I can t images
Author: m | 2025-04-24
Troubleshooting. Help! I can t find Waterlogue for Windows in the Microsoft Store. Help! I can t load any photos. I am having trouble saving images.
I Can t Do It Photos and Images Pictures
By e-mail - possible? In reply to jayboo • Jan 31, 2011 jayboowrote:Thanks for advice so far guys - another quick question if you don't mind...I have a pro flickr account - that allows image size up to 20MB. If I put the images on there can I then let the magazine download them from there - can't seem to find out on the flickr site if this is possible. Not sure if the mag would like the fact that the photos would be on there for all to see but I suppose I could tell them when I put them on and then remove quickly when they have accessed them.Make them as private, then email a guest pass to the magazine. youRussell "}"> OP jayboo • Senior Member • Posts: 2,481 Re: Thanks everyone for help Great stuff - forums did it for me again - think I can sort it all out now thanks to you for pointing me in the right directions - thank you all, now just got to get the photo's right LOL.Jayboo Leica M10-R Sony a7R V Sony a7CR Leica Elmar-M 24mm f/3.8 ASPH Leica Summilux-M 50mm f/1.4 ASPH +12 more "}"> hbx2004 • Veteran Member • Posts: 3,162 300dpi images? -such thing doesn't exist (n/t) In reply to jayboo • Jan 31, 2011 n/t=no text (in message)Bogdan "}"> Re: 300dpi images? -such thing doesn't exist (n/t) In reply to hbx2004 • Jan 31, 2011 Bogdan,Im sure many of the posters in this thread know that,but confined their replies to the OPs question, Yousendit is a good way to send large files,the recipient does not need to be signed up,they just recieve an email link to click on,they have 7 days to collect it. "}"> OP jayboo • Senior Member • Posts: 2,481 Re: 300dpi images? -such thing doesn't exist (n/t) Sorry - am I being thick again - explain please - mag contacted me with exactly that request 15mp images at 300 dpi - when converting raw to jpeg images in DPP - output resolution box gives dpi - am I missing something here - I know usually for saving on web or sending images usually by e-mail I would send them at 72 dpi. So what do you mean 300 dpi images don't exist?? Only by asking these questions can I learn - sorry again.Jayboo Leica M10-R Sony a7R V Sony a7CR
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USAThomas S. C. NgZilkha Neurogenetic Institute and Department of Physiology and Biophysics, Keck School of Medicine, University of Southern California, Los Angeles, CA, USAAxel Montagne & Berislav V. ZlokovicAuthorsSamuel R. BarnesYou can also search for this author in PubMed Google ScholarThomas S. C. NgYou can also search for this author in PubMed Google ScholarNaomi Santa-MariaYou can also search for this author in PubMed Google ScholarAxel MontagneYou can also search for this author in PubMed Google ScholarBerislav V. ZlokovicYou can also search for this author in PubMed Google ScholarRussell E. JacobsYou can also search for this author in PubMed Google ScholarCorresponding authorCorrespondence to Thomas S. C. Ng.Additional informationCompeting interestsThe authors declare that they have no competing interests.Authors’ contributionsSB, TN, NSM, AM and REJ participated in the design and refinement of the software application. SB and TN implemented the software. All authors helped draft the manuscript, provided critical revisions, and approved the final version.Samuel R. Barnes and Thomas S. C. Ng contributed equally to this work.Appendix A: MRI image parameter fittingT2/T2* and ADC fittingThe current implementation of the fitting module provides options to fit T1, T2/T2* and ADC maps. T2/T2* fits are based on the mono-exponential equation, while ADC is based on the mono-exponential Steksjal-Tanner equation [49]. Options to perform a non-linear least squares fit or a linear regression using a linearized form of the equations are provided.T1 fittingT1 relaxation times estimation in ROCKETSHIP can be performed using the variable TR method, the variable flip-angle (FA) method and the inversion recovery (IR) method.Using the variable TR method, T1 is estimated with a series of spin-echo images with varying TR and constant TE using the standard saturation recovery equation:$$ SI=S{I}_{TR=\infty\ }\left(1-{e}^{-\frac{TR}{T1}}\right).