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VK-Z is a simple command line utility, for Windows and Linux that displays Vulkan capabilities (hardware limits) and extensions of all capable Vulkan devices on the system.1 – DownloadsWindows 32/64-bitLinux 64-bit For feedbacks / bug reports, a thread on Geeks3D forums is available HERE.2 – Release NotesVK-Z 0.5.0 has been compiled with the latest Vulkan API 1.0.42 header files and adds a new command line option: -getnumvkgpus that allows to get the number of Vulkan capable GPUs in the host system. This number of GPUs is returned by VK-Z (return code) and is also written on the standard output. Here is the VK-Z report on the ASUS GL553VD (NVIDIA GeForce GTX 1050 + Intel HD Graphics 630):========================================VK-Z 0.5.0========================================Vulkan capabilities and extensions viewer(C)2016-2017 Geeks3D - extensions: 5- 1/ VK_KHR_surface (spec version: 25)- 2/ VK_KHR_win32_surface (spec version: 5)- 3/ VK_EXT_debug_report (spec version: 3)- 4/ VK_NV_external_memory_capabilities (spec version: 1)- 5/ VK_KHR_get_physical_device_properties2 (spec version: 1)# Vulkan devices: 2========================================Device 1: GeForce GTX 1050========================================- DeviceID: 10DE-1C8D- Raw driver version: 1586708480- NVIDIA driver version: R378.x- Vulkan API version: 1.0.37- Device type: VK_PHYSICAL_DEVICE_TYPE_DISCRETE_GPU- Memory heap count: 2 heap 0 - size: 4053 MB heap 1 - size: 16268 MB- Device extensions: 12 1/ VK_KHR_swapchain (spec version: 68) 2/ VK_KHR_maintenance1 (spec version: 1) 3/ VK_KHR_shader_draw_parameters (spec version: 1) 4/ VK_KHR_sampler_mirror_clamp_to_edge (spec version: 1) 5/ VK_EXT_shader_subgroup_ballot (spec version: 1) 6/ VK_EXT_shader_subgroup_vote (spec version: 1) 7/ VK_NV_dedicated_allocation (spec version: 1) 8/ VK_NV_external_memory (spec version: 1) 9/ VK_NV_external_memory_win32 (spec version: 1) 10/ VK_NV_glsl_shader (spec version: 1) 11/ VK_NV_win32_keyed_mutex (spec version: 1) 12/ VK_NVX_device_generated_commands (spec version: 1)- Device limits: maxImageDimension1D: 32768 maxImageDimension2D: 32768 maxImageDimension3D: 16384 maxImageDimensionCube: 32768 maxImageArrayLayers: 2048 maxTexelBufferElements: 134217728 maxUniformBufferRange: 65536 maxStorageBufferRange: 2147483647 maxPushConstantsSize: 256 maxMemoryAllocationCount: 4096 maxSamplerAllocationCount: 4000 bufferImageGranularity: 1024 sparseAddressSpaceSize: 18446744073709551615 maxBoundDescriptorSets: 8 maxPerStageDescriptorSamplers: 4000 maxPerStageDescriptorUniformBuffers: 12 maxPerStageDescriptorSampledImages: 8192 maxPerStageDescriptorStorageImages: 8192 maxPerStageDescriptorInputAttachments: 8 maxPerStageResources: 24612 maxDescriptorSetSamplers: 4000 maxDescriptorSetUniformBuffers: 72 maxDescriptorSetUniformBuffersDynamic: 72 maxDescriptorSetStorageBuffers: 96 maxDescriptorSetStorageBuffersDynamic: 96 maxDescriptorSetSampledImages: 49152 maxDescriptorSetStorageImages: 49152 maxDescriptorSetInputAttachments: 8 maxVertexInputAttributes: 32 maxVertexInputBindings: 32 maxVertexInputAttributeOffset: 2047 maxVertexInputBindingStride: 2048 maxVertexOutputComponents: 128 maxTessellationGenerationLevel: 64 maxTessellationPatchSize: 32 maxTessellationControlPerVertexInputComponents: 128 maxTessellationControlPerVertexOutputComponents: 128 maxTessellationControlPerPatchOutputComponents: 120 maxTessellationControlTotalOutputComponents: 4216 maxTessellationEvaluationInputComponents: 128 maxTessellationEvaluationOutputComponents: 128 maxGeometryShaderInvocations: 32 maxGeometryInputComponents: 128 maxGeometryOutputComponents: 128 maxGeometryOutputVertices: 1024 maxGeometryTotalOutputComponents: 1024 maxFragmentInputComponents: 128 maxFragmentOutputAttachments: 8 maxFragmentDualSrcAttachments: 1 maxFragmentCombinedOutputResources: 16 maxComputeSharedMemorySize: 49152 maxComputeWorkGroupCount: [2147483647; 65535; 65535] maxComputeWorkGroupInvocations: 1536 maxComputeWorkGroupSize: [1536; 1024; 64] subPixelPrecisionBits: 8 subTexelPrecisionBits: 8 mipmapPrecisionBits: 8 maxDrawIndexedIndexValue: 4294967295 maxDrawIndirectCount: 4294967295 maxSamplerLodBias: 15.000000 maxSamplerAnisotropy: 16.000000 maxViewports: 16 maxViewportDimensions: [32768; 32768] viewportBoundsRange: [-65536.000000 ; 65536.000000] viewportSubPixelBits: 8 minMemoryMapAlignment: 64 minTexelBufferOffsetAlignment: 16 minUniformBufferOffsetAlignment: 256 minStorageBufferOffsetAlignment: Or ignoring the text produced by specific keys.Unlike the Input command, InputHook can be used to detect keys which do not produce text, without terminating the Input. This is done by registering an OnKeyDown function and using KeyOpt or NotifyNonText to specify which keys are of interest.If a MatchList item caused the Input to terminate, the Match property can be consulted to determine exactly which match (this is more useful when the * option is present).Although the script can consult GetKeyState after the Input command returns, sometimes it does not accurately reflect which keys were pressed when the Input was terminated. InputHook's EndMods property reflects the logical state of the modifier keys at the time Input was terminated.There are some differences relating to backward-compatibility: The Input command stores end keys A-Z in uppercase even though other letters on some keyboard layouts are lowercase. Passing the value to Send would produce a shifted keystroke instead of a plain one. By contrast, InputHook's EndKeys property always returns the normalized name; i.e. whichever character is produced by pressing the key without holding Shift or other modifiers. If a key name used in EndKeys corresponds to a VK which is shared between two physical keys (such as NumpadUp and Up), the Input command handles the primary key by VK and the secondary key by SC, whereas InputHook handles both by SC. {vkNN} notation can be used to handle the key by VK. When the end key is handled by VK, both physical keys can terminate the Input. For example, {NumpadUp} would cause the Input command to be terminated by pressing Up, but ErrorLevel would contain EndKey:NumpadUp since only the VK is considered. When an end key is handled by SC, the Input command always produces names for the known secondary SC of any given VK, and always produces scNNN for any other key (even if it has a name). By contrast, InputHook produces a name if the key has one.Input, KeyWait, Hotstrings, InputBox, #InstallKeybdHook, Threads, If Var [not] in/contains MatchListExamples Waits for the user to press any single key.MsgBox % KeyWaitAny(); Same again, but don't block the key.MsgBox % KeyWaitAny("V")KeyWaitAny(Options:=""){ ih := InputHook(Options) if !InStr(Options, "V") ih.VisibleNonText := false ih.KeyOpt("{All}", "E") ; End ih.Start() ErrorLevel := ih.Wait() ; Store EndReason in ErrorLevel return ih.EndKey ; Return the key name} Waits for any key in combination with Ctrl/Alt/Shift/Win.MsgBox % KeyWaitCombo()KeyWaitCombo(Options:=""){ ih := InputHook(Options) if !InStr(Options,VK A TO Z CHANNEL - YouTube
Information such as the 2D planar location within a mounted data set, paths describing the intersection of VOIs with the VK, and so on.Detailed specifications for these protocols can be found at the web site [24].Graphical User InterfaceThe GUI consists of: the VK JPanel used to set the current 3D atlas cross-section view (Figure 2a); Figure 2NT-SDK User Interface components. (a) Via the Virtual Knife wireframe, the user can continuously adjust the cross-sectional slice position through the current 3D atlas volume(s) mounted on the server. By dragging the mouse left or right over the wireframe, the knife is displaced along the currently selected anatomical axis. The Knife Position indicates the cross-section location in terms of the current linear displacement (Δ) along the slice axis, and the rotational angles about the standard X, Y, and Z cartesian axes. The knife can also be minimally nudged via the left and right arrow buttons. The Motion buttons specify whether mouse movement causes translation about this axis, or rotation about the X, Y or Z cartesian axes. (b) These SV control panel tool buttons alter the state of the data in the viewer. The Axis specifies whether the knife is adjusted along the coronal, sagittal, or horizontal cutting axes. The VOI buttons enable the investigator to toggle VOI viewing on/off and to choose the segmented regions to view. The Zoom button adjusts the scale of the current atlas view from 0.1× to 10.0×. When zoomed in, a crop window is imposed to limit network data transmission, which can be adjusted by dragging on the grayscale view or centered via the Center Crop button. The Mark buttons are used to save a specific view cross-section position for recall, and enable the investigator to respectively save, open, and clear the marks menu. The Save Image buttons. Vk Vk Z is on Facebook. Join Facebook to connect with Vk Vk Z and others you may know. Facebook gives people the power to share and makes the world more open and connected.VK-Z 0.6.0.3 - Download, Screenshots
Sequence number for serialization purposes, an offset along the slicing axis, and a triplet of angles describing the orientation of the VK to the slicing axis (angular rotation about the standard cartesian x, y, and z axes). The server queues this request for the slicer, along with client address information and the client sequence number. In turn, the slicer executes the slice requests, and returns pixel data as a series of linear pixel arrays or rasters, along with raster positioning information and the slicer's sequence number.ROI requestA client using the XML API is able to request paths describing the intersection of VOIs with the VK. To do this, the client provides identifiers for the VOIs to be sliced, and the orientation of the VK. Presently, brain region names and abbreviations developed in our lab are hard-coded into a list and linked to the assocated VOI data set. We are in the process of incorporating a more dynamic means of associating anatomical segmented region identifers from a public knowledge source, such as NeuroNames[25] in the case of brain region volumes. A complete set of the available VOIs for the current atlas dataset on view may be obtained from the server. VOI slice requests are also queued for the slicer, and the 2D ROI cross-section(s) for the current knife position are returned in the form of an ordered set of cartesian coordinates. More specifically, individual ROIs are returned to the client as pointlist 3D objects where all points lie in a single plane.Other operationsSeveral other operations are available. For example, the client can specify a magnification or zoom level for the returned slice images, currently spanning the range from 0.1× to 10×. To support dynamic response to knife movement at higher zoom, the view is cropped and the user can pan the String containing the character (or multiple characters, see below for details).You can omit one or more parameters from the end of the callback's parameter list if the corresponding information is not needed.The presence of multiple characters indicates that a dead key was used prior to the last keypress, but the two keys could not be transliterated to a single character. For example, on some keyboard layouts `e produces è while `z produces `z.The function is never called when an end key is pressed.OnKeyDownRetrieves or sets the function object which is called when a notification-enabled key is pressed.CurrentFunc := InputHook.OnKeyDownInputHook.OnKeyDown := NewFuncKey-down notifications must first be enabled by KeyOpt or NotifyNonText.CurrentFunc is NewFunc if assigned, otherwise an empty string.NewFunc is the function object to call, e.g. Func("MyCallback"). An