ERS 5000 Instructor Manual Eng

ENGINE ROOM SIMULATOR ERS 5000 INSTRUCTOR MANUAL

Document Code: ERS5-M-040B

© Transas Ltd. June, 2009

© Transas Ltd. 2009 All rights reserved. The information contained herein is proprietary to Transas Ltd. and shall not be duplicated in whole or in part. The technical details contained in this manual are the best that are available at the date of issue but are subject to change without notice. Transas Ltd. pursues the policy of continuous development. This may lead to the product described in this manual being different from the product delivered after its publication. Microsoft and Windows are registered trademarks of Microsoft Corporation. The names of actual companies and products mentioned herein may be the trademarks of their respective owners.

This document contains: Instructor Software Components.............................................................................3 General Description..............................................................................................3 Program Start .......................................................................................................3 Starting Network Simulator ........................................................................3 Exit from the Program ..........................................................................................4 Instructor Program’s Main Window Components.................................................4 Printing .................................................................................................................6 On-line Class Operation Mode (For Network Simulator Only) ..............................7 Purpose ................................................................................................................7 Selection of the Online Class Mode .....................................................................7 Set of Buttons for Online Class Mode of Operation .............................................7 Selection and Assignment of Exercise for Trainee Workplace ............................8 Trainee Workplace Selection Buttons ..................................................................9 Actual Alarm .......................................................................................................10 Event Log ...........................................................................................................10 Data Monitor – Data Viewing/Changing .............................................................12 General Description .................................................................................12 Equipment Information.............................................................................12 Parameter Information .............................................................................13 Changing Values......................................................................................13 Scenario .............................................................................................................14 Deleting/Adding Faults from/to Scenario .................................................15 Correction of Fault Occurrence Time.......................................................15 Fault Removal ..........................................................................................16 Saving the Current Exercise State .....................................................................16 The Procedure of Saving the Current Situation in the Exercise ..............17 Editing Library Structure – the Exercise Tree ..........................................18 Whole-class Control Mode .................................................................................19 Mode of Joint Operation with NTPro 5000 Simulator.........................................19 Exercise Editor Operational Modes .......................................................................20 Purpose and General Description ......................................................................20 Selection of Exercise Editor Mode of Operation ................................................20 Set of Buttons for the Exercise Editor Operation Mode .....................................20 Functional Description of the Exercise Editor ....................................................21 Briefing Function – Demonstration of Exercises at the Trainee Workplaces.....22 Exercise Unload.......................................................................................22 Creation of Exercise for Joint Operation between ERS и NTPro Simulators ....23 Debriefing Mode.......................................................................................................24 Purpose ..............................................................................................................24 Selection of Debriefing Mode of Operation ........................................................24 Set of Buttons for Debriefing Mode ....................................................................24 Recording Exercise Execution ...........................................................................25 Storing Records..................................................................................................25 Automatic Recording of Exercise Execution ......................................................25 Viewing Records ................................................................................................26 Tape Selection/Loading. Tape Tree Editing ............................................26 Tape Playback .........................................................................................27 Tape Positioning ......................................................................................28 Recording Current Situation as Initial One for New Exercise ..................28 Tape Unloading........................................................................................28

ENGINE ROOM SIMULATOR ERS 5000. Instructor Manual.

1

Transas Evaluation and Assessment System (TEAS) ............................................ 29 Purpose ............................................................................................................. 29 System Operating Principles ............................................................................. 29 Rules Editor ....................................................................................................... 29 Rules Editor Toolbar .......................................................................................... 29 Creating and Editing Set of Rules ..................................................................... 30 Saving Set of Rules ........................................................................................... 32 System Start ...................................................................................................... 32 System Operation Monitoring ............................................................................ 33 Documenting of System Operation.................................................................... 33 Recommendations for ERS 5000 Full-Mission Simulator ................................... 34

2


Printing House Conventions

PRINTING HOUSE CONVENTIONS Sample of an entry

Comments on the use

Router.exe

To highlight messages, commands, files and other Windows OS information

To highlight keyboard key names

NEW

To highlight, in a printed document, menu items mentioned in this document

“Exit”

To highlight, in a printed document, names of a window, page, tab, button, etc.

INSTRUCTOR SOFTWARE COMPONENTS General Description The Instructor program is part of the Engine Room Simulator. The Instructor workplace software consists of three major parts (modules) in accordance with the performed functions: •

“On-line class” – conducting class of Trainees and monitoring the execution of exercises by the Trainees (for the network simulator only);

•

“Exercise Editor” – creating new exercises and editing existing ones;

•

“Debriefing” – viewing and debriefing recorded exercises.

Each operational mode is described in a separate Chapter of the current Manual.

Program Start Starting Network Simulator The Instructor Program included in the simulator configuration starts automatically after the Router.

Fig. 1


3

Instructor Software Components

Nevertheless, it can be turned off in the “Router” window by selecting “Instructor Engine Room” task in the simulator tree by a left click and subsequent clicking on the “Stop Task” button. To start the Instructor Program anew, invoke the Router, select the “Instructor Engine Room” task in the tree and click the “Start Task” button in the lower part of the window. All the three Instructor modules are available in the simulator network modification. Only two Instructor modules are available for the stand-alone modification (ERS 5000 Solo) of the simulator i.e. “Exercise Editor” and “Debriefing”.

Exit from the Program The Instructor Program can be stopped by a click on the “Exit” button in the program window’s top right corner. Besides, you can stop Instructor Program in the “Router” window by selecting the “Instructor Engine Room” task in the simulator tree by a left click and subsequent clicking on the “Stop Task” button.