\kern0.5em {e}^{-TE/T2} $$ (A1) The variable FA method uses a series of gradient-echo images with varying FA and fixed TR and TE to estimate T1 with the equation:$$ SI=S{I}_{\left(TR\gg T{1}_{,\kern0.5em }TE\ll T{2}^{*},\kern0.5em \theta ={90}^{\circ}\right)}\frac{ \sin \theta \left(1-{E}_1\right){E}_2}{1-{E}_1 \cos \theta } $$ (A2) where θ is the FA, \( {E}_1 = {e}^{-\frac{TR}{T1}} \) and \( {E}_2 = {e}^{-TE/T{2}^{*}} \). Here, we assume that TE The “gold-standard” IR method of T1 estimation consists of inverting the longitudinal magnetization and sampling the MR signal at several points along its exponential recovery. An IR pulse sequence is repeated N times with an inversion pulse followed by an imaging module delayed by different waiting times (TIN). T1 can be estimated with the equation:$$ SI = S{I}_{\left(TR,\ TI\gg T1\right)}\left(1-2.{e}^{-\frac{TI}{T1}} + {e}^{-\frac{TR}{T1}}\right) $$ (A3) Non-linear least-squares fitting is used to fit MRI data to Equations A1, A2, A3.Appendix B: Preparation of the dynamic datasets for DCE-MRI analysisSignal to concentration conversionROCKETSHIP assumes that dynamic DCE-MRI data are acquired with a spoiled-gradient echo sequence. Files can be read in as 2D or 3D image sequences or as a 4D image volume. SI from the raw data images are converted to R1(t) curves using the equation:$$ {R}_1(t)=\left(-\frac{1}{TR}\right). \log \frac{\left[{S}_0 \sin \theta\ {e}^{-\frac{TE}{T{2}^{*}}}-S(t) \cos \theta \right]}{\left[{S}_0 \sin \theta\ {e}^{-\frac{TE}{T{2}^{*}}}-S(t)\right]} $$ (B1) where θ is the FA, S0 represents the fully relaxed situation and isI have purchased IPVanish, but I can t connect and I can t login
Diffusion, and focuses on reducing the image noise without reducing significant parts of the image content such as edges. It improves the scale-space technique, enhances the boundaries, and preserves the edges [29]. The diffusion coefficient is locally adapted, and is chosen as a function of the image gradient, that varies with both the edge location and its orientation in order to preserve the edges. The nonlinear diffusion process is defined by the equation. ∂ I / ∂ t = d i v ( g ( | ∇ I | ) ∇ I ) , (2) where ∇ I is the gradient, and the diffusivity g is a function of the gradient ∇ I .The Additive Operator Splitting (AOS) scheme addresses the problem of regularization associated with anisotropic diffusion [30]. This semi-implicit scheme is stable for all time-steps, and ensures that all co-ordinate axes are treated equally, as defined by Equation (3) [31]. AOS enables fast diffusion, resulting in smoothing of the edges in fake images while the edges in real images will be preserved. The iterative solution in AOS is given in Equation (3). ( I k ) t + 1 = ∑ l = 1 m ( m I − τ m 2 A l ) − 1 I k t , (3) where Ik is the diffused image, m is the number of dimensions, k represents the channel, I is the identity matrix, A l . is the diffusion, and τ is the time steps (referred to as. Troubleshooting. Help! I can t find Waterlogue for Windows in the Microsoft Store. Help! I can t load any photos. I am having trouble saving images. I am getting hpwuschd2.exe, S6000Mnt.exe bad image, express.exe bad image. I can t uninstall the previous windows update. Can t install Cumulative update for windows 11 for x64 based systems.I can t understand why I can t build the Amundsen-Scott
+ 4t j + 2 k ) / ( √ ( e ^2t + 16t^2 + 4 ) )Now, finding the value of t (1),t (1) = ( e ^1 i + 4 (1) j + 2 k ) / ( √ ( e ^2(1) + 16 (1)^2+ 4 ) )t (1) = ( e^ 1 i + 4 j + 2 k ) / ( √ ( e ^2 + 16 + 4 ) )t (1) = ( e i + 4 j + 2 k ) / ( √ ( e^ 2 + 20 ) )Practice ProblemsFind the normal unit vector when the vector is given as v = Consider r (t) = 2x2 i + 2x j + 5 k, find out the unit tangent vector. Also calculate the value of the tangent vector at t = 0.Let r(t) = t i + et j – 3t2 k. Find the T(1) and T(0).Find out the normal vectors to the given plane 7x + 2y + 2z = 9.Answers/ ( √(26)(4x + 2)/( √(16x2 + 2) (1 + et – 6t) / √(1 + e2t + 36t2)All the images are constructed using GeoGebra. Previous Lesson | Main Page | Next LessonI can t make anything because i can t - SketchUp Community
