Overview and General Documents
The Detector Menagerie is a conceptual design tool that has been developed using Trimble Sketchup. This software distribution contains a collection of dynamically configurable components that can be used to construct the central detector from the ground up. This section contains general documentation that is applicable across all versions of the Detector Menagerie, as well as information regarding useful plug-ins, shortcuts and modeling techniques.
- NameDateDescription
Documents and Specifications- Sept 22, 2022This page contains an ordered list of detector parameter tables that show the current system envelopes, and how they have evolved over time.
- Sept 22, 2022This page contains an ordered list of parameters for the forward and backward interaction regions, and how they have evolved over time.
- July 7, 2021Contains an overview of all of the dynamic components currently available within the toolkit, along with a list of available parameters and guidance for estimating weights.
- Sketchup Plugins
- A simple, scene based animation tool for Sketchup that was developed by Moris Papasmadov. Unzip the distribution in your Sketchup plugins directory.
- Developed by Dale Martens, this plugin allows smooth animations to be generated using the proper animation plugin. Place the .rb file in your Sketchup plugins directory.
- This plugin removes all unused components, materials and layers from your model, often greatly reducing file size. Place the .rb file in your Sketchup plugins directory.
- Developed by Walt Akers, this plugin contains the str_index function which may be used in dynamic components to select a specific item from an array of text in another parameter. See the comments in the file for details. Place the .rb file in your Sketchup plugins directory.
- Sketchup Quick References and Shortcuts
- This PDF contains a quick reference chart showing the default keyboard shortcuts, tools and functionality for Sketchup 2021 for Windows."
- This PDF contains a quick reference chart showing the default keyboard shortcuts, tools and functionality for Sketchup 2021 for Macintosh."
- A collection of popular keyboard shortcuts to help enhance your productivity. Load and view in Sketchup using "Window / Preferences / Shortcuts."
- Animations
- January 15, 2021MPEG-4 video file illustrating how the detector is removed/reinstalled in IP-6.
- November 6, 2020MPEG-4 video file illustrating how the detector is removed/reinstalled in IP-8.
- October 20, 2020MPEG-4 animation of the IP-8 detector being rotated.
- August 2, 2020An older concept of extracting the detector that considered having the cryocan attached to the barrel and the entire assembly lowered to pass through the outer door..
- Instructional Videos
- June 24, 2021A brief instructional video that illustrates how to install Sketchup Pro and setup some common menu options, preferences and plugins.
- June 28, 2021Demonstrates how to use the section plane tool to create a cross section of a model.
-
Advance Release
This section contains new and updated components of the Detector Menagerie that have not been officially released yet.
- NameDescription
Dynamic Components- Detector Carriages
- Detector Components
- Interaction Region Components
- Pre-Built Models
- Model of the ePIC detector based on the configuration parameters dated October 31st, 2023.
- Buildings and Facilities
- Documentation for the Current Version
-
Current Release - September 29, 2023
This release contains a major update to the design of the detector menagerie components, including new accelerator components and a variety of new detector components. The coordinates of the menagerie objects increase in the Hadron Direction and decrease in the Electron Direction.
- NameDescription
- Zip file containing all files that were part of the Detector Menagerie release dated September 29, 2023.
- Dynamic Components
- Detector Carriages
- Fixed carriage for IP-6 which uses the STAR cradles.
- Fixed carriage for IP-8 original used for sPHENIX.
- Rails and stabilizers for the ECCE HD EndCap carraige.
- Carriage assembly from the STAR experiment in IP-8.
- Central Detector Components
- Disk version of the AC-coupled Low-Gas Avalanche Detector.
- Cylinder version of the AC-coupled Low-Gas Avalanche Detector.
- Barrel electromagnetic calorimeter specific to the ePIC detector.
- Barrel electromagnetic calorimeter with crystals oriented toward the interaction point.
- Barrel electromagnetic calorimeter with crystals oriented toward the beamline.
- Barrel electromagnetic calorimeter with crystals oriented parallel the beamline
- Barrel flux return specific to the ePIC detector.
- Single part barrel hadron calorimeter for the central detector.
- Two part barrel hadron calorimeter for the central detector.
- Three part barrel hadron calorimeter for the central detector.
- Three part barrel hadron calorimeter specific to the ePIC detector. It features a cut-out section to provide access for the cryogenic connection.
- ATHENA specific, 32 sector barrel hadron calorimeter with spacers.
- Integrated support for the barrel electromagnetic calorimeter.
- Electromagmetic calorimeter with configurable blocks.
- Cherenkov Counter/MRICH detector.
- The cryogenic chimney for the ePIC detector.
- Solenoid cryostat for the central detector.
- Detector chamber/integrated beam pipe specific to Interaction Point 6.
- IP-6 Detector chamber/integrated beam pipe with specific adaptations for the ECCE detector.
- Detector chamber/integrated beam pipe with a minimal backward flange, which is designed to facilitate the removal of the ePIC LD EMCal.
- Detector chamber/integrated beam pipe (Version 2) with a minimal backward flange, which is designed to facilitate the removal of the ePIC LD EMCal.
- Detector chamber/integrated beam pipe (Version 3) with a minimal backward flange, which is designed to facilitate the removal of the ePIC LD EMCal.
- DIRC detector with the readouts facing in the hadron direction.
- DIRC detector with the readouts facing in the lepton direction.
- DIRC detector with the readouts facing in the lepton direction and an integrated MPGD.
