diff --git a/md/input_relatory.lua b/md/input_relatory.lua
deleted file mode 100644
index 6407453..0000000
--- a/md/input_relatory.lua
+++ /dev/null
@@ -1,256 +0,0 @@
--- C:\Users\iury\Desktop\PSRio_Atual\psrio.exe --model OPTGEN -r "D:\PSRIO-scripts\md\input_relatory.lua" "D:\Dropbox (PSR)\PSR_main\OPTGEN\DASHBOARD\caso_timing"
-
-local studies<const> = PSR.studies();
-
--- COLLECTIONS
-local area<const> = {};
-local balancingarea<const> = {};
-local balancingareahydro<const> = {};
-local balancingareathermal<const> = {};
-local battery<const> = {};
-local bus<const> = {};
-local circuit<const> = {};
-local circuitssum<const> = {};
-local concentratedsolarpower<const> = {};
-local dclink<const> = {};
-local demand<const> = {};
-local demandsegment<const> = {};
-local electrificationdemand<const> = {};
-local electrificationdemandsegment<const> = {};
-local electrificationnetwork<const> = {};
-local electrificationnode<const> = {};
-local electrificationprocess<const> = {};
-local electrificationproducer<const> = {};
-local electrificationstorage<const> = {};
-local electrificationtransport<const> = {};
-local expansioncapacity<const> = {};
-local expansionconstraint<const> = {};
-local expansiondecision<const> = {};
-local expansionproject<const> = {};
-local flowcontroller<const> = {};
-local fuel<const> = {};
-local fuelconsumption<const> = {};
-local fuelcontract<const> = {};
-local fuelreservoir<const> = {};
-local gasemission<const> = {};
-local gasnode<const> = {};
-local generator<const> = {};
-local generationconstraint<const> = {};
-local generic<const> = {};
-local genericconstraint<const> = {};
-local hydro<const> = {};
-local hydrogaugingstation<const> = {};
-local interconnection<const> = {};
-local interconnectionsum<const> = {};
-local maintenance<const> = {};
-local powerinjection<const> = {};
-local region<const> = {};
-local renewable<const> = {};
-local renewablegaugingstation<const> = {};
-local reservegenerationconstraint<const> = {};
-local reservoirset<const> = {};
-local system<const> = {};
-local study<const> = {};
-local thermal<const> = {};
-local thermalcombinedcycle<const> = {};
-
-for i = 1, studies do
-    table.insert(area, Area(i));
-    table.insert(balancingarea, BalancingArea(i));
-    table.insert(balancingareahydro, BalancingAreaHydro(i));
-    table.insert(balancingareathermal, BalancingAreaThermal(i));
-    table.insert(battery, Battery(i));
-    table.insert(bus, Bus(i));
-    table.insert(circuit, Circuit(i));
-    table.insert(circuitssum, CircuitsSum(i));
-    table.insert(concentratedsolarpower, ConcentratedSolarPower(i));
-    table.insert(dclink, DCLink(i));
-    table.insert(demand, Demand(i));
-    table.insert(demandsegment, DemandSegment(i));
-    table.insert(electrificationdemand, ElectrificationDemand(i));
-    table.insert(electrificationdemandsegment, ElectrificationDemandSegment(i));
-    table.insert(electrificationnetwork, ElectrificationNetwork(i));
-    table.insert(electrificationnode, ElectrificationNode(i));
-    table.insert(electrificationprocess, ElectrificationProcess(i));
-    table.insert(electrificationproducer, ElectrificationProducer(i));
-    table.insert(electrificationstorage, ElectrificationStorage(i));
-    table.insert(electrificationtransport, ElectrificationTransport(i));
-    table.insert(expansioncapacity, ExpansionCapacity(i));
-    table.insert(expansionconstraint, ExpansionConstraint(i));
-    table.insert(expansiondecision, ExpansionDecision(i));
-    table.insert(expansionproject, ExpansionProject(i));
-    table.insert(flowcontroller, FlowController(i));
-    table.insert(fuel, Fuel(i));
-    table.insert(fuelconsumption, FuelConsumption(i));
-    table.insert(fuelcontract, FuelContract(i));
-    table.insert(fuelreservoir, FuelReservoir(i));
-    table.insert(gasemission, GasEmission(i));
-    table.insert(gasnode, GasNode(i));
-    table.insert(generator, Generator(i));
-    table.insert(generationconstraint, GenerationConstraint(i));
