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What is TEAPAC?
A seamlessly-integrated collection of interactive traffic & transportation analysis & design computer applications• traffic signal capacity analysis• signal timing optimization studies• geometric design of intersections• site traffic impact analysis• traffic count analysis• signal and multi-way stop warrants• arterial bandwidth progression• export & import for third-party
software
What is an Integrated System of Software?
Each application function in the program recognizes the existence of the other application functions • share input for all functions
• use output of some functions as input to others
Each program recognizes the existence of external software• import/export results between
TEAPAC and other programs
Open Architecture• ASCII data files for custom software
History of TEAPAC
1974 - Created on Minicomputers 1978 - Ported to Microcomputers 1983 - Moved to PC-compatibles 1989 - Strong Concepts Started
• full-time development & support
1994, 1997, 2000 - enhanced• for each HCM update
2004 - Seamless Data Exchange 2006 - Visual TEAPAC 2007 - SCENARIO plugin added 2008 - TEAPAC Complete
• all TEAPAC functions in one program
Used 3+ decades by hundreds of agencies around the world.
The Power of TEAPAC's Maturity
Does What Users Need Done Truly Interactive Engineering Windows Dialogs w/ Context-
sensitive On-screen Help for Learners
Command Mode for Expert Users Easily Customized Input Screens Control Scripts for Repeated,
Multi-Scenario Actions ASCII Data Files for Integration
to Other Software
Primary Functions of TEAPAC
HCM2000 Signal Analysis and Optimization
Arterial Bandwidth Progression Traffic Impact Analysis Turn Count Tabulation & Analysis MUTCD Warrant Analysis Multi-variable Scenario Mgmt. Script Automation Adv. Tutorial Export/Import to & from:
• PASSER-II
• TRANSYT-7F
• NETSIM/CORSIM
• SYNCHRO/SIMTRAFFIC
• TS/PP-DRAFT
HCM Signal Analysis
HCM2000 Capacity Analysis• for existing conditions• for results from TRANSYT, PASSER,
SYNCHRO, etc. Optimization of Timings and/or
Phasings for Best Operation Optimization Allows Use for:• signal timing/phasing design• intersection design studies• planning impact studies• planning study mitigation measures
Export to HCS, if Desired• for example, with optimized results
Progression Analysis
Simplified Arterial Bandwidth Progression• optimize offsets• optimize cycle
Minimal Input Requirements• distances• speeds• through splits
Complete Cycle Optimization• full range of cycles tested• graph of efficiency vs. cycle
Help with Best Phase Ordering Time-space Diagram of Optimum
Timings
Traffic Impact Analysis
Calculation of Site-related Traffic Generation
Distribution & Assignment of Generated Traffic
User Input of All Information• use other TEAPAC data directly• user is in control of assignments• no battles with computer-generated
micro assignments• FINDPATH option for shortest route
Use Generated Volumes in Signal Analysis for Optimization
Turn Count Analysis
Tabulation of Raw Counts Tabulation of 15-min Counts and
Volume Rates Tabulation of 60-min Volumes All Tabulations Include Total for
Approach, Exit & Intersection Peak Hour Search and Analysis Import Raw Counts from Electronic
Count Devices (Jamar, Timelapse, Titan, TimeMark, etc.)
Use Peak Volumes in other TEAPAC functions, like Signal Analysis & Impact Analysis.
MUTCD Warrant Analyses
Signalized & Multi-way Stop Warrant Analysis• 2003 MUTCD• 2000 MUTCD• 1988 MUTCD
Tabulation of Raw Counts Import Raw Counts from
Electronic Count Devices
Scenario Management
Create Scenarios for all TEAPAC Application Functions• multi-variable• multi-issue
Avoid Problems of Using SaveAs• duplicate data in files - NO!• multiple, complex file names - NO!
Also works for all 3rd-party software supported by TEAPAC
TED Editor
TED - TEAPAC Editor• data files• control/script files
View and/or Modify TEAPAC Data Files
Create TEAPAC Control Files for Batch Operations• especially multi-scenario analyses
Advanced Tutorial
Tutorial for Advanced Analysis Techniques for All TEAPAC Application Functions• covers advanced aspects of each
function found in TEAPAC• source for training on all advanced
aspects of TEAPAC usage– manual mode– customized dialog sequences (ASK)– control file script automation– multi-file data management
Export/Import for NOSTOP
Easy Input to TEAPAC’s built-in progression analysis (NOSTOP)
Use TEAPAC’s signal analysis• determine optimum phasing• determine optimum timings
Timing Table with Graphical Phasing Display
Work with Full Networks, not Limited to Arterials-Only
Export Results to TRANSYT and CORSIM, etc.
Export/Import for PASSER-II
Easy Input to PASSER-II• simple phasing coding
Use TEAPAC’s signal analysis• calculate true HCM satflows
• determine optimum phasing considering all movements & HCM
Interactive Time-Space Plot, Before and After Optimization
Timing Table with Graphical Phasing Display, without NEMA
Work with Full Networks, not Limited to Arterials-Only
Export Results to TRANSYT and CORSIM, etc.
Export/Import for TRANSYT-7F
Easy Input to TRANSYT-7F• simple phasing coding• automatic coding of network &
upstream/downstream flows
Use TEAPAC’s signal analysis• calculate HCM satflows • optimize splits for local HCM
conditions
Table of Timings with Graphical Phasing Display
Export Results to PASSER, CORSIM & SYNCRHO, etc.
Export/Import for NETSIM/CORSIM
Easy Input to NETSIM/CORSIM• simple phasing coding• automatic coding of dummy-node
network
Use TEAPAC’s signal analysis• optimize timings for local conditions• determine optimum phasing
Quick Simulation of Optimized Results from PASSER and TRANSYT, etc.
Export/Import for SYNCHRO/SIMTRAFFIC
Easy Input to SYNCHRO• simple phasing coding
Import Complete Network from SYNCHRO• perform analyses with other software
Use TEAPAC’s signal analysis• optimize timings for local conditions
• determine optimum phasing
• calculate HCM satflows
Share Data with TEAPAC, TRANSYT, PASSER and CORSIM, etc.
Export/Import for TS/PP-DRAFT
Easy Input to TS/PP-Draft• simple phasing coding
Use TEAPAC’s signal analysis• optimize timings for local conditions• determine optimum phasing• calculate HCM satflows
Share Data with PASSER, TRANSYT and CORSIM, etc.
For More Information Contact:
Dennis W. Strong, P.E., P.T.O.E. President
Strong Concepts 15 Timber Lane Northbrook, IL, U.S.A. 60062 (847) 564-0386 voice (847) 474-4486 fax [email protected] www.StrongConcepts.com