }} ({{ _pct_suffix }})	{{ (_th.get('total_exposed_pct_capacity') or 'Total Exposed {exposure_type} (% of total capacity)')\|replace('{exposure_type.genitive}', translated_exposure_category_genitive\|default(_exp_display))\|replace('{exposure_type}', _exp_display) }}
{{ result.area_name }}	{{ result.field2_value\|default("") }}	{{ "{:,.2f}".format(result.impacted_area_km2\|default(0)) }}	{{ "{:,.2f}".format(result.total_area_km2\|default(0)) }}	{{ format_pct_adaptive(result.impact_pct\|default(0)) }}%	{% set class_result = result.class_results.get(class_def.class_id) if result.class_results else None %} {% if class_result %} {% set class_val = class_result.impacted_exposure\|default(0) %} {% if class_val >= 1000000 %}{{ "{:,.1f}".format(class_val/1000000) }}M {% elif class_val >= 1000 %}{{ "{:,.1f}".format(class_val/1000) }}K {% else %}{{ "{:,.0f}".format(class_val) }}{% endif %} {% else %} 0 {% endif %}	{% set class_result = result.class_results.get(class_def.class_id) if result.class_results else None %} {% set cap_val = class_result.impacted_capacity\|default(0) if class_result else 0 %} {% if cap_val >= 1000000 %}{{ "{:,.1f}".format(cap_val/1000000) }}M {% elif cap_val >= 1000 %}{{ "{:,.1f}".format(cap_val/1000) }}K {% else %}{{ "{:,.1f}".format(cap_val) }}{% endif %}{% if exposure_capacity_unit %} {{ exposure_capacity_unit }}{% endif %}	{% set exp_val = result.impacted_exposure\|default(0) %}{% if exp_val >= 1000000 %}{{ "{:,.1f}".format(exp_val/1000000) }}M{% elif exp_val >= 1000 %}{{ "{:,.1f}".format(exp_val/1000) }}K{% else %}{{ "{:,.0f}".format(exp_val) }}{% endif %}	{% set cap_val = result.impacted_exposure_capacity\|default(0) %}{% if cap_val >= 1000000 %}{{ "{:,.1f}".format(cap_val/1000000) }}M{% elif cap_val >= 1000 %}{{ "{:,.1f}".format(cap_val/1000) }}K{% else %}{{ "{:,.1f}".format(cap_val) }}{% endif %}{% if exposure_capacity_unit %} {{ exposure_capacity_unit }}{% endif %}	{% set total_exp_val = result.total_exposure\|default(0) %}{% if total_exp_val >= 1000000 %}{{ "{:,.1f}".format(total_exp_val/1000000) }}M{% elif total_exp_val >= 1000 %}{{ "{:,.1f}".format(total_exp_val/1000) }}K{% else %}{{ "{:,.0f}".format(total_exp_val) }}{% endif %}	{% set total_cap_val = result.total_exposure_capacity\|default(0) %}{% if total_cap_val >= 1000000 %}{{ "{:,.1f}".format(total_cap_val/1000000) }}M{% elif total_cap_val >= 1000 %}{{ "{:,.1f}".format(total_cap_val/1000) }}K{% else %}{{ "{:,.1f}".format(total_cap_val) }}{% endif %}{% if exposure_capacity_unit %} {{ exposure_capacity_unit }}{% endif %}	{% set exp_impact_pct = result.exposure_impact_pct\|default(0) %} {% set _exp_val_for_pct = result.impacted_exposure\|default(0) %} {% if exp_impact_pct > 75 %} {{ format_pct_comprehensive_exposure(exp_impact_pct, _exp_val_for_pct) }}% {% elif exp_impact_pct > 50 %} {{ format_pct_comprehensive_exposure(exp_impact_pct, _exp_val_for_pct) }}% {% elif exp_impact_pct > 25 %} {{ format_pct_comprehensive_exposure(exp_impact_pct, _exp_val_for_pct) }}% {% elif exp_impact_pct > 0 %} {{ format_pct_comprehensive_exposure(exp_impact_pct, _exp_val_for_pct) }}% {% else %} {{ format_pct_comprehensive_exposure(exp_impact_pct, _exp_val_for_pct) }}% {% endif %}	{% set exp_cap_pct = result.exposure_impact_pct_capacity\|default(0) %} {{ format_pct_adaptive(exp_cap_pct) }}%
{{ _th.get('total_footer') or 'TOTAL' }}		{{ "{:,.2f}".format(aggregation_results\|sum(attribute='impacted_area_km2')) }}	{{ "{:,.2f}".format(aggregation_results\|sum(attribute='total_area_km2')) }}	{{ format_pct_adaptive((total_impacted / total_area * 100) if total_area > 0 else 0) }}%	{% set class_data = class_summary.get(class_def.class_id) %} {% if class_data %} {% set class_total = class_data.total\|default(0) %} {% if class_total >= 1000000 %}{{ "{:,.1f}".format(class_total/1000000) }}M {% elif class_total >= 1000 %}{{ "{:,.1f}".format(class_total/1000) }}K {% else %}{{ "{:,.0f}".format(class_total) }}{% endif %} {% else %}0{% endif %}	{{ "{:,.1f}".format(summary_stats.get('class_capacity_totals', {}).get(class_def.class_id, 0)\|default(0)) }}{% if exposure_capacity_unit %} {{ exposure_capacity_unit }}{% endif %}	{% set exp_total = summary_stats.impacted_exposure\|default(0) %} {% if exp_total >= 1000000 %}{{ "{:,.1f}".format(exp_total/1000000) }}M {% elif exp_total >= 1000 %}{{ "{:,.1f}".format(exp_total/1000) }}K {% else %}{{ "{:,.0f}".format(exp_total) }}{% endif %}	{{ "{:,.1f}".format(summary_stats.impacted_exposure_capacity\|default(0)) }}{% if exposure_capacity_unit %} {{ exposure_capacity_unit }}{% endif %}	{% set total_exp = summary_stats.total_exposure\|default(0) %} {% if total_exp >= 1000000 %}{{ "{:,.1f}".format(total_exp/1000000) }}M {% elif total_exp >= 1000 %}{{ "{:,.1f}".format(total_exp/1000) }}K {% else %}{{ "{:,.0f}".format(total_exp) }}{% endif %}	{{ "{:,.1f}".format(summary_stats.total_exposure_capacity\|default(0)) }}{% if exposure_capacity_unit %} {{ exposure_capacity_unit }}{% endif %}	{% set overall_pct = (summary_stats.impacted_exposure / summary_stats.total_exposure * 100) if summary_stats.total_exposure > 0 else 0 %} {{ format_pct_adaptive(overall_pct) }}%	{% set overall_cap_pct = (summary_stats.impacted_exposure_capacity / summary_stats.total_exposure_capacity * 100) if summary_stats.total_exposure_capacity > 0 else 0 %} {{ format_pct_adaptive(overall_cap_pct) }}%