-    table.insert(generic, Generic(i));
-    table.insert(genericconstraint, GenericConstraint(i));
-    table.insert(hydro, Hydro(i));
-    table.insert(hydrogaugingstation, HydroGaugingStation(i));
-    table.insert(interconnection, Interconnection(i));
-    table.insert(interconnectionsum, InterconnectionSum(i));
-    table.insert(maintenance, Maintenance(i));
-    table.insert(powerinjection, PowerInjection(i));
-    table.insert(region, Region(i));
-    table.insert(renewable, Renewable(i));
-    table.insert(renewablegaugingstation, RenewableGaugingStation(i));
-    table.insert(reservegenerationconstraint, ReserveGenerationConstraint(i));
-    table.insert(reservoirset, ReservoirSet(i));
-    table.insert(system, System(i));
-    table.insert(study, Study(i));
-    table.insert(thermal, Thermal(i));
-    table.insert(thermalcombinedcycle, ThermalCombinedCycle(i));
-end
-
-local function create_tab(label, icon)
-    local tab = Tab(label);
-    tab:set_icon(icon);
-    tab:push("# " .. label);
-    return tab;
-end
-
-local function create_prefix(label)
-    local prefix = "";
-    if studies > 1 then
-        prefix = "|" .. label;
-    end
-    return prefix;
-end
-
-local function get_study_parameter(i, key, true_value)
-    if study[i]:get_parameter(key, -1) == true_value then
-        return "yes";
-    else
-        return "no";
-    end
-end
-
-function Tab.push_cases_header(self)
-    local row = "| Case Parameter | ";
-    for i = 1, studies do
-        row = row .. generic[i]:dirname() .. " | ";
-    end
-    self:push(row);
-
-    local row = "|:-:| ";
-    for i = 1, studies do
-        row = row .. ":-:|";
-    end
-    self:push(row);
-end
-
-function Tab.push_collections_size(self, label, collection)
-    local row = "| " .. label .. " | ";
-    for i = 1, studies do
-        row = row .. #collection[i] .. " | ";
-    end
-    self:push(row);
-end
-
-local function tab_info()
-    local tab<const> = create_tab("Info", "info");
-
-    tab:push("## Summary");
-
-    tab:push_cases_header();
-
-    local row = "| Execution Type | ";
-    for i = 1, studies do
-        local execution_type = "Policy";
-        if study[i]:get_parameter("Objetivo", -1) == 2 then
-            execution_type = "Simulation";
-        end
-        row = row .. execution_type .. " | ";
-    end
-    tab:push(row);
-
-    local row = "| Stage Type | ";
-    for i = 1, studies do
-        local stage_type = "Unknow";
-        if study[i]:stage_type() == 1 then
-            stage_type = "Weekly";
-        elseif study[i]:stage_type() == 2 then
-            stage_type = "Monthly";
-        end
-        row = row .. stage_type .. " | ";
-    end
-    tab:push(row);
-
-    local row = "| Stages | ";
-    for i = 1, studies do
-        local stages = study[i]:stages();
-        row = row .. stages .. " | ";
-    end
-    tab:push(row);
-
-    local row = "| Initial Year of Study | ";
-    for i = 1, studies do
-        local initial_year = study[i]:initial_year();
-        row = row .. initial_year .. " | ";
-    end
-    tab:push(row);
-
-    local row = "| Blocks | ";
-    for i = 1, studies do
-        local blocks = study[i]:get_parameter("NumberBlocks", 0);
-        row = row .. blocks .. " | ";
-    end
-    tab:push(row);
-
-    local row = "| Forward Series | ";
-    for i = 1, studies do
-        local scenarios = study[i]:scenarios();
-        row = row .. scenarios .. " | ";
-    end
-    tab:push(row);
-
-    local row = "| Backward Series | ";
-    for i = 1, studies do
-        local openings = study[i]:openings();
-        row = row .. openings .. " | ";
-    end
-    tab:push(row);
-
-    local row = "| Hourly Representation | ";
-    for i = 1, studies do
-        local hourly = get_study_parameter(i, "SIMH", 2);
-        row = row .. hourly .. " | ";
-    end
-    tab:push(row);
-
-    local row = "| Network Representation | ";
-    for i = 1, studies do
-        local network = get_study_parameter(i, "Rede", 1);
-        row = row .. network .. " | ";
