MI Layout Editor - USA

In this video you will learn how to create a layout from scratch using the Layout Editor tool. The tool can be accessed from the Layout Gallery, from the Tool Gallery, or if pinned from your favorite tools, the Layout Editor tool allows. You to create new custom layouts or to edit existing layouts. Once the tool is activated, a new step is opened in the viewing panel. This limella allows you to resize, merge or split segments, save or save as the layouts and create a new layout or change the geometry of existing layouts. Please keep in mind that the user interface may differ slightly on different host systems. In this example, a single monitor oncology custom layout will be created. To start, click the change. Geometry icon from the layout editor lamella. The grid selector opens to allow the selection of desired segments on the layout dual. Or multi monitor setups will offer a grid. Selector for each display drag. The mouse over the squares to set the number of segment rows and columns. To adjust the segment size, click the. Resize Icon. Once activated, the segment borders change to white and can be modified with Click and drag to merge segments, select the required segments and click the Merge Segments icon. Or alternatively, use the shortcut key control and left mouse button to split segments. Select the required segment and click the Split Segment Vertically or Split segment horizontally palette icon. All these operations work without any data in this segment. It is not recommended to use the merge or split tool in any layout with a scroll bar, static time, static view, dynamic, etc. This is due to. The special definition of these types of layouts. To add patient data in an active segment, use the left mouse button To drag and drop the data from the series panel into a segment. By default, all Enhanced Image Fusion options can be used. You can switch back to the Layout Editor tool to change the geometry of your layout at any time, for example. You can still merge. Or split segments interact as already shown. After that you can continue filling the. Segments with data. Some data is used in multiple segments. If you change it now in one segment by dragging and dropping, these changes will also apply to the other segments once the layout is saved. Once the layout geometry is defined and the data is assigned, the new layout can be customized to your needs. To define the image orientation, select a segment from the image area, then right click the orientation cube and choose the desired orientation from. The context menu. Note that the image text must be active. To turn on the image text, press the T key to define the display type. From the bottom left corner menu, choose the desired display type for. Example you can change the segment to a map image. As the layout is created from scratch, verify that the entire dataset is synchronized in its scrolling and triangulation. Press and hold the control key and select the segments to be synchronized. Click. The sync config icon and select the desired parameters. Now an indicator for the synchronization is displayed on the right side of the segment. To apply a sync without closing the sync config dialogue, click Apply. The synchronization is now applied and is ready for the next user action. To establish a sync in NPR views again, press and hold control and select the segments to be synchronized. Interact. As already shown. Once the synchronizations are assigned, click OK to close the dialogue. The Visualization Editor is an alternative way to define image filters and image orientation applied to each segment of a layout. To work with the Visualization editor, the Layout Editor mode must be enabled. A new layout has been created. Click the. Visualization editor icon in the layout editor Lamella. The segments in the image area show the available display. Settings specify the display filter and the orientation for each segment after. Finalizing your changes, deactivate the Visualization Editor tool and save the layout. You can save a newly created layout with. Save as After modifying a layout you can use the save button. Give a suitable name and the saves new layout will appear in the layout gallery. This layout can be configured as part of the initial layout selection preset and behaves like a standard Mi general layout. You can rename a layout by selecting it and clicking Rename. Enter the desired layout name and press the Enter key or click OK. If you have edited an existing default layout, better avoid overwriting. Instead use Save As and thereby create a copy. Some of the layouts are locked against changes, for example cardiac A/C. Cardiac in A/C or. Volume Stripe. These layouts cannot be edited as their functionality is too specific. After the synchronization parameters are configured, you can proceed to set. Further visualization parameters in the layout. Close the Layout Editor tool. Open the User Presets tab in the Configuration dialog box. In this tab you can configure for example Color, LUT, Alpha, Blending Ratio, Slice Thickness and Slice spacing to your needs. The selected options are applied to the image segment. It is recommended to configure the visualization parameters after the synchronization configuration so that the changes are quickly reflected in the segments. Create a rotating map by choosing Movie from the upper left hand corner menu of the segment. Alternatively, you can use the Visualization Editor to set up visualization parameters. Please note watch the MI General Layout Management eclip as well. In this video you get more insights into all functionalities, for example, how to manage layouts quickly for your daily routine reading. You can also specify certain data assignment rules for each segment individually with the data assignment option. According to these rule definitions, the loaded data is automatically displayed in the respective segments. Before you can use the tool, the Layout editor mode must be enabled and the number of segments must be adapted with Change Geometry. Click the Data Assignment icon. The segments in the image area show the available rule conditions for which you can make the respective settings. You can define the time point and modality of the study, or you can specify the data to be displayed by entering a series description. If you assign specific data groups to the image segments, the system will save the data assignment rules configured for each image segment individually. The add icon can be used to add further series description conditions. If required, you can define further alternative data assignment rules per segment using the add icon next to alternative one.