empty string means no function object.The callback accepts three parameters and can be defined as follows:MyCallback(InputHook, VK, SC) { ...Although the names you give the parameters do not matter, the following values are sequentially assigned to them: A reference to the InputHook object. An integer representing the virtual key code of the key. An integer representing the scan code of the key.You can omit one or more parameters from the end of the callback's parameter list if the corresponding information is not needed.To retrieve the key name (if any), use GetKeyName(Format("vk{:x}sc{:x}", VK, SC)).The function is called as a new thread, so starts off fresh with the default values for settings such as SendMode and DetectHiddenWindows.The function is never called when an end key is pressed.OnKeyUp [v1.1.32+]Retrieves or sets the function object which is called when a notification-enabled key is released.CurrentFunc := InputHook.OnKeyUpInputHook.OnKeyUp := NewFuncKey-up notifications must first be enabled by KeyOpt or NotifyNonText. Whether a key is considered text or non-text is determined when the key is pressed. If an InputHook detects a key-up without having detected key-down, it is considered non-text.CurrentFunc is NewFunc if assigned, otherwise an empty string.NewFunc is the function object to call, e.g. Func("MyCallback"). An empty string means no function object.The callback accepts three parameters and can be defined as follows:MyCallback(InputHook, VK, SC) { ...Although the names you give the parameters do not matter, the following values are sequentially assigned to them: A reference to the InputHook object. An integer representing the virtual key code of the key. An integer representing the scan code of the key.You can omit one or more parameters from the end of the callback'sCHECKMATE STYLE VK Z - Zangersheide
Saxena RK, Upadhyaya HD, Khan AW, Yu Y, Kim C, Rathore A, Kim D, Kim J, An S, Kumar V (2017b) Whole-genome resequencing of 292 pigeonpea accessions identifies genomic regions associated with domestication and agronomic traits. Nat Genet 49(7):1082–1088Article CAS PubMed Google Scholar Varshney RK, Shi C, Thudi M, Mariac C, Wallace J, Qi P, Zhang H, Zhao Y, Wang X, Rathore A, Srivastava RK (2017a) Pearl millet genome sequence provides a resource to improve agronomic traits in arid environments. Nat Biotechnol 35(10):969–976Article CAS PubMed PubMed Central Google Scholar Varshney RK, Sinha P, Singh VK, Kumar A, Zhang Q, Bennetzen JL (2020) 5Gs for crop genetic improvement. Curr Opin Plant Biol 56:190–196Article CAS PubMed PubMed Central Google Scholar Varshney RK, Thudi M, Nayak SN, Gaur PM, Kashiwagi J, Krishnamurthy L, Jaganathan D, Koppolu J, Bohra A, Tripathi S, Rathore A (2014) Genetic dissection of drought tolerance in chickpea (Cicer arietinum L.). Theor Appl Genet 127(2):445–462Article CAS PubMed Google Scholar Varshney RK, Thudi M, Pandey MK, Tardieu F, Ojiewo C, Vadez V, Whitbread AM, Siddique KH, Nguyen HT, Carberry PS, Bergvinson D (2018) Accelerating genetic gains in legumes for the development of prosperous smallholder agriculture: integrating genomics, phenotyping, systems modelling and agronomy. J Exp Bot 69(13):3293–3312Article CAS PubMed Google Scholar Varshney RK, Pandey MK, Bohra A, Singh VK, Thudi M, Saxena RK (2019) Toward the sequence-based breeding in legumes in the post-genome sequencing era. Theoretical and Applied Genetics 132(3):797–816Article CAS PubMed Google Scholar Villate A, San Nicolas M, Gallastegi M, Aulas PA, Olivares M, Usobiaga A, Etxebarria N, Aizpurua-Olaizola O (2021) Metabolomics as a prediction tool for plants performance under environmental stress. Plant Sci 303:110789Article CAS PubMed Google Scholar Voss-Fels K, Snowdon RJ (2016) Understanding and utilizing crop genome diversity via high-resolution genotyping. Plant Biotechnol J 14(4):1086–1094Article CAS PubMed Google Scholar Wang SCJB (2005) Windows QTL cartographer 2.5. Htm Google Scholar Wang W, Mauleon R, Hu Z, Chebotarov D, Tai S, Wu Z, Li M, Zheng T, Fuentes RR, Zhang F, Mansueto L (2018) Genomic variation in 3,010 diverse accessions of Asian cultivated rice. Nature 557(7703):43–49Article CAS PubMed PubMed Central GoogleVK-Z 0.6.0 released - Geeks3D