-    end
-    tab:push(row);
-
-    local row = "| Typical Days Representation | ";
-    for i = 1, studies do
-        local typical_days = get_study_parameter(i, "TDAY", 1);
-        row = row .. typical_days .. " | ";
-    end
-    tab:push(row);
-
-    tab:push("## Dimensions");
-
-    tab:push_cases_header();
-    tab:push_collections_size("Systems", system);
-    tab:push_collections_size("Hydro Plants", hydro);
-    tab:push_collections_size("Thermal Plants", thermal);
-    tab:push_collections_size("Renewable Plants", renewable);
-    tab:push_collections_size("Batteries", battery);
-    tab:push_collections_size("Power Injections", powerinjection);
-    tab:push_collections_size("Interconnections", interconnection);
-
-    return tab;
-end
-
-local dashboard<const> = Dashboard();
-dashboard:push(tab_info());
-dashboard:save("dashboard");
\ No newline at end of file
diff --git a/md/input_summary.lua b/md/input_summary.lua
new file mode 100644
index 0000000..547e670
--- /dev/null
+++ b/md/input_summary.lua
@@ -0,0 +1,348 @@
+-- C:\Users\iury\Desktop\PSRio_Atual\psrio.exe --model SDDP -r "D:\PSRIO-scripts\md\input_summary.lua" "C:\PSR\Sddp17.2\Example\Hourly_representation\Case27"
+
+local studies<const> = PSR.studies();
+
+-- COLLECTIONS
+local area<const> = {};
+local balancingarea<const> = {};
+local balancingareahydro<const> = {};
+local balancingareathermal<const> = {};
+local battery<const> = {};
+local bus<const> = {};
+local circuit<const> = {};
+local circuitssum<const> = {};
+local concentratedsolarpower<const> = {};
+local dclink<const> = {};
+local demand<const> = {};
+local demandsegment<const> = {};
+local electrificationdemand<const> = {};
+local electrificationdemandsegment<const> = {};
+local electrificationnetwork<const> = {};
+local electrificationnode<const> = {};
+local electrificationprocess<const> = {};
+local electrificationproducer<const> = {};
+local electrificationstorage<const> = {};
+local electrificationtransport<const> = {};
+local expansioncapacity<const> = {};
+local expansionconstraint<const> = {};
+local expansiondecision<const> = {};
+local expansionproject<const> = {};
+local flowcontroller<const> = {};
+local fuel<const> = {};
+local fuelconsumption<const> = {};
+local fuelcontract<const> = {};
+local fuelreservoir<const> = {};
+local gasemission<const> = {};
+local gasnode<const> = {};
+local generator<const> = {};
+local generationconstraint<const> = {};
+local generic<const> = {};
+local genericconstraint<const> = {};
+local hydro<const> = {};
+local hydrogaugingstation<const> = {};
+local interconnection<const> = {};
+local interconnectionsum<const> = {};
+local maintenance<const> = {};
+local powerinjection<const> = {};
+local region<const> = {};
+local renewable<const> = {};
+local renewablegaugingstation<const> = {};
+local reservegenerationconstraint<const> = {};
+local reservoirset<const> = {};
+local system<const> = {};
+local study<const> = {};
+local thermal<const> = {};
+local thermalcombinedcycle<const> = {};
+
+-- colors
+local colors<const> = {
+    inelastic_demand  = "#082B70",
+    elastic_demand  = "#3AB495",
+    thermal = "#F28E2B",
+    hydro = "#4E79A7",
+    solar = "#F1CE63",
+    wind = "#8CD17D",
+    renewable = "#8a8881",
+    csp = "#b0ada4",
+    battery = "#FF9DA7",
+};
+
+-- dictionary
+local dictionary<const> = {
+    tab_name = {
+        en = "Summary",
+        es = "Resumem",
+        pt = "Resumo"
+    },
+    inelastic_demand = {
+        en = "Demand",
+        es = "Demanda",
+        pt = "Demanda"
+    },
+    elastic_demand = {
+        en = "Elastic demand",
+        es = "Demanda elástica",
+        pt = "Demanda elástica"
+    },
+    thermal_capacity = {
+        en = "Thermal capacity",
+        es = "Capacidad térmica",
+        pt = "Capacidade térmica"
+    },
+    hydro_capacity = {
+        en = "Hydro capacity",
+        es = "Capacidad hidrica",
+        pt = "Capacidade hidrica"
+    },
+    solar_capacity = {
+        en = "Solar capacity",
