Portal gpm
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GPM Portal 2025.1. Apps. Usage. You‘re viewing this with anonymous access, so some content might be blocked. Close. GPM Technical Documentation / GPM Portal. GPM Portal. Stefano Romanelli (Unlicensed) Owned by Stefano Romanelli (Unlicensed) . Loading data GPM Portal 2025.3 GPM Portal 2025.2
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Skip to content Navigation Menu GitHub Copilot Write better code with AI Security Find and fix vulnerabilities Actions Automate any workflow Codespaces Instant dev environments Issues Plan and track work Code Review Manage code changes Discussions Collaborate outside of code Code Search Find more, search less Explore Learning Pathways Events & Webinars Ebooks & Whitepapers Customer Stories Partners Executive Insights GitHub Sponsors Fund open source developers The ReadME Project GitHub community articles Enterprise platform AI-powered developer platform Pricing Provide feedback Saved searches Use saved searches to filter your results more quickly /;ref_cta:Sign up;ref_loc:header logged out"}"> Sign up Notifications You must be signed in to change notification settings Fork 0 Star 0 Code Issues Pull requests Actions Projects Security Insights GPM Admission PortalProject OverviewThe GPM Admission Portal facilitates the admission process for SY and TY students at Government Polytechnic Miraj college. It allows students to enter their details, upload documents, and make fee payments using UPI payment scanning. Once submitted, a PDF of the filled details is generated.FeaturesStudent registration and document submission.UPI payment integration for fee payments.Automated PDF generation of filled details.Administrative dashboard for managing branch-wise admissions.UsageStudent Registration:Enter personal details and upload required documents.Complete fee payment using UPI scanner.Document Submission:Submit all necessary documents securely through the portal.Administrative Dashboard:View and manage admission details across all branches.Handle administrative tasks related to admissions.Technologies UsedFrontend: HTML, CSS, JavaScriptBackend: PHP, MySQLPDF Generation: [Specify your PDF generation library/tool]
GPM Portal - GPM Technical Documentation - Confluence
/* * README -- gpm 1.xx * * Copyright 1995-2000 rubini@linux.it (Alessandro Rubini) * Copyright 2001-2012 nico-gpm at schottelius.org (Nico Schottelius) * *******/The gpm (general purpose mouse) daemon tries to be a useful mouseserver for applications running on the Linux console. Its roots arein the "selection" package, by Andrew Haylett, and the original codecomes from selection itself. This package is intended as a replacementfor "selection", to provide additional facilities. From 0.18 onwardgpm supports xterm as well, so you can run mouse-sensitiveapplications under X, and you can easily write curses applicationswhich support the mouse on both the Linux console and xterm. The xtermcode is portable to any U*x flavour (look at sample/README).The first clients have been "The Midnight Commander", by Miguel deIcaza and an emacs library included in this release. Recent dialogdistributions and the Jed editor use gpm as well, and the same doseveral custom applications.If you want to make a patch to gpm, please read doc/HACK_GPM.For additionally documentation and other READMEs have a look into doc/.=========== MAINTENANCEAs of 1.19.4, gpm is officially maintained again.Most of the README is written by Alessandro Rubine,only minor changes are made by Nico Schottelius.=========== MAILING LISTThe mailing list devoted to gpm is "gpm@lists.linux.it"The list is managed by Mailman and is currently open,so non-subscribers are allowed to post.In order to subscribe to the mailing list, visit send a message with "subscribe" in its body to gpm-request@lists.linux.it.For example: echo subscribe | mail gpm-request@lists.linux.it=========== DOWNLOAD / HOMEPAGEThe latest releases can always be found in one of the following place: Mirror: ftp://arcana.linux.it/pub/gpm/ homepage of gpm can be found at can get the latest development tree of gpm via git: git-clone git://git.schottelius.org/gpmThere are three branches available: master: Contains the latest gpm1 code, may be broken. gpm-1-stable: Contains the latest stable source code. gpm-2-dev: Contains work that heads to gpm2.