task/single-software-execution/cli/openstudio/task-17/eval.py

#!/usr/bin/env python3
import subprocess
import tempfile
from pathlib import Path

RESULT = Path('/home/user/Desktop/result.osm')
RUBY = r"""
require 'openstudio'
require 'json'

SPEC = JSON.parse(%q|{"difficulty": "hard", "title": "Net-Zero Training Wing With PV And Daylight Controls", "building": "CLI Net Zero Training Wing", "stories": [{"name": "01_TRAINING", "z": 0.0}], "spaces": [{"name": "TRAINING-WEST", "zone": "TRAINING-WEST Zone", "x0": 0, "y0": 0, "x1": 10, "y1": 10, "z0": 0, "h": 4.0, "story": "01_TRAINING", "space_type": "TASK17 Training Type", "heat": 20, "cool": 25, "ideal": true}, {"name": "TRAINING-EAST", "zone": "TRAINING-EAST Zone", "x0": 10, "y0": 0, "x1": 20, "y1": 10, "z0": 0, "h": 4.0, "story": "01_TRAINING", "space_type": "TASK17 Training Type", "heat": 20, "cool": 25, "ideal": true}, {"name": "SHOP-WEST", "zone": "SHOP-WEST Zone", "x0": 20, "y0": 0, "x1": 30, "y1": 10, "z0": 0, "h": 4.0, "story": "01_TRAINING", "space_type": "TASK17 Shop Type", "heat": 18, "cool": 27, "ideal": true}, {"name": "SHOP-EAST", "zone": "SHOP-EAST Zone", "x0": 30, "y0": 0, "x1": 40, "y1": 10, "z0": 0, "h": 4.0, "story": "01_TRAINING", "space_type": "TASK17 Shop Type", "heat": 18, "cool": 27, "ideal": true}], "constant_schedules": {"TASK17 Occupancy": 0.7, "TASK17 Lighting": 0.82, "TASK17 Equipment": 0.88, "TASK17 Infiltration": 1.0, "TASK17 OA Schedule": 1.0}, "space_types": {"TASK17 Training Type": {"people": 0.055, "people_schedule": "TASK17 Occupancy", "lights": 8.0, "lights_schedule": "TASK17 Lighting", "equipment": 8.0, "equipment_schedule": "TASK17 Equipment"}, "TASK17 Shop Type": {"people": 0.018, "people_schedule": "TASK17 Occupancy", "lights": 7.0, "lights_schedule": "TASK17 Lighting", "equipment": 22.0, "equipment_schedule": "TASK17 Equipment"}}, "windows": [{"space": "TRAINING-WEST", "wall": "south", "start": 1, "end": 9, "sill": 0.9, "head": 2.8, "name": "TRAINING-WEST South Window"}, {"space": "TRAINING-EAST", "wall": "south", "start": 11, "end": 19, "sill": 0.9, "head": 2.8, "name": "TRAINING-EAST South Window"}, {"space": "SHOP-WEST", "wall": "north", "start": 21, "end": 29, "sill": 1.5, "head": 3.0, "name": "SHOP-WEST North Window"}, {"space": "SHOP-EAST", "wall": "north", "start": 31, "end": 39, "sill": 1.5, "head": 3.0, "name": "SHOP-EAST North Window"}, {"space": "TRAINING-WEST", "wall": "west", "start": 2, "end": 8, "sill": 1.0, "head": 2.6, "name": "TRAINING-WEST West Window"}, {"space": "SHOP-EAST", "wall": "east", "start": 2, "end": 8, "sill": 1.0, "head": 2.6, "name": "SHOP-EAST East Window"}], "shading": [{"name": "TASK17 Training South Overhang", "x0": 0.5, "x1": 19.5, "y0": -1.0, "y1": 0.0, "z": 3.05}], "infiltration": {"all": {"flow_per_exterior_area": 0.00022, "schedule": "TASK17 Infiltration"}}, "outdoor_air": {"all": {"per_person": 0.009, "per_floor_area": 0.0007, "schedule": "TASK17 OA Schedule"}}, "daylighting": [{"space": "TRAINING-WEST", "point": [5, 4.5, 0.8], "setpoint": 500, "map_origin": [0.5, 0.5, 0.8], "map_lengths": [9, 9], "map_grid": [9, 9]}, {"space": "TRAINING-EAST", "point": [15, 4.5, 0.8], "setpoint": 500, "map_origin": [10.5, 0.5, 0.8], "map_lengths": [9, 9], "map_grid": [9, 9]}], "pv": {"distribution": "TASK17 Training PV Load Center", "operation": "Baseload", "bus": "DirectCurrentWithInverter", "inverter": {"name": "TASK17 PVWatts Inverter", "dc_to_ac": 1.18, "efficiency": 0.955}, "generators": [{"name": "TASK17 Roof PVWatts West", "surface_space": "TRAINING-WEST", "surface": "roof", "capacity": 22000, "module": "Premium", "array": "FixedOpenRack", "losses": 0.11, "azimuth": 180}, {"name": "TASK17 Roof PVWatts Shop", "surface_space": "SHOP-WEST", "surface": "roof", "capacity": 24000, "module": "Premium", "array": "FixedOpenRack", "losses": 0.11, "azimuth": 180}]}, "output_meters": [{"name": "ElectricityProduced:Facility", "frequency": "Hourly"}, {"name": "Electricity:Facility", "frequency": "Monthly"}], "scenario": "The current model is a single-story net-zero training workshop. Teaching spaces occupy the south side, hands-on shop spaces occupy the north side, and the flat roof should serve as a photovoltaic platform. The architect wants the long building form and continuous south-facing training windows preserved while the shop spaces receive steadier north daylight. Complete the teaching and shop loads, ventilation, daylight controls, south shading, and roof PVWatts system so the model can support net-zero strategy comparisons.", "id": "17", "metrics": {"bbox": [40, 10, 4.0], "floor_area": 400, "exterior_wall_area": 400.0, "surface_count": 24, "space_count": 4, "zone_count": 4, "story_count": 1, "window_count": 6, "window_area": 73.6, "shading_count": 1, "shading_area": 19.0, "paired_surface_count": 6, "ground_floor_count": 4}}|)
PATH = ARGV[0]
TOL = 0.06