40 8/7/2013 300 2.2 30 113 99 11 1500 450 20 8/7/201 73 013 syngo MI Layout Editor This training material is based on the medical devices syngo.MI General VB80A. SIEMENS Healthineers * 1/1/1951 F Tc-99m DPD Favorite Tools MI General Energy Window 1 : 99m Technetium Series 8/7/2013 | 8/7/2013 Layout Gallery 10.00 AM CT NM PET, Bone Scan Layout operations Tool Gallery Dyn + Findings Volume Line Printing MPR FUSION TC 85 | LRQ 11:44 AM Gated Additional Applications Hide dd Study Study Date : 8/7/2013 arts Layout Editor tool Annotations Measurements Patient Birthdate, Sex and Age : 1/1/1951, F, 062Y Study Description : Bone Scan Study Time : 10:00:19.AM Accession Number : 1 Radiopharmaceutical : DPD xSPECT_01, Osteochondrosis, Arthrosis Tc-99m DPD STUDY 8/7/2013 AC_CT B31s | SPECT LWS [CGZAS 24i1s5mm- AC Enhanced ] 3:19:38 PM | 2:59:06 PM 3 IMA ~126 | 1000 IMA~97 SP H1290.3 | SP H1290.3 SL min SPC 1.0 ssing Post-processing MI Organ Processing FAST TimeCurve Auto Lung Save al Study D Dynamic AC_CT B31s | SPECT LWS [CGZAS 2411 WB - Dual Planar Intensity Gate Functional Fused Print Export Fused 2x3 Cardiac AC Cardiac + Movie NAC Edit Maricer Comment OpenApps Change Data Angle Distance ROI Circle VOI Sphere Editor Resize Basic Display Time Stripe Save as Snapshot Strip ... Image Axial 3x .. Arrow Text Merge egments Geometry Layout Assignm ... Visualiza ... Save as Snapshot Angle Pixcel Lens Segme Split Saves current layout. Char Marker ustom Patient Birthdate, Sex and Age : 1/1/1951, F. 062Y Study Description : Bone Scan Study Time : 10:00:19 AM AC_CT B31s | SPECT LWS [CGZAS 241165mm - AC Enhanced Add Study 11:45 AM syngo.via Scanner Al-Rad Companion Syngo Carbon View&GO Space Please keep in mind that the user interface may differ slightly from what is shown in this video. The actual usage of the tool may differ slightly on the different host systems, for example, on syngo.via, Syngo Carbon Space, syngo.via View&GO, Al-Rad Companion or on the scanner. However, the intended purpose of the tool is the same. The tool functionality defined in this video is applicable to any of the Siemens Healthineers products in which you find this tool. Create a new oncology custom SP A130.0 | SP A130.0 AC_CT B31s | SPECT LWS [CGZAS 24i1s5mm - AC Enhanced ] 10cm W 300 50 % 2.27 SUV-bw 0.00 SUV-bW 12:15 PM 40 | B on : Bone Scan 2:59:06 PM a 50 % 300 | T SL 3 IMA~126 | 1000 IMA~97 40 | B 0.00 SUVbW MIP full Chan Patient Birthdate, Sex and Age : 1/1/1951, F, 062Y Snap Scout Volum SPECT Ctrl Split Segment Vertically Split Segment Horizontally erges selected segments. Adding patient data to segments Serles 0:00 AM 12:46 PM Perfusion LWS / BWS Tc99m Pool Static Tc99m Pool WholeBody Tc99m Static 4 h p.l. Tc99m 99m Additional Data 99m Technetium 2:22:34 PM Add Stud AC_CT LWS B70s 3:19:38.23 PM SP H1 290.3 min LDR W 1500 SP H1 290 3 Fuse as base (MPRIMPR) Fuse as overlay (MPR/MPR) Fuse as base (VR Fuse as overlay (VRT/MIP) 19:38 PM | 2:59:06 PM SP H1 290.3 | SP H1 290.3 IF Replace All 3.19:38 PM | 2:59:06 PM 4 IMA-126 | 1000 IM 0 % 99 % 3 | SP H1290.3 1000 IMA-98 12:47 PM 8 PM | 2:59:06 PM SPC SION sPC 113 % RVL SP H1 290 3 | SP H1 290.3 SP H1290 3 12:48 PM Customize the layout MPR FUSION' SPC 1. 12:58 PM PM | 2:59:06 PM Ortho Sync F (feet-head) H (head-feet) R (right-left) Reset position in all 12:59 PM L (left-right) Show/Hide Customized Image Text 3:19:38 PM | 2 59:06 PM SP H1290.3 | SP H1 290.3 38 PM | 2:59:06 PM VRT MiniP Thin Show in Display Type MIP [4]] Synchronization SPA130.0 | SPA130.0 450 | B 1:55 PM :38 PM | 2:59:06 PM 1 F Tc-99m DPD Synchronizations Display Type Navigation Slice Thickness Windowing OK Cancel LUT Apply 0.00 AM Zoom :22:34 PM Synchronization Dialog 80 % 1:56 PM 9:38 PM | 2:59:06 PM CT Presets PET Presets CT Color LUT PET Color LUT Reset Windowing Inverted Grayscale Hot Body Alt+Shift+F6 Grayscale Micro Delta Hot Metal Ascending Red BW Parabolic Heart Hot Metal New so Count Lava Parathyroid PET Rainbow PM Spectrum Spectrum 10 Step SUV 75 SUV 100 Thal Rainbow Random Stars SP H1290 3 | SP H1290.3 TC 85 c-99m DPD PC 1.0 Visualization Editor 2:04 PM SP R11 7 Filter MPR MPR THICK Orien ... Original F(feet-head) L(left-right) P(posterior-anterior) Orien ... H(head-feet) H(head-feet)