=========== COMPILING AND INSTALLINGThe package uses autoconf as of 2.12. Use "./autogen.sh && ./configure && make" tocompile the gpm suite. To install "make install". This installseverything under the "prefix" directory, which by default is/usr/local.Use "./configure --prefix=/usr" if you want to install under /usrinstead of /usr/local.Exectuable files are installed in $(prefix)/bin (except the gpm daemonin $(prefix)/sbin), libraries in $(prefix)/lib, man pages in$(prefix)/man, the lisp library in the proper location for emacs-listfiles (detected during the "configure" step); info files are installedunder $(prefix)/info.If you would like to 'clean'up very tidy, use distclean. Don't forget to usemake distclean config! Otherwise there will be no configure script!=========== CONFIGURINGConfiguration is optional...* You would like to tell emacs to use t-mouse.el when appropriate. Add the following lines to your own .emacs (in your home directory), or in the /usr/lib/emacs/site-lisp/default (if (and (string-match ".*-linux" system-configuration) (not window-system) (or (string-match "linux" (getenv "TERM")) (string-match "con.*" (getenv "TERM")))) (load-library "t-mouse"))* If you want to use gpm-root, copy gpm-root.conf to your /usr/etc directory, test it out and then edit it to suit your feels.* You'd like to name the gpm info file inside /usr/info/dir. Just insert the line * gpm: (gpm.info). A mouse server for the Linux console at the proper place. NoteGPM Portal 2025.3 - GPM Technical Documentation - Confluence
That this is usually automatically performed if you install a package prepared for your own distribution.* To invoke gpm (and gpm-root) at system boot, add something like this to your /etc/rc.d/rc.local /usr/sbin/gpm -t msc -m /dev/tts/0 & /usr/bin/gpm-root & If you are running the new setup of SysVinit, you should better add a "gpm" script in /etc/rc.d/rc.init and install it in your runlevels in the usual way (this is usually included in your distribution as well) You may want to put the mouse server at a higher priority: in this case invoke instead "/usr/bin/nice -n -20 /usr/sbin/gpm -t msc" The program goes to the background by itself, unless it is run with debuging enabled (see the -D option in the documentation).========== DOCSThe directory "./doc" holds the documentation. The release embeds apostscript file, slightly reduced to save paper (doc/gpm2.ps), an infoone (doc/gpm.info) and a text-only version (doc/gpmdoc.txt -- butwithout table of contents, for now). Man pages are automaticallyextracted from the info file, and are installed with "make install"=========== BUG REPORTSBefore sending bug reports, please look at the file "FAQ",which outlines some known problems, and how to deal with them.If your bug isn't fixed by reading there, please report it to me,without getting angry with me if things don't work at first trial(but they usually work).Bug reports are best sent to the gpm mailing list (see above) or to mevia email, if you use personal mail please include the string "gpm"somewhere in the subject line. This will help my filters in sortingthings out.* When compilation fails I need your kernel version ("uname -a"), thecompiler version ("gcc -v") and the library version ("ls -l /lib" or,better "ldd /usr/sbin/gpm"). And the compiler messages, obviously.* When a program hangs or segfaults, please reinvoke the program under strace: strace -tf -o /tmp/trace.gpm gpm -t msc ^^^^^^^^^^ put your true cmdline here.Then send me /tmp/trace.gpm* (they may be one or two files, accordingto the strace version), and a description of how you reproduce the problem.The last resort is a core dump, but I'll ask it personally if I have realdifficulties in tracing out your problem.