Gumwars wrote:Sounds like you accidentally deleted your partition table.No, I didn't "accidentally" delete the partition table. I did it on purpose. The whole point was to do a clean install on a clean drive, partitioned the way I like.For the benefit of future web hikers, I will go ahead and answer my own question.HOW TO CREATE A GPT PARTITION TABLE AND REINSTALL WINDOWS 8 WHEN THE RECOVERY WILL NOT WORK:1. Boot up from the recovery USB drive and go to the command prompt.2. At the command prompt, enter the following (note that this will give you a 150 GB Windows partition and a big user data partition; the data partition can be omitted if desired):diskpartselect disk 0cleanconvert gptcreate partition primary size=300format quick fs=ntfs label="Windows RE tools"assign letter="T"set id="de94bba4-06d1-4d40-a16a-bfd50179d6ac"gpt attributes=0x8000000000000001create partition efi size=260format quick fs=fat32 label="System"assign letter="S"create partition msr size=128create partition primary size=153600format quick fs=ntfs label="Windows"assign letter="W"create partition primaryshrink minimum=15000format quick fs=ntfscreate partition primaryformat quick fs=ntfs label="Recovery image"assign letter="R"set id="de94bba4-06d1-4d40-a16a-bfd50179d6ac"gpt attributes=0x8000000000000001exit3. Now you should be out of Diskpart but still at the command prompt. Copy the recovery images to the recovery partition. Your recovery USB will probably be drive C, and the images will be several install.swm files in the Sources directory. Copy them to drive R. Like this:c:cd sourcescopy *.* r:4. Apply the images to the Windows partition:dism /apply-image /imagefile:install.swm /swmfile:install*.swm /index:1 /applydir:W:\5. Copy the Windows RE tools to the Windows RE partition:md T:\Recovery\WindowsREw:cd windows\system32\recoveryattrib winre.wim -h -s -r [use this line only if the next line fails]copy winre.wim t:\recovery\windowsre\6. Copy the boot files to the System partition:bcdboot w:\windows7. At this point, Windows will boot up, but will look funny. You can now do a Reset Your PC without getting the message about a missing partition, and everything will be back to normal!FOR FURTHER READING: I have more time, I plan on making another attempt to get it to work in MBR instead of GPTI Can t See the Top of a Window, so I Can t Minimize
[-Cg] [-Cc] [-V] [-W] [-G] [-E] [-L] [-J] [-K] [-Ao] [-?] [-F] -I input file full path. * can be used for filename (*.pdf, *.tif) -O output file or folder full path. -T output type: TIF|PDF|PDFS|TXT|MTIF -R recursive processing, subfolders under the input will be processed too. The input folder structure will be created under the output folder. -Q quiet processing, no password dialogs will be showed thus password protected pdf files will not be converted successfully. -P process single page -? Shows usage info and the list of languages + 3letter language identifiers. Tiff output specific parameters -S colorspace: auto|mono|gray|rgb. Default: auto. -D resolution: auto|72|96|150|200|300|600|1200|2400. Default: auto. -Cm image compression for monochrome images: none|g3|g4|lzw. Default: g4. -Cg image compression for grayscale images: none|LZW|JpegMin|JpegLow|JpegMed|JpegHigh|JpegMax. Default: LZW. -Cc image compression for color images: none|LZW|JpegMin|JpegLow|JpegMed|JpegHigh|JpegMax. Default: LZW. PDF output specific parameters -V Version: 1A|1B|2A|2B|2U|3A|3B|3U|1.3|1.4|1.5|1.6|1.7|2.0|X1A|X3|X4|X4P|PDFE|auto -W Optimize for web viewing -G Remove tags -E Execute sequence -Y Convert to gray Searchable PDF output specific parameters -L Language(s) for OCR. Comma delimited list of 3letter language identifiers (-Leng,ger,fre,nor). If not presented, auto is used. -J Reject char. Default: ~. -K If presented, conversion keeps original images. -Ao If presented, pages are oriented and straightened automatically.The list of OCR languages has not changed — it is identical to all previous versions.Update for Version 5.0This is the Help text for Version 5.0:Usage: batchconverter.com -I -O -T [-R] [-Q] [-P] [-S] [-D] [-Cm] [-Cg] [-Cc] [-V] [-W] [-G] [-E] [-L] [-J] [-K] [-Ao] [-?] [-F] -I input file full path. * can be used for filename (*.pdf, *.tif) -O output file or folder full path. -T output type: TIF|PDF|PDFS|TXT|MTIF -R