def ok_close(a,b,t=0.06)
  (a.to_f-b.to_f).abs <= t
end

def opt(v)
  return nil if v.nil?
  return v.get if v.respond_to?(:empty?) && !v.empty?
  return nil if v.respond_to?(:empty?) && v.empty?
  v
end

def sched_name(obj)
  return nil if obj.nil?
  s = opt(obj)
  s ? s.nameString : nil
end

def constant_value(model, name)
  s = model.getScheduleConstants.find { |x| x.nameString == name }
  s ? s.value : nil
end

def schedule_by_name(model, name)
  (model.getScheduleConstants + model.getScheduleRulesets).find { |x| x.nameString == name }
end

def points_key(surface)
  surface.vertices.map { |p| [p.x.round(4), p.y.round(4), p.z.round(4)] }.sort
end

def bounds_from_surfaces(surfaces)
  pts = surfaces.flat_map(&:vertices)
  xs = pts.map(&:x); ys = pts.map(&:y); zs = pts.map(&:z)
  [xs.min, ys.min, zs.min, xs.max, ys.max, zs.max]
end

def check_basic(model)
  return false unless model.getBuilding.nameString == SPEC['building']
  return false unless model.getBuildingStorys.size == SPEC['metrics']['story_count']
  return false unless SPEC.fetch('stories', []).all? do |story_spec|
    story = model.getBuildingStoryByName(story_spec['name'])
    next false if story.empty?
    nominal_z = opt(story.get.nominalZCoordinate)
    !nominal_z.nil? && ok_close(nominal_z, story_spec['z'], 0.06)
  end
  return false unless model.getSpaces.size == SPEC['metrics']['space_count']
  return false unless model.getThermalZones.size == SPEC['metrics']['zone_count']
  return false unless model.getSurfaces.size == SPEC['metrics']['surface_count']
  return false unless model.getSubSurfaces.size == SPEC['metrics']['window_count']
  return false unless model.getShadingSurfaces.size == SPEC['metrics']['shading_count']
  return false unless model.getSpaces.map(&:nameString).sort == SPEC['spaces'].map { |s| s['name'] }.sort
  return false unless model.getThermalZones.map(&:nameString).sort == SPEC['spaces'].map { |s| s['zone'] }.sort
  SPEC['spaces'].all? do |s|
    space = model.getSpaceByName(s['name'])
    return false if space.empty?
    space = space.get
    return false if space.thermalZone.empty? || space.thermalZone.get.nameString != s['zone']
    return false if space.buildingStory.empty? || space.buildingStory.get.nameString != s['story']
    return false if s['space_type'] && (space.spaceType.empty? || space.spaceType.get.nameString != s['space_type'])
    return false unless ok_close(space.floorArea, (s['x1']-s['x0'])*(s['y1']-s['y0']), 0.15)
    sb = bounds_from_surfaces(space.surfaces)
    expected_bounds = [s['x0'].to_f, s['y0'].to_f, (s['z0'] || 0).to_f, s['x1'].to_f, s['y1'].to_f, (s['z0'] || 0).to_f + s['h'].to_f]
    return false unless sb.zip(expected_bounds).all? { |a,e| ok_close(a,e,0.06) }
    true
  end
end