- Dual RICH detector with modified form factor for the ePIC detector.
- Configurable support rings for the barrel electromagnetic calorimeter. This component replaces the former EMCal support frame.
- Cylindrical GEM chamber for the central detector.
- Disk shaped GEM chamber for the central detector.
- Smaller cylindrical GEM chamber that is used within the Silicon Detector.
- A wrapper object for the barrel hadron calorimeter that shows the location of the interaction point.
- Configurable micromega assembly that contains two micromega cylinders and their connecting cables.
- Two layer micromega with detectors mounted on the exterior of the cylinders.
- Two layer micromega with detectors mounted on the interior of the cylinders.
- Single layer micromega with detectors facing outward.
- Configurable micromega assembly that contains three micromega cylinders and their connecting cables.
- Multi-pattern gas detector.
- Gaseous tracking system that is installed around the silicon detector.
- Proximity focusing RICH detector for the ePIC detector system.
- Cylindrical Ring Image Cherenkov Counter that is installed in the hadron direction.
- Ring Image Cherenkov Counter that is installed in the hadron direction.
- Dynamic silicon detector with up to twelve configurable disks (16 sided).
- Dynamic silicon detector with up to twelve configurable disks (24 sided).
- Time of flight detector.
- Transition radiation detector.
- Lepton Direction Components
- LD EndCap A for ECCE design mounted on a carriage.
- Half of the gated endcap designed specifically for the ECCE detector - nearest assembly hall.
- LD EndCap B for ECCE design mounted on a carriage.
- Half of the gated endcap designed specifically for the ECCE detector - nearest back wall.
- Configurable cone used to estimate particle coverage in the lepton direction.
- Lepton direction electromagnetic calorimeter that fits within the DIRC and barrel electromagnetic calorimeter.
- A compound electromagnetic calorimeter that can be removed in parts for easy disassembly.
- Lepton direction electromagnetic calorimeter specific to the ePIC detector.
- Lepton direction electromagnetic calorimeter that fits within the DIRC and barrel electromagnetic calorimeter and uses only lead tungstate glass.
- Lepton direction electromagnetic calorimeter that sits outside of the barrel electromagnetic calorimeter.
- 24 segment iron endcap half nearest the assembly hall.
- 24 segment iron endcap half nearest the back wall.
- A 24 segment, lepton direction endcap constructed from iron blocks.
- HD EndCap carriage for ATHENA design.
- Hadron calorimeter endcap on the outgoing lepton side of the detector.
- ATHENA endcap half nearest the assembly hall.
- ATHENA endcap half nearest the back wall.
- A 32 segment, lepton-direction endcap designed specifically for ATHENA.
- Hadron Direction Components
- Half of the block electromagnetic calorimeter located on the HD end of the ePIC detector.
- Half of the block electromagnetic calorimeter located on the HD end of the ePIC detector.
- Complete block electromagnetic calorimeter located on the HD end of the ePIC detector.
- ATHENA endcap half nearest the assembly hall.
- ATHENA endcap half nearest the back wall.
- 32 Segment compound (hadron/electron) calorimeter endcap for the ATHENA detector.
- HD EndCap A for ECCE design mounted on a carriage.
- Compound calorimeter endcap nearest the assembly hall.
- HD EndCap B for ECCE design mounted on a carriage.
- Compound calorimeter endcap nearest the back wall.
- Compound (hadron/electron) calorimeter endcap with adjustable EMCal extension.
- Configurable cone used to estimate particle coverage in the hadron direction.
- Generic electromagnetic calorimeter located in the hadron direction.
- LD EndCap carriage for ATHENA design.
- Hadron calorimeter endcap on the outgoing hadron side of the detector.
- Half of the hadron calorimeter collar that encircles the block electromagnetic calorimeter on the HD end of the ePIC detector.
- Half of the hadron calorimeter collar that encircles the block electromagnetic calorimeter on the HD end of the ePIC detector.
- Complete hadron calorimeter collar encircles the block electromagnetic calorimeter on the HD end of the ePIC detector.
- ATHENA iron endcap half nearest the assembly hall.
- ATHENA iron endcap half nearest the back wall.
- 32 Segment iron endcap for the ATHENA detector.
- Interaction Region Components
- A generic accelerator component (placeholder) for the interaction region beamlines.
- Utility object for identifying the coordinates of an exact point within a model.
- Box quadrupole magnet.
- Box quadrupole magnet with attached vacuum.
- Accelerator beamline that has its origin located at the center of the beamline, rather than at its flange.
- Dipole magnet that is totally enclosed with yoke steel.
- Enclosed dipole magnet on dynamic stand.
- Configurable magnet stand.
- Generic accelerator component found in the interaction regions.
- Dipole magnet that is enclosed on 3 sides with yoke steel on stand.
- Dipole magnet that is totally enclosed with yoke steel.
- Gate valve that's size may be dynamically adjusted.
- Configurable beamline with flanges on each end.
- Generic object representing an accelerator superconducting magnet.
- Configurable cylinder on a dynamic stand.
- Configurable cylinder.
- Generic object representing an accelerator magnet.
- Dynamically configurable pedestal for mounting objects.
- Ensemble of superconducting accelerator magnets that are located on the hadron direction side of the interaction region.
- Ensemble of superconducting accelerator magnets that are located on the lepton direction side of the interaction region.
- Luminosity detector mounted on a dynamic stand.
- Proton-carbon polarimeter.