Instructor Program’s Main Window Components The Instructor Program has two windows – the main window and the auxiliary one, i.e. the “Slave Monitor”. The main window is represented by an alphanumeric display in the form of a single table, where all the data is displayed as text messages and numeric values. The auxiliary window is a copy of the Trainee’s window, being, as such, implemented in the graphical representation – system mnemonic diagrams, indicating gauges, controls, etc. If the Instructor workplace computer supports two monitors, it is recommended that the first one should be used for the main window, while the other one – for the auxiliary window. The main window of the Instructor Program can be scaled. Scaling is performed the same way as for other programs under Windows, i.e. by using buttons. By default, the “Slave Monitor” is located under the “Instructor Program” main window. Switching over from the program main window to the auxiliary one is carried out by using the mouse. For this purpose it will suffice to position the cursor in the auxiliary window and click the left mouse button. To return from the auxiliary window to the main one, click the button in the right-hand corner of the auxiliary window. The “Help” is availably by using button.

4



See Fig. 2 for overall appearance of the Instructor Program main window:

Fig. 2 Instructor Program window overall appearance

See Fig. 3 for Instructor Program main window layout: EXERCISE CONTROL BUTTONS AND DATA FIELDS CURRENT ALARM DATA MONITOR

EVENT LOG SCENARIO

TRAINEE WORKPLACE SELECTION BUTTONS

Fig. 3 Instructor Program main window layout

The Instructor Program main menu includes the following components: 1. Control buttons grouped as follows: – instructor operation mode selection buttons: Editor (“Exercise Editor” mode), Online (“Online class” mode), Debriefing (“Debriefing” mode); – a set of buttons (Toolbar) for the selected mode – the set of buttons depends on the operational mode selected by the Instructor; – a set of buttons (Toolbar) independent of the selected mode (common for all modes); – simulator module (console) selection buttons: Diesel (SDPP), Electro (Power plant), AUX (Auxiliary system/machinery). 2. Data fields for the current exercise: – “Ship” – designation of the ship model; – “Exercise” – current exercise name; – “Time” – exercise current time.


5


3. The “Data Monitor” panel designed for viewing and changing the status of devices and machinery (Devices) and for changing the some parameters (Parameters) at the selected-trainee workplace. The panel can be scaled using the mouse, the same way as for other programs operating under Windows. 4. The “Actual Alarm” panel designed for viewing the current status of the alarm system at the selected-trainee workplace. The panel can be scaled using the mouse, the same way as for other programs operating under Windows. 5. The “Event Log” panel for event viewing at the selected-trainee workplace. The assorting of events is possible. The panel can be scaled using the mouse, the same way as for other programs operating under Windows. 6. The “Scenario” panel for viewing the contents of the current exercise scenario and for correcting the scenario if required. The panel can be scaled using the mouse, the same way as for other programs operating under Windows. 7. Trainee workplace selection buttons (Bridge) with information on its current status.

Printing Printing is possible during Pause mode only (contents of Data Monitor and Event Log is fixed). The printing mode can be turned on using the “Print” button. It invokes the “Print” dialog box: The dialog box includes the following (set of check-boxes and sub-windows): •

Contents of “Scenario”;

•

Contents of “Evaluate”;

•

List of “Alarms”;

•

Contents of “Event Log”;

•

Contents of “Data Monitor”.

Fig. 4

6


On-line Class Operation Mode (For Network Simulator Only)

ON-LINE CLASS OPERATION MODE (FOR NETWORK SIMULATOR ONLY) Purpose The “On-line class” Instructor operation mode is designed for control of the Trainees combined to a network simulator class. The “On-line” mode allows all actions and changes taking place at the Trainee workplaces be monitored by the Instructor on two displays – the main one and the auxiliary one (“Slave Monitor”). Possible actions for the Instructor in the “Online class” mode: •

selection and assigning an exercise to a Trainee (Trainees);

•

switching among Trainee workplaces;

•

monitoring Trainee workplaces;

•

pausing exercise execution for a selected trainee or for the entire class (the “Pause” mode), cancelling the “Pause” mode;

•

switching ON/OFF the mode of exercise execution recording (“tape record”) for a selected trainee or for the entire class;

•

termination of simulator session for a selected trainee or for the entire class;

•

correction of the exercise scenario for a selected trainee during execution of the exercise.

Selection of the Online Class Mode The “On-line class” mode can be turned on using the “Online” button in the upper part of the Instructor workplace window.

Set of Buttons for Online Class Mode of Operation When the Instructor workplace has switched over to the selected mode, a set of buttons (a toolbar) corresponding to the selected mode will appear: •

“Open” (“Assign”) – selection and assignment of an exercise for one or more Trainee workplaces;

•

“Save” – saving the current status of systems and machinery at the selected Trainee workplace (invoking the “Save” dialog box). The button is available, only if the “Pause” button is pressed;

•

“Pause” – switching ON/OFF the simulator “Pause” mode;

•

“Record” – switching ON/OFF the mode of exercise execution recording (“tape recording” for Debriefing in future);

•

“Hints on/off” – switching ON/OFF the hints on the mnemonic diagrams at the trainee workplace;

•

“Whole class control” – operation modifier for all buttons to extend the selected action to all Trainees;

•

“Stop” – cancellation of the current exercise (exercise “unload”).


