Five courses consisting of a total of 21 modules can be accessed through this WRAP training page. Each module consists of a audio/video recording (MP4 file) and accompanying notes. The PDF document accessed at the link provided below consists of a five-page introduction to the series of courses followed by 296 pages of presentation notes (592 PowerPoint slides) for the 21 modules comprising the five courses.
PDF Introduction to the Series of Courses and Notes for Each Module
The presentation recordings (MP4 files) are accessed through the following list of the five courses and their 21 component modules. The links connected to the five course titles access downloadable compressed zip files containing the MP4 files for all of the modules comprising a course. The links connected to the modules (M1, M2, M3, etc.) listed with each course directly access and activate the recorded presentation (MP4 file).
Course 1 Basics of Water Availability Modeling with the Water Rights Analysis Package
Basics M1 Overview of WRAP/WAM Modeling (114 minutes)
Basics M2 WinWRAP, SIM, TABLES, and HEC-DSSVue Programs, Files, and Data Records (90 minutes)
Basics M3 Executing Programs and Managing Files and Records (62 minutes)
Basics M4 Hydrology Features of the Modeling System (70 minutes)
Basics M5 Simulation of Water Management (103 minutes)
Basics M6 Simulation Model Computational Algorithms (84 minutes)
Basics M7 Supply Reliability, Flow and Storage Frequency, and Other Analyses of Simulation Results (110 minutes)
Course 2 WRAP Program HYD Capabilities for Compiling, Analyzing, and Updating SIM Hydrology Input Datasets
HYD M1 Analyses of Precipitation, Evaporation, Net Evaporation-Precipitation and Other Time Series Datasets (78 minutes)
HYD M2 Compiling SIM Input Datasets of IN and EV Records (84 minutes)
HYD M3 Updating SIM Input Datasets of IN and EV Records (68 minutes)
Course 3 Simulating Water Resources Development, Allocation, Management, and Use as WRAP Water Rights
Rights M1 Simulation of Water Supply, Hydroelectric Energy Generation, and Instream Flow Requirements (111 minutes)
Rights M2 Setting Water Supply, Hydroelectric , and Instream Flow Targets (114 minutes)
Rights M3 River/Reservoir System Operations for Meeting the Targets (96 minutes)
Rights M4 SIM Options for Simulating Reservoir Operations (154 minutes)
Course 4 Short-Term Conditional Reliability Modeling
CRM M1 Basics of Conditional Reliability Modeling (CRM) (87 minutes)
CRM M2 Probability and Correlation Methods (102 minutes)
Course 5 WRAP Daily Modeling System
Daily M1 Introductory Overview of Daily Features (75 minutes)
Daily M2 Conversion of Monthly Datasets to Daily (77 minutes)
Daily M3 Routing and Forecasting (76 minutes)
Daily M4 Flood Control Reservoir Operations (83 minutes)
Daily M5 SB3 Environmental Flow Standards (85 minutes)