def check_geometry(model)
  surfaces = model.getSurfaces
  b = bounds_from_surfaces(surfaces)
  spans = [b[3]-b[0], b[4]-b[1], b[5]-b[2]]
  return false unless spans.zip(SPEC['metrics']['bbox']).all? { |a,e| ok_close(a,e,0.06) }
  floors = surfaces.select { |s| s.surfaceType == 'Floor' }
  walls = surfaces.select { |s| s.surfaceType == 'Wall' }
  ext_walls = walls.select { |s| s.outsideBoundaryCondition == 'Outdoors' }
  paired = surfaces.count { |s| s.outsideBoundaryCondition == 'Surface' }
  return false unless ok_close(floors.map(&:grossArea).sum, SPEC['metrics']['floor_area'], 0.5)
  return false unless ok_close(ext_walls.map(&:grossArea).sum, SPEC['metrics']['exterior_wall_area'], 0.75)
  return false unless paired == SPEC['metrics']['paired_surface_count']
  return false unless floors.count { |s| s.outsideBoundaryCondition == 'Ground' } == SPEC['metrics']['ground_floor_count']
  true
end

def parent_surface(model, space, wall)
  model.getSurfaceByName("#{space} #{wall.capitalize} Wall")
end

def sub_bounds(sub)
  pts = sub.vertices
  xs=pts.map(&:x); ys=pts.map(&:y); zs=pts.map(&:z)
  [xs.min, ys.min, zs.min, xs.max, ys.max, zs.max]
end

def check_windows(model)
  return false unless model.getSubSurfaces.all? { |s| s.subSurfaceType == 'FixedWindow' }
  return false unless ok_close(model.getSubSurfaces.map(&:grossArea).sum, SPEC['metrics']['window_area'], 0.35)
  SPEC.fetch('windows', []).all? do |w|
    parent = parent_surface(model, w['space'], w['wall'])
    return false if parent.empty?
    parent = parent.get
    matches = model.getSubSurfaces.select { |s| !s.surface.empty? && s.surface.get.handle.to_s == parent.handle.to_s }
    s_spec = SPEC['spaces'].find { |sp| sp['name'] == w['space'] }
    return false if s_spec.nil?
    expected_sill = (s_spec['z0'] || 0).to_f + w['sill'].to_f
    expected_head = (s_spec['z0'] || 0).to_f + w['head'].to_f
    expected_area = (w['end']-w['start'])*(w['head']-w['sill'])
    matches.any? do |sub|
      next false if w['name'] && sub.nameString != w['name']
      b = sub_bounds(sub)
      axis_ok = if ['south','north'].include?(w['wall'])
        ok_close(b[0], w['start'], 0.06) && ok_close(b[3], w['end'], 0.06)
      else
        ok_close(b[1], w['start'], 0.06) && ok_close(b[4], w['end'], 0.06)
      end
      axis_ok && ok_close(b[2], expected_sill, 0.06) && ok_close(b[5], expected_head, 0.06) && ok_close(sub.grossArea, expected_area, 0.12)
    end
  end
end

