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Operating InstructionsAlloy Editor Operating Instructions - Alloy Editor 200428108622 Manufacturer:IMS Messsysteme GmbHDieselstrae 5542579 HeiligenhausTel.: +49 (0) 2056 / 975-0Fax: +49 (0) 2056 / 975-140E-Mail: infoims-gmbh.dewww.ims-gmbh.de(c) IMS Messsysteme GmbH. All rights reserved. All parts of this documentation are protected under copyright. Any distribution and duplication requires the written consent of IMS Messsysteme GmbH. Any names of companies and products contained in this document may be registered trademarks. 2/21 Vers.: 16.03.2006 21202 200428108622 Operating Instructions - Alloy Editor Contents1Installation. 4Requirements . 4Installation Procedure. 41.11.22Input Reference Material. 5Reference Material Name. 5Composition. 6Thickness and Reduction Correction Factor Curves. 7Dilatometer Curve. 8Parameters . 9Assigning Materials to the Reference Material. 3Editing Data. 11Editing the Gauge Name . 12Editing the Dilatometer Curve. 133.13.24Entering New Additional Data . 14New Gauge. 14New Parameters. 15New Dilatometer Curve . 5Theoretical Calculation . 176Importing Material Data. 18Table Structure - Requirements . 18Minimum Requirements for the Table . 18Optional Values . 18Procedure . 6.47Further Functions. 20Language Change . 20Database Connection . 20Display of Data . 8Help-File. 2121202 Vers.: 16.03.2006 3/21 Operating Instructions - Alloy Editor 200428108622 1 Installation 1.1RequirementsThe following requirements must be fulfilled to install the “Alloy code Editor”:SQL Server running and database created“Windows NT” or “Windows 2000” installed as operating system with access rights toSQL Server on the M-Server.)The SQL Server must be set up on the M-Server on delivery of MEVInet.1.2Installation ProcedureCopy the installation folder (“f:installAlloycodeEditor”) from the M-Server on to the local computer.Start “Setup.exe”.Follow the installation instructions.Follow the connection data to the SQL database:- open the file “AlloycodeEditor.ini” in the folder selected during installation- enter an appropriate server name, database name, user name and passwordor:start “Programs”-”AlloycodeEditor”-”AlloycodeEditor”: the window “Data Linkoselect “Microsoft OLE DB Provider for SQL-Server” under “Provider”enter “suitable connection data” under “Connection”Properties” appears (after approx. 20 s)click “OK” and confirm “Password”: the program then runs after a new start.4/21 Vers.: 16.03.2006 21202 200428108622 Operating Instructions - Alloy Editor 2 Input Reference Material 2.1Reference Material NameSelect “Reference Material”-”New Material” in the menu bar. The window “New ReferenceMaterial Data” is opened.Enter the data on the reference material.21202 Vers.: 16.03.2006 5/21 Operating Instructions - Alloy Editor 200428108622 2.2CompositionSelect “Reference Material”-”New Material” in the menu bar. The window “New ReferenceMaterial Data” is opened.Select “Composition”: the following menu appears.Activate the required element in the left-hand column of the tab “Composition”: the selectedelement is shown in the right-hand column.Click on the right-hand column with the mouse.Enter the alloying components of the respective element in percent.6/21 Vers.: 16.03.2006 21202 200428108622 Operating Instructions - Alloy Editor 2.3Thickness and Reduction Correction Factor CurvesSelect “Reference Material”-”New Material” in the menu bar. The window “New ReferenceMaterial Data” is opened.Select “Curve”: the following menu appears.Select the relevant gauge in the box “Gauge Name” in the tab “Curve”.Select between Thickness Curve and Reduction Curve at “Curve Type”: the selected curve type isshown to the right.Enter the set points in the table of coordinates and activate with the checkbox.Enter the degree of polynomial in the box “Polynom Grad”.Click the button “Save” or “Cancel”: the parameters are saved or rejected respectively.)The button “Save” is only enabled when at least one curve has been selected.21202 Vers.: 16.03.2006 7/21 Operating Instructions - Alloy Editor 200428108622 2.4Dilatometer CurveSelect “Reference Material”-”New Material” in the menu bar.Select “Curve”.Click the button “Add Dilatometer Curve”. The following menu appears.Select the relevant dilatometer curve in the curve list.Click the button “Add to”.8/21 Vers.: 16.03.2006 21202 200428108622 Operating Instructions - Alloy Editor 2.5ParametersSelect “Reference Material”-”New Material” in the menu bar.Select “Parameter”. The following menu appears.Activate the required parameter: the parameter is shown at the right.Click on the values in the right-hand table with the mouse.Change the values if necessary.Click the button “Save”: the reference material data is saved.)The following parameters are always selected:AbsLimitMax, AbsLimitMin, RelLimitMax, RelLimitMin.21202 Vers.: 16.03.2006 9/21 Operating Instructions - Alloy Editor 200428108622 2.6Assigning Materials to the Reference MaterialThis function is used to assign materials to a reference material.Select the menu “Assignment Table”. The following window is opened:Enter the current material in the column on the left.Select the name of the reference material in the dropdown menu “Reference Material Name”.Fill in the associated fields.Click the button “Save”.10/21 Vers.: 16.03.2006 21202 200428108622 Operating Instructions - Alloy Editor 3 Editing Data Select the menu “Reference Material” - “Load All Material Data”. The data is loaded:ChangingSelect the data with the dropdown menus “Gauge Name” and “Reference Material”: the values areshown in the tables and charts.Click on the field that is to be changed with the mouse.Change the value.Select the menu “Reference Material” - “Save Change”: the values are saved.DeletingSelect the required reference material with the dropdown menus “Gauge