{% else %}

No detailed results available for display

{% endif %}

🔬 {{ t.section_headers.methodology|default('Methodology & Technical Details') }}

{{ t.methodology_cards.analysis_workflow|default('Analysis Workflow') }}

{% if analysis_details.workflow_type == "RRV" %}

{{ t.workflow_descriptions.type_label|default('Type:') }} {{ t.workflow_descriptions.type_rrv|default('RRV') }}

{{ t.workflow_descriptions.rrv_workflow_desc|default('Raster-Raster-Vector workflow combining:') }}

{{ t.workflow_descriptions.hazard_label|default('Hazard:') }} {{ t.workflow_descriptions.hazard_raster|default('Raster data') }} ({{ analysis_details.translated_hazard_subtype|default(analysis_details.hazard_subtype) }})
{{ t.workflow_descriptions.exposure_label|default('Exposure:') }} {{ t.workflow_descriptions.exposure_raster|default('Raster data') }} ({{ translated_exposure_category|default(analysis_details.exposure_type or t.workflow_descriptions.population_assets|default('Population/Assets')) }})
{{ t.workflow_descriptions.boundary_label|default('Boundary:') }} {{ t.workflow_descriptions.boundary_vector|default('Vector polygons') }} ({{ t.workflow_descriptions.boundary_admin|default('Administrative boundaries') }})

{% elif analysis_details.workflow_type == "RVV" or analysis_details.workflow_type == "RVV_Line" or analysis_details.workflow_type == "RVV_Point" %}

{{ t.workflow_descriptions.type_label|default('Type:') }} {{ t.workflow_descriptions.type_rvv|default('RVV') }}

{{ t.workflow_descriptions.rvv_workflow_desc|default('Raster-Vector-Vector workflow combining:') }}