def check_schedules(model)
  SPEC.fetch('constant_schedules', {}).each do |name, value|
    return false unless ok_close(constant_value(model, name), value, 0.001)
  end
  SPEC.fetch('ruleset_schedules', {}).each do |name, data|
    rs = model.getScheduleRulesets.find { |s| s.nameString == name }
    return false if rs.nil?
    pairs = rs.defaultDaySchedule.times.zip(rs.defaultDaySchedule.values).map { |t,v| [t.totalHours.round(3), v] }
    return false unless pairs == data['default'].map { |h,v| [h.to_f, v.to_f] }
    data['rules'].each do |rule_spec|
      rule = rs.scheduleRules.find { |r| r.nameString == rule_spec['name'] }
      return false if rule.nil?
      day_checks = {
        'Monday'=>rule.applyMonday, 'Tuesday'=>rule.applyTuesday, 'Wednesday'=>rule.applyWednesday,
        'Thursday'=>rule.applyThursday, 'Friday'=>rule.applyFriday, 'Saturday'=>rule.applySaturday, 'Sunday'=>rule.applySunday
      }
      return false unless rule_spec['days'].all? { |d| day_checks[d] }
      rpairs = rule.daySchedule.times.zip(rule.daySchedule.values).map { |t,v| [t.totalHours.round(3), v] }
      return false unless rpairs == rule_spec['values'].map { |h,v| [h.to_f, v.to_f] }
    end
  end
  true
end

def load_schedule_matches(model, sched_name_expected, actual_optional)
  return true if sched_name_expected.nil?
  s = opt(actual_optional)
  s && s.nameString == sched_name_expected
end

def check_loads(model)
  SPEC.fetch('space_types', {}).each do |name, stspec|
    st = model.getSpaceTypeByName(name)
    return false if st.empty?
    st = st.get
    if stspec['default_schedule_set']
      return false if st.defaultScheduleSet.empty? || st.defaultScheduleSet.get.nameString != stspec['default_schedule_set']
    end
    if stspec.key?('people')
      loads = model.getPeoples.select { |p| !p.spaceType.empty? && p.spaceType.get.handle.to_s == st.handle.to_s }
      return false unless loads.size == 1
      p = loads[0]
      return false unless ok_close(p.peopleDefinition.peopleperSpaceFloorArea, stspec['people'], 0.0005)
      return false unless load_schedule_matches(model, stspec['people_schedule'], p.numberofPeopleSchedule)
    end
    if stspec.key?('lights')
      loads = model.getLightss.select { |l| !l.spaceType.empty? && l.spaceType.get.handle.to_s == st.handle.to_s }
      return false unless loads.size == 1
      l = loads[0]
      return false unless ok_close(l.lightsDefinition.wattsperSpaceFloorArea, stspec['lights'], 0.001)
      return false unless load_schedule_matches(model, stspec['lights_schedule'], l.schedule)
    end
    if stspec.key?('equipment')
      loads = model.getElectricEquipments.select { |e| !e.spaceType.empty? && e.spaceType.get.handle.to_s == st.handle.to_s }
      return false unless loads.size == 1
      e = loads[0]
      return false unless ok_close(e.electricEquipmentDefinition.wattsperSpaceFloorArea, stspec['equipment'], 0.001)
      return false unless load_schedule_matches(model, stspec['equipment_schedule'], e.schedule)
    end
  end
  SPEC.fetch('default_schedule_sets', {}).each do |name, dspec|
    ds = model.getDefaultScheduleSetByName(name)
    return false if ds.empty?
    ds = ds.get
    return false if dspec['people'] && (ds.numberofPeopleSchedule.empty? || ds.numberofPeopleSchedule.get.nameString != dspec['people'])
    return false if dspec['lights'] && (ds.lightingSchedule.empty? || ds.lightingSchedule.get.nameString != dspec['lights'])
    return false if dspec['equipment'] && (ds.electricEquipmentSchedule.empty? || ds.electricEquipmentSchedule.get.nameString != dspec['equipment'])
  end
  SPEC.fetch('space_default_sets', {}).each do |space_name, ds_name|
    space = model.getSpaceByName(space_name)
    return false if space.empty? || space.get.defaultScheduleSet.empty? || space.get.defaultScheduleSet.get.nameString != ds_name
  end
  true
end

