v0.2.0-beta complete rewrite

Author: cvogt729

.gitignore

@@ -1,2 +1 @@
-**/*.jar
-test.html
+**/*.jar

DEPENDENCIES

@@ -1,3 +1,3 @@
 file:tomcat-embed-core:webserver\lib
-url:CommissioningScripts-0.1.2.jar:https://github.com/automatic-controls/commissioning-scripts/releases/download/v0.1.2-beta/CommissioningScripts-0.1.2.jar
-url:CommissioningScripts-0.1.2-sources.jar:https://github.com/automatic-controls/commissioning-scripts/releases/download/v0.1.2-beta/CommissioningScripts-0.1.2-sources.jar
+url:CommissioningScripts-0.1.3.jar:https://github.com/automatic-controls/commissioning-scripts/releases/download/v0.1.3-beta/CommissioningScripts-0.1.3.jar
+url:CommissioningScripts-0.1.3-sources.jar:https://github.com/automatic-controls/commissioning-scripts/releases/download/v0.1.3-beta/CommissioningScripts-0.1.3-sources.jar

README.md

@@ -0,0 +1,108 @@
+{
+  "eat": "ahu_sat/present_value",
+  "eat_status": "ahu_sat/output2",
+  "eat_fault": "ahu_sat/status_flags/fault",
+
+  "lat": "dat/present_value",
+  "lat_status": "dat/output2",
+  "lat_fault": "dat/status_flags/fault",
+
+  "oat": "oat/present_value",
+  "oat_status": "oat/output2",
+  "oat_fault": "oat/status_flags/fault",
+
+  "humidity": "zone_hum/present_value",
+  "humidity_status": "zone_hum/output2",
+  "humidity_fault": "zone_hum/status_flags/fault",
+
+  "airflow_measured": "air_flow/flow_tab/actual_flow",
+  "airflow_setp_lock_flag": "air_flow/flow_tab/lock_flags/flowsetp",
+  "airflow_setp_lock_value": "air_flow/flow_tab/flowsetp_lock",
+  "airflow_for_max_cool": "air_flow/flow_tab/max_cool",
+  "airflow_for_max_heat": "air_flow/flow_tab/max_heat",
+  "airflow_damper_lock_flag": "air_flow/flow_tab/lock_flags/damper",
+  "airflow_damper_lock_value": "air_flow/flow_tab/damper_lock",
+  "airflow_damper_position": "air_flow/flow_tab/damper_position",
+  "airflow_fault": "air_flow/flow_tab/status_flags/fault",
+
+  "oa_damper_lock_flag": "oad/locked",
+  "oa_damper_lock_value": "oad/locked_value",
+  "oa_damper_lock_min": "oad/min_pres_value",
+  "oa_damper_lock_max": "oad/max_pres_value",
+  "oa_damper_fault": "oad/status_flags/fault",
+  "oa_damper_min_position": "oad_min_pos/present_value",
+
+  "fan1_lock_flag": "sfss/locked",
+  "fan1_lock_value": "sfss/locked_value",
+  "fan1_lock_min": "sfss/min_pres_value",
+  "fan1_lock_max": "sfss/max_pres_value",
+  "fan1_fault": "sfss/status_flags/fault",
+  "fan1_status": "sfst/present_value",
+
+  "fan2_lock_flag": "efss/locked",
