CORMIX v7.0 Toolbar Controls

	Load: Loads a previously saved project file(*.cmx) in the CORMIX UI. (CTRL + L)
	Clear: Clears the current project loaded in the UI, in order to begin a new project.
	Save: Saves current project loaded in the UI as a file. (*.cmx) Disabled in CORMIX v7.0E, Evaluation version.
	Save As: Saves current project loaded in the UI under a different file name. (*.cmx) (CTRL + S) Disabled in CORMIX v7.0E, Evaluation version.
	Print: Prints both the Session and Prediction reports for the current project, if the simulation has been run successfully. (CTRL + P) Disabled in CORMIX v7.0E, Evaluation version.
	SI Units: Converts all the inputs into SI units.
	CorHyd: An internal diffuser hydraulics design tool that can be used in the analysis design of multiport diffusers. For more info, visit the CorHyd Help Site Please review the CORMIX Feature Comparison Table for application availbility.
	CorSpy: Loads the current discharge configuration data in the Discharge tab of the CORMIX UI into CorSpy, so that the diffuser configuration can be visualized. CorSpy User Guide Please review the CORMIX Feature Comparison Table for application availbility.
	Validate and Run: Performs all three processing steps (Validate Inputs, Calculate Parameters and Classify Flows) in one button click. If there is a validation error a message will appear to notify the user of the error. Else, CORMIX runs the entire simulation with current input values.
	FC-DTree: The Flow Classification Decision Tree, allows users to actually view the flow classification decision tree, after running a simulation successfully. This classification tree, shows the user, the decisions (or decision path) CORMIX took and how CORMIX actually predicted a flow class for a particular input case. Please note, an active internet connection is required to access this functionality.
	CorVue: Displays the 3-D visualization of the plume, in the case that was just simulated successfully. CorVue can be run on any prediction (*.prd) file created by CORMIX. This means that it can be run immediately following the successful completion of a simulation, or it can be run on any previously saved prediction file. CorVue also produces visualizations for prediction files (*.OUT) produced by the CorJet Post-Processing Tool. CorVue User Guide Please review the CORMIX Feature Comparison Table for application availbility.
	CorJet Near-Field Jet Model: CorJet can predict detailed near-field turbulent buoyant jet trajectory behavior in non-uniform velocity fields (in both magnitude and direction) for stable discharges, before boundary interaction occurs. CorJet can be loaded in one of three ways,  -load a CORMIX project file (*.cmx), validate and run it, and then have CorJet analyze it for you.  -go into CorJet, then load a file (*.inp) and have CorJet analyze it.  -is to start with a blank data table in CorJet and fill it in manually.  However filling in the data into the CorJet UI is not necessary because the user can simply load a CorJet input file (*.inp) into the data table. The data consists of two tables, one with ambient data, and one with discharge conditions. Once the data is in place, the user can either run CorJet to get CorJet prediction file (*.out), or the user can use CorVue to view the predicted CorJet plume. CorJet User Guide
	Far-Field Locator (FFL): The Far-Field Locator is a simple method for interpreting the schematized CORMIX far-field plumes within the actual flow patterns in natural rivers and estuaries. After the user has validated and run a CORMIX (*.cmx) case, FFL can be run. First the user must load a file into the FFL UI which can be done by adding the filename, or loading a FFL file (*.ffi). Each row of the table in the FFL UI represents a different cross-section of the river, and therefore has a station name and a distance downstream. The other values with percentages above, represent how far into the water one must go to get 10% of the cumulative discharge. (i.e. 10% -- 6.1ft = 10% of the cumulative discharge is within the first 6.1 ft of the river from shore.) Once all the data is filled in then the user can run the program. The result is an output file (*.ffx) with all the necessary information for the case. FFL User Guide
	CorSens: CorSens is a sensitivity study tool which can run up to ten separate CORMIX simulations at one time. Each simulation may have up to three parameters varied by an increment for each iteration. First the user must load a CORMIX project file (*.cmx), and then validate and run that file. When CORMIX has finished making the prediction file and session report the user must then go into the output tab of CORMIX and select the desired output report. Once that is done the user can then go into CorSens. In CorSens the user must select a filename base, which will be the names of the files for each simulation (i.e. test1.prd; test 2.prd; test3.prd; etc.). Next the please select the iterations, or how many cases are taking place in the study (1-10). The user must then change at least one of the increments to something other than 0, and if desired the user can adjust some other parameters as well. Generate values for each iteration case by clicking on the "Generate Values" button on the CorSens UI and then click on the "Run" button. Running will cause the program to first process the data and then a summary report will come on to the screen. The user can then graph their findings, using CorSens_Graph. CorSens User Guide Please review the CORMIX Feature Comparison Table for application availbility.
	CORMIX User Manual: Loads the PDF CORMIX User Manual installed in the /docs subdirectory of the CORMIX installation.
	CorHelp Opens this Online web based CORMIX user guide (CorHelp) in your web browser. (For best results in viewing these Online Help Manuals, allow Active content that relies on either ActiveX controls or JavaScripts in your web browser.)