{{ t.workflow_descriptions.hazard_label|default('Hazard:') }} {{ t.workflow_descriptions.hazard_raster|default('Raster data') }} ({{ analysis_details.translated_hazard_subtype|default(analysis_details.hazard_subtype) }})
{{ t.workflow_descriptions.exposure_label|default('Exposure:') }} {{ t.workflow_descriptions.exposure_vector_lines|default('Vector lines (linear infrastructure, e.g., {type})')|replace('{type}', translated_exposure_category|default(analysis_details.exposure_type or t.workflow_descriptions.exposure_highways|default('highways'))) }}
{{ t.workflow_descriptions.exposure_label|default('Exposure:') }} {{ t.workflow_descriptions.exposure_vector_points|default('Vector points') }} ({{ translated_exposure_category|default(analysis_details.exposure_type or t.workflow_descriptions.exposure_infrastructure|default('Infrastructure/POIs')) }})
{{ t.workflow_descriptions.boundary_label|default('Boundary:') }} {{ t.workflow_descriptions.boundary_vector|default('Vector polygons') }} ({{ t.workflow_descriptions.boundary_admin_lowercase|default('administrative boundaries') }})

{% endif %}

{{ t.methodology_cards.classification_system|default('Classification System') }}

{% if class_definitions and class_definitions|length > 1 %} {% set _nc = class_definitions|length %}

{{ t.classification_system.classes_label|default('Classes:') }} {% if _nc % 10 == 1 and _nc % 100 != 11 %}{{ (t.classification_system.hazard_categories_singular|default(t.classification_system.hazard_categories)|default('{count} hazard categories'))|replace('{count}', _nc|string) }}{% elif _nc % 10 in [2, 3, 4] and _nc % 100 not in [12, 13, 14] %}{{ (t.classification_system.hazard_categories_few|default(t.classification_system.hazard_categories)|default('{count} hazard categories'))|replace('{count}', _nc|string) }}{% else %}{{ (t.classification_system.hazard_categories|default('{count} hazard categories'))|replace('{count}', _nc|string) }}{% endif %}

{% set _is_tc_method = ((analysis_details.hazard_subtype|default('')|string|lower) == 'tropical cyclone') %}

{{ _tc_class_label }}
{{ (class_label_translations or {}).get(class_def.label or class_def.name) or class_def.label or class_def.name }}: {{ class_def.display_rule or format_class_range(class_def.min_value, class_def.max_value, class_def.unit) }}

{% else %}

{{ t.classification_system.classification_label|default('Classification:') }} {{ t.classification_system.single_threshold|default('Single threshold analysis') }}

{{ t.classification_system.binary_classification|default('Binary classification based on hazard presence/absence') }}

{% endif %}

{{ t.methodology_cards.technical_specifications|default('Technical Specifications') }}

{{ t.technical_specs.analysis_date|default('Analysis Date:') }} {{ analysis_details.analysis_date }}
{{ t.technical_specs.spatial_resolution|default('Spatial Resolution:') }} {{ t.technical_specs.spatial_resolution_value|default('Pixel-based zonal statistics') }}
{{ t.technical_specs.area_method|default('Area Calculation:') }} {% if analysis_details.area_calc_optimized %} {% if analysis_details.is_geographic_crs %} {{ t.technical_specs.area_method_optimized|default('Raster-based with ellipsoidal latitude-weighted pixel areas') }} {% else %} Raster-based pixel counting using projected CRS linear units {% endif %} {% else %} {% if analysis_details.is_geographic_crs %} {{ t.technical_specs.area_method_standard|default('Polygonize-intersect with geodesic area measurement') }} {% else %} Polygonize-intersect with planar area measurement in projected CRS {% endif %} {% endif %}
{{ t.technical_specs.coordinate_system|default('Coordinate System:') }} {{ analysis_details.summary_crs_authid|default((sections.summary_map|default({})).get('metadata', {}).get('crs', 'Unknown')) }}{% if analysis_details.is_geographic_crs %} (geographic CRS; ellipsoidal/geodesic area metrics){% else %} (projected CRS; planar area metrics){% endif %}
{{ t.technical_specs.exposure_type|default('Exposure Type:') }} {{ translated_exposure_category|default(exposure_type) }}
{{ t.technical_specs.measurement_unit|default('Measurement Unit:') }} {{ t.measurement_units.number_of_people|default('Number of people') }}
{{ t.technical_specs.measurement_unit|default('Measurement Unit:') }} {{ t.measurement_units.number_of_facilities|default('Number of facilities') }}
{{ t.technical_specs.measurement_unit|default('Measurement Unit:') }} {{ t.measurement_units.length_km|default('Length (kilometers)') }}
{{ t.technical_specs.measurement_unit|default('Measurement Unit:') }} {{ t.measurement_units.production_tonnes|default('Production quantity (tonnes)') }}
{{ t.technical_specs.measurement_unit|default('Measurement Unit:') }} {{ t.measurement_units.monetary_usd|default('Monetary value (USD)') }}
{{ t.technical_specs.measurement_unit|default('Measurement Unit:') }} {{ t.measurement_units.area_hectares|default('Area (hectares)') }}
{{ t.technical_specs.exposure_type|default('Exposure Type:') }} {{ t.workflow_descriptions.population_assets|default('Population/Assets') }}
{{ t.technical_specs.boundary_field|default('Boundary Field:') }} {{ aggregation_field_name or t.technical_specs.boundary_field_default|default('Administrative ID') }}