+        es = "Capacidad solar",
+        pt = "Capacidade solar"
+    },
+    wind_capacity = {
+        en = "Wind capacity",
+        es = "Capacidad eólica",
+        pt = "Capacidade eólica"
+    },
+    Others_renewables_capacity = {
+        en = "Other renewables capacity",
+        es = "Capacidad de otras energías renovables",
+        pt = "Capacidade de outras energias renováveis"
+    },
+    csp_capacity = {
+        en = "CSP capacity",
+        es = "Capacidad CSP",
+        pt = "Capacidade CSP"
+    },
+    battery_capacity = {
+        en = "Battery capacity",
+        es = "Capacidad de batería",
+        pt = "Capacidade da bateria"
+    },
+    capacity_by_tech = {
+        en = "Technology Capacity",
+        es = "Capacidad per Tecnología",
+        pt = "Capacidade por tecnologia"
+    },
+    capacity_mix = {
+        en = "Capacity mix",
+        es = "Mezcla de capacidad",
+        pt = "Mix de capacidade"
+    },
+    injections = {
+        en = "Injections",
+        es = "Inyecciones",
+        pt = "Injeções"
+    },
+    inflows = {
+        en = "Inflows",
+        es = "Aportes",
+        pt = "Afluências"
+    },
+    system = {
+        en = "System",
+        es = "Sistema",
+        pt = "Sistema"
+    },
+    capacity = {
+        en = "Capacity",
+        es = "Capacidad",
+        pt = "Capacidade"
+    }
+};
+
+for i = 1, studies do
+    table.insert(area, Area(i));
+    table.insert(balancingarea, BalancingArea(i));
+    table.insert(balancingareahydro, BalancingAreaHydro(i));
+    table.insert(balancingareathermal, BalancingAreaThermal(i));
+    table.insert(battery, Battery(i));
+    table.insert(bus, Bus(i));
+    table.insert(circuit, Circuit(i));
+    table.insert(circuitssum, CircuitsSum(i));
+    table.insert(concentratedsolarpower, ConcentratedSolarPower(i));
+    table.insert(dclink, DCLink(i));
+    table.insert(demand, Demand(i));
+    table.insert(demandsegment, DemandSegment(i));
+    table.insert(electrificationdemand, ElectrificationDemand(i));
+    table.insert(electrificationdemandsegment, ElectrificationDemandSegment(i));
+    table.insert(electrificationnetwork, ElectrificationNetwork(i));
+    table.insert(electrificationnode, ElectrificationNode(i));
+    table.insert(electrificationprocess, ElectrificationProcess(i));
+    table.insert(electrificationproducer, ElectrificationProducer(i));
+    table.insert(electrificationstorage, ElectrificationStorage(i));
+    table.insert(electrificationtransport, ElectrificationTransport(i));
+    table.insert(expansioncapacity, ExpansionCapacity(i));
+    table.insert(expansionconstraint, ExpansionConstraint(i));
+    table.insert(expansiondecision, ExpansionDecision(i));
+    table.insert(expansionproject, ExpansionProject(i));
+    table.insert(flowcontroller, FlowController(i));
+    table.insert(fuel, Fuel(i));
+    table.insert(fuelconsumption, FuelConsumption(i));
+    table.insert(fuelcontract, FuelContract(i));
+    table.insert(fuelreservoir, FuelReservoir(i));
+    table.insert(gasemission, GasEmission(i));
+    table.insert(gasnode, GasNode(i));
+    table.insert(generator, Generator(i));
+    table.insert(generationconstraint, GenerationConstraint(i));
+    table.insert(generic, Generic(i));
+    table.insert(genericconstraint, GenericConstraint(i));
+    table.insert(hydro, Hydro(i));
+    table.insert(hydrogaugingstation, HydroGaugingStation(i));
+    table.insert(interconnection, Interconnection(i));
+    table.insert(interconnectionsum, InterconnectionSum(i));
+    table.insert(maintenance, Maintenance(i));
+    table.insert(powerinjection, PowerInjection(i));
+    table.insert(region, Region(i));
+    table.insert(renewable, Renewable(i));
+    table.insert(renewablegaugingstation, RenewableGaugingStation(i));
+    table.insert(reservegenerationconstraint, ReserveGenerationConstraint(i));
+    table.insert(reservoirset, ReservoirSet(i));
+    table.insert(system, System(i));
+    table.insert(study, Study(i));
