Close this dialog and do nothing Clear all the blanks in this dialog Close this dialog and convert this formula to an analysis totaling 100 minus the LOI The formula amount of this oxide Percentage weight lost when this material is fired Interpret a text representation of the formula on the clipboard Visit the INSIGHT information and purchase page at the Digitalfire website. INSIGHT will ask your system browser to visit the contact page at Digitalfire. This is the email you use on the login page at the Digitalfire website. It is matched to a password. This is the password you use on the login page at Digitalfire website. It is matched to an email address. INSIGHT will ask your system browser to visit the GetKey page at the Digitalfire website and login using this password and email address INSIGHT will ask your system browser to visit the login page at the Digitalfire website and attempt to login using the password and email address provided here This button will become available when the KEY is recognized as being valid, click it to register the key and start INSIGHT Abort this dialog. If you have previously entered a valid key INSIGHT will continue, otherwise it will quit. Selecting the key on the web page and press Ctrl-C, then click the cursor in this box and paste by pressing Ctrl-V (Mac use Command-C/V) Upload the selected recipe to the 4Sight server defined in the Preferences dialog Cancel this dialog and do not save any changes made Close this dialog but remember the changes made until the end of this session or the next time this dialog is opened Enter values into these blanks and then save to update the property group definition The abbreviation used to label values in the calculated items list on the recipe window The source of this group of property values Use these buttons to save, add or remove items for this list The method used to derive the values for the property in this group, the currency, etc. The full name of the property group The list of property groups for the above selected type The units for the values shown below Use these buttons to save, add or remove items for this list The list of defined properties, each of which can have multiple groups. Scan the recipes in the system and create unlabelled type code records in this list for any unknown codes Are the properties being defined for materials or oxides? Close this dialog and save changes made for this and subsequent sessions Enter the label and code here and save to update the list Use these buttons to save, add or remove items for this list The list of typecodes and their labels Enter values into these blanks and click save to save them to the list Use these buttons to save, add or remove items for this list The list of values for the above selected property group View the XML that this dialog will create to write into the overrides file These tell INSIGHT where to put the oxides value in the ratio equation These tell INSIGHT where to put the oxides value in the ratio equation Is this oxide a group member for reduction firing? Is this oxide a group member for oxidation firing? Is this oxide a group member for reduction and/or oxidation firing? Delete the selected oxide (this removes a column from the materials table) Close this dialog Insert an oxide above the selected one (this adds a column to the materials table) The name of the oxide The list of oxide names (column headings) in this materials table Save changes to this material for the rest of this session The number of oxide columns in the materials table See a web page about this oxide Check this to tell INSIGHT that this oxide is a group member for oxidation firing Check this to tell INSIGHT that this oxide is a group member for oxidation firing The value of the oxide level calculated property (typically the thermal expansion) The name of the oxide level calculated property (usually expansion) The label that describes what the ratio number signifies The label that describes what the ratio number signifies The record number of this oxide in the materials table Save all changes to the oxides made during the session to a materials file Switch the selected oxide with the one above it A name that describes the unity group (e.g. RO, RO2) A name that describes the unity group (e.g. RO, RO2) The atomic weight of this oxide Deleted recipes are moved to deleted folder in recipe folder Old recipes are copied to a backup folder in recipe folder Tell Linux or Windows which browser to use to display reports (use reportfile token as parameter) Oxide level properties like Expansion can be calculated based on formula numbers or percentage analysis values INSIGHT will store it materials, recipes and reports files here unless you override with custom locations below Enable INSIGHT to login to CeramicMaterials.Info automatically by supplying your digitalfire.com login email here Digitalfire administers the translation and distribution of translation files at special website we have written, you can download files or participate in translation at this site The recipe list normally has a second column showing the line label and a last column showing the lookup value for the line Ignore line label on incoming and entered recipes, only use lookup field INSIGHT text reports must be displayed using a mono-spaced font to line up columns This is path of folders from the root leading to the INSIGHT folder These language files were found in the INSIGHT folder, pick the one you wish to use INSIGHT will run faster if it does not have to worry about translation into another language Enable INSIGHT to login to CeramicMaterials.Info automatically by supplying your digitalfire.com password here (previously entered password does not display here for security reasons) Enter the URL of a periodic table on the internet that you like to refer to (leave this blank and INSIGHT will assign a default). Startup with the recipes that were open at the end of the last session A folder outside of INSIGHT where your recipe files (RCX) are stored, this can be on a server By default INSIGHT stores recipes in a folder named recipe in a folder named Insight in your documents folder Macintosh computers employ a four-letter creator code to associate data files with programs Your computer will all look at this suffix to decide what program to view the report in Macintosh computers employ a four-letter file type code so programs know how to open them Click these arrows to ask your operating system to reveal the folder or file Save RCX recipes as RCX files and TMT materials tables as TMT (do not update them to XML format, use this if you want to run an older version of INSIGHT side-by-side with this one) INSIGHT will ask for a file name when you make a new recipe rather than save automatically using a numeric name Show INSIGHT which folder you want to use Display the equivalent percentage amounts for the selected recipe in the right most column The materials database can still be searched quickly if unsorted INSIGHT needs to maintain housekeeping files while it is running which you do not need to see Show text fields and list boxes in bold Show text fields and list boxes in various text sizes A folder outside of INSIGHT where your materials database (TMT) files