- Configurable quadrupole magnet mounted on a dynamic stand.
- Configurable quadrupole magnet.
- A standard set of RCS magnets containing three quadrupoles and a vacuum assembly.
- A subset of RCS magnets containing three quadrupoles and a vacuum assembly.
- Roman Pots detectors for the interaction region.
- A dynamic beamline pipe with valves mounted at each end.
- Zero degree calorimeter detector for the interaction region.
- Miscellaneous Components
- A dynamic cylinder object that can be used to create flux returns or other cylindrical structures without defined characteristics.
- Pre-Built Models
- Model of the ePIC detector based on the configuration parameters dated September 29th, 2023.
- Model of the accelerator components located in the forward and backward interaction regions of IP-6.
- Model of the accelerator components located in the forward and backward interaction regions of IP-8.
- Buildings and Facilities
- Model of the IP-6 facility with the origin positioned at the EIC interaction point.
- Model of the IP-8 facility with the origin positioned at the EIC interaction point.
- Existing muon shielding located in IP-8.
- Documentation for the Current Version
- Contains an overview of all of the dynamic components currently available within the toolkit, along with a list of available parameters and guidance for estimating weights.
-
Release Archive
A collection of older releases of the Detector Menagerie.
- NameDescription
- January 9, 2023 Release
- Zip file containing all files that were part of the Detector Menagerie release dated January 9, 2023.
- Dynamic Components
- Detector Carriages
- Fixed carriage for IP-6 which uses the STAR cradles.
- Fixed carriage for IP-8 original used for sPHENIX.
- Rails and stabilizers for the ECCE HD EndCap carraige.
- Carriage assembly from the STAR experiment in IP-8.
- Central Detector Components
- Disk version of the AC-coupled Low-Gas Avalanche Detector.
- Cylinder version of the AC-coupled Low-Gas Avalanche Detector.
- Barrel electromagnetic calorimeter with crystals oriented toward the beamline.
- Barrel electromagnetic calorimeter with crystals oriented toward the interaction point.
- Barrel electromagnetic calorimeter with crystals oriented parallel the beamline
- Single part barrel hadron calorimeter for the central detector.
- Two part barrel hadron calorimeter for the central detector.
- Three part barrel hadron calorimeter for the central detector.
- ATHENA specific, 32 sector barrel hadron calorimeter with spacers.
- Integrated support for the barrel electromagnetic calorimeter.
- Electromagmetic calorimeter with configurable blocks.
- Cherenkov Counter/MRICH detector.
- Solenoid cryostat for the central detector.
- Detector chamber/integrated beam pipe specific to Interaction Point 6.
- IP-6 Detector chamber/integrated beam pipe with specific adaptations for the ECCE detector.
- Detector chamber/integrated beam pipe with a minimal backward flange, which is designed to facilitate the removal of the ePIC LD EMCal.
- DIRC detector with the readouts facing in the hadron direction.
- DIRC detector with the readouts facing in the lepton direction.
- DIRC detector with the readouts facing in the lepton direction and an integrated MPGD.
- Cylindrical GEM chamber for the central detector.
- Disk shaped GEM chamber for the central detector.
- A wrapper object for the barrel hadron calorimeter that shows the location of the interaction point.
- Configurable micromega assembly that contains two micromega cylinders and their connecting cables.
- Two layer micromega with detectors mounted on the exterior of the cylinders.
- Two layer micromega with detectors mounted on the interior of the cylinders.
- Single layer micromega with detectors facing outward.
- Configurable micromega assembly that contains three micromega cylinders and their connecting cables.
- Multi-pattern gas detector.
- Gaseous tracking system that is installed around the silicon detector.
- Cylindrical Ring Image Cherenkov Counter that is installed in the hadron direction.
- Ring Image Cherenkov Counter that is installed in the hadron direction.
- Dynamic silicon detector with up to twelve configurable disks (16 sided).
- Dynamic silicon detector with up to twelve configurable disks (24 sided).
- Time of flight detector.
- Transition radiation detector.
- Lepton Direction Components
- LD EndCap A for ECCE design mounted on a carriage.
- Half of the gated endcap designed specifically for the ECCE detector - nearest assembly hall.
- LD EndCap B for ECCE design mounted on a carriage.
- Half of the gated endcap designed specifically for the ECCE detector - nearest back wall.
- Configurable cone used to estimate particle coverage in the lepton direction.
- Lepton direction electromagnetic calorimeter that fits within the DIRC and barrel electromagnetic calorimeter.
- A compound electromagnetic calorimeter that can be removed in parts for easy disassembly.
- Lepton direction electromagnetic calorimeter that fits within the DIRC and barrel electromagnetic calorimeter and uses only lead tungstate glass.
- Lepton direction electromagnetic calorimeter that sits outside of the barrel electromagnetic calorimeter.
- Lepton direction electromagnetic calorimeter specific to the ePIC detector.
- 24 segment iron endcap half nearest the assembly hall.
- 24 segment iron endcap half nearest the back wall.
- A 24 segment, lepton direction endcap constructed from iron blocks.
- HD EndCap carriage for ATHENA design.
- Hadron calorimeter endcap on the outgoing lepton side of the detector.
- ATHENA endcap half nearest the assembly hall.
- ATHENA endcap half nearest the back wall.
- A 32 segment, lepton-direction endcap designed specifically for ATHENA.
- Hadron Direction Components
- Half of the block electromagnetic calorimeter located on the HD end of the ePIC detector.