+    table.insert(thermal, Thermal(i));
+    table.insert(thermalcombinedcycle, ThermalCombinedCycle(i));
+end
+
+-- get language
+local function get_language(case)
+    local language<const> = study[case]:get_parameter("Idioma", 0);
+    if language == 1 then
+        return "es";
+    elseif language == 2 then
+        return "pt";
+    else -- language == 0
+        return "en";
+    end
+end
+local language = get_language(1);
+
+local function demand_hourly(case)
+    local generic = Generic(case);
+    local sddp = generic:load_table_without_header("sddp.dat");
+
+    for key = 1,#sddp do
+        if string.sub(sddp[key][1],1,9) == "DCHR LOAD" then
+            if string.sub(sddp[key][1],11,11) == "1" then
+                return true
+            end
+        end
+    end
+
+    return false
+end
+local demand_is_hourly = demand_hourly(1)
+
+local function create_tab(label, icon)
+    local tab = Tab(label);
+    tab:set_icon(icon);
+    tab:push("# " .. label);
+    return tab;
+end
+
+
+local function create_prefix(label)
+    local prefix = "";
+    if studies > 1 then
+        prefix = "|" .. label;
+    end
+    return prefix;
+end
+
+local function demand_data(case, tab)
+    local demand = demand[case];
+    local study  = study[case];
+    local system = system[case];
+
+    local demand_data;
+    if demand_is_hourly then
+        demand_data = system.sensitivity * demand.inelastic_hour:aggregate_agents(BY_SUM(), Collection.SYSTEM):aggregate_blocks(BY_SUM()):aggregate_stages(BY_SUM(),Profile.PER_YEAR);
+    else
+        demand_data = system.sensitivity * demand.inelastic_block:aggregate_agents(BY_SUM(), Collection.SYSTEM):aggregate_blocks(BY_SUM()):aggregate_stages(BY_SUM(),Profile.PER_YEAR);
+    end
+
+    if demand_data:loaded() then
+        -- local chart = Chart();
+        -- chart:add_column(demand_data);
+        -- tab:push("## " .. dictionary.inelastic_demand[language]);
+        -- tab:push(chart);
+        demand_data:save("demanda_MD",{fast_csv = true})
+    end
+
+end
+
+local function capacity_data(case, tab)
+    local thermal = thermal[case];
+    local hydro = hydro[case];
+    local battery = battery[case];
+    local renewable = renewable[case];
+    local system = system[case];
+
+    local thermal_capacity = ifelse(thermal.state:ne(1),thermal.max_generation_available,0):aggregate_agents(BY_SUM(),Collection.SYSTEM):aggregate_stages(BY_SUM(),Profile.PER_YEAR):select_stage(1);
+    local hydro_capacity = ifelse(hydro.state:ne(1),hydro.max_generation_available,0):aggregate_agents(BY_SUM(),Collection.SYSTEM):aggregate_stages(BY_SUM(),Profile.PER_YEAR):select_stage(1);
+    local renewable_capacity = ifelse(renewable.state:ne(1) & renewable.tech_type:ne(2) & renewable.tech_type:ne(1) & renewable.tech_type:ne(5),renewable.capacity,0):aggregate_agents(BY_SUM(),Collection.SYSTEM):aggregate_stages(BY_SUM(),Profile.PER_YEAR):select_stage(1);
+    local solar_capacity = ifelse(renewable.state:ne(1) & renewable.tech_type:eq(2),renewable.capacity,0):aggregate_agents(BY_SUM(),Collection.SYSTEM):aggregate_stages(BY_SUM(),Profile.PER_YEAR):select_stage(1);
+    local wind_capacity = ifelse(renewable.state:ne(1) & renewable.tech_type:eq(1),renewable.capacity,0):aggregate_agents(BY_SUM(),Collection.SYSTEM):aggregate_stages(BY_SUM(),Profile.PER_YEAR):select_stage(1);
+    local csp_capacity = ifelse(renewable.state:ne(1) & renewable.tech_type:eq(5),renewable.capacity,0):aggregate_agents(BY_SUM(),Collection.SYSTEM):aggregate_stages(BY_SUM(),Profile.PER_YEAR):select_stage(1);
+    local battery_capacity = ifelse(battery.state:ne(1),battery.capacity,0):aggregate_agents(BY_SUM(),Collection.SYSTEM):aggregate_stages(BY_SUM(),Profile.PER_YEAR):select_stage(1);
+    
+    local some_data_loaded = thermal_capacity:loaded() or
+                             hydro_capacity:loaded() or
+                             solar_capacity:loaded() or
+                             wind_capacity:loaded() or