Respectively save the current slice view to a file or provide a means to resample an extended portion of the data set under view. (c) This full view of the NtAS Client (NetOStat), shows the relation of the controls in b to the gray-scale cross-sectional atlas view. At the bottom of this frame are controls to view the current image scale and cursor location, when the mouse cursor is placed over the atlas image. Mouse over location can be translated into stereotaxic coordinates when coordinate transformation matrices are available, as they are for the NT Adult Mouse Atlas.Full size image a set of related controls specifying how dragging of the mouse over the VK translates into movement of the knife (Figure 2a &2b); a Slice Viewer (SV) JPanel for each atlas data connection (Figure 2c); a collection of menu commands providing additional functionality (see below). This interactive functionality is embedded in the NT-SDK-NetOStat-GUI framework. By obtaining these JPanels from this library, an enclosing application incoporates the entire binary server API, as well as the GUI controls listed above. Detailed specifications for the NT-SDK API can be found at[24].The knife is presented as an intersecting plane within a wireframe rectangular volume whose dimensional extent is the x, y, z bounds of the 3D atlas dataset under view (Figure 2a). A series of tool buttons enables an user to specify how mouse dragging over the wireframe afects VK movement. The investigater may translate the knife along the slicing axis, or rotate it about any of the three cartesian axes. A series of buttons in the SV control panel enables the user to select the cutting axis to present slices along any one of the standard anatomical axes – coronal, horizontal, or sagittal (Figure 2b). Thus, a user can slice through the 3D. Vk Vk Z is on Facebook. Join Facebook to connect with Vk Vk Z and others you may know. Facebook gives people the power to share and makes the world more open and connected.VK-Z 0.5.0 released - Geeks3D
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VK-Z is a simple command line utility, for Windows and Linux that displays Vulkan capabilities (hardware limits) and extensions of all capable Vulkan devices on the system.1 – DownloadsWindows 32/64-bitLinux 64-bit For feedbacks / bug reports, a thread on Geeks3D forums is available HERE.2 – Release NotesVK-Z 0.5.0 has been compiled with the latest Vulkan API 1.0.42 header files and adds a new command line option: -getnumvkgpus that allows to get the number of Vulkan capable GPUs in the host system. This number of GPUs is returned by VK-Z (return code) and is also written on the standard output. Here is the VK-Z report on the ASUS GL553VD (NVIDIA GeForce GTX 1050 + Intel HD Graphics 630):========================================VK-Z 0.5.0========================================Vulkan capabilities and extensions viewer(C)2016-2017 Geeks3D - extensions: 5- 1/ VK_KHR_surface (spec version: 25)- 2/ VK_KHR_win32_surface (spec version: 5)- 3/ VK_EXT_debug_report (spec version: 3)- 4/ VK_NV_external_memory_capabilities (spec version: 1)- 5/ VK_KHR_get_physical_device_properties2 (spec version: 1)# Vulkan devices: 2========================================Device 1: GeForce GTX 1050========================================- DeviceID: 10DE-1C8D- Raw driver version: 1586708480- NVIDIA driver version: R378.x- Vulkan API version: 1.0.37- Device type: VK_PHYSICAL_DEVICE_TYPE_DISCRETE_GPU- Memory heap count: 2 heap 0 - size: 4053 MB heap 1 - size: 16268 MB- Device extensions: 12 1/ VK_KHR_swapchain (spec version: 68) 2/ VK_KHR_maintenance1 (spec version: 1) 3/ VK_KHR_shader_draw_parameters (spec version: 1) 4/ VK_KHR_sampler_mirror_clamp_to_edge (spec version: 1) 5/ VK_EXT_shader_subgroup_ballot (spec version: 1) 6/ VK_EXT_shader_subgroup_vote (spec version: 1) 7/ VK_NV_dedicated_allocation (spec version: 1) 8/ VK_NV_external_memory (spec version: 1) 9/ VK_NV_external_memory_win32 (spec version: 1) 10/ VK_NV_glsl_shader (spec version: 1) 11/ VK_NV_win32_keyed_mutex (spec version: 1) 12/ VK_NVX_device_generated_commands (spec version: 1)- Device limits: maxImageDimension1D: 32768 maxImageDimension2D: 32768 maxImageDimension3D: 16384 maxImageDimensionCube: 32768 maxImageArrayLayers: 2048 maxTexelBufferElements: 134217728 maxUniformBufferRange: 65536 maxStorageBufferRange: 2147483647 maxPushConstantsSize: 256 maxMemoryAllocationCount: 4096 maxSamplerAllocationCount: 4000 bufferImageGranularity: 1024 sparseAddressSpaceSize: 18446744073709551615 maxBoundDescriptorSets: 8 maxPerStageDescriptorSamplers: 4000 maxPerStageDescriptorUniformBuffers: 12 maxPerStageDescriptorSampledImages: 8192 maxPerStageDescriptorStorageImages: 8192 maxPerStageDescriptorInputAttachments: 8 maxPerStageResources: 24612 maxDescriptorSetSamplers: 4000 maxDescriptorSetUniformBuffers: 72 maxDescriptorSetUniformBuffersDynamic: 72 maxDescriptorSetStorageBuffers: 96 maxDescriptorSetStorageBuffersDynamic: 96 maxDescriptorSetSampledImages: 49152 maxDescriptorSetStorageImages: 49152 maxDescriptorSetInputAttachments: 8 maxVertexInputAttributes: 32 maxVertexInputBindings: 32 maxVertexInputAttributeOffset: 2047 maxVertexInputBindingStride: 2048 maxVertexOutputComponents: 128 maxTessellationGenerationLevel: 64 maxTessellationPatchSize: 32 maxTessellationControlPerVertexInputComponents: 128 maxTessellationControlPerVertexOutputComponents: 128 maxTessellationControlPerPatchOutputComponents: 120 maxTessellationControlTotalOutputComponents: 4216 maxTessellationEvaluationInputComponents: 128 maxTessellationEvaluationOutputComponents: 128 maxGeometryShaderInvocations: 32 maxGeometryInputComponents: 128 maxGeometryOutputComponents: 128 maxGeometryOutputVertices: 1024 maxGeometryTotalOutputComponents: 1024 maxFragmentInputComponents: 128 maxFragmentOutputAttachments: 8 maxFragmentDualSrcAttachments: 1 maxFragmentCombinedOutputResources: 16 maxComputeSharedMemorySize: 49152 maxComputeWorkGroupCount: [2147483647; 65535; 65535] maxComputeWorkGroupInvocations: 1536 maxComputeWorkGroupSize: [1536; 1024; 64] subPixelPrecisionBits: 8 subTexelPrecisionBits: 8 mipmapPrecisionBits: 8 maxDrawIndexedIndexValue: 4294967295 maxDrawIndirectCount: 4294967295 maxSamplerLodBias: 15.000000 maxSamplerAnisotropy: 16.000000 maxViewports: 16 maxViewportDimensions: [32768; 32768] viewportBoundsRange: [-65536.000000 ; 65536.000000] viewportSubPixelBits: 8 minMemoryMapAlignment: 64 minTexelBufferOffsetAlignment: 16 minUniformBufferOffsetAlignment: 256 minStorageBufferOffsetAlignment:
2025-04-18Or ignoring the text produced by specific keys.Unlike the Input command, InputHook can be used to detect keys which do not produce text, without terminating the Input. This is done by registering an OnKeyDown function and using KeyOpt or NotifyNonText to specify which keys are of interest.If a MatchList item caused the Input to terminate, the Match property can be consulted to determine exactly which match (this is more useful when the * option is present).Although the script can consult GetKeyState after the Input command returns, sometimes it does not accurately reflect which keys were pressed when the Input was terminated. InputHook's EndMods property reflects the logical state of the modifier keys at the time Input was terminated.There are some differences relating to backward-compatibility: The Input command stores end keys A-Z in uppercase even though other letters on some keyboard layouts are lowercase. Passing the value to Send would produce a shifted keystroke instead of a plain one. By contrast, InputHook's EndKeys property always