- Half of the block electromagnetic calorimeter located on the HD end of the ePIC detector.
- Complete block electromagnetic calorimeter located on the HD end of the ePIC detector.
- ATHENA endcap half nearest the assembly hall.
- ATHENA endcap half nearest the back wall.
- 32 Segment compound (hadron/electron) calorimeter endcap for the ATHENA detector.
- HD EndCap A for ECCE design mounted on a carriage.
- Compound calorimeter endcap nearest the assembly hall.
- HD EndCap B for ECCE design mounted on a carriage.
- Compound calorimeter endcap nearest the back wall.
- Compound (hadron/electron) calorimeter endcap with adjustable EMCal extension.
- Configurable cone used to estimate particle coverage in the hadron direction.
- Generic electromagnetic calorimeter located in the hadron direction.
- LD EndCap carriage for ATHENA design.
- Hadron calorimeter endcap on the outgoing hadron side of the detector.
- Half of the hadron calorimeter collar that encircles the block electromagnetic calorimeter on the HD end of the ePIC detector.
- Half of the hadron calorimeter collar that encircles the block electromagnetic calorimeter on the HD end of the ePIC detector.
- Complete hadron calorimeter collar encircles the block electromagnetic calorimeter on the HD end of the ePIC detector.
- ATHENA iron endcap half nearest the assembly hall.
- ATHENA iron endcap half nearest the back wall.
- 32 Segment iron endcap for the ATHENA detector.
- Interaction Region Components
- A generic accelerator component (placeholder) for the interaction region beamlines.
- Utility object for identifying the coordinates of an exact point within a model.
- Box quadrupole magnet with attached vacuum.
- Box quadrupole magnet.
- Accelerator beamline that has its origin located at the center of the beamline, rather than at its flange.
- Dipole magnet that is totally enclosed with yoke steel.
- Enclosed dipole magnet on dynamic stand.
- Configurable magnet stand.
- Generic accelerator component found in the interaction regions.
- Dipole magnet that is enclosed on 3 sides with yoke steel on stand.
- Dipole magnet that is totally enclosed with yoke steel.
- Gate valve that's size may be dynamically adjusted.
- Configurable beamline with flanges on each end.
- Generic object representing an accelerator superconducting magnet.
- Configurable cylinder on a dynamic stand.
- Configurable cylinder.
- Generic object representing an accelerator magnet.
- Dynamically configurable pedestal for mounting objects.
- Ensemble of superconducting accelerator magnets that are located on the hadron direction side of the interaction region.
- Ensemble of superconducting accelerator magnets that are located on the lepton direction side of the interaction region.
- Luminosity detector mounted on a dynamic stand.
- Proton-carbon polarimeter.
- Configurable quadrupole magnet mounted on a dynamic stand.
- Configurable quadrupole magnet.
- A standard set of RCS magnets containing three quadrupoles and a vacuum assembly.
- A subset of RCS magnets containing three quadrupoles and a vacuum assembly.
- Roman Pots detectors for the interaction region.
- A dynamic beamline pipe with valves mounted at each end.
- Zero degree calorimeter detector for the interaction region.
- Miscellaneous Components
- Pre-Built Models
- Model of the ePIC detector based on the configuration parameters dated January 09th, 2023.
- Model of the accelerator components located in the forward and backward interaction regions of IP-6.
- Model of the accelerator components located in the forward and backward interaction regions of IP-8.
- Buildings and Facilities
- Model of the IP-6 facility with the origin positioned at the EIC interaction point.
- Model of the IP-8 facility with the origin positioned at the EIC interaction point.
- Existing muon shielding located in IP-8.
- Documentation for the Current Version
- Contains an overview of all of the dynamic components currently available within the toolkit, along with a list of available parameters and guidance for estimating weights.
- April 10, 2022 Release
- Zip file containing all files that were part of the Detector Menagerie release dated November 25, 2021.
- Dynamic Components
- Detector Carriages
- Fixed carriage for IP-6 which uses the STAR cradles.
- Fixed carriage for IP-8 original used for sPHENIX.
- Rails and stabilizers for the ECCE HD EndCap carraige.
- Carriage assembly from the STAR experiment in IP-8.
- Central Detector Components
- Disk version of the AC-coupled Low-Gas Avalanche Detector.
- Cylinder version of the AC-coupled Low-Gas Avalanche Detector.
- Barrel electromagnetic calorimeter with crystals oriented toward the interaction point.
- Barrel electromagnetic calorimeter with crystals oriented toward the beamline.
- Barrel electromagnetic calorimeter with crystals oriented parallel the beamline
- Single part barrel hadron calorimeter for the central detector.
- Two part barrel hadron calorimeter for the central detector.
- Three part barrel hadron calorimeter for the central detector.
- ATHENA specific, 32 sector barrel hadron calorimeter with spacers.
- Integrated support for the barrel electromagnetic calorimeter.
- Electromagmetic calorimeter with configurable blocks.
- Cherenkov Counter/MRICH detector.
- Solenoid cryostat for the central detector.
- Detector chamber/integrated beam pipe specific to Interaction Point 6.
- IP-6 Detector chamber/integrated beam pipe with specific adaptations for the ECCE detector.
- DIRC detector with the readouts facing in the hadron direction.
- DIRC detector with the readouts facing in the lepton direction.
- DIRC detector with the readouts facing in the lepton direction and an integrated MPGD.
- Cylindrical GEM chamber for the central detector.
