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Visit mapp.maricopa.edu, enter your Maricopa Enterprise ID (MEID) and password and click Login. Identify your current transfer institution, complete your profile and choose from more than 400 on-campus and online pathways.

Meet with ASU transfer coordinators for assistance with applying to ASU and attend special ASU events. Apply to ASU one year before completing your MyPath2ASU. Make sure to utilize the same ASURITE ID to check your application status.

A - If you have questions about requirements or issues with signing up through the Maricopa website, please email kimberlyn....@domail.maricopa.edu in the Maricopa Center for Curriculum and Transfer Articulation. You can also contact the ASU Transfer Coordinator assigned to your college: www.asu.edu/findmyrep. Student questions can also be directed to the ASU Transfer Coordinators.

Advanced control algorithms play a decisive role in the added value that machines provide. The mapp Control Tools package provides a wide range of basic functions for closed-loop control and signal processing. PID controllers with tuning functions, low-pass filters, Kalman filters and components for profile generation can all be used to maximize innovation potential with the help of customized control solutions.

mapp Crane provides closed-loop control solutions for cranes with suspended loads. To operate such systems efficiently, the motion control system needs to compensate for the tendency of the load to oscillate. This prevents the formation of uncontrolled sway and skew oscillations. Payloads can be delivered more quickly while at the same time improving safety for both humans and materials. Potential applications include overhead bridge (OHB), rail-mounted gantry (RMG) and ship-to-shore (STS) cranes.

mapp Hydraulics components provide easier access to advanced closed-loop control functions and assist developers in the design, simulation, virtual commissioning and diagnosis of hydraulic systems. Innovative autotuning functions make it easy to determine the optimal controller parameters for any combination of pumps, valves and cylinders. A hydraulic axis can also be effortlessly integrated in a CNC axis group together with electrical axes.

mapp Plastics provides technology functions for plastics processing. For example, there are easy-to-use components that generate target profiles for clamping units, injection pistons, ejectors and more. Additional special-purpose functions are also available, such as mold protection for the clamping unit, switching and dwell pressure during injection and a closed control loop for back pressure during plasticizing.

High-performance temperature control solutions like those required for extrusion or thermoforming are especially challenging to develop. This is particularly true when the requirements include autotuning, zone-synchronized heating curves, minimal overshoot or energy-optimized operating modes. mapp Temperature provides functions for optimal control of temperature processes. Run machines closer to the physical limits.

The temperature controller can be switched to simulation mode to simulate the temperature of a particular zone. This means that the application software can be developed and tested without the actual temperature unit.

Packaging processes require customized open- and closed-loop control solutions to ensure optimal process execution. With the mapp Control Tools functions, users can implement all types of control loops, generate profiles or carry out simple statistical evaluations. This gives machine manufacturers the opportunity to generate unique selling points.

B&R offers interfaces for simulation tools at all levels. mapp Control functions can be combined with development tools such as MapleSim or industrialPhysics to perform hardware-in-the-loop simulation or virtual commissioning.

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MAPP 3D presents users with an intuitive interface to create 3D models of venues, add loudspeakers and microphones, and optimize a system design using Meyer Sound Labs products. This page provides detailed information about the MAPP 3D interface and functions.

MAPP 3D supports 1280768 up to HD and Retina resolution displays. Higher resolutions may scale incorrectly or cause application instability. Please update graphics drivers to the latest version, which may enable 4k resolution.

When a new project is created, the Project Properties window is displayed. Basic information about the project and venue can be recorded here. This information is saved as part of the project file (.mapp).

Displays control points for signal processor parameters. These controls can be bi-directional with Compass to control the settings of a Galileo GALAXY processor. Use TOOLS > SIGNAL PROCESSING MANAGEMENT to link.

Used in Model View, there are preset views and custom views that can be saved and recalled. Change the view from the drop-down in the upper left of the Model View tab or by selecting an option from the Viewport tab . The Viewport tab has four Viewport preset buttons and the Multiple Viewport toggle. The Create New camera view button opens the Camera Management window, where Cameras are managed, or TOOLS > CAMERA MANAGEMENT.

Express Settings are located on the left side of the application window . To display and edit basic settings, use the drop-down menu at the top to select different objects. To edit all object parameters, select the object in the model and switch to Object Settings tab . For numeric entry, select value and enter new value or use up/down arrow keys to increase/decrease value. Objects must be on an unlocked layer to be modified.

Located on the top, right side of the application window , the Tools tab uses icons to represent a collection of actions and functions that can manipulate both the objects in the model and the appearance of the model. These tools apply to all entities that are visible in Model View: geometry, loudspeakers, and microphones.

These icons represent the primitive shapes that can be added to the model and modified . Primitives are used to represent the geometry of the venue or are added to CAD drawings where pressure plots are desired. Primitive types include 3D shapes, 2D shapes, and a Free Draw option. The Free Draw tool is used to create polygons by entering coordinates or clicking in the Model View for each vertex.

Primitives can be manipulated in various ways by using modifiers . Extrude and Trim modifiers apply to only 2D Primitives. Offset modifies both 2D and 3D Primitives. Union, Intersect, and Subtract apply only to 3D Primitives. Objects must be on an unlocked layer to be modified.

When a Primitive is selected, its properties will be displayed in the Primitives tab . Different properties will be displayed depending on the geometry that is selected, but generally include position, orientation, and size. Objects must be on an unlocked layer to be modified.

All layers in the project are listed under this tab . Layers embedded in an imported DXF or SKP are also listed. Layers can be toggled between, locked/unlocked, made visible/hidden and renamed. Use the ADD and DELETE buttons to modify layers. It can be helpful to hide certain layers to work within a model. Use the Layer Management window to change layer colors, merge layers, and make bulk changes.

TOOLS > SIGNAL PROCESSOR MANAGEMENT opens a window to manage processor connections. The processors used in the MAPP 3D Project can be connected to real or virtual Galileo GALAXY processors. The settings can be pushed either direction when connecting MAPP 3D to Galileo GALAXY processors. Control is bi-directional once settings are synchronized.