recursive processing, subfolders under the input will be processed too. The input folder structure will be created under the output folder. -Q quiet processing, no password dialogs will be showed thus password protected pdf files will not be converted successfully. -P process single page -? Shows usage info and the list of languages + 3letter language identifiers. Tiff output specific parameters -S colorspace: auto|mono|gray|rgb. Default: auto. -D resolution: auto|72|96|150|200|300|600|1200|2400. Default: auto. -Cm image compression for monochrome images: none|g3|g4|lzw. Default: g4. -Cg image compression for grayscale images: none|LZW|JpegMin|JpegLow|JpegMed|JpegHigh|JpegMax. Default: LZW. -Cc image compression for color images: none|LZW|JpegMin|JpegLow|JpegMed|JpegHigh|JpegMax. Default: LZW. PDF output specific parameters -V Version: 1A|1B|2A|2B|2U|3A|3B|3U|4|4E|4F|UA|1.3|1.4|1.5|1.6|1.7|2.0|X1A|X3|X4|X4P|PDFE|auto -W Optimize for web viewing -G Remove tags -E Execute sequence -Y Convert to gray Searchable PDF output specific parameters -L Language(s)I can t save images in an eml file - Microsoft Community
Rather than just the one page specified (it worked if the output type was TIF). The -P parameter now works for all output types in 1.1.The Release Notes for 1.1, including a list of new features, a list of known issues, and a list of bug fixes, are in a PDF file called Nuance Power PDF 1.1 Release Notes in the Files section of this wiki.Update for Version 2.1This is the Help text for Version 2.1:Usage: batchconverter.com -I{inputfile} -O{outputfile} -T{output type} [-R] [-Q] [-P{page number}] [-S{colorspace}] [-D{resolution}] [-Cm{cmpmono}] [-Cg{cmpgray}] [-Cc{cmpcolor}] [-V{version}] [-W] [-G] [-E{sequence name}] [-L{lang1, lang2, lang3}] [-J{char}] [-K] [-Ao] [-As] [-?] [-F{logfile}] -I input file full path. * can be used for filename (*.pdf, *.tif) -O output file or folder full path. -T output type: TIF|PDF|PDFS|TXT -R recursive processing, subfolders under the input will be processed too. The input folder structure will be created under the output folder. -Q quiet processing, no password dialogs will be showed thus password protected pdf files will not be converted successfully. -P process single page -? Shows usage info and the list of languages + 3letter language identifiers. Tiff output specific parameters -S colorspace: auto|mono|gray|rgb. Default: auto. -D resolution: auto|72|96|150|200|300|600|1200|2400. Default: auto. -Cm image compression for monochrome images: none|g3|g4|lzw. Default: g4. -Cg image compression for grayscale images: none|LZW|JpegMin|JpegLow|JpegMed|JpegHigh|JpegMax. Default: LZW. -Cc image compression for color images: none|LZW|JpegMin|JpegLow|JpegMed|JpegHigh|JpegMax. Default: LZW. PDF output specific parameters -V Version: 1A|1B|2A|2B|2U|3A|3B|3U|1.3|1.4|1.5|1.6|1.7|X1A|X3|X4|X4P|PDFE|auto -W Optimize for web viewing -G Remove tags -E Execute sequence -Y Convert to gray Searchable PDF output specific parameters -L Language(s) for OCR. Comma delimited list of 3letter language identifiers (-Leng,ger,fre,nor). If not presented, auto is used. -J Reject char. Default: ~. -K If presented, conversion keeps original images. -Ao If presented, pages are oriented and straightened automatically.The list of OCR languages has not changed — it is identical to all previous versions.Update for Version 3.0This is the Help text for Version 3.0:Usage: batchconverter.com -I -O -T [-R] [-Q] [-P] [-S] [-D] [-Cm] [-Cg] [-Cc] [-V] [-W] [-G] [-E] [-L] [-J] [-K] [-Ao] [-?] [-F] -I input file full path. * can be used for filename (*.pdf, *.tif) -O output file or folder full path. -T output type: TIF|PDF|PDFS|TXT|MTIF -R recursive processing, subfolders under the input will be processed too. The input folder structure will be created under the output folder. -Q quiet processing, no password dialogs will be showed thus password protected pdf files. Troubleshooting. Help! I can t find Waterlogue for Windows in the Microsoft Store. Help! I can t load any photos. I am having trouble saving images. I am getting hpwuschd2.exe, S6000Mnt.exe bad image, express.exe bad image. I can t uninstall the previous windows update. Can t install Cumulative update for windows 11 for x64 based systems.