- Disk shaped GEM chamber for the central detector.
- A wrapper object for the barrel hadron calorimeter that shows the location of the interaction point.
- Two layer Micromega with detectors mounted on the exterior of the cylinders.
- Two layer Micromega with detectors mounted on the interior of the cylinders.
- Single layer Micromega with detectors facing outward.
- Multi-pattern gas detector.
- Gaseous tracking system that is installed around the silicon detector.
- Cylindrical Ring Image Cherenkov Counter that is installed in the hadron direction.
- Ring Image Cherenkov Counter that is installed in the hadron direction.
- 10 Disk silicon detector designed for the ECCE proto-collaboration.
- 9 Disk silicon detector designed for the ATHENA proto-collaboration.
- Generic silicon detector with 1-12 configurable disks.
- Original design for the central silicon detector.
- Time of flight detector.
- Transition radiation detector.
- Lepton Direction Components
- LD EndCap A for ECCE design mounted on a carriage.
- Half of the gated endcap desigend specifically for the ECCE detector - nearest assembly hall.
- LD EndCap B for ECCE design mounted on a carriage.
- Half of the gated endcap desigend specifically for the ECCE detector - nearest back wall.
- Configurable cone used to estimate particle coverage in the lepton direction.
- Lepton direction electromagnetic calorimeter that fits within the DIRC and barrel electromagnetic calorimeter.
- A compound electromagnetic calorimeter that can be removed in parts for easy disassembly.
- Lepton direction electromagnetic calorimeter that fits within the DIRC and barrel electromagnetic calorimeter and uses only lead tungstate glass.
- Lepton direction electromagnetic calorimeter that sits outside of the barrel electromagnetic calorimeter.
- 24 segment iron endcap half nearest the assembly hall.
- 24 segment iron endcap half nearest the back wall.
- A 24 segment, lepton direction endcap constructed from iron blocks.
- HD EndCap carriage for ATHENA design.
- ATHENA endcap half nearest the assembly hall.
- ATHENA endcap half nearest the back wall.
- A 32 segment, lepton-direction endcap designed specifically for ATHENA.
- Hadron Direction Components
- ATHENA endcap half nearest the assembly hall.
- ATHENA endcap half nearest the back wall.
- 32 Segment compound (hadron/electron) calorimeter endcap for the ATHENA detector.
- HD EndCap A for ECCE design mounted on a carriage.
- Compound calorimeter endcap nearest the assembly hall.
- HD EndCap B for ECCE design mounted on a carriage.
- Compound calorimeter endcap nearest the back wall.
- Compound (hadron/electron) calorimeter endcap with adjustable EMCal extension.
- Configurable cone used to estimate particle coverage in the hadron direction.
- Generic electromagnetic calorimeter located in the hadron direction.
- LD EndCap carriage for ATHENA design.
- Hadron calorimeter endcap on the outgoing hadron side of the detector.
- ATHENA iron endcap half nearest the assembly hall.
- ATHENA iron endcap half nearest the back wall.
- 32 Segment iron endcap for the ATHENA detector.
- Interaction Region Components
- Box quadrupole magnet.
- Box quadrupole magnet with attached vacuum.
- Dipole magnet that is totally enclosed with yoke steel.
- Enclosed dipole magnet on dynamic stand.
- Configurable magnet stand.
- Dipole magnet that is enclosed on 3 sides with yoke steel on stand.
- Gate valve that's size may be dynamically adjusted.
- Configurable beamline with flanges on each end.
- Generic object representing an accelerator superconducting magnet.
- Configurable cylinder on a dynamic stand.
- Configurable cylinder.
- Generic object representing an accelerator magnet.
- Dynamically configurable pedestal for mounting objects.
- Luminosity detector mounted on a dynamic stand.
- Configurable quadrupole magnet mounted on a dynamic stand.
- Configurable quadrupole magnet.
- A standard set of RCS magnets containing three qudrupoles and a vacuum assembly.
- A subset of RCS magnets containing three qudrupoles and a vacuum assembly.
- Roman Pots detectors for the interaction region.
- A dynamic beamline pipe with valves mounted at each end.
- Zero degree calorimeter detector for the interaction region.
- Pre-Built Models
- Model of the 3 Tesla detector with a lepton facing DIRC detector and an integrated lepton direction electromagnetic calorimeter.
- Model of the Core detector with all dynamic components installed in the default configuration.
- Model of the 1.5 Tesla detector with a lepton facing DIRC detector and an integrated lepton direction electromagnetic calorimeter.
- Revised model of the 1.5 Tesla detector including an MPGD integrated with the lepton facing DIRC detector.
- Current version of the interaction region components installed throughout IP-6.
- Buildings and Facilities
- Model of the IP-6 facility with the origin positioned at the EIC interaction point.
- Model of the IP-8 facility with the origin positioned at the EIC interaction point.
- Documentation for the Current Version
- Contains an overview of all of the dynamic components currently available within the toolkit, along with a list of available parameters and guidance for estimating weights.
- November 25, 2021 Release
- Zip file containing all files that were part of the Detector Menagerie release dated November 25, 2021.
- Dynamic Components
- Detector Carriages
- Fixed carriage for IP-6 which uses the STAR cradles.
- Fixed carriage for IP-8 original used for sPHENIX.
- Central Detector Components
- Disk version of the AC-coupled Low-Gas Avalanche Detector.
- Cylinder version of the AC-coupled Low-Gas Avalanche Detector.
