(1) Introduction to MCSimMod1 years ago
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(2) MCSimMod Details1 years ago
Object-Oriented Design | Model Specification | Creating a Model object | Using a Model object | Translating and compiling MCSim model specification text without creating a Model object
(3) Model Specification1 years ago
A Mathematical Model for Exponential Growth or Decay | MCSim Model Specification | Element 1: States | Element 2: Outputs | Element 3: Inputs | Element 4: Parameters | Element 5: Initialize Section | Element 6: Dynamics Section | Element 7: End Keyword | Building the Model | Solving an Initial Value Problem (i.e., Performing a Model Simulation) | Examining the Results
(4) A Model for Newton's Law of Cooling1 years ago
Model Description | MCSim Model Specification | Building the Model | Predicting the Temperature of a Cup of Tea | Examining the Results
(5) A Predator-Prey Model1 years ago
Model Description | MCSim Model Specification | Building the Model | Predicting the Numbers of Rabbits and Foxes | Examining the Results
(6) A Classical Pharmacokinetic Model1 years ago
Model Description | MCSim Model Specification | Building the Model | Predicting the Blood Concentration of a Substance Following an Oral Dose | Examining the Results | Predicting the Blood Concentration of a Substance Following an IV Dose | Comparing AUC Values for Oral and IV Dosing Scenarios
(7) Using Input Variables1 years ago
Input Variables | A Classical Pharmacokinetic Model | MCSim Model Specification | Building the Model | Predicting the Blood Concentration of a Substance Following Oral Dosing | Examining the Results
(8) Incorporating Events into a Simulation1 years ago
Events | A Classical Pharmacokinetic Model | MCSim Model Specification | Building the Model | Predicting the Blood Concentration of a Substance During Repeated Oral Dosing using Events | Examining the Results
(9) A Physiologically Based Pharmacokinetic Model1 years ago
Model Description | MCSim Model Specification | Building the Model | Verifying Conservation of Mass | Verifying Conservation of Flow | Examining the Simulation Results