Optimize tab
From Rave Documentation
Contents
- 1 Introduction
- 2 Optimize Tab Controls
- 2.1 Data Set Menu
- 2.2 Analysis Menu
- 2.3 Algorithm Menu
- 2.4 Objective Function Menu
- 2.5 Edit Ranges Button
- 2.6 Edit Targets Button
- 2.7 Side Constraints Checkbox
- 2.8 Constraint Menu
- 2.9 Animate Checkbox
- 2.10 Animation Settings Button
- 2.11 Save Settings Button
- 2.12 Load Settings Button
- 2.13 Algorithm Settings Table
- 2.14 Start/Stop Button
- 2.15 Continue Button
- 2.16 Batch Button
- 2.17 Save/Export Results Button
Introduction
The Optimize Tab is where you set up and run optimizations.
The controls on the Optimize Tab are arranged from top to bottom in the order in which you should use the controls. The sections below also follow this order, so you can read this page from top to bottom to learn the process of setting up and running optimization.
The Optimize Tab is shown below with its controls labeled. See the Appropriate section below for help on a particular control.
Optimize Tab Controls
Data Set Menu
Analysis Menu
Algorithm Menu
Objective Function Menu
Edit Ranges Button
Edit Targets Button
Side Constraints Checkbox
Constraint Menu
Animate Checkbox
Animation Settings Button
Save Settings Button
Load Settings Button
Algorithm Settings Table
Start/Stop Button
Continue Button
Batch Button
Save/Export Results Button
Specifying Settings
Settings that require numerical values can be specified by directly entering the desired number into the settings table, or by entering a function of one or more of these variables. The variable names must appear exactly as shown here (case sensitive).
- nVars = the number of independent variables (Rave determines this automatically based on the function that calculates the variable selected to serve as the objective
- numberofequalities = the number of equality constraints
- numberofinequalities = the number of inequality constraints (excluding upper/lower bounds on the independent variables
- numberofbounds = the number of bound constraints (since in Rave each variable has an upper and a lower bound, this is always even)
- x0 = the vector of initial values of the independent variables