7


Selection and Assignment of Exercise for Trainee Workplace Selection and assignment of an exercise for Trainee workplaces is performed using the “Open” button in the upper part of the Instructor workplace window. It invokes the “Load” dialog box:

Fig. 5

The dialog box includes the following: •

panel with a list of all trainee workplaces available for uploading the selected exercise (set of check-boxes);

•

ship list box – a list of available (according to License) ship models;

•

simulator console (module) selection buttons (“Diesel” – Propulsion plant, “Electro” – Electric power plant, “AUX”– Auxiliary systems and machinery);

•

exercise library panel (a tree of folders with exercises) – corresponds to the simulator module selected;

•

panel for indication of select exercise names for the Diesel, Electro, and AUXILIARY simulator modules.

Note: By default, no exercise is selected. If no exercise is selected, the “Load” button is unavailable. •

8

the “Load” button for loading selected exercises and the “Cancel” button for cancelling the mode.



To select and assign exercises to the workplaces, perform the following procedure: 1. Click the arrow to open the Ship list box and select the required ship model (used if several ship models are available). 2. Select the required simulator console (module) by a left click on the corresponding button: Diesel – the Propulsion plant console, Electro – the Electric power plant console, AUX – the auxiliary system and machinery console. The exercise library panel will display the structure of the library available for the selected console (exercise tree). 3. Open the exercise folder by a mouse left double click (or left click on the “+” sign next to the folder name) and select the required exercise from the opened list. 4. The name of the selected exercise will appear in lower panel of the window at the selected console mark. 5. Use the list of available Trainee workplaces in the upper panel of the dialog box to mark one or more Trainees, to whose workplaces you intend to load the selected exercise. To do so, position the cursor on the required checkbox and mouse left click it to select. 6. Click the “Load” button.

Trainee Workplace Selection Buttons The bottom line of the Instructor working window houses buttons (up to 12) for Trainee workplace selection. The name (number) of the trainee workplace is indicated above the button. The time of the exercise loaded to this workplace is indicated under the button.

Fig. 6

These buttons can be seen on the Instructor screen in all modes of operation (Exercise Editor, On-line class and Debriefing), but they are active in the “On-line class” mode only. The number of active buttons corresponds to the number of Trainee workplaces in the simulator class, the number being indicated in the simulator configuration and according to License. The Trainee workplace can be in one of the following operational modes: •

not running – no exercise neither exercise record (“tape”) is loaded to this workplace (the button is not active, disabled);

•

running in the “Briefing” mode – assigned for the Exercise Editor session;

•

running in the “Debriefing” mode – assigned for viewing the “tape” loaded by the Instructor;

•

exercise loaded – the status is indicated by the exercise current time (this time is counted from the moment of exercise start-up).

A trainee workplace is selected by a mouse click on the proper button. Then the selected button illuminates, and the panels “Actual Alarm List”, “Event Log”, “Data Monitor” and “Scenario” will display the current information from the selected Trainee workplace.


9


Actual Alarm The “Actual Alarm” panel is designed for viewing the active alarm signals at the selected Trainee workplace.

Fig. 7

The panel contains the following alarm information: •

A. (Acknowledge) – alarm acknowledgement by the Trainee (the acknowledged signal is marked by an asterisk (*);

•

Time – the time of alarm signal actuation (counted from the moment |of exercise start);

•

System – the name (abbreviation) of the simulator system that let out the alarm signal;

•

Alarm – alarm signal designation.

The messages appear in the chronological order from the top down. The panel has buttons allowing the alarm signals to be sorted – all of them (the “All” button) or by simulator module systems.

Event Log The “Event Log” panel is designed for viewing all events (actions) happening at the Trainee workplace:

Fig. 8

The panel has the following information on events:

10

•

Time – the time of event occurrence (counted from the moment of exercise start-up);

•

System – the name (abbreviation) of the simulator system, where the event took place;

•

Event – event (action) designation;



•

Value – component or mechanism status;

•

Source – event source (initiator);

•

Type – event type.

The messages are displayed in the chronological order from the top down. The upper part of the panel has buttons used for sorting the event list:

Fig. 9

•

S (Summary) – all events;

•

T (Trainee) – Trainee’s actions;

•

A (Alarms) – alarms;

•

I (Instructor) – Instructor actions (interfering);

•

F (Faults) – equipment faults;

•

Sc (Scenario) – event according to the scenario;

•

M (Model) – events that activated by the Math. Model;

•

E (Evaluation) – Transas Evaluation and Assessment System (TEAS) operation log.

The right part of the “Event Log” panel has an event scroll bar. In addition to the aforementioned buttons, there are two additional service buttons there: The “Set bookmark” button – using the button, the Instructor can record special bookmarks, which allow the recorded exercise to be viewed in the “Debriefing” mode (see below). A mouse click on the button results in a new record – by default the “Bookmark” text will appear in the Event column. If you position the cursor on this text and left click on it twice, you can edit the bookmark i.e. type in any comments etc. using the keyboard. The “Follow” button – if clicked, the lower line of the “Event log” window will always display the last event recorded, i.e. the automatic scrolling of the window contents will be switched on. If the button is not activated, still all events will be registered in the window, but to reach the last event you will have to move through the event list manually, using the scroll box in the right-hand part of the window.


11


Data Monitor – Data Viewing/Changing General Description The “Data Monitor” panel is designed for viewing, analysing and changing the current values of the system parameters and the system equipment status on the part of the Instructor. All parameters are distributed on pages corresponding to the simulator console (module) systems. Selection of the required page can be done using the buttons located in the upper part of the panel.