def check_thermostats(model)
  SPEC['spaces'].each do |s|
    zone = model.getThermalZoneByName(s['zone'])
    return false if zone.empty?
    zone = zone.get
    if s['heat'].nil?
      return false if zone.useIdealAirLoads
      return false unless zone.thermostatSetpointDualSetpoint.empty?
    else
      return false unless zone.useIdealAirLoads
      return false if zone.thermostatSetpointDualSetpoint.empty?
      t = zone.thermostatSetpointDualSetpoint.get
      return false if t.heatingSetpointTemperatureSchedule.empty? || t.coolingSetpointTemperatureSchedule.empty?
      return false unless ok_close(opt(t.heatingSetpointTemperatureSchedule).to_ScheduleConstant.get.value, s['heat'], 0.01)
      return false unless ok_close(opt(t.coolingSetpointTemperatureSchedule).to_ScheduleConstant.get.value, s['cool'], 0.01)
    end
  end
  true
end

def check_infiltration_oa(model)
  inf_spec = SPEC.fetch('infiltration', {})
  if inf_spec['all']
    model.getSpaces.each do |space|
      objs = space.spaceInfiltrationDesignFlowRates
      return false unless objs.size == 1
      return false unless ok_close(objs[0].flowperExteriorSurfaceArea, inf_spec['all']['flow_per_exterior_area'], 0.000001)
      return false unless objs[0].schedule.empty? == false && objs[0].schedule.get.nameString == inf_spec['all']['schedule']
    end
  end
  oa_spec = SPEC.fetch('outdoor_air', {})
  if oa_spec['all']
    model.getSpaces.each do |space|
      return false if space.designSpecificationOutdoorAir.empty?
      oa=space.designSpecificationOutdoorAir.get
      return false unless oa.outdoorAirMethod == 'Sum'
      return false unless ok_close(oa.outdoorAirFlowperPerson, oa_spec['all']['per_person'], 0.000001)
      return false unless ok_close(oa.outdoorAirFlowperFloorArea, oa_spec['all']['per_floor_area'], 0.000001)
      return false unless oa.outdoorAirFlowRateFractionSchedule.empty? == false && oa.outdoorAirFlowRateFractionSchedule.get.nameString == oa_spec['all']['schedule']
    end
  else
    oa_spec.each do |space_name, expected|
      space = model.getSpaceByName(space_name)
      return false if space.empty? || space.get.designSpecificationOutdoorAir.empty?
      oa=space.get.designSpecificationOutdoorAir.get
      return false unless ok_close(oa.outdoorAirFlowperPerson, expected['per_person'], 0.000001)
      return false unless ok_close(oa.outdoorAirFlowperFloorArea, expected['per_floor_area'], 0.000001)
    end
  end
  true
end

def check_daylighting(model)
  specs = SPEC.fetch('daylighting', [])
  return false unless model.getDaylightingControls.size == specs.size
  return false unless model.getIlluminanceMaps.size == specs.size
  specs.all? do |d|
    space = model.getSpaceByName(d['space'])
    return false if space.empty?
    controls = model.getDaylightingControls.select { |c| !c.space.empty? && c.space.get.handle.to_s == space.get.handle.to_s }
    return false unless controls.size == 1
    c=controls[0]
    return false unless ok_close(c.positionXCoordinate, d['point'][0], 0.06) && ok_close(c.positionYCoordinate, d['point'][1], 0.06) && ok_close(c.positionZCoordinate, d['point'][2], 0.06)
    return false unless ok_close(c.illuminanceSetpoint, d['setpoint'], 0.5)
    return false unless c.lightingControlType == 'Continuous'
    maps = model.getIlluminanceMaps.select { |im| !im.space.empty? && im.space.get.handle.to_s == space.get.handle.to_s }
    return false unless maps.size == 1
    im=maps[0]
    return false if space.get.thermalZone.empty?
    zone = space.get.thermalZone.get
    return false if zone.primaryDaylightingControl.empty? || zone.primaryDaylightingControl.get.handle.to_s != c.handle.to_s
    return false unless zone.fractionofZoneControlledbyPrimaryDaylightingControl > 0.0
    return false if zone.illuminanceMap.empty? || zone.illuminanceMap.get.handle.to_s != im.handle.to_s
    return false unless ok_close(im.originXCoordinate, d['map_origin'][0], 0.06) && ok_close(im.originYCoordinate, d['map_origin'][1], 0.06) && ok_close(im.originZCoordinate, d['map_origin'][2], 0.06)
    return false unless ok_close(im.xLength, d['map_lengths'][0], 0.06) && ok_close(im.yLength, d['map_lengths'][1], 0.06)
    return false unless im.numberofXGridPoints == d['map_grid'][0] && im.numberofYGridPoints == d['map_grid'][1]
    true
  end
end