{{ t.methodology_cards.data_quality_notes|default('Data Quality & Notes') }}

{% if notes %}

{% endif %}

{{ t.data_quality_notes.percentages_rounded|default('Percentages rounded to 1 decimal place') }}
{{ t.data_quality_notes.area_calculations|default('Area calculations use ellipsoidal/geodesic measurements') }}
{{ (t.data_quality_notes.exposure_values|default('Exposure values represent {exposure_type} within affected areas'))|replace('{exposure_type}', (translated_exposure_category if ((report_language|default('en')) != 'en' and exposure_type and translated_exposure_category) else (exposure_type|lower or t.data_quality_notes.exposure_default|default('population/assets')))) }}
{{ t.data_quality_notes.zonal_statistics|default('Affected areas calculated using pixel-based zonal statistics') }}
{{ t.data_quality_notes.quality_assurance|default('Quality assurance performed on all input datasets') }}

{{ (t.get('footer') or {}).get('plugin_name')|default('RapidIBF-Next Plugin') }}
{%- set _version_line = (t.get('footer') or {}).get('version_line') %} {%- if _version_line %} {{ _version_line|replace('{version}', (plugin_version or "1.1")|string)|replace('{generation_time}', generation_time|string) }} {%- else %} {{ (t.get('footer') or {}).get('version')|default('Version') }} {{ plugin_version or "1.1" }} | {{ (t.get('footer') or {}).get('generated')|default('Generated:') }} {{ generation_time }} {%- endif %}

{{ (t.get('footer') or {}).get('analysis_id')|default('Analysis ID:') }} {{ analysis_id or (t.get('footer') or {}).get('na')|default('N/A') }}
{{ (t.get('footer') or {}).get('report_type')|default('Report Type:') }} {{ (t.get('footer') or {}).get('report_type_value')|default('Comprehensive Impact Assessment') }}