+                             renewable_capacity:loaded() or
+                             csp_capacity:loaded() or
+                             battery_capacity:loaded();
+
+    if some_data_loaded then
+        -- local chart = Chart();
+        -- chart:add_categories(thermal_capacity, dictionary.thermal_capacity[language],
+        --                                                         {xLabel = dictionary.system[language],
+        --                                                          yLabel = dictionary.capacity[language]});
+        -- chart:add_categories(hydro_capacity,  dictionary.hydro_capacity[language]);
+        -- chart:add_categories(solar_capacity,  dictionary.solar_capacity[language]);
+        -- chart:add_categories(wind_capacity,  dictionary.wind_capacity[language]);
+        -- chart:add_categories(renewable_capacity,  dictionary.Others_renewables_capacity[language]);
+        -- chart:add_categories(csp_capacity,  dictionary.csp_capacity[language]);
+        -- chart:add_categories(battery_capacity,  dictionary.battery_capacity[language]);
+        -- tab:push("## " .. dictionary.capacity_by_tech[language]);
+        -- tab:push(chart);
+
+        -- local chart = Chart();
+        -- chart:add_pie(thermal_capacity:aggregate_agents(BY_SUM(),dictionary.thermal_capacity[language]));
+        -- chart:add_pie(hydro_capacity:aggregate_agents(BY_SUM(),dictionary.hydro_capacity[language]));
+        -- chart:add_pie(solar_capacity:aggregate_agents(BY_SUM(),dictionary.solar_capacity[language]));
+        -- chart:add_pie(wind_capacity:aggregate_agents(BY_SUM(),dictionary.wind_capacity[language]));
+        -- chart:add_pie(renewable_capacity:aggregate_agents(BY_SUM(),dictionary.wind_capacity[language]));
+        -- chart:add_pie(csp_capacity:aggregate_agents(BY_SUM(),dictionary.csp_capacity[language]));
+        -- chart:add_pie(battery_capacity:aggregate_agents(BY_SUM(),dictionary.battery_capacity[language]));
+        -- tab:push("## " .. dictionary.capacity_mix[language]);
+        -- tab:push(chart);
+    
+        local concatenate_data = {};
+        local concatenate_data_percent = {};
+        for _,system in ipairs(system:labels()) do
+            local concatenate_capacity = concatenate(thermal_capacity:select_agents({system}):add_suffix("_" .. dictionary.thermal_capacity[language]),
+                                                     hydro_capacity:select_agents({system}):add_suffix("_" .. dictionary.hydro_capacity[language]),
+                                                     solar_capacity:select_agents({system}):add_suffix("_" .. dictionary.solar_capacity[language]),
+                                                     wind_capacity:select_agents({system}):add_suffix("_" .. dictionary.wind_capacity[language]),
+                                                     renewable_capacity:select_agents({system}):add_suffix("_" .. dictionary.Others_renewables_capacity[language]),
+                                                     csp_capacity:select_agents({system}):add_suffix("_" .. dictionary.csp_capacity[language]),
+                                                     battery_capacity:select_agents({system}):add_suffix("_" .. dictionary.battery_capacity[language])
+                                                    );
+            local total_capacity = concatenate_capacity:aggregate_agents(BY_SUM(),"Total_Capacity");
+            table.insert(concatenate_data,concatenate_capacity);
+            table.insert(concatenate_data_percent,(concatenate_capacity/total_capacity):convert("%"));
+        end
+        concatenate(concatenate_data):save("capacity_MD",{fast_csv = true})
+        concatenate(concatenate_data_percent):save("capacity_MD_percent",{fast_csv = true})
+    end
+
+end
+
+-- local dashboard<const> = Dashboard();
+-- local tab = create_tab(dictionary.tab_name[language],"book-open");
+demand_data(1, tab)
+capacity_data(1, tab)
+-- dashboard:push(tab);
+-- dashboard:save("dashboard");
\ No newline at end of file