+  "fan2_lock_value": "efss/locked_value",
+  "fan2_lock_min": "efss/min_pres_value",
+  "fan2_lock_max": "efss/max_pres_value",
+  "fan2_fault": "efss/status_flags/fault",
+  "fan2_status": "efst/present_value",
+
+  "fan3_vfd_lock_flag": "baf1_vfd/locked",
+  "fan3_vfd_lock_value": "baf1_vfd/locked_value",
+  "fan3_vfd_lock_min": "baf1_vfd/min_pres_value",
+  "fan3_vfd_lock_max": "baf1_vfd/max_pres_value",
+  "fan3_vfd_fault": "baf1_vfd/status_flags/fault",
+  "fan3_status": "baf1st/present_value",
+
+  "fan4_vfd_lock_flag": "baf2_vfd/locked",
+  "fan4_vfd_lock_value": "baf2_vfd/locked_value",
+  "fan4_vfd_lock_min": "baf2_vfd/min_pres_value",
+  "fan4_vfd_lock_max": "baf2_vfd/max_pres_value",
+  "fan4_vfd_fault": "baf2_vfd/status_flags/fault",
+  "fan4_status": "baf2st/present_value",
+
+  "fan5_vfd_lock_flag": "baf3_vfd/locked",
+  "fan5_vfd_lock_value": "baf3_vfd/locked_value",
+  "fan5_vfd_lock_min": "baf3_vfd/min_pres_value",
+  "fan5_vfd_lock_max": "baf3_vfd/max_pres_value",
+  "fan5_vfd_fault": "baf3_vfd/status_flags/fault",
+  "fan5_status": "baf3st/present_value",
+
+  "h1_name": "@HW Valve",
+  "h1_lock_flag": "hwv/locked",
+  "h1_lock_value": "hwv/locked_value",
+  "h1_lock_min": "hwv/min_pres_value",
+  "h1_lock_max": "hwv/max_pres_value",
+  "h1_fault": "hwv/status_flags/fault",
+
+  "h2_1_name": "@Stage 1",
+  "h2_1_lock_flag": "htg_stg1/locked",
+  "h2_1_lock_value": "htg_stg1/locked_value",
+  "h2_1_lock_min": "htg_stg1/min_pres_value",
+  "h2_1_lock_max": "htg_stg1/max_pres_value",
+  "h2_1_fault": "htg_stg1/status_flags/fault",
+
+  "h2_2_name": "@Stage 2",
+  "h2_2_lock_flag": "htg_stg2/locked",
+  "h2_2_lock_value": "htg_stg2/locked_value",
+  "h2_2_lock_min": "htg_stg2/min_pres_value",
+  "h2_2_lock_max": "htg_stg2/max_pres_value",
+  "h2_2_fault": "htg_stg2/status_flags/fault",
+
+  "h3_name": "@Unit Heater",
+  "h3_lock_flag": "unit_run/locked",
+  "h3_lock_value": "unit_run/locked_value",
+  "h3_lock_min": "unit_run/min_pres_value",
+  "h3_lock_max": "unit_run/max_pres_value",
+  "h3_fault": "unit_run/status_flags/fault",
+  "h3_status": "sfst/present_value",
+
+  "off1_lock_flag": "dx1ss/locked",
+  "off1_lock_value": "dx1ss/locked_value",
+  "off1_lock_min": "dx1ss/min_pres_value",
+  "off1_lock_max": "dx1ss/max_pres_value",
+
+  "off2_lock_flag": "dx2ss/locked",
+  "off2_lock_value": "dx2ss/locked_value",
+  "off2_lock_min": "dx2ss/min_pres_value",
+  "off2_lock_max": "dx2ss/max_pres_value"
+}