returns the normalized name; i.e. whichever character is produced by pressing the key without holding Shift or other modifiers. If a key name used in EndKeys corresponds to a VK which is shared between two physical keys (such as NumpadUp and Up), the Input command handles the primary key by VK and the secondary key by SC, whereas InputHook handles both by SC. {vkNN} notation can be used to handle the key by VK. When the end key is handled by VK, both physical keys can terminate the Input. For example, {NumpadUp} would cause the Input command to be terminated by pressing Up, but ErrorLevel would contain EndKey:NumpadUp since only the VK is considered. When an end key is handled by SC, the Input command always produces names for the known secondary SC of any given VK, and always produces scNNN for any other key (even if it has a name). By contrast, InputHook produces a name if the key has one.Input, KeyWait, Hotstrings, InputBox, #InstallKeybdHook, Threads, If Var [not] in/contains MatchListExamples Waits for the user to press any single key.MsgBox % KeyWaitAny(); Same again, but don't block the key.MsgBox % KeyWaitAny("V")KeyWaitAny(Options:=""){ ih := InputHook(Options) if !InStr(Options, "V") ih.VisibleNonText := false ih.KeyOpt("{All}", "E") ; End ih.Start() ErrorLevel := ih.Wait() ; Store EndReason in ErrorLevel return ih.EndKey ; Return the key name} Waits for any key in combination with Ctrl/Alt/Shift/Win.MsgBox % KeyWaitCombo()KeyWaitCombo(Options:=""){ ih := InputHook(Options) if !InStr(Options,
2025-04-03Information such as the 2D planar location within a mounted data set, paths describing the intersection of VOIs with the VK, and so on.Detailed specifications for these protocols can be found at the web site [24].Graphical User InterfaceThe GUI consists of: the VK JPanel used to set the current 3D atlas cross-section view (Figure 2a); Figure 2NT-SDK User Interface components. (a) Via the Virtual Knife wireframe, the user can continuously adjust the cross-sectional slice position through the current 3D atlas volume(s) mounted on the server. By dragging the mouse left or right over the wireframe, the knife is displaced along the currently selected anatomical axis. The Knife Position indicates the cross-section location in terms of the current linear displacement (Δ) along the slice axis, and the rotational angles about the standard X, Y, and Z cartesian axes. The knife can also be minimally nudged via the left and right arrow buttons. The Motion buttons specify whether mouse movement causes translation about this axis, or rotation about the X, Y or Z cartesian axes. (b) These SV control panel tool buttons alter the state of the data in the viewer. The Axis specifies whether the knife is adjusted along the coronal, sagittal, or horizontal cutting axes. The VOI buttons enable the investigator to toggle VOI viewing on/off and to choose the segmented regions to view. The Zoom button adjusts the scale of the current atlas view from 0.1× to 10.0×. When zoomed in, a crop window is imposed to limit network data transmission, which can be adjusted by dragging on the grayscale view or centered via the Center Crop button. The Mark buttons are used to save a specific view cross-section position for recall, and enable the investigator to respectively save, open, and clear the marks menu. The Save Image buttons