- Barrel electromagnetic calorimeter with crystals oriented toward the interaction point.
- Barrel electromagnetic calorimeter with crystals oriented toward the beamline.
- Barrel electromagnetic calorimeter with crystals oriented parallel the beamline
- Single part barrel hadron calorimeter for the central detector.
- Two part barrel hadron calorimeter for the central detector.
- Three part barrel hadron calorimeter for the central detector.
- ATHENA specific, 32 sector barrel hadron calorimeter with spacers.
- Integrated support for the barrel electromagnetic calorimeter.
- Electromagmetic calorimeter with configurable blocks.
- Cherenkov Counter/MRICH detector.
- Solenoid cryostat for the central detector.
- Detector chamber/integrated beam pipe specific to Interaction Point 6.
- IP-6 Detector chamber/integrated beam pipe with specific adaptations for the ECCE detector.
- DIRC detector with the readouts facing in the hadron direction.
- DIRC detector with the readouts facing in the lepton direction.
- Cylindrical GEM chamber for the central detector.
- Disk shaped GEM chamber for the central detector.
- A wrapper object for the barrel hadron calorimeter that shows the location of the interaction point.
- Two layer Micromega with detectors mounted on the exterior of the cylinders.
- Two layer Micromega with detectors mounted on the interior of the cylinders.
- Single layer Micromega with detectors facing outward.
- Multi-pattern gas detector.
- Gaseous tracking system that is installed around the silicon detector.
- Original design for the central silicon detector.
- 10 Disk silicon detector designed for the ECCE proto-collaboration.
- 9 Disk silicon detector designed for the ATHENA proto-collaboration.
- Generic silicon detector with 1-12 configurable disks.
- Time of flight detector.
- Transition radiation detector.
- Lepton Direction Components
- Hadron calorimeter endcap on the outgoing lepton side of the detector.
- A 32 segment, lepton-direction endcap designed specifically for ATHENA.
- ATHENA endcap half nearest the assembly hall.
- ATHENA endcap half nearest the back wall.
- A 24 segment, lepton direction endcap constructed from iron blocks.
- 24 segment iron endcap half nearest the assembly hall.
- 24 segment iron endcap half nearest the back wall.
- Half of the gated endcap desigend specifically for the ECCE detector - nearest assembly hall.
- Half of the gated endcap desigend specifically for the ECCE detector - nearest back wall.
- Lepton direction electromagnetic calorimeter that fits within the DIRC and barrel electromagnetic calorimeter.
- A compound electromagnetic calorimeter that can be removed in parts for easy disassembly.
- Lepton direction electromagnetic calorimeter that fits within the DIRC and barrel electromagnetic calorimeter and uses only lead tungstate glass.
- Lepton direction electromagnetic calorimeter that sits outside of the barrel electromagnetic calorimeter.
- The electromagnetic calorimeter sub-module that is included as part of the compound EMCal.
- Configurable cone used to estimate particle coverage in the lepton direction.
- Hadron Direction Components
- Hadron calorimeter endcap on the outgoing hadron side of the detector.
- 32 Segment compound (hadron/electron) calorimeter endcap for the ATHENA detector.
- ATHENA endcap half nearest the assembly hall.
- ATHENA endcap half nearest the back wall.
- Compound (hadron/electron) calorimeter endcap with adjustable EMCal extension.
- Compound calorimeter endcap nearest the assembly hall.
- Compound calorimeter endcap nearest the back wall.
- 32 Segment iron endcap for the ATHENA detector.
- ATHENA iron endcap half nearest the assembly hall.
- ATHENA iron endcap half nearest the back wall.
- Generic electromagnetic calorimeter located in the hadron direction.
- Ring Image Cherenkov Counter that is installed in the hadron direction.
- Cylindrical Ring Image Cherenkov Counter that is installed in the hadron direction.
- Configurable cone used to estimate particle coverage in the hadron direction.
- Miscellaneous Components
- Pre-Built Models
- Model of the Core detector with all dynamic components installed in the default configuration.
- Model of the 1.5 Tesla detector with a lepton facing DIRC detector and an integrated lepton direction electromagnetic calorimeter.
- Model of the 3 Tesla detector with a lepton facing DIRC detector and an integrated lepton direction electromagnetic calorimeter.
- Buildings and Facilities
- Model of the IP-6 facility with the origin positioned at the EIC interaction point.
- Model of the IP-8 facility with the origin positioned at the EIC interaction point.
- Documentation for the Current Version
- Contains an overview of all of the dynamic components currently available within the toolkit, along with a list of available parameters and guidance for estimating weights.
- July 7, 2021 Release
- Zip file containing all files that were part of the Detector Menagerie release dated July 7, 2021.
- Dynamic Components
- Detector chamber/integrated beam pipe specific to Interaction Point 6.
- AC-coupled Low-Gas Avalanche Detector.
- Barrel electromagnetic calorimeter with crystals oriented toward the beamline.
- Barrel electromagnetic calorimeter with crystals oriented toward the interaction point.
- Barrel electromagnetic calorimeter with crystals oriented parallel to the beamline.
- Single part barrel hadron calorimeter for the central detector.
- Two part barrel hadron calorimeter for the central detector.
- Three part barrel hadron calorimeter for the central detector.
- Integrated support for the barrel electromagnetic calorimeter.
- Cherenkov Counter/MRICH detector located in the lepton direction.
- Solenoid cryostat for the central detector.