Fig. 10

Each page is divided into two parts: the upper one containing information on machinery and system control devices (Device); the lower one – information on system parameters (Parameter).

Equipment Information Information on machinery and control devices for each system include:

12

•

Device – designation of the component, mechanism or control device;

•

Value – mechanism current status: ON/OFF, MANUAL/AUTO, numeric value – the setting of the control device controller.



Parameter Information Information on system parameters include: •

Parameter – parameter designation;

•

Low – the lower alarm setting (actuation threshold);

•

Value – the parameter current value;

•

High – the upper alarm setting;

•

Unit – parameter measure unit.

Changing Values The “Data Monitor” panel makes it possible for the Instructor to change (edit) some values during the process of exercise execution by the Trainee: •

Value of the current status of a mechanism or that of a simulator system device;

•

Alarm system settings;

•

Some parameters’ values, e.g. levels in tanks or external conditions.

The information can be displayed in black or in grey. If grey, it is not available for editing by the Instructor. To edit the value of mechanism status, select the required line in the panel using the cursor and highlight it by a left click. Then highlight the value proper by a right double click and select a new value in the opened menu. To edit a parameter value, select and left double-click it. Then enter the new parameter value from the keyboard and confirm your choice by pressing the key.

Fig. 11


13


Scenario The “Scenario” panel is designed for viewing the contents of the loaded exercise and correcting it, if necessary.

Fig. 12

Scenario information includes: •

State – the current status of the scenario event, which can be: – Inhibit – execution of the event (fault enter) is withhold – set by the Instructor; – Reset – the fault entered by the scenario is cancelled (removed) by the Instructor using the Reset command; – Error – the fault is not entered due to an error in the scenario.

•

Time – time of event execution (fault enter) – counted from the start of exercise execution;

•

System – name of the simulator system, where the fault is entered;

•

Fault – fault/event description.

No mark in the State column means that the event will occur on time according to the scenario. An occurred event is highlighted in the scenario grey. The exercise scenario can be edited using the following buttons on the “Scenario” panel: •

“Add” – adding a fault to the scenario;

•

“Delete” – removing a fault from the scenario;

•

“Time correction” – changing the time of fault occurrence (fault introduction);

•

“Reset” – cancelling a fault that has been introduced according to the scenario.

As alternative to the listed buttons, the edit functions can be selected from the pop-up menu invoked by positioning the cursor on a chosen scenario line and right clicking on it.

Fig. 13

14



Deleting/Adding Faults from/to Scenario To delete a fault from the scenario, choose it in the scenario list using the cursor, select it by a left click and press “Delete”. To add a fault to the scenario, click “Add”. It will invoke the “Potential faults” dialog box:

Fig. 14

Note: Alternatively, the “Potential faults” dialog box can be opened by a right click on any free space in the “Scenario” panel. It will display the NEW menu item. Select it by a left click. The window contains a library of possible faults for each simulator module system. The system is selected using the buttons with system name abbreviations in the upper part of the window. Having selected a system, use the opened fault list to select the required faults. By default, the selected fault will be introduced to the scenario immediately, provided the “Immediately” option has been selected. If the fault is to be introduced at a specified time, select the “At given instant” option and set the required time in the time box (using the box arrows or the keyboard). To introduce the selected fault to the scenario, click the “Apply” button in the dialog box. Then, similarly, select fault for other simulator systems and click the dialog box “Close” button to exit the mode.

Correction of Fault Occurrence Time The “Time correction” button is used to change the time of occurrence for one or another of scenario events. To do so, use the cursor to choose the required line in the scenario, left click it to select and click the button. The time of occurrence for the selected fault will be highlighted in the “Time” column. Enter the new value and press the key.

Fig. 15

Note: Alternatively, you can highlight the time value to be corrected by a left click directly in the “Time” column on the specified (highlighted) fault.


15


Fault Removal To cancel a fault that has been introduced according to the scenario, select the required scenario line and click “Reset”: the “Reset” text will appear in the “State” column next to the selected fault.

Saving the Current Exercise State The “Save” button serves for saving the current status of systems, components and mechanisms. Each exercise features a certain initial state of systems, components and mechanisms. During the process of exercise execution by the Trainee(s), the Instructor can fix the current state of systems, components and mechanisms and save this situation as an initial one for any exercise. For this purpose, you have first, to fix the situation – to pause the exercise using the “Pause” button and then click “Save”, which will display the “Save” dialog box. Note: Notice that the “Save” button is available in the “Pause” mode only. The “Save” dialog box includes the following components:

Fig. 16

•

name of the ship model, which cannot be edited, the list box being not available;

•

a set of buttons (Toolbar) for correction of the exercise tree, which features the following buttons (from left to right): – “New folder” – creation of a new folder of exercises (a new folder of the “New Folder” name will appear at the selected level); – “Rename” – renaming the folder/exercise;

16



– “Delete” – deleting the exercise folder or a selected exercise with a standard dialog box to confirm the deleting; – “Copy” – copying the exercise folder or a selected exercise; – “Paste” – placing the copied folder at the selected tree level (or the copied exercise to a selected folder). •

simulator module (console) selection buttons: “Diesel” – Propulsion plant console, “Electro” – Electric power plant console, “AUX” – Auxiliary machinery and systems console. The button set depends on the composition of the consoles included in the current simulator configuration (see the “Router” window, when the simulator is started);

•

the available exercise library tree panel for the selected console;

•

the panel with the name of the exercise to be saved. By default, no exercise is selected. In such case the “Save” button is unavailable;

•

the “Name” window for entering the exercise name, which will be used to save it;

•

the “Save” button to save the exercise, and the “Cancel” button to cancel the procedure.