{{ _area_label }}	{{ field2_name }}	{{ _th.get('hazard_affected_area') or 'Hazard affected area' }} {{ _th.get('unit_km2') or '(km²)' }}	{{ _th.get('total_area') or 'Total Area' }} {{ _th.get('unit_km2') or '(km²)' }}	{{ _th.get('hazard_affected_area') or 'Hazard affected area' }} {{ _th.get('pct_of_total_area') or '(% of total area)' }}	{{ (_th.get('exposed_header') or 'Exposed {exposure_type}')\|replace('{exposure_type.genitive}', translated_exposure_category_genitive\|default(_exp_display))\|replace('{exposure_type.plural}', translated_exposure_plural\|default(_exp_display))\|replace('{exposure_type}', _exp_display) }}{% if _is_population_exposure %} {{ _th.get('count_label') or '(Count)' }}{% elif exposure_unit_display %} ({{ exposure_unit_display }}){% endif %} {% if _is_tc_raw_class %}({{ _class_rule_display }}){% else %}{{ (class_label_translations or {}).get(class_def.label or class_def.name, class_def.label or class_def.name) }}{% if class_def.display_rule or class_def.unit %} ({{ _class_rule_display }}){% endif %}{% endif %}	{{ _cap_h }} {% if _is_tc_raw_class %}({{ _class_rule_display }}){% else %}{{ (class_label_translations or {}).get(class_def.label or class_def.name, class_def.label or class_def.name) }}{% if class_def.display_rule or class_def.unit %} ({{ _class_rule_display }}){% endif %}{% endif %}	{{ (_th.get('total_exposed') or 'Total Exposed {exposure_type}')\|replace('{exposure_type.genitive}', translated_exposure_category_genitive\|default(_exp_display))\|replace('{exposure_type}', _exp_display) }}{% if has_capacity or _is_population_exposure %} {{ _th.get('count_label') or '(Count)' }}{% elif exposure_unit_display %} ({{ exposure_unit_display }}){% endif %}	{{ _tot_cap_h }}	{{ (_th.get('total_type') or 'Total {exposure_type}')\|replace('{exposure_type.genitive}', translated_exposure_category_genitive\|default(_exp_display))\|replace('{exposure_type}', _exp_display) }} {{ _th.get('count_label') or '(Count)' }}	{{ _tot_typ_cap_h }}	{{ _th.get('total_exposed_pct_header')\|replace('{exposure_type.genitive}', translated_exposure_category_genitive\|default(_exp_display))\|replace('{exposure_type}', _exp_display)\|replace('{pct_suffix}', _pct_suffix) }}	{{ (_th.get('total_exposed') or 'Total Exposed {exposure_type}')\|replace('{exposure_type.genitive}', translated_exposure_category_genitive\|default(_exp_display))\|replace('{exposure_type}', _exp_display) }} ({{ _pct_suffix }})	{{ (_th.get('total_exposed_pct_capacity') or 'Total Exposed {exposure_type} (% of total capacity)')\|replace('{exposure_type.genitive}', translated_exposure_category_genitive\|default(_exp_display))\|replace('{exposure_type}', _exp_display) }}
{{ result.area_name }}	{{ result.field2_value\|default("") }}	{{ "{:,.2f}".format(result.impacted_area_km2\|default(0)) }}	{{ "{:,.2f}".format(result.total_area_km2\|default(0)) }}	{{ format_pct_adaptive(result.impact_pct\|default(0)) }}%	{% set class_result = result.class_results.get(class_def.class_id) if result.class_results else None %} {% if class_result %} {% set class_val = class_result.impacted_exposure\|default(0) %} {% if class_val >= 1000000 %}{{ "{:,.1f}".format(class_val/1000000) }}M {% elif class_val >= 1000 %}{{ "{:,.1f}".format(class_val/1000) }}K {% else %}{{ "{:,.0f}".format(class_val) }}{% endif %} {% else %} 0 {% endif %}	{% set class_result = result.class_results.get(class_def.class_id) if result.class_results else None %} {% set cap_val = class_result.impacted_capacity\|default(0) if class_result else 0 %} {% if cap_val >= 1000000 %}{{ "{:,.1f}".format(cap_val/1000000) }}M {% elif cap_val >= 1000 %}{{ "{:,.1f}".format(cap_val/1000) }}K {% else %}{{ "{:,.1f}".format(cap_val) }}{% endif %}{% if exposure_capacity_unit %} {{ exposure_capacity_unit }}{% endif %}	{% set exp_val = result.impacted_exposure\|default(0) %}{% if exp_val >= 1000000 %}{{ "{:,.1f}".format(exp_val/1000000) }}M{% elif exp_val >= 1000 %}{{ "{:,.1f}".format(exp_val/1000) }}K{% else %}{{ "{:,.0f}".format(exp_val) }}{% endif %}	{% set cap_val = result.impacted_exposure_capacity\|default(0) %}{% if cap_val >= 1000000 %}{{ "{:,.1f}".format(cap_val/1000000) }}M{% elif cap_val >= 1000 %}{{ "{:,.1f}".format(cap_val/1000) }}K{% else %}{{ "{:,.1f}".format(cap_val) }}{% endif %}{% if exposure_capacity_unit %} {{ exposure_capacity_unit }}{% endif %}	{% set total_exp_val = result.total_exposure\|default(0) %}{% if total_exp_val >= 1000000 %}{{ "{:,.1f}".format(total_exp_val/1000000) }}M{% elif total_exp_val >= 1000 %}{{ "{:,.1f}".format(total_exp_val/1000) }}K{% else %}{{ "{:,.0f}".format(total_exp_val) }}{% endif %}	{% set total_cap_val = result.total_exposure_capacity\|default(0) %}{% if total_cap_val >= 1000000 %}{{ "{:,.1f}".format(total_cap_val/1000000) }}M{% elif total_cap_val >= 1000 %}{{ "{:,.1f}".format(total_cap_val/1000) }}K{% else %}{{ "{:,.1f}".format(total_cap_val) }}{% endif %}{% if exposure_capacity_unit %} {{ exposure_capacity_unit }}{% endif %}	{% set exp_impact_pct = result.exposure_impact_pct\|default(0) %} {% set _exp_val_for_pct = result.impacted_exposure\|default(0) %} {% if exp_impact_pct > 75 %} {{ format_pct_comprehensive_exposure(exp_impact_pct, _exp_val_for_pct) }}% {% elif exp_impact_pct > 50 %} {{ format_pct_comprehensive_exposure(exp_impact_pct, _exp_val_for_pct) }}% {% elif exp_impact_pct > 25 %} {{ format_pct_comprehensive_exposure(exp_impact_pct, _exp_val_for_pct) }}% {% elif exp_impact_pct > 0 %} {{ format_pct_comprehensive_exposure(exp_impact_pct, _exp_val_for_pct) }}% {% else %} {{ format_pct_comprehensive_exposure(exp_impact_pct, _exp_val_for_pct) }}% {% endif %}	{% set exp_cap_pct = result.exposure_impact_pct_capacity\|default(0) %} {{ format_pct_adaptive(exp_cap_pct) }}%
{{ _th.get('total_footer') or 'TOTAL' }}		{{ "{:,.2f}".format(aggregation_results\|sum(attribute='impacted_area_km2')) }}	{{ "{:,.2f}".format(aggregation_results\|sum(attribute='total_area_km2')) }}	{{ format_pct_adaptive((total_impacted / total_area * 100) if total_area > 0 else 0) }}%	{% set class_data = class_summary.get(class_def.class_id) %} {% if class_data %} {% set class_total = class_data.total\|default(0) %} {% if class_total >= 1000000 %}{{ "{:,.1f}".format(class_total/1000000) }}M {% elif class_total >= 1000 %}{{ "{:,.1f}".format(class_total/1000) }}K {% else %}{{ "{:,.0f}".format(class_total) }}{% endif %} {% else %}0{% endif %}	{{ "{:,.1f}".format(summary_stats.get('class_capacity_totals', {}).get(class_def.class_id, 0)\|default(0)) }}{% if exposure_capacity_unit %} {{ exposure_capacity_unit }}{% endif %}	{% set exp_total = summary_stats.impacted_exposure\|default(0) %} {% if exp_total >= 1000000 %}{{ "{:,.1f}".format(exp_total/1000000) }}M {% elif exp_total >= 1000 %}{{ "{:,.1f}".format(exp_total/1000) }}K {% else %}{{ "{:,.0f}".format(exp_total) }}{% endif %}	{{ "{:,.1f}".format(summary_stats.impacted_exposure_capacity\|default(0)) }}{% if exposure_capacity_unit %} {{ exposure_capacity_unit }}{% endif %}	{% set total_exp = summary_stats.total_exposure\|default(0) %} {% if total_exp >= 1000000 %}{{ "{:,.1f}".format(total_exp/1000000) }}M {% elif total_exp >= 1000 %}{{ "{:,.1f}".format(total_exp/1000) }}K {% else %}{{ "{:,.0f}".format(total_exp) }}{% endif %}	{{ "{:,.1f}".format(summary_stats.total_exposure_capacity\|default(0)) }}{% if exposure_capacity_unit %} {{ exposure_capacity_unit }}{% endif %}	{% set overall_pct = (summary_stats.impacted_exposure / summary_stats.total_exposure * 100) if summary_stats.total_exposure > 0 else 0 %} {{ format_pct_adaptive(overall_pct) }}%	{% set overall_cap_pct = (summary_stats.impacted_exposure_capacity / summary_stats.total_exposure_capacity * 100) if summary_stats.total_exposure_capacity > 0 else 0 %} {{ format_pct_adaptive(overall_cap_pct) }}%

{{ analysis_details.report_heading }}

{{ t.section_headers.executive_summary|default('Executive Summary') }}

🗺️ {{ t.section_headers.impact_summary_map|default('Impact Summary Map') }}

{{ t.section_headers.analytics|default('Analytics') }}

📋 {{ t.section_headers.detailed_results|default('Detailed Results by Administrative Area') }}

🔬 {{ t.section_headers.methodology|default('Methodology & Technical Details') }}

{{ t.methodology_cards.analysis_workflow|default('Analysis Workflow') }}

{{ t.methodology_cards.classification_system|default('Classification System') }}

{{ t.methodology_cards.technical_specifications|default('Technical Specifications') }}

{{ t.methodology_cards.data_quality_notes|default('Data Quality & Notes') }}