- DIRC detector with the readouts facing in the hadron direction.
- DIRC detector with the readouts facing in the lepton direction.
- Generic representation of an accelerator magnet, including stand.
- Generic representation of an accelerator magnet.
- Configurable cone used to estimate particle coverage in the hadron direction.
- Generic electromagnetic calorimeter located in the hadron direction.
- Hadron calorimeter endcap on the outgoing hadron side of the detector.
- Multi-pattern gas detector located in the hadron direction.
- Time of flight detector located in the hadron direction.
- Primary transition radiation detector located in the hadron direction.
- Secondary transition radiation detector located in the hadron direction.
- A wrapper object for the barrel hadron calorimeter that shows the location of the interaction point.
- Fixed carriage for IP-6 which uses the STAR cradles.
- Fixed carriage for IP-8 original used for sPHENIX.
- Muon shielding that is currently installed in the IP-8 Facility (for reference).
- Configurable cone used to estimate particle coverage in the lepton direction.
- Lepton direction electromagnetic calorimeter that fits within the DIRC and barrel electromagnetic calorimeter.
- Lepton direction electromagnetic calorimeter that fits within the DIRC and barrel electromagnetic calorimeter and uses only lead tungstate glass.
- Lepton direction electromagnetic calorimeter that sits outside of the barrel electromagnetic calorimeter.
- Hadron calorimeter endcap on the outgoing lepton side of the detector.
- Multi-pattern gas detector located in the lepton direction.
- Time of flight detector located in the lepton direction.
- Gaseous tracking system that is installed around the silicon detector.
- Ring Image Cherenkov Counter that is installed in the hadron direction.
- Silicon tracker that is installed at the core of the central detector.
- Pre-Built Models
- Model of the Core detector with all dynamic components installed in the default configuration.
- Model of the 1.5 Tesla detector with a hadron facing DIRC detector and an external lepton direction electromagnetic calorimeter.
- Model of the 1.5 Tesla detector with a lepton facing DIRC detector and an integrated lepton direction electromagnetic calorimeter.
- Model of the 3 Tesla detector with a hadron facing DIRC detector and an external lepton direction electromagnetic calorimeter.
- Model of the 3 Tesla detector with a lepton facing DIRC detector and an integrated lepton direction electromagnetic calorimeter.
- Model of the 1.5 Tesla detector on the sPHENIX carriage with a hadron facing DIRC detector and an external lepton direction electromagnetic calorimeter.
- Model of the 1.5 Tesla detector on the sPHENIX carriage with a lepton facing DIRC detector and an integrated lepton direction electromagnetic calorimeter.
- Buildings and Facilities
- Model of the IP-6 facility with the origin positioned at the EIC interaction point.
- Model of the IP-8 facility with the origin positioned at the EIC interaction point.
- Baseline Dimensions for Proto Collaborations
- Contains an overview of all of the dynamic components currently available within the toolkit, along with a list of available parameters and guidance for estimating weights.
- This document describes the dynamic components and parameters that were used for the 1.5 Tesla pre-built model.
- This document describes the dynamic components and parameters that were used for the 3 Tesla pre-built model.
- This document describes the dynamic components and parameters that were used for the Core pre-built model. Note that no carriage is currently provided with this model.
- May 16, 2021 Release
- Zip file containing all files that were part of the Detector Menagerie release dated May 16, 2021.
- Dynamic Components
- Detector chamber/integrated beam pipe specific to Interaction Point 6.
- Barrel electromagnetic calorimeter for the central detector.
- Single part barrel hadron calorimeter for the central detector.
- Two part barrel hadron calorimeter for the central detector.
- Three part barrel hadron calorimeter for the central detector.
- Integrated support for the barrel electromagnetic calorimeter.
- Cherenkov Counter/MRICH detector located in the lepton direction.
- Solenoid cryostat for the central detector.
- DIRC detector with the readouts facing in the hadron direction.
- DIRC detector with the readouts facing in the lepton direction.
- Configurable cone used to estimate particle coverage in the hadron direction.
- Generic electromagnetic calorimeter located in the hadron direction.
- Hadron calorimeter endcap on the outgoing hadron side of the detector.
- Multi-pattern gas detector located in the hadron direction.
- Time of flight detector located in the hadron direction.
- Primary transition radiation detector located in the hadron direction.
- Secondary transition radiation detector located in the hadron direction.
- A wrapper object for the barrel hadron calorimeter that shows the location of the interaction point.
- Fixed carriage for IP6 which uses the STAR cradles.
- Configurable cone used to estimate particle coverage in the lepton direction.
- Lepton direction electromagnetic calorimeter that fits within the DIRC and barrel electromagnetic calorimeter.
- Lepton direction electromagnetic calorimeter that fits within the DIRC and barrel electromagnetic calorimeter and uses only lead tungstate glass.
- Lepton direction electromagnetic calorimeter that sits outside of the barrel electromagnetic calorimeter.
- Hadron calorimeter endcap on the outgoing lepton side of the detector.
- Multi-pattern gas detector located in the lepton direction.
- Time of flight detector located in the lepton direction.
- Gaseous tracking system that is installed around the silicon detector.
- Ring Image Cherenkov Counter that is installed in the hadron direction.
- Silicon tracker that is installed at the core of the central detector.
- Pre-Built Models
- Model of the Core detector with all dynamic components installed in the default configuration.
- Model of the 1.5 Tesla detector with a hadron facing DIRC detector and an external lepton direction electromagnetic calorimeter.