resources/report1.png

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+{
+  "alarm": "alarm/present_value",
+
+  "eat": "eat/present_value",
+  "eat_status": "eat/output2",
+  "eat_fault": "eat/status_flags/fault",
+
+  "lat": "lat/present_value",
+  "lat_status": "lat/output2",
+  "lat_fault": "lat/status_flags/fault",
+
+  "oat": "oat/present_value",
+  "oat_status": "oat/output2",
+  "oat_fault": "oat/status_flags/fault",
+
+  "humidity": "humidity/present_value",
+  "humidity_status": "humidity/output2",
+  "humidity_fault": "humidity/status_flags/fault",
+
+  "dehum_lock_flag": "dehum/locked",
+  "dehum_lock_value": "dehum/locked_value",
+  "dehum_lock_min": "dehum/min_pres_value",
+  "dehum_lock_max": "dehum/max_pres_value",
+  "dehum_fault": "dehum/status_flags/fault",
+
+  "off#_lock_flag": "off#/locked",
+  "off#_lock_value": "off#/locked_value",
+  "off#_lock_min": "off#/min_pres_value",
+  "off#_lock_max": "off#/max_pres_value",
+
+  "on#_lock_flag": "on#/locked",
+  "on#_lock_value": "on#/locked_value",
+  "on#_lock_min": "on#/min_pres_value",
+  "on#_lock_max": "on#/max_pres_value",
+  
+  "airflow_measured": "airflow/flow_tab/actual_flow",
+  "airflow_setp_lock_flag": "airflow/flow_tab/lock_flags/flowsetp",
+  "airflow_setp_lock_value": "airflow/flow_tab/flowsetp_lock",
+  "airflow_for_max_cool": "airflow/flow_tab/max_cool",
+  "airflow_for_max_heat": "airflow/flow_tab/max_heat",
+  "airflow_damper_lock_flag": "airflow/flow_tab/lock_flags/damper",
+  "airflow_damper_lock_value": "airflow/flow_tab/damper_lock",
+  "airflow_damper_position": "airflow/flow_tab/damper_position",
+  "airflow_fault": "airflow/flow_tab/status_flags/fault",
+  
+  "oa_damper_lock_flag": "oa_damper/locked",
+  "oa_damper_lock_value": "oa_damper/locked_value",
+  "oa_damper_lock_min": "oa_damper/min_pres_value",
+  "oa_damper_lock_max": "oa_damper/max_pres_value",
+  "oa_damper_fault": "oa_damper/status_flags/fault",
+  "oa_damper_min_position": "oa_damper_min/present_value",
+  "ra_damper_lock_flag": "ra_damper/locked",
+  "ra_damper_lock_value": "ra_damper/locked_value",
+  "ra_damper_lock_min": "ra_damper/min_pres_value",
+  "ra_damper_lock_max": "ra_damper/max_pres_value",
+  "ra_damper_fault": "ra_damper/status_flags/fault",
+
+  "fan#_lock_flag": "fan#/locked",
+  "fan#_lock_value": "fan#/locked_value",
+  "fan#_lock_min": "fan#/min_pres_value",
+  "fan#_lock_max": "fan#/max_pres_value",
+  "fan#_fault": "fan#/status_flags/fault",
+  "fan#_status": "fan#_status/present_value",
+  "fan#_vfd_lock_flag": "fan#_vfd/locked",
+  "fan#_vfd_lock_value": "fan#_vfd/locked_value",
+  "fan#_vfd_lock_min": "fan#_vfd/min_pres_value",
+  "fan#_vfd_lock_max": "fan#_vfd/max_pres_value",
+  "fan#_vfd_fault": "fan#_vfd/status_flags/fault",
+
+  "e#_name": "@e",
+  "e#_lock_flag": "e/locked",
+  "e#_lock_value": "e/locked_value",
+  "e#_lock_min": "e/min_pres_value",
+  "e#_lock_max": "e/max_pres_value",
+  "e#_fault": "e/status_flags/fault",
+  "e#_status": "e_status/present_value",
+  "e#_rv_lock_flag": "e_rv/locked",
+  "e#_rv_lock_value": "e_rv/locked_value",
+  "e#_rv_lock_min": "e_rv/min_pres_value",
+  "e#_rv_lock_max": "e_rv/max_pres_value",
+  "e#_rv_fault": "e_rv/status_flags/fault",
+
+  "h#_#_name": "@h",
+  "h#_#_lock_flag": "h/locked",
+  "h#_#_lock_value": "h/locked_value",
+  "h#_#_lock_min": "h/min_pres_value",
+  "h#_#_lock_max": "h/max_pres_value",
+  "h#_#_fault": "h/status_flags/fault",
+  "h#_#_status": "h_status/present_value",
+
+  "c#_#_name": "@c",
+  "c#_#_lock_flag": "c/locked",
+  "c#_#_lock_value": "c/locked_value",
+  "c#_#_lock_min": "c/min_pres_value",
+  "c#_#_lock_max": "c/max_pres_value",
+  "c#_#_fault": "c/status_flags/fault",
+  "c#_#_status": "c_status/present_value"
+}