Why I can t overlay a Image x:Name= imageListView from
Tool with features like font face selection, color selection, images and cliparts, text effects and much more. The tool is highly customizable and has a user-friendly interface as well.EntripyEntripy is a platform provider for designing t-shirts of various categories like basic t-shirts, fashion t-shirts, pocketed t-shirts and performance t-shirts. The users have to first choose the t-shirt, add custom color to it and then select the print location. There are options to choose between screen print, digital print and embroidery apart from choosing the exact location on the t-shirt to be printed. Images can be uploaded as attachments and used in designing.theem’ontheem’on is a provider of several online design tools and tshirt design tool happens to be one of them. The software boasts a powerful yet very simple UI, clearly intended for the end users. The text effects, images, and other components can be dragged and dropped to the t-shirt design area. A backend is provided using which the users can upload custom images, HTML templates, and also select the design area of different t-shirts.TeeJunctionTeeJunction offers an online free design studio that lets the users have the personalized designs on their favorite t-shirts. The tool is an intuitive one with loads of features to make it extremely easy for the users to craft custom design on the t-shirts of their choice. All they have to do is to choose the t-shirts, create a design with custom text, images, and designs and place the order.Closing ThoughtsThese t-shirt design tools have been trusted worldwide and used by many e-commerce companies and printing agencies. Each one of them has its own advantages and it is up to you to explore these in detail and choose the one that best fits your business requirements. You can also offer us suggestions regarding other companies thatI Can T Do Stock Photos, Images Pictures - Dreamstime
Will not be converted successfully. -P process single page -? Shows usage info and the list of languages + 3letter language identifiers. Tiff output specific parameters -S colorspace: auto|mono|gray|rgb. Default: auto. -D resolution: auto|72|96|150|200|300|600|1200|2400. Default: auto. -Cm image compression for monochrome images: none|g3|g4|lzw. Default: g4. -Cg image compression for grayscale images: none|LZW|JpegMin|JpegLow|JpegMed|JpegHigh|JpegMax. Default: LZW. -Cc image compression for color images: none|LZW|JpegMin|JpegLow|JpegMed|JpegHigh|JpegMax. Default: LZW. PDF output specific parameters -V Version: 1A|1B|2A|2B|2U|3A|3B|3U|1.3|1.4|1.5|1.6|1.7|2.0|X1A|X3|X4|X4P|PDFE|auto -W Optimize for web viewing -G Remove tags -E Execute sequence -Y Convert to gray Searchable PDF output specific parameters -L Language(s) for OCR. Comma delimited list of 3letter language identifiers (-Leng,ger,fre,nor). If not presented, auto is used. -J Reject char. Default: ~. -K If presented, conversion keeps original images. -Ao If presented, pages are oriented and straightened automatically.The list of OCR languages has not changed — it is identical to all previous versions.Update for Version 3.1This is the Help text for Version 3.1:Usage: batchconverter.com -I -O -T [-R] [-Q] [-P] [-S] [-D] [-Cm] [-Cg] [-Cc] [-V] [-W] [-G] [-E] [-L] [-J] [-K] [-Ao] [-?] [-F] -I input file full path. * can be used for filename (*.pdf, *.tif) -O output file or folder full path. -T output type: TIF|PDF|PDFS|TXT|MTIF -R recursive processing, subfolders under the input will be processed too. The input folder structure will be created under the output folder. -Q quiet processing, no password dialogs will be showed thus password protected pdf files will not be converted successfully. -P process single page -? Shows usage info and the list of languages + 3letter language identifiers. Tiff output specific parameters -S colorspace: auto|mono|gray|rgb. Default: auto. -D resolution: auto|72|96|150|200|300|600|1200|2400. Default: auto. -Cm image compression for monochrome images: none|g3|g4|lzw. Default: g4. -Cg image compression for grayscale images: none|LZW|JpegMin|JpegLow|JpegMed|JpegHigh|JpegMax. Default: LZW. -Cc image compression for color images: none|LZW|JpegMin|JpegLow|JpegMed|JpegHigh|JpegMax. Default: LZW. PDF output specific parameters -V Version: 1A|1B|2A|2B|2U|3A|3B|3U|1.3|1.4|1.5|1.6|1.7|2.0|X1A|X3|X4|X4P|PDFE|auto -W Optimize for web viewing -G Remove tags -E Execute sequence -Y Convert to gray Searchable PDF output specific parameters -L Language(s) for OCR. Comma delimited list of 3letter language identifiers (-Leng,ger,fre,nor). If not presented, auto is used. -J Reject char. Default: ~. -K If presented, conversion keeps original images. -Ao If presented, pages are oriented and straightened automatically.The list of OCR languages has not changed — it is identical to all previous versions.Update for Version 4.0This is the Help text for Version 4.0:Usage: batchconverter.com -I -O -T [-R] [-Q] [-P] [-S] [-D] [-Cm]. Troubleshooting. Help! I can t find Waterlogue for Windows in the Microsoft Store. Help! I can t load any photos. I am having trouble saving images.Why can t I convert an image I downloaded from WebP to JPG