2025-04-14Sequence number for serialization purposes, an offset along the slicing axis, and a triplet of angles describing the orientation of the VK to the slicing axis (angular rotation about the standard cartesian x, y, and z axes). The server queues this request for the slicer, along with client address information and the client sequence number. In turn, the slicer executes the slice requests, and returns pixel data as a series of linear pixel arrays or rasters, along with raster positioning information and the slicer's sequence number.ROI requestA client using the XML API is able to request paths describing the intersection of VOIs with the VK. To do this, the client provides identifiers for the VOIs to be sliced, and the orientation of the VK. Presently, brain region names and abbreviations developed in our lab are hard-coded into a list and linked to the assocated VOI data set. We are in the process of incorporating a more dynamic means of associating anatomical segmented region identifers from a public knowledge source, such as NeuroNames[25] in the case of brain region volumes. A complete set of the available VOIs for the current atlas dataset on view may be obtained from the server. VOI slice requests are also queued for the slicer, and the 2D ROI cross-section(s) for the current knife position are returned in the form of an ordered set of cartesian coordinates. More specifically, individual ROIs are returned to the client as pointlist 3D objects where all points lie in a single plane.Other operationsSeveral other operations are available. For example, the client can specify a magnification or zoom level for the returned slice images, currently spanning the range from 0.1× to 10×. To support dynamic response to knife movement at higher zoom, the view is cropped and the user can pan the
2025-04-21String containing the character (or multiple characters, see below for details).You can omit one or more parameters from the end of the callback's parameter list if the corresponding information is not needed.The presence of multiple characters indicates that a dead key was used prior to the last keypress, but the two keys could not be transliterated to a single character. For example, on some keyboard layouts `e produces è while `z produces `z.The function is never called when an end key is pressed.OnKeyDownRetrieves or sets the function object which is called when a notification-enabled key is pressed.CurrentFunc := InputHook.OnKeyDownInputHook.OnKeyDown := NewFuncKey-down notifications must first be enabled by KeyOpt or NotifyNonText.CurrentFunc is NewFunc if assigned, otherwise an empty string.NewFunc is the function object to call, e.g. Func("MyCallback"). An empty string means no function object.The callback accepts three parameters and can be defined as follows:MyCallback(InputHook, VK, SC) { ...Although the names you give the parameters do not matter, the following values are sequentially assigned to them: A reference to the InputHook object. An integer representing the virtual key code of the key. An integer representing the scan code of the key.You can omit one or more parameters from the end of the callback's parameter list if the corresponding information is not needed.To retrieve the key name (if any), use GetKeyName(Format("vk{:x}sc{:x}", VK, SC)).The function is called as a new thread, so starts off fresh with the default values for settings such as SendMode and DetectHiddenWindows.The function is never called when an end key is pressed.OnKeyUp [v1.1.32+]Retrieves or sets the function object which is called when a notification-enabled key is released.CurrentFunc := InputHook.OnKeyUpInputHook.OnKeyUp := NewFuncKey-up notifications must first be enabled by KeyOpt or NotifyNonText. Whether a key is considered text or non-text is determined when the key is pressed. If an InputHook detects a key-up without having detected key-down, it is considered non-text.CurrentFunc is NewFunc if assigned, otherwise an empty string.NewFunc is the function object to call, e.g. Func("MyCallback"). An empty string means no function object.The callback accepts three parameters and can be defined as follows:MyCallback(InputHook, VK, SC) { ...Although the names you give the parameters do not matter, the following values are sequentially assigned to them: A reference to the InputHook object. An integer representing the virtual key code of the key. An integer representing the scan code of the key.You can omit one or more parameters from the end of the callback's
2025-04-07