| |
| 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|{"title": "Two-Zone Lab Envelope And Ventilation Retrofit", "building": "CLI Ventilated Lab Wing", "stories": [{"name": "01_LAB", "z": 0.0}], "spaces": [{"name": "T08-WEST-LAB", "zone": "T08-WEST-LAB Zone", "x0": 0, "y0": 0, "x1": 10, "y1": 8, "z0": 0, "h": 3.5, "story": "01_LAB", "space_type": "TASK08 Wet Lab Type", "heat": 20, "cool": 24, "ideal": true}, {"name": "T08-EAST-LAB", "zone": "T08-EAST-LAB Zone", "x0": 10, "y0": 0, "x1": 20, "y1": 8, "z0": 0, "h": 3.5, "story": "01_LAB", "space_type": "TASK08 Wet Lab Type", "heat": 19, "cool": 25, "ideal": true}], "constant_schedules": {"TASK08 Occupancy Schedule": 0.7, "TASK08 Load Schedule": 0.9, "TASK08 Infiltration Schedule": 1.0, "TASK08 OA Schedule": 1.0}, "space_types": {"TASK08 Wet Lab Type": {"people": 0.025, "people_schedule": "TASK08 Occupancy Schedule", "lights": 11.0, "lights_schedule": "TASK08 Load Schedule", "equipment": 18.0, "equipment_schedule": "TASK08 Load Schedule"}}, "windows": [{"space": "T08-WEST-LAB", "wall": "south", "start": 2, "end": 8, "sill": 0.9, "head": 2.7, "name": "T08-WEST-LAB South FixedWindow"}, {"space": "T08-EAST-LAB", "wall": "south", "start": 12, "end": 18, "sill": 0.9, "head": 2.7, "name": "T08-EAST-LAB South FixedWindow"}, {"space": "T08-WEST-LAB", "wall": "west", "start": 2, "end": 6, "sill": 1.0, "head": 2.8, "name": "T08-WEST-LAB West FixedWindow"}, {"space": "T08-EAST-LAB", "wall": "east", "start": 2, "end": 6, "sill": 1.0, "head": 2.8, "name": "T08-EAST-LAB East FixedWindow"}], "infiltration": {"all": {"flow_per_exterior_area": 0.00035, "schedule": "TASK08 Infiltration Schedule"}}, "outdoor_air": {"all": {"per_person": 0.01, "per_floor_area": 0.001, "schedule": "TASK08 OA Schedule"}}, "constructions": {"wall": {"name": "TASK08 Lab Wall Construction", "layers": [{"name": "TASK08 Gypsum Board", "thickness": 0.016, "conductivity": 0.16, "density": 800, "specific_heat": 1090}, {"name": "TASK08 Lab Wall Insulation", "thickness": 0.11, "conductivity": 0.038, "density": 32, "specific_heat": 840}]}, "roof": {"name": "TASK08 Lab Roof Construction", "layers": [{"name": "TASK08 Roof Membrane", "thickness": 0.01, "conductivity": 0.22, "density": 1100, "specific_heat": 1460}, {"name": "TASK08 Roof Insulation", "thickness": 0.16, "conductivity": 0.034, "density": 30, "specific_heat": 1210}]}, "floor": {"name": "TASK08 Lab Slab Construction", "layers": [{"name": "TASK08 Concrete Slab", "thickness": 0.15, "conductivity": 1.4, "density": 2200, "specific_heat": 880}]}, "window": {"name": "TASK08 Lab Window Construction", "u_factor": 1.7, "shgc": 0.31, "vt": 0.54}}, "id": "08", "metrics": {"bbox": [20, 8, 3.5], "floor_area": 160, "exterior_wall_area": 196.0, "surface_count": 12, "space_count": 2, "zone_count": 2, "story_count": 1, "window_count": 4, "window_area": 36.0, "shading_count": 0, "shading_area": 0, "paired_surface_count": 2, "ground_floor_count": 2}, "difficulty": "medium", "scenario": "The current model is a single-story laboratory wing with two wet labs sharing an internal partition. The south side faces a campus walkway, and the end walls provide supplemental side daylight. The facility manager wants the labs organized into an energy model with higher ventilation demand and clearer infiltration and envelope assumptions while preserving the exterior outline, flat roof, and internal adjacency. Continue the plain, durable material language expected for laboratory space."}|) |
| 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 unless 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() |
|
|