Choice.The syntax to crop a video file is given below:ffmpeg -i input.mp4 -filter:v "crop=w:h:x:y" output.mp4Here,input.mp4 - source video file.-filter:v - Indicates the video filter.crop - Indicates crop filter.w - Width of the rectangle that we want to crop from the source video.h - Height of the rectangle.x - x coordinate of the rectangle that we want to crop from the source video.y - y coordinate of the rectangle.Let us say you want to a video with a width of 640 pixels and a height of 480 pixels, from the position (200,150), the command would be:$ ffmpeg -i input.mp4 -filter:v "crop=640:480:200:150" output.mp4Please note that cropping videos will affect the quality. Do not do this unless it is necessary.12. Convert A Specific Portion Of A VideoSometimes, you might want to convert only a specific portion (duration) of the video file to different format. Say for example, the following command will convert the first 10 seconds of given video.mp4 file to video.avi format.$ ffmpeg -i input.mp4 -t 10 output.aviHere, we specify the the time in seconds. Also, it is possible to specify the time in hh.mm.ss format.13. Set The Aspect Ratio To VideoYou can set the aspect ration to a video file using -aspect flag like below.$ ffmpeg -i input.mp4 -aspect 16:9 output.mp4The commonly used aspect ratios are:16:94:316:105:42:21:12:35:12:39:114. Adding Poster Image To Media FilesYou can add the poster images to your files, so that the images will be displayed while playing the audio or video files. This could be useful to host audio files in Video hosting or sharing websites.$ ffmpeg -loop 1 -i inputimage.jpg -i inputaudio.mp3 -c:v libx264 -c:a aac -strict experimental -b:a 192k -shortest output.mp415. Trim A Media File Using Start And Stop TimesTo trim down a video to smaller clip using start and stop times, we can use the following command.$ ffmpeg -i input.mp4 -ss 00:00:50 -codec copy -t 50 output.mp4Here,--s - Indicates the starting time of the video clip. In our example, starting time is the 50th second.-t - Indicates the total time duration.This is very helpful when you want to cut a part from an audio or videoComments
By e-mail - possible? In reply to jayboo • Jan 31, 2011 jayboowrote:Thanks for advice so far guys - another quick question if you don't mind...I have a pro flickr account - that allows image size up to 20MB. If I put the images on there can I then let the magazine download them from there - can't seem to find out on the flickr site if this is possible. Not sure if the mag would like the fact that the photos would be on there for all to see but I suppose I could tell them when I put them on and then remove quickly when they have accessed them.Make them as private, then email a guest pass to the magazine. youRussell "}"> OP jayboo • Senior Member • Posts: 2,481 Re: Thanks everyone for help Great stuff - forums did it for me again - think I can sort it all out now thanks to you for pointing me in the right directions - thank you all, now just got to get the photo's right LOL.Jayboo Leica M10-R Sony a7R V Sony a7CR Leica Elmar-M 24mm f/3.8 ASPH Leica Summilux-M 50mm f/1.4 ASPH +12 more "}"> hbx2004 • Veteran Member • Posts: 3,162 300dpi images? -such thing doesn't exist (n/t) In reply to jayboo • Jan 31, 2011 n/t=no text (in message)Bogdan "}"> Re: 300dpi images? -such thing doesn't exist (n/t) In reply to hbx2004 • Jan 31, 2011 Bogdan,Im sure many of the posters in this thread know that,but confined their replies to the OPs question, Yousendit is a good way to send large files,the recipient does not need to be signed up,they just recieve an email link to click on,they have 7 days to collect it. "}"> OP jayboo • Senior Member • Posts: 2,481 Re: 300dpi images? -such thing doesn't exist (n/t) Sorry - am I being thick again - explain please - mag contacted me with exactly that request 15mp images at 300 dpi - when converting raw to jpeg images in DPP - output resolution box gives dpi - am I missing something here - I know usually for saving on web or sending images usually by e-mail I would send them at 72 dpi. So what do you mean 300 dpi images don't exist?? Only by asking these questions can I learn - sorry again.Jayboo Leica M10-R Sony a7R V Sony a7CR