Name” and “ReferenceMaterial Name”.Select the menu “Reference Material” - “Delete current reference Material”.Click on “Yes“: the reference material is deleted.)If the reference material belongs to a group, the grouping must first be deleted before thereference material can be deleted. (See the chapter “Assignment/Grouping“.)21202 Vers.: 16.03.2006 11/21 Operating Instructions - Alloy Editor 200428108622 3.1Editing the Gauge NameSelect the menu “Raw Data Overview“ - “Gauges“. The following window is opened.Click on the table with the mouse.Enter the new name.Click the button “Save Change”.Select the menu “Reference Material” - “Load All Material Data”: the name change is updated inthe Alloy Editor.12/21 Vers.: 16.03.2006 21202 200428108622 Operating Instructions - Alloy Editor 3.2Editing the Dilatometer CurveSelect the menu “Raw Data Overview“ - “Edit Dilatometer Curve“. The following window isopened.ChangingSelect the dilatometer curve in the dropdown box Curve List.Click on the field that is to be changed with the mouse.Change the value.Click the button “Save”.DeletingSelect the dilatometer curve in the dropdown box Curve List.Click on the field that is to be deleted with the mouse.Delete the value.Click the button “Save”.Select the menu “Reference Material” - “Load All Material Data”: the change is updated in theAlloy Editor.)Dilatometer curves that are connected to a reference material cannot be deleted. Thereference material must be deleted first and then the dilatometer curve.21202 Vers.: 16.03.2006 13/21 Operating Instructions - Alloy Editor 200428108622 4 Entering New Additional Data 4.1New GaugeSelect the menu “Reference Material” - “New Gauge”. The following menu appears.Enter the name of the new gauge at Gauge Name.Click the button “Save”.Select the menu “Reference Material” - “Load All Material Data”: the new gauge is available.14/21 Vers.: 16.03.2006 21202 200428108622 Operating Instructions - Alloy Editor 4.2New ParametersSelect the menu “Reference Material” - “New Gauge”. The following menu appears.Enter the name of the parameter at Parameter Name.Enter a value type (real, Boolean, string) at Value Type.Click the button “Save”.Select the menu “Reference Material” - “Load All Material Data”: the parameters are available.21202 Vers.: 16.03.2006 15/21 Operating Instructions - Alloy Editor 200428108622 4.3New Dilatometer CurveSelect the menu “Raw Data Overview“ - “New Dilatometer Curve“. The following window isopened.Enter the name of the curve at Curve Name.Enter the set points of the curve in the table and activate.Click the button “Save”.Select the menu “Reference Material” - “Load All Material Data”: the parameters are available.16/21 Vers.: 16.03.2006 21202 200428108622 Operating Instructions - Alloy Editor 5 Theoretical Calculation Select the menu Theoretical Calculation. The following window is opened.Enter the required values under Settings.Calculation with Current Reference MaterialActivate Current Material: the composition is shown in the table on the left.Edit the values in the table.Calculation with Existing Reference MaterialActivate Reference Material: the composition is shown in the table on the left.The values cannot be edited.Total CorrectionActivate Current Material and Reference Material: the correction factor is shown under TotalCorrection.)The values can be converted from weight data to volume data by clicking the buttonWeight - Volume.21202 Vers.: 16.03.2006 17/21 Operating Instructions - Alloy Editor 200428108622 6 Importing Material Data It is possible to import the analytical data, correction values and limit values of reference materials intothe alloy database from a table.Launching in Alloy Editor: Select the point CSV Import in the menu Reference Material.6.1Table Structure - RequirementsThe table must be written in ASCII format. The columns must be separated by a delimiter (not a periodor comma). It is then possible to import CSV files from Excel.The weights of the elements must be entered in the table as percentages. The correction and limitvalues for the absolute correction value and post correction should each be contained in a column.Periods or commas are accepted as decimal delimiters. Every column represents an element andevery line a reference material.6.2Minimum Requirements for the Table- - The reference material names must be listed in a column.The element names must be contained in the first line (irrelevant whether in upper or lower caseletters).- The element columns must lie directly next to each other.6.3Optional ValuesThe following values can also be imported:- - Customer material corresponding to the reference material.Correction values for thickness and density correction curves.If only one column per curve is specified, a horizontal correction curve is created automatically. Ifmore than one point is specified, the column head must contain the X-value of the curve. If threeor more curve points are imported, it is also necessary to specify the polynomial degree that is tobe used to calculate the curve from the points.- Upper and lower limit values for absolute and post correction values.If the column index for one of these values is set on 0, this value is not imported.18/21 Vers.: 16.03.2006 21202 200428108622 Operating Instructions - Alloy Editor 6.4ProcedureEnter the column delimiter (default = ;).Load the table.Connect the database. A standard ODBC dialog appears in which the server and database mustbe entered.Enter the base material (default = Fe).In the table Material Data for System: select the systems for which the material is valid.Select the columns.To select a column, define the required column index.Alternatively: Click in the required column and then click on the numerical field with the columnindex.Start importing with Import.At the end of importing acknowledge the message of