def check_shading(model)
  return false unless ok_close(model.getShadingSurfaces.map(&:grossArea).sum, SPEC['metrics']['shading_area'], 0.25)
  SPEC.fetch('shading', []).all? do |sh|
    s = model.getShadingSurfaceByName(sh['name'])
    return false if s.empty?
    b = sub_bounds(s.get)
    ok_close(b[0], sh['x0'], 0.06) && ok_close(b[3], sh['x1'], 0.06) && ok_close(b[1], sh['y0'], 0.06) && ok_close(b[4], sh['y1'], 0.06) && ok_close(b[2], sh['z'], 0.06) && ok_close(b[5], sh['z'], 0.06)
  end
end

def check_constructions(model)
  c = SPEC.fetch('constructions', nil)
  return true if c.nil?
  c.each do |kind, cspec|
    next if kind == 'window'
    con = model.getConstructionByName(cspec['name'])
    return false if con.empty?
    layers = con.get.layers
    return false unless layers.size == cspec['layers'].size
    return false unless layers.map(&:nameString) == cspec['layers'].map { |layer| layer['name'] }
    targets = case kind
      when 'wall' then model.getSurfaces.select { |s| s.surfaceType == 'Wall' && s.outsideBoundaryCondition == 'Outdoors' }
      when 'roof' then model.getSurfaces.select { |s| s.surfaceType == 'RoofCeiling' && s.outsideBoundaryCondition == 'Outdoors' }
      when 'floor' then model.getSurfaces.select { |s| s.surfaceType == 'Floor' && s.outsideBoundaryCondition == 'Ground' }
      else []
    end
    return false if targets.empty?
    return false unless targets.all? { |surface| !surface.construction.empty? && surface.construction.get.handle.to_s == con.get.handle.to_s }
    cspec['layers'].each do |mspec|
      mat = model.getStandardOpaqueMaterialByName(mspec['name'])
      return false if mat.empty?
      mat = mat.get
      return false unless ok_close(mat.thickness, mspec['thickness'], 0.0005)
      return false unless ok_close(mat.conductivity, mspec['conductivity'], 0.0005)
      return false unless ok_close(mat.density, mspec['density'], 0.5)
      return false unless ok_close(mat.specificHeat, mspec['specific_heat'], 0.5)
    end
  end
  if c['window']
    con = model.getConstructionByName(c['window']['name'])
    return false if con.empty?
    layers = con.get.layers
    return false unless layers.size == 1
    g_optional = layers[0].to_SimpleGlazing
    return false if g_optional.empty?
    g = g_optional.get
    return false unless ok_close(g.uFactor, c['window']['u_factor'], 0.02) && ok_close(g.solarHeatGainCoefficient, c['window']['shgc'], 0.01) && ok_close(g.visibleTransmittance, c['window']['vt'], 0.01)
    return false unless model.getSubSurfaces.all? { |sub| !sub.construction.empty? && sub.construction.get.handle.to_s == con.get.handle.to_s }
  end
  true
end

def check_water_exterior_output(model)
  SPEC.fetch('water_use', []).each do |w|
    eq = model.getWaterUseEquipmentByName(w['name'])
    return false if eq.empty?
    eq = eq.get
    return false if eq.space.empty? || eq.space.get.nameString != w['space']
    d = eq.waterUseEquipmentDefinition
    return false unless ok_close(d.peakFlowRate, w['peak_flow'], 0.000001)
    return false if eq.flowRateFractionSchedule.empty? || eq.flowRateFractionSchedule.get.nameString != w['flow_schedule']
    return false if d.targetTemperatureSchedule.empty? || d.targetTemperatureSchedule.get.nameString != w['target_temp_schedule']
    return false unless d.endUseSubcategory == w['end_use']
  end
  SPEC.fetch('exterior_lights', []).each do |e|
    obj = model.getExteriorLightsByName(e['name'])
    return false if obj.empty?
    obj=obj.get
    return false unless ok_close(obj.exteriorLightsDefinition.designLevel, e['design_level'], 0.01)
    return false if obj.schedule.empty? || obj.schedule.get.nameString != e['schedule']
    return false unless obj.controlOption == e['control']
  end
  SPEC.fetch('output_variables', []).each do |v|
    obj = model.getOutputVariableByName(v['name'])
    return false if obj.empty?
    obj=obj.get
    return false unless obj.variableName == v['variable']
    kv = obj.keyValue
    kv = kv.get if kv.respond_to?(:get) && (!kv.respond_to?(:empty?) || !kv.empty?)
    return false if kv.nil? || kv != v['key']
    return false unless obj.reportingFrequency == v['frequency']
  end
  SPEC.fetch('output_meters', []).each do |m|
    obj = model.getOutputMeterByName(m['name'])
    return false if obj.empty?
    return false unless obj.get.reportingFrequency == m['frequency']
  end
  true
end