2025-04-22USAThomas S. C. NgZilkha Neurogenetic Institute and Department of Physiology and Biophysics, Keck School of Medicine, University of Southern California, Los Angeles, CA, USAAxel Montagne & Berislav V. ZlokovicAuthorsSamuel R. BarnesYou can also search for this author in PubMed Google ScholarThomas S. C. NgYou can also search for this author in PubMed Google ScholarNaomi Santa-MariaYou can also search for this author in PubMed Google ScholarAxel MontagneYou can also search for this author in PubMed Google ScholarBerislav V. ZlokovicYou can also search for this author in PubMed Google ScholarRussell E. JacobsYou can also search for this author in PubMed Google ScholarCorresponding authorCorrespondence to Thomas S. C. Ng.Additional informationCompeting interestsThe authors declare that they have no competing interests.Authors’ contributionsSB, TN, NSM, AM and REJ participated in the design and refinement of the software application. SB and TN implemented the software. All authors helped draft the manuscript, provided critical revisions, and approved the final version.Samuel R. Barnes and Thomas S. C. Ng contributed equally to this work.Appendix A: MRI image parameter fittingT2/T2* and ADC fittingThe current implementation of the fitting module provides options to fit T1, T2/T2* and ADC maps. T2/T2* fits are based on the mono-exponential equation, while ADC is based on the mono-exponential Steksjal-Tanner equation [49]. Options to perform a non-linear least squares fit or a linear regression using a linearized form of the equations are provided.T1 fittingT1 relaxation times estimation in ROCKETSHIP can be performed using the variable TR method, the variable flip-angle (FA) method and the inversion recovery (IR) method.Using the variable TR method, T1 is estimated with a series of spin-echo images with varying TR and constant TE using the standard saturation recovery equation:$$ SI=S{I}_{TR=\infty\ }\left(1-{e}^{-\frac{TR}{T1}}\right).\kern0.5em {e}^{-TE/T2} $$ (A1) The variable FA method uses a series of gradient-echo images with varying FA and fixed TR and TE to estimate T1 with the equation:$$ SI=S{I}_{\left(TR\gg T{1}_{,\kern0.5em }TE\ll T{2}^{*},\kern0.5em \theta ={90}^{\circ}\right)}\frac{ \sin \theta \left(1-{E}_1\right){E}_2}{1-{E}_1 \cos \theta } $$ (A2) where θ is the FA, \( {E}_1 = {e}^{-\frac{TR}{T1}} \) and \( {E}_2 = {e}^{-TE/T{2}^{*}} \). Here, we assume that TE The “gold-standard” IR method of T1 estimation consists of inverting the longitudinal magnetization and sampling the MR signal at several points along its exponential recovery. An IR pulse sequence is repeated N times with an inversion pulse followed by an imaging module delayed by different waiting times (TIN). T1 can be estimated with the equation:$$ SI = S{I}_{\left(TR,\ TI\gg T1\right)}\left(1-2.{e}^{-\frac{TI}{T1}} + {e}^{-\frac{TR}{T1}}\right) $$ (A3) Non-linear least-squares fitting is used to fit MRI data to Equations A1, A2, A3.Appendix B: Preparation of the dynamic datasets for DCE-MRI analysisSignal to concentration conversionROCKETSHIP assumes that dynamic DCE-MRI data are acquired with a spoiled-gradient echo sequence. Files can be read in as 2D or 3D image sequences or as a 4D image volume. SI from the raw data images are converted to R1(t) curves using the equation:$$ {R}_1(t)=\left(-\frac{1}{TR}\right). \log \frac{\left[{S}_0 \sin \theta\ {e}^{-\frac{TE}{T{2}^{*}}}-S(t) \cos \theta \right]}{\left[{S}_0 \sin \theta\ {e}^{-\frac{TE}{T{2}^{*}}}-S(t)\right]} $$ (B1) where θ is the FA, S0 represents the fully relaxed situation and is
2025-04-15+ 4t j + 2 k ) / ( √ ( e ^2t + 16t^2 + 4 ) )Now, finding the value of t (1),t (1) = ( e ^1 i + 4 (1) j + 2 k ) / ( √ ( e ^2(1) + 16 (1)^2+ 4 ) )t (1) = ( e^ 1 i + 4 j + 2 k ) / ( √ ( e ^2 + 16 + 4 ) )t (1) = ( e i + 4 j + 2 k ) / ( √ ( e^ 2 + 20 ) )Practice ProblemsFind the normal unit vector when the vector is given as v = Consider r (t) = 2x2 i + 2x j + 5 k, find out the unit tangent vector. Also calculate the value of the tangent vector at t = 0.Let r(t) = t i + et j – 3t2 k. Find the T(1) and T(0).Find out the normal vectors to the given plane 7x + 2y + 2z = 9.Answers/ ( √(26)(4x + 2)/( √(16x2 + 2) (1 + et – 6t) / √(1 + e2t + 36t2)All the images are constructed using GeoGebra. Previous Lesson | Main Page | Next Lesson