The Procedure of Saving the Current Situation in the Exercise To save the current situation in the exercise, do as follows: 1. Select the required console in the “Save” dialog box by a left click on the corresponding button: Diesel, Electro or AUX. 2. The tree of available exercises for the selected console will appear. 3. Use the cursor to choose the required exercise folder and open it by a mouse left double click (or left click on the “+” sign next to the folder name). 4. To save the current situation in a previously created exercise, left click it to select. The name of the specified exercise will appear in the lower panel at the selected console designation as well as in the “Name” window. Click the “Save” button. The “Save” dialog box will close, and the new current situation will be saved in the exercise.

ATTENTION! In this case the exercise will be overwritten under the same name retaining the new current situation, while the previous exercise data will be lost. 5. If you need to save the current situation in a new exercise under a new name, then select a folder to place the new exercise, enter the new name for the new exercise in the “Name” window. Click the “Save” button. The “Save” dialog box will close, and the new current situation will be saved in the new exercise under the new name.


17


Editing Library Structure – the Exercise Tree The Instructor can edit the exercise library structure, i.e. the exercise tree, as follows: 1. Creating a new exercise folder. Select a required level (an existing folder) in the exercise tree, where you intend to place the new folder and click the “New folder” button. The new folder under the by-default name of “New Folder” will appear in the specified place. This name can be changed any time. 2. Renaming a previously created folder/exercise. Use the cursor to select the folder/exercise, left click it, click the “Rename” button, and enter a new name. 3. Deleting a folder/exercise. Select the folder/exercise and press the “Delete” button. This will display the dialog box “Confirm Folder/Exercise Delete”. 4. Copying a folder. Select the folder to be copied and click the “Copy” button. Then, specified the required level to place the folder to, and click the “Paste” button. 5. Copying an exercise to a new or another existing folder. Select the exercise to be copied and click the “Copy” button. Then, specified the folder, where this exercise is to be copied to and click the “Paste” button. All functions used for editing the exercise tree are duplicated in the context menu invoked by a right click on a selected folder/exercise:

Fig. 17

18



Whole-class Control Mode When the Instructor is working with a number of Trainees in the “On-line class” mode, he can control the exercise both at a single trainee workplace and at all trainee workplaces simultaneously. When in the whole-class control mode, the Instructor can use the control buttons to: •

withhold and start again the exercise process with the “Pause” button;

•

turn ON/OFF the process of exercise recording (tape) with the “Record” button;

•

turn ON/OFF the Hint mode on the Trainees’ mnemonic diagrams with the “Hints on/off” button;

•

terminate the work for the entire class – the “Stop” button.

To extend the affect of the aforementioned buttons to all Trainees, the Instructor should first click the “Whole class control” button.

Mode of Joint Operation with NTPro 5000 Simulator For the joint operation with NTPro 5000 simulator, a special ERS 5000 simulator configuration is formed and a shortcut for sunning this configuration is created. The configuration is required to contain NTPro5000 Interface task:

Fig. 18

All the three tasks should be available in Bridge#1: •

Console Diesel Plant;

•

Console Electrical Plant;

•

Console Auxiliary Machinery.

For the joint operation, a link (connection) between the two simulators should be established: •

via the local network (LAN);

•

via Internet with the aid of modems.

It is necessary to advise the IP-address of the computer where Router.exe program is run, to NTPro 5000 simulator instructor. In ERS 5000 simulator, run the configuration for the joint operation and select Instructor’s On-line Class mode. The ship model or exercises are not selected. Selection of the ship model and exercise for the joint operation, its loading/unloading in ERS 5000 simulator is made on the part of NTPro simulator.


19

Exercise Editor Operational Modes

In the process of joint operation of the two simulators, ERS 5000 instructor retains the rest of capabilities inherent in On-Line Class mode.

EXERCISE EDITOR OPERATIONAL MODES Purpose and General Description The Instructor Program allows for working with the exercise library i.e. to create new exercises and edit old exercises in the “Exercise Editor” mode. In this mode, the Instructor has again two windows – the main alphanumeric one and the auxiliary graphic one (the “Slave monitor”) and can use the both depending on convenience and his preferences. In the “Exercise Editor” mode, the Instructor can: •

load a previous created exercise and view its contents and the initial state of systems, components and mechanisms;

•

edit the exercise contents (scenario) and its initial state with subsequent saving the exercise under the same or another name;

•

check for correctness and efficiency of the new or edited exercise in the Trainee mode;

•

edit the exercise library structure, i.e. create and delete folders, copy exercises, delete exercises, rename exercises and folders;

•

switch the simulator to the “Briefing” mode (for the network simulator only), which is an Instructor operation mode allowing him to demonstrate for the Trainee(s) the sequence of exercise execution, technical features, etc.

Selection of Exercise Editor Mode of Operation The “Exercise Editor” mode of operation can be selected using the “Editor” button in the upper part of the Instructor workplace window.

Set of Buttons for the Exercise Editor Operation Mode In the “Exercise Editor” mode, the set of buttons (toolbar) of the Instructor working window includes the following ones:

20

•

“Open” – loading a selected exercise and viewing its initial state and contents;

•

“Save” – invoking the “Save” dialog box to save the current state of the exercise. The button is available, only if the “Pause” button is pressed;

•

“Pause” – withholding the current exercise;

•

“Briefing” (“Assign”) – assignment for viewing the exercise loaded at the Instructor workplace at the Trainee workplaces. The button is available, only if the “pause” button is pressed; (the button being available in the simulator network modification only);

•

“Stop” – unloading the current exercise;

•

“Joint names” – creation of joint exercise for Diesel, Electro and AUX modules during joint operation between ERS and NTPro simulators.