- Model of the 1.5 Tesla detector with a lepton facing DIRC detector and an integrated lepton direction electromagnetic calorimeter.
- Model of the 3 Tesla detector with a hadron facing DIRC detector and an external lepton direction electromagnetic calorimeter.
- Model of the 3 Tesla detector with a lepton facing DIRC detector and an integrated lepton direction electromagnetic calorimeter.
- Baseline Dimensions for Proto Collaborations
- This document describes the dynamic components and parameters that were used for the 1.5 Tesla pre-built model.
- This document describes the dynamic components and parameters that were used for the 3 Tesla pre-built model.
- This document describes the dynamic components and parameters that were used for the Core pre-built model. Note that no carriage is currently provided with this model.
- May 14, 2021 Release
- Zip file containing all files that were part of the Detector Menagerie release dated May 14, 2021.
- Dynamic Components
- Detector chamber/integrated beam pipe specific to Interaction Point 6.
- Single part barrel hadron calorimeter for the central detector.
- Two part barrel hadron calorimeter for the central detector.
- Three part barrel hadron calorimeter for the central detector.
- Integrated support for the barrel electromagnetic calorimeter.
- Cherenkov Counter/MRICH detector located in the lepton direction.
- Solenoid cryostat for the central detector.
- DIRC detector with the readouts facing in the hadron direction.
- DIRC detector with the readouts facing in the lepton direction.
- Configurable cone used to estimate particle coverage in the hadron direction.
- Generic electromagnetic calorimeter located in the hadron direction.
- Hadron calorimeter endcap on the outgoing hadron side of the detector.
- Multi-pattern gas detector located in the hadron direction.
- Time of flight detector located in the hadron direction.
- Primary transition radiation detector located in the hadron direction.
- Secondary transition radiation detector located in the hadron direction.
- A wrapper object for the barrel hadron calorimeter that shows the location of the interaction point.
- Fixed carriage for IP6 which uses the STAR cradles.
- Configurable cone used to estimate particle coverage in the lepton direction.
- Lepton direction electromagnetic calorimeter that fits within the DIRC and barrel electromagnetic calorimeter.
- Lepton direction electromagnetic calorimeter that fits within the DIRC and barrel electromagnetic calorimeter and uses only lead tungstate glass.
- Lepton direction electromagnetic calorimeter that sits outside of the barrel electromagnetic calorimeter.
- Hadron calorimeter endcap on the outgoing lepton side of the detector.
- Multi-pattern gas detector located in the lepton direction.
- Time of flight detector located in the lepton direction.
- Ring Image Cherenkov Counter that is installed in the hadron direction.
- Silicon tracker that is installed at the core of the central detector.
- Gaseous tracking system that is installed around the silicon detector.
- Pre-Built Models
- Model of the Core detector with all dynamic components installed in the default configuration.
- Model of the 1.5 Tesla detector with a hadron facing DIRC detector and an external lepton direction electromagnetic calorimeter.
- Model of the 3 Tesla detector with a hadron facing DIRC detector and an external lepton direction electromagnetic calorimeter.
- Model of the 3 Tesla detector with a lepton facing DIRC detector and an integrated lepton direction electromagnetic calorimeter.
- Baseline Dimensions for Proto Collaborations
- This document describes the dynamic components and parameters that were used for the 1.5 Tesla pre-built model.
- This document describes the dynamic components and parameters that were used for the 3 Tesla pre-built model.
- This document describes the dynamic components and parameters that were used for the Core pre-built model. Note that no carriage is currently provided with this model.
-
CAD/STEP Files
This section contains a variety of CAD and STEP files that have been provided by other sources or are being developed in coordination with the Menagerie models to test strength and deflection. They are provided here for evaluation and use by model developers.
- NameDescription
- IP-6 InfrastructureCAD models of the IP-6 facility and associated components.
- IP-6 facility model including the surrounding accelerator tunnels and infrastructure (STEP format).
- Existing cradles for the STAR detector (STEP format).
- IP-6 facility model with some detector components and infrastructure installed (STEP format).
- IP-8 InfrastructureCAD models of the IP-8 facility and associated components.
- IP-8 facility model with the surrounding accelerator tunnels and infrastructure (STEP format).
- Simplified mopdel of the empty IP-8 facility (STEP format).
- BABAR magnet cryostat and its supporting cryogenic systems (STEP format).
- Barrel hadron calorimeter of the sPHENIX detector (STEP format).
- Existing carriage for the sPHENIX detector system (STEP format).
- Beam PipesCAD models of the IP-6 Beam Pipe and Flanges.
- Detector Chamber from April 3, 2024 (STEP format).
- Detector Chmaber from June 14, 2023 (STEP format).
- PANDA Barrel DIRCCAD models of the barrel DIRC detector from the PANDA experiment as provided by Jochen Schwiening.
- PANDA Barrel DIRC detector (STEP format).
- PANDA Barrel DIRC detector (IGES format).
- PANDA Electromagnetic CalorimeterCAD models of the barrel EMCAL detector from the PANDA experiment.
- An older, more conceptual model, that contains details including the placement of electronics and other parts and crystals, worked out by IPNO Orsay. (STEP format).
- The most recent CAD model produced by Portvino. (STEP format).
- A CAD model from Portvino of one complete slice. The model contains only 6 out of 16 crystal slices, but shows the details of how the mechanics are put together. (STEP format).