2025-04-06Gumwars wrote:Sounds like you accidentally deleted your partition table.No, I didn't "accidentally" delete the partition table. I did it on purpose. The whole point was to do a clean install on a clean drive, partitioned the way I like.For the benefit of future web hikers, I will go ahead and answer my own question.HOW TO CREATE A GPT PARTITION TABLE AND REINSTALL WINDOWS 8 WHEN THE RECOVERY WILL NOT WORK:1. Boot up from the recovery USB drive and go to the command prompt.2. At the command prompt, enter the following (note that this will give you a 150 GB Windows partition and a big user data partition; the data partition can be omitted if desired):diskpartselect disk 0cleanconvert gptcreate partition primary size=300format quick fs=ntfs label="Windows RE tools"assign letter="T"set id="de94bba4-06d1-4d40-a16a-bfd50179d6ac"gpt attributes=0x8000000000000001create partition efi size=260format quick fs=fat32 label="System"assign letter="S"create partition msr size=128create partition primary size=153600format quick fs=ntfs label="Windows"assign letter="W"create partition primaryshrink minimum=15000format quick fs=ntfscreate partition primaryformat quick fs=ntfs label="Recovery image"assign letter="R"set id="de94bba4-06d1-4d40-a16a-bfd50179d6ac"gpt attributes=0x8000000000000001exit3. Now you should be out of Diskpart but still at the command prompt. Copy the recovery images to the recovery partition. Your recovery USB will probably be drive C, and the images will be several install.swm files in the Sources directory. Copy them to drive R. Like this:c:cd sourcescopy *.* r:4. Apply the images to the Windows partition:dism /apply-image /imagefile:install.swm /swmfile:install*.swm /index:1 /applydir:W:\5. Copy the Windows RE tools to the Windows RE partition:md T:\Recovery\WindowsREw:cd windows\system32\recoveryattrib winre.wim -h -s -r [use this line only if the next line fails]copy winre.wim t:\recovery\windowsre\6. Copy the boot files to the System partition:bcdboot w:\windows7. At this point, Windows will boot up, but will look funny. You can now do a Reset Your PC without getting the message about a missing partition, and everything will be back to normal!FOR FURTHER READING: I have more time, I plan on making another attempt to get it to work in MBR instead of GPT
2025-04-21Rather than just the one page specified (it worked if the output type was TIF). The -P parameter now works for all output types in 1.1.The Release Notes for 1.1, including a list of new features, a list of known issues, and a list of bug fixes, are in a PDF file called Nuance Power PDF 1.1 Release Notes in the Files section of this wiki.Update for Version 2.1This is the Help text for Version 2.1:Usage: batchconverter.com -I{inputfile} -O{outputfile} -T{output type} [-R] [-Q] [-P{page number}] [-S{colorspace}] [-D{resolution}] [-Cm{cmpmono}] [-Cg{cmpgray}] [-Cc{cmpcolor}] [-V{version}] [-W] [-G] [-E{sequence name}] [-L{lang1, lang2, lang3}] [-J{char}] [-K] [-Ao] [-As] [-?] [-F{logfile}] -I input file full path. * can be used for filename (*.pdf, *.tif) -O output file or folder full path. -T output type: TIF|PDF|PDFS|TXT -R recursive processing, subfolders under the input will be processed too. The input folder structure will be created under the output folder. -Q quiet processing, no password dialogs will be showed thus password protected pdf files will not be converted successfully. -P process single page -? Shows usage info and the list of languages + 3letter language identifiers. Tiff output specific parameters -S colorspace: auto|mono|gray|rgb. Default: auto. -D resolution: auto|72|96|150|200|300|600|1200|2400. Default: auto. -Cm image compression for monochrome images: none|g3|g4|lzw. Default: g4. -Cg image compression for grayscale images: none|LZW|JpegMin|JpegLow|JpegMed|JpegHigh|JpegMax. Default: LZW. -Cc image compression for color images: none|LZW|JpegMin|JpegLow|JpegMed|JpegHigh|JpegMax. Default: LZW. PDF output specific parameters -V Version: 1A|1B|2A|2B|2U|3A|3B|3U|1.3|1.4|1.5|1.6|1.7|X1A|X3|X4|X4P|PDFE|auto -W Optimize for web viewing -G Remove tags -E Execute sequence -Y Convert to gray Searchable PDF output specific parameters -L Language(s) for OCR. Comma delimited list of 3letter language identifiers (-Leng,ger,fre,nor). If not presented, auto is used. -J Reject char. Default: ~. -K If presented, conversion keeps original images. -Ao If presented, pages are oriented and straightened automatically.The list of OCR languages has not changed — it is identical to all previous versions.Update for Version 3.0This is the Help text for Version 3.0:Usage: batchconverter.com -I -O -T [-R] [-Q] [-P] [-S] [-D] [-Cm] [-Cg] [-Cc] [-V] [-W] [-G] [-E] [-L] [-J] [-K] [-Ao] [-?] [-F] -I input file full path. * can be used for filename (*.pdf, *.tif) -O output file or folder full path. -T output type: TIF|PDF|PDFS|TXT|MTIF -R recursive processing, subfolders under the input will be processed too. The input folder structure will be created under the output folder. -Q quiet processing, no password dialogs will be showed thus password protected pdf files
2025-04-08