def check_pv(model)
  pv = SPEC.fetch('pv', nil)
  return true if pv.nil?
  return false unless model.getGeneratorPVWattss.size == pv['generators'].size
  pv['generators'].each do |g|
    obj = model.getGeneratorPVWattsByName(g['name'])
    return false if obj.empty?
    obj=obj.get
    return false unless ok_close(obj.dcSystemCapacity, g['capacity'], 0.1)
    return false unless obj.moduleType == g['module']
    return false unless obj.arrayType == g['array']
    return false unless ok_close(obj.systemLosses, g['losses'], 0.001)
    return false if g.key?('tilt') && !ok_close(obj.tiltAngle, g['tilt'], 0.1)
    return false unless ok_close(obj.azimuthAngle, g['azimuth'], 0.1)
    if g['surface_space']
      return false if obj.surface.empty?
      expected_surface = model.getSurfaceByName("#{g['surface_space']} #{g.fetch('surface', 'roof').capitalize}")
      return false if expected_surface.empty? || obj.surface.get.handle.to_s != expected_surface.get.handle.to_s
    end
  end
  inv = model.getElectricLoadCenterInverterPVWattsByName(pv['inverter']['name'])
  return false if inv.empty?
  inv=inv.get
  return false unless ok_close(inv.dcToACSizeRatio, pv['inverter']['dc_to_ac'], 0.001)
  return false unless ok_close(inv.inverterEfficiency, pv['inverter']['efficiency'], 0.001)
  dist = model.getElectricLoadCenterDistributionByName(pv['distribution'])
  return false if dist.empty?
  dist=dist.get
  return false unless dist.generatorOperationSchemeType == pv['operation']
  return false unless dist.electricalBussType == pv['bus']
  return false if dist.inverter.empty? || dist.inverter.get.handle.to_s != inv.handle.to_s
  expected_generators = pv['generators'].map { |g| model.getGeneratorPVWattsByName(g['name']).get.handle.to_s }.sort
  return false unless dist.generators.map { |g| g.handle.to_s }.sort == expected_generators
  true
end

loaded = OpenStudio::Model::Model.load(OpenStudio::Path.new(PATH))
if loaded.empty?
  puts 'OS_EVAL_FALSE'
  exit 0
end
model = loaded.get
checks = [
  method(:check_basic), method(:check_geometry), method(:check_windows), method(:check_schedules), method(:check_loads), method(:check_thermostats), method(:check_infiltration_oa), method(:check_daylighting), method(:check_shading), method(:check_constructions), method(:check_water_exterior_output), method(:check_pv)
]
ok = checks.all? { |m| m.call(model) }
puts(ok ? 'OS_EVAL_TRUE' : 'OS_EVAL_FALSE')
"""

def main():
    if not RESULT.is_file() or RESULT.stat().st_size < 1000:
        print('False')
        return
    with tempfile.NamedTemporaryFile('w', suffix='.rb', delete=False, encoding='utf-8') as f:
        f.write(RUBY)
        script = Path(f.name)
    try:
        proc = subprocess.run(['openstudio', '--loglevel', 'Error', 'execute_ruby_script', str(script), str(RESULT)], text=True, capture_output=True, timeout=90)
        ok = proc.returncode == 0 and 'OS_EVAL_TRUE' in proc.stdout
    except Exception:
        ok = False
    finally:
        script.unlink(missing_ok=True)
    print('True' if ok else 'False')

if __name__ == '__main__':
    main()