Functional Description of the Exercise Editor After moving to the exercise edit mode (using the “Editor” button), it is necessary to select and open an exercise to be edited: 1. Click the “Open” button. This will display the “Open” dialog box with a set of buttons for working on the exercise tree:

Fig. 19

Note: The procedure of exercise selection is the same as in the mode “On-line class”. 2. Select an exercise and click the dialog box “Load” button. The window will close, and the panels “Data Monitor”, “Event Log”, “Actual Alarm” and “Scenario” will display data corresponding to the initial situation for the selected exercise. 3. Look through the exercise and modify the situation by changing the state of systems, components and mechanisms, alarm settings, values of parameters, which are permitted to be changed. For this purpose use controls and monitoring means in the “Slave Monitor” window and/or the “Data monitor” panel in the “Instructor Program” main window. Correct the exercise scenario using the “Scenario” panel, if necessary. 4. In the “Pause” mode, you can save the edited exercise under the same or another name (the “Save” button). The procedure of saving the current exercise situation is the same as in the “Online class” mode.


21


Briefing Function – Demonstration of Exercises at the Trainee Workplaces The exercise loaded in the “Exercise Editor” mode can be assigned for demonstration at the Trainee workplaces.

ATTENTION! This function is possible in the simulator network modification only. The function can be invoked using the “Briefing” (“Assign”) button in the upper part of the Instructor workplace window, only if the “Pause” button is pressed. A click on the button will open the “Trainees” dialog box with the list of all Trainees available:

Fig. 20

Check the Trainee workstations to be assigned the exercise for viewing and click the “OK” in the dialog box to confirm your choice. To turn on the viewing mode, turn off the “Pause” mode. To move the Trainees from the “Briefing” mode or to change the list of Trainees list assigned to this mode, click again the “Briefing” button and select/unselect Trainees in the list.

Exercise Unload After completion of an exercise in the “Exercise Editor” mode, the exercise can be unloaded using the “Stop” button. This results in the clearing of all panels (windows) that contain data on the loaded exercise.

22



Creation of Exercise for Joint Operation between ERS и NTPro Simulators After completion of exercises in the “Exercise Editor” mode for Diesel, Electro and AUX modules, the exercises can be jointed to common exercise for “ERS + NTPro” mode. Click the “Joint names” button. This will display the “Joint names” dialog box:

Fig. 21

The dialog box includes the following: •

Ship list box – a list of available (for ERS+NTPro Joint operation) ship models;

•

Simulator console (module) selection buttons (“Diesel” – Propulsion plant, “Electro” – Electric power plant, “AUX”– Auxiliary systems and machinery);

•

Exercise library panel (a tree of folders with exercises) – corresponds to the simulator module selected;

•

Panel for indication of selected exercise names for the Diesel, Electro, and AUX simulator modules;

•

The “Name” window for typing of required name of common (for ERS+NTPro Joint operation) exercise name;

•

The “Save” button for saving of common exercise and the “Cancel” button for cancelling the mode.

Only common exercises with .nav extension will be available for selection/loading in the NTPro simulator during joint operation between ERS and NTPro simulators.


23

Debriefing Mode

DEBRIEFING MODE Purpose The “Debriefing” mode of the Instructor Program is designed for viewing and analysing the records of the exercises executed by the Trainees (the so called “tapes”). In this mode of operation, the Instructor Program has also two windows – the main alphanumeric one and the auxiliary graphic one (the Slave monitor), the both of them can be used depending on Instructor’s convenience and preferences. In the “Debriefing” mode, the Instructor can: •

load and view the tape;

•

edit the tape library structure i.e. create, rename, copy and delete folders; copy and delete tapes;

•

assign a tape for viewing at one or more Trainee workplaces;

•

to save the current state of the selected tape as the initial situation for another exercise;

•

to control the process of tape playback.

Selection of Debriefing Mode of Operation The “Debriefing” mode of operation can be selected using the “Debriefing” button in the upper part of the Instructor workplace window.

Set of Buttons for Debriefing Mode When in the “Debriefing” mode, the set of buttons (Toolbar) of the Instructor Program includes the following buttons: •

“Open” – selecting/loading a tape for viewing the record of an fulfilled exercise;

•

“Save” – invoking the “Save” dialog box to save the current situation recorded on the tape as the initial situation for another exercise. The button is available, only if the “Pause” button is pressed;

•

“Pause” – the “Pause” mode;

•

“Debriefing” (“Assign”) – assignment of a selected tape to be viewed at the Trainee workplaces.

ATTENTION! This function is possible in the simulator network modification only. The function can be invoked using the “Debriefing” (“Assign”) button in the upper part of the Instructor workplace window, only if the “Pause” button is pressed. •

24

“Step forward, Step back” – by-step forward/backward viewing the tape, respectively The buttons are available only if the “Pause” button is


Debriefing Mode

respectively. The buttons are available, only if the “Pause” button is pressed;

•

“Time rate” – setting the tape playback speed: 1/5 and 1/2 – slow motion playback, 1 (normal motion playback), 2, 5 – increased motion playback;

•

“Stop” – unloading the current tape.