can be found, this can be on a server Turn tool tips on or off for next launch The Digitalfire home URL (INSIGHT communicates with this site for selected functions) Display formula to three decimals Attach another JPG format picture to this recipe The total to which the recipe will be recalcuated for printing a mix ticket report Select the type of chemistry calculation to do for each recipe Close the selected recipe Close both recipes and start two fresh ones Close target recipe in column 3 of formula list Enter a code to identify fired samples associated with this recipe Select the set of oxide thermal expansion numbers to use in calculations (these sets of numbers are read from the OVERRIDES.XML file in the materials folder). Click the title above this list to reveal the folder containing the file. INSIGHT auto-assigns a date for new recipes, however you can change it here Zero the amount on the selected line for the selected recipe Remove this picture The main name/description for this recipe, limit to 50 characters Ask your operating system to open this picture in the default jpg image editor This message disappears when you register INSIGHT INSIGHT displays both formula calculations here (according to the selected calculation type) Recipe files are stored in the data folder (see Preferences dialog). Filenames default to sequential numbers but you can dump external recipes into the folder and their file names will be retained. Combine K2O and Na2O into KNaO in displayed formula calculations Enter amount of material for selected recipe line (by weight using the same units for all lines) Enter number by which to increment/decrement the amount on the selected recipe line Click up or down arrows to increment or decrement amount Material name to display on reports and emails of this recipe Key a material name fragment for searching in the materials list (click MDT to pick from materials Check this to exclude the material on the selected recipe line from participation in formula calculation Check this to exclude the material on the selected recipe line from participating in recipe re-total This is used to specify tolerance in target formulas for display in col 3 of formula list Update selected recipe line with this information Key a code to designate where test specimens are stored for this recipe (e.g. a shelf or box number Lock a recipe so that it cannot be changed via edit recipe line area (other changes allowed) Open the Materials Dialog to find a suitable material for this recipe line Display the next picture attached to this recipe Enter notes for this recipe here Summon the Recipe Open dialog The number of this picture (there can be nine) Drop jpeg or jpg images here Enter notes specific to this picture Display the previous picture attached to this recipe Print the type of report last printed Displays calculated data for the recipes. Double click a line for more information. This list displays your recipes, it can be cohabited by side-by-side separate recipes. Click the title above this list to reveal the folder containing the recipe files. Redisplay window if event has not been triggered Signal INSIGHT to include reduction-flux oxides (e.g. Fe2O3) in the RO Group Save the recipe whose half of the save button you click (this always saves as an internal recipe so if you want to save it as an external recipe, use the Export menu item) Select Materials Definitions Table to be searched for chemistry information (these are read from files in the materials folder). Click the title above this list to reveal the folder containing the files. Display the Set Code Dialog Copy, shift, move, or add one recipe to the other Select the recipe material that supplies the most of the selected oxide Open the Supply Oxide dialog to determine the amount of material needed to supply a specific amount Open a recipe to show as a target in column 3 of the formula list Key two-letter type codes with spaces between to classify this recipe Visit this web page now Key complete internet URL address where this recipe is explained or documented Close this dialog without doing anything Click a recipe in the list and click this to delete it Edit or enter a recipe name here and use the Save button to update the recipe file now Display the notes and recipe of selected the recipe and enable editing of the notes and recipe name. This will be searched in the Code Number and description of each recipe Reread the entire recipe database list into the cache This will be pasted in the code number field of the current recipe Open the selected recipe Click a recipe line to preview and edit recipe notes here Print an HTML listing of all recipes in CodeNumber order using the CustomRecipeListing template Display only recipes recently opened A preview of the recipe displays here but you cannot edit it, use the Open button to edit it This list displays recipes that exist as files in the recipe folder (defined in the Preferences dialog) Reread the recipe list Save the notes and recipe name to the recipe file now Toggle display of only target formulas or all formulas Type codes are arbitrary two-letter codes you assign to recipes (e.g. C6 for Cone 6) Close this dialog and abort the supply process Calculate and set the amount on the selected recipe line The number of molecules you want to supply from the material INSIGHT tallies the amount of the selected oxide sourced by other materials in the recipe Select one of these to tell INSIGHT which oxide to supply from this material This is the material you are supplying the desired oxide from The amount of this oxide in the analysis of this material Select an oxide to look for and click Go Additive material property value Close this dialog INSIGHT calculates this value based on the chemistry of this material and the calculation method setting in the Preferences dialog Key a short character sequence to search for in the list then click Go The amount of this oxide in the formula of this material Get the formula from the selected recipe in the recipe window and paste it into this material slot Click this button to initiate the search See a web page about this material Interpret this XML and replace this material definition with it Interpret XML to replace the current material definition Loss on Ignition (percentage weight loss during firing) Enter other names or forms of the name separated by commas to make material searches more likely to succeed Select a materials table to work on and click the Read button This is the weight of only the formula of oxides shown without any allowance for LOI Name of material (use generic or commercial name as appropriate) List of material chemistries known by INSIGHT Remember the changes made to this material for this session Name of this oxide (these are the column headers of the materials table) Material property name (e.g. cost) Read the selected materials file and display it in this dialog To visit a specific material record number in the list key it here and click Go Use these to insert, delete, copy, paste and clear materials records Save material changes for all future sessions by updating the MDT file Instructions on how to handle LOI Material category Formula weight of material (including LOI)