resources/report2.png

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+package aces.webctrl.scripts.terminalunits;
+/**
+ * Encapsulates an airflow microblock.
+ */
+public class Airflow extends Component {
+  public volatile double[] readings = null;
+  private final static String measured = "airflow_measured";
+  private final static String setp_lock_flag = "airflow_setp_lock_flag";
+  private final static String setp_lock_value = "airflow_setp_lock_value";
+  private final static String max_cool = "airflow_for_max_cool";
+  private final static String max_heat = "airflow_for_max_heat";
+  private final static String damper_lock_flag = "airflow_damper_lock_flag";
+  private final static String damper_lock_value = "airflow_damper_lock_value";
+  private final static String damper_position = "airflow_damper_position";
+  private final static String fault = "airflow_fault";
+  private volatile AnalogInput airflowActual;
+  private volatile Output airflowSetpoint;
+  private volatile AnalogInput damperActual;
+  private volatile Output damperSetpoint;
+  private volatile boolean defined;
+  private volatile int maxCool = -1;
+  private volatile int maxHeat = -1;
+  public Airflow(Data d) throws InterruptedException {
+    super(d);
+    defined = d.x.hasMapping(measured)
+      && d.x.hasMapping(setp_lock_flag)
+      && d.x.hasMapping(setp_lock_value)
+      && d.x.hasMapping(max_cool)
+      && d.x.hasMapping(max_heat)
+      && d.x.hasMapping(damper_lock_flag)
+      && d.x.hasMapping(damper_lock_value)
+      && d.x.hasMapping(damper_position)
+      && d.x.hasMapping(fault);
+    if (defined){
+      try{
+        String s;
+        if ((s=d.x.getValue(max_heat))==null){
+          maxHeat = 150;
+          problem = true;
+        }else{
+          maxHeat = Math.max((int)Double.parseDouble(s),150);
+        }
+        if ((s=d.x.getValue(max_cool))==null){
+          maxCool = maxHeat;
+          problem = true;
+        }else{
+          maxCool = Math.max((int)Double.parseDouble(s),150);
+        }
+      }catch(NumberFormatException e){
+        if (maxHeat==-1){
+          maxHeat = 150;
+        }
+        maxCool = maxHeat;
+      }
+      airflowActual = new AnalogInput(d, measured);
+      damperActual = new AnalogInput(d, damper_position);
+      airflowSetpoint = new Output(d, "airflow_setp", 0, 0);
+      damperSetpoint = new Output(d, "airflow_damper", 0, 0);
+    }
+  }
+  /**
+   * Controls the airflow setpoint.
+   * @return whether the airflow setpoint was successfully set.
+   */
+  public boolean setAirflow(int x) throws InterruptedException {
+    return x>=0 && damperSetpoint.unlock() && airflowSetpoint.set(x);
+  }
+  /**
+   * Controls the damper position setpoint.
+   * @param x should be between 0 and 100.
+   * @return whether the damper position setpoint was successfully set.
+   */
+  public boolean setDamperPosition(double x) throws InterruptedException {
+    return x>=0 && x<=100 && airflowSetpoint.unlock() && damperSetpoint.set(x);
+  }
+  /**
+   * @return the ideal airflow for when cooling elements are cranked to 100%.
+   */
+  public int getCoolingAirflow(){
+    return maxCool;
+  }
+  /**
+   * @return the ideal airflow for when heating elements are cranked to 100%.
+   */
+  public int getHeatingAirflow(){
+    return maxHeat;
+  }
+  /**
+   * @return the {@code AnalogInput} corresponding to measured airflow.
+   */
+  public AnalogInput getAirflow(){
+    return airflowActual;
+  }
+  /**
+   * @return the {@code AnalogInput} corresponding to the actual damper position.
+   */
+  public AnalogInput getDamperPosition(){
+    return damperActual;
+  }
+  /**
+   * @return whether or not sufficient tag mappings exist to set the output value for this component.
+   */
+  @Override public boolean isDefined(){
+    return defined;
+  }
+  /**
+   * {@inheritDoc}
+   */
+  @Override protected boolean fault() throws InterruptedException {
+    if (!defined){
+      return true;
+    }
+    String s = d.x.getValue(fault);
+    if (s==null){ problem = true; }
+    return parseBoolean(s,true);
+  }
+  /**
+   * {@inheritDoc}
+   */
+  @Override public boolean hasProblem(){
+    return problem || airflowActual.hasProblem() || airflowSetpoint.hasProblem() || damperActual.hasProblem() || damperSetpoint.hasProblem();
+  }
+}