Recording Exercise Execution This function is invoked using the “Record” button. In the process of a Trainee working, if the record mode is selected (by pressing the “Record” button), the information on the exercise execution progress will be recorded. The recorded information is divided into two types: parameters and events. Values of the parameters reflecting the current state of the systems and their modes of operation (the contents of the Data monitor panel) will be recorded as regularly as it is set in the program. The events (the contents of the “Event Log” panel) will be recorded as they occur. Such approach allows two scales of current-state positioning to be used: the time scale (from the beginning of the exercise to its end with a certain time step) and the event scale in accordance with the “Event Log” panel. The “Actual Alarm” panel, the same as in the “On-line class” operational mode, is designed for viewing the list of alarm signals that occurred in the course of Trainee working, while the “Scenario” panel is used for viewing the contents of the exercise scenario.

Storing Records The record of a fulfilled exercise is called “tape”. The tape-files are identified by the workplace number, date and time of exercise execution start, and also by special names (e.g. – ERS_LOG_0001.log). All the tapes are stored in the dedicated “Log” folder in the server simulator section. The maximum number of tapes in the folder is limited by the size of the server hard disk only. It is recommended that the contents of the folder with tapes should be regularly “cleaned” i.e. obsolete information should be deleted or moved to other carriers: other hard disks, CD’s, etc.

Automatic Recording of Exercise Execution Notice that when the Trainee works on the exercise assigned, the program records information on the exercise execution progress automatically too, independent of the Instructor’s will. This information is saved in the same “Log” folder using a special temporary file under the name of Temporary (e.g. Temporary Bridge #1.log). This record (“tape”) always relates only to the last exercise loaded to the trainee workplace; when a new exercise is loaded, this temporary file will be overwritten with loss of previous information. Nevertheless, the Instructor can save this temporary file by copying it under a new name before a new exercise is loaded, for the purpose of using it subsequently as an ordinary tape.


25

Debriefing Mode

Viewing Records To view an exercise record, use the buttons located in the upper part of the Instructor workplace. The procedure of viewing an exercise record involves the following.

Tape Selection/Loading. Tape Tree Editing Click the “Open” button. It will result in appearance of a window used for tape selection/loading:

Fig. 22

The “Load log file” dialog box has the following structure: •

Ship – a list box with ship models;

•

Set of buttons for editing the tree i.e. the tape library structure;

•

Panel of the tree with tapes available for viewing;

•

Panel with the names of exercises on the selected tape;

•

“OK” and “Cancel” buttons.

To select/load a tape for viewing the exercise record: 1. Select the ship model in the “Ship” list box (accessible if several different ship models are available). The tree of tapes for the selected ship model will open below. By default, the tree of tapes for all ship models will open (“All”). 2. Select a tape in the tree by positioning the cursor on it and pressing the mouse left-hand button. Each tape in the list is identified by the number of the workplace (Bridge), where the record was done, the date/time of creation (Created) and record duration (Duration).

26


Debriefing Mode

Note: The lower panel will display the names of exercises, including console, available on the selected tape. 3. Confirm your choice by click the “OK” button. In addition to tape selection, you can use the “Load log file” dialog box for editing the tape tree with the aid of the buttons performing the following functions: •

“New folder” – creation of a new folder for exercise records (a new folder of the “New Folder” by-default name will appear at the level indicated by the cursor);

•

“Rename” – renaming a folder/tape;

•

“Delete” – deleting a folder or selected tape with deletion confirmation;

•

“Copy” – copying a folder or selected tape;

•

“Paste” – placing a copied folder onto a selected tree level or placing a tape to a selected folder.

Note: The procedure of tape tree edit is similar to the same of editing the exercise tree in the “Online class” mode.

Tape Playback After the tape has been loaded, the Instructor working window panels will display information on the actions taken by the Trainee s in the course of exercise execution. To playback the exercise record, release the “Pause” button in the upper part of the Instructor workplace window. When viewing the tape, you can set the tape playback speed: in the slow motion mode using coefficients 1/5 and 1/2 in the normal mode using coefficient 1, and in the fast motion mode using coefficient 2 or 5.

Fig. 23

By default, the tape will be played back in the normal mode (coefficient 1 being indicated on the button). To change the playback speed, open the menu by clicking the “Time rate” button and select the required coefficient by a left click: the menu will close, and the selected coefficient will be indicated on the button. When in the “Pause” mode, you can turn on the by-step forward/backward viewing of the tape using the “Step forward” and “Step back” buttons, respectively. You can withhold playing back the exercise record any moment (the “Pause” button), and then save the current situation as the initial one for a new exercise (see below).


27

Debriefing Mode

Tape Positioning When viewing the record, you can control not only the tape playback mode, but the tape positioning too. For this purpose, the “Event Log” panel is provided with a time scale window.

Fig. 24

Moving through the time scale is carried out by setting the time to go to in the time window. To do so, select an hours/minutes/seconds reading in the time window by a left click or change it using the box arrows (up-arrow – to increase, down-arrow to decrease the time), or enter a new value using your keyboard. Moving through the event scale is carried out by a left double-click on the select line in the “Event Log” panel. After transition to the specified time or the given event, all previous events in the “Event Log” panel list will be highlighted in black as those having taken place.

Recording Current Situation as Initial One for New Exercise You can record the select current situation using the “Save” button in the upper part of the Instructor workplace window. To make the “Save” button available, click the “Pause” button. Then click the “Save” button in the situation of interest to you: it will display the dialog box with a set of buttons necessary for editing the exercise tree. The structure of the “Save” window as well as the procedure of working on the exercise tree are exactly the same as in the “Online class” mode.

Tape Unloading To unload the current tape, click the “Stop” button.

28


Transas Evaluation and Assessment System (TEAS)

TRANSAS EVALUATION AND ASSESSMENT SYSTEM (TEAS) Purpose The system is intended for the quantitative assessment of the trainee performance during the fulfilment of an exercise in ERS 5000 simulator and is a component of the simulator instructor program. The system charges penalty points for the trainee commissions (or omissions) which result in the triggering off of alarm signals, actuation of safety systems and machinery breaks. The rules of charging penalty points are prepared, edited and saved by the instructor with the aid of a built-in editor. As output information, the system offers a trainee penalty point log and the final exercise fulfilment score.

System Operating Principles For a certain exercise the instructor creates a set of rules for the assessment of its fulfilment. The instructor assigns the Initial Score (100 by default). Penalty points are charged for triggering off of an alarm signal, for its delayed acknowledgement, for the safety system actuation and for the breaks of machinery and devices. The instructor can correct: •

the penalty value for a certain Trainee error;

•

time of delay for the repeated charging of penalty points for ignoring the alarm signals (Interval).

Penalty points are subtracted from the initial score. The exercise fulfilment quantitative assessment is made by the score value remaining at the moment when the exercise is completed. The system operates separately for each of simulator modules: Diesel, Electro and AUX.

Rules Editor To select the Rules Editor, press “Evaluate” button next to “Scenario” button. After a switch to another editor mode, the editor controls (toolbar) appear.

Rules Editor Toolbar The Editor toolbar includes the following buttons: •

“Load” – to call “Load” dialogue box for selecting and loading a previously generated set of rules;

•

“Save”– to call “Save” dialogue box for saving a newly created or edited set of rules;

•

“New” – to call “Assessment editor” dialogue box for adding new rules;

•

“Delete” – to delete a selected rule;

•

“Recalculate” – the button is actuated in Debriefing mode of the instructor program operation. It serves for instantaneously analysing the completed exercise recording with the use of the selected set of rules


29


exercise recording with the use of the selected set of rules.

Creating and Editing Set of Rules The Initial Score is set by correcting the default “100” value with “Increment/Decrement” buttons.

Fig. 25

To add a rule to the set, press “New” button: “Assessment editor” dialogue box will open up. In the top part of “Assessment editor” dialogue box, there are buttons for selecting the simulator module systems. A little below are “Alarm”, “Safety” and “Break” buttons.

Fig. 26

Values of penalty points and time intervals which the system uses by default, can be changed in a window opened by pressing “Options” button:

Fig. 27

30



By selecting (with the aid of checkboxes) the required alarm signals, safety system actuations and machinery breaks, you can form a list of events (set of rules) which, if occur during the exercise, result in the charging of penalty points:

Fig. 28

Penalty points and time intervals can be corrected for each line of a created set of rules. To do this, select the value to be corrected by double clicking the left mouse button and enter a new value from the keyboard:

Fig. 29

Fig. 30


31


To delete lines from the set of rules which is being created or edited, use “Delete” button: select the line with the mouse and press the button.

Saving Set of Rules To save a created or edited set of rules, press “Save” button: “Save evaluation file” dialogue box will open up. The top part of the dialogue box contains buttons which allows creating new folders, new sets of rules, copying, renaming, etc. The name of a set of rules is entered in Name line. To confirm the saving and exit from the mode press “Ok” button, to cancel press “Cancel” button.

Fig. 31

System Start The exercise assessment and evaluation system can operate in all the three modes of the instructor program operation: •

in “Exercise Editor” mode it enables the instructor to check the set of assessment rules he/she has just created;

•

in “Online class” mode it performs the direct assessment of the way the exercise is fulfilled by the selected trainee using the specified set of assessment rules;

•

in “Debriefing” mode it assesses the exercise previously fulfilled by the trainee using the specified set of assessment rules.

To start the system use the following procedure: 1. Load the exercise itself (“Exercise Editor” or “Online class” instructor program operation modes) or the recording of the exercise (“Debriefing” instructor program operation mode). Immediately after the loading, the exercise or exercise recording will be in “Pause” mode which is a default setting.

32



2. Call “Load” dialogue box to select and load a previously created set of rules by using “Load” button:

Fig. 32

3. Select and load a set of assessment rules which suits the loaded exercise best. Confirm the selection by pressing “Ok” button. 4. “Pause” mode is cancelled for the loaded exercise or exercise recording. The assessment and evaluation system starts its automatic operation.

System Operation Monitoring The system operation log is displayed in the instructor program “Event Log” window, with “E” (Evaluate) button pressed.

Fig. 33

For the output information the system offers a full log of charging penalty points and the current score which, at the moment when the exercise is completed or the exercise recording playback ends, serves as the final score.

Documenting of System Operation Operation of the assessment and evaluation system is documented by printout of the “Event Log” window contents, with “E” button pressed. The heading of the printed document provides all the relevant information.


33

Recommendations for ERS 5000 Full-Mission Simulator

RECOMMENDATIONS FOR ERS 5000 FULL-MISSION SIMULATOR The some Dedicated Hardware – Main Switch Board (MSB) and Emergency Switch Board (ESB) sections may be used for several ship models. As this is done, e.g., generator power may be different. In this case it is recommended that the Instructor should use removable transparent plastic films with instrument scales. On the removable films, you can use colour markers for plotting marks of limit electric parameter values, electric parameter operating zones, etc.:

Fig. 34

34


ERS 5000 Instructor Manual Eng

Recommend Documents