=========== CREDITSThe following people contributed to gpm, in chronological order. Thislist used to reside in a different file, but it's better for it to standout in the READMEAndrew Haylett (ajh@gec-mrc.co.uk) donated "selection" to the linux community, so I could get the idea and the code. A few others contributed to selection, but I lost track of their contributions and names.Steven S. Dick (ssd@nevets.oau.org) fixed a pair of bugs in early gpm versions.Miguel de Icaza (miguel@roxanne.nuclecu.unam.mx) helped fixing some bugs and provided a good client to test my server. He helped a lot in testing the various pre-releases.Olav Woelfelschneider (wosch@rbg.informatik.th-darmstadt.de) fixed 0.10 with MouseSystems compatible mice.Janne Kukonlehto (jtklehto@stekt.oulu.fi) provided xterm mouse decoding to be stolen by me.Rick Lyons (rick@razorback.brisnet.org.au) fixed a bug in gpm-0.9.Reuben Sumner (rasumner@undergrad.math.uwaterloo.ca) helped fixing behaviour with "-t bm".Larry Bartholdi (lbartho@scsun.unige.ch) pinpointed an error in t-mouse-suspend and provided good suggestions for 0.97.Mark Lord (mlord@bnr.ca) ported to Dexxa/Logitech mice and gave feedback. GPM Portal 2025.1. Apps. Usage. You‘re viewing this with anonymous access, so some content might be blocked. Close. GPM Technical Documentation / GPM Portal. GPM Portal. Stefano Romanelli (Unlicensed) Owned by Stefano Romanelli (Unlicensed) . Loading data GPM Portal 2025.3 GPM Portal 2025.2 GPM Portal 2025.1. Apps. Usage. You‘re viewing this with anonymous access, so some content might be blocked. Close. GPM Technical Documentation / GPM Portal. GPMGPM Portal 2025.4 - GPM Technical Documentation - Confluence
Ft2\quad\scriptsize\quad\begin{align*}\rm{Area} &= \pi \left (\frac{\text{diameter}}{2} \right )^2 \\[1em]& = 3.14 \times\left (\frac{\text{0.20833\ \rm{ft}}}{2} \right )^2 \\[1em]& = 0.03409 \ \rm{ft^2}\end{align*}Multiply the velocity by the cross-sectional area of the pipe:92.243 ft/s×0.03409 ft2=3.145 ft3/s\quad\scriptsize\quad\begin{align*}& 92.243 \ \rm{ft/s} \times 0.03409 \ \rm{ft^2} \\[.5em]& = 3.145 \ \rm{ft^3/s} \end{align*}To convert cubic feet per second to gallons per minute, we multiply by 448.83:3.145 ft3/s×448.83 gpm1 ft3/s=1411.57 gpm\quad\scriptsize\quad\begin{align*}& 3.145 \ \rm{ft^3/s} \times 448.83 \ \frac{\rm{gpm}}{1\ \rm{ft^3/s}}\\& = 1411.57 \ \rm{gpm} \end{align*}Whoa! That was not so easy 😰. Now let's see if using the psi to gallons per minute calculator can make our life easier.How to use the PSI to GPM calculator?We will consider the same problem as in the previous section:Type in the pressure inside the tank (72.0 psi) and the pressure at the exit (14.7 psi).Input the diameter of the pipe (2.5 inches). You can also enter the cross-sectional area of the pipe.The psi to gallons per minute calculator will display the flow rate in gallons per minute (1411.3 gpm).You can also use this calculator to convert psi to gallons per hour by choosing the unit from the drop-down menu.FAQsHow do I calculate PSI from GPM and pipe diameter?To calculate PSI from GPM and pipe diameter, proceed as follows:Calculate the cross-sectional area of the pipe using the given diameter.Divide the flow rate measured in GPM by the area and take the square of the result.Multiply the value from step 2 with the density of water and divide by 2.Add the atmospheric pressure to the result from step 3, and you will get the pressure in PSI.How do I calculate GPM from PSI for water?To calculate GPM from pressure in PSI for water, follow these steps:Measure the pressure inside the tank using a pressure gauge.Subtract the atmospheric pressure from the tank pressure.Multiply the result from step 2 by 2 and divide by the density of water.Take the square root of the value from step 3 and multiply it with the cross-sectional area of the pipe.Congrats! You have calculated the flow rate in gallons per minute (GPM) from the PSI reading of the pressure gauge.Is GPM the same as PSI?No, GPM (or gallons per minute) measures the flow rate of liquid, whereas PSI (or pounds per square inch) measures the pressure. Hence, they do not measure the same physical quantity.How do I find flow rate from velocity?Flow rate is the volume of fluid flowing per unit timeGPM Portal 2025.2 - GPM Technical Documentation - Confluence
Product Detail Page Published: 09/13/2023 GPM geological process modeling software is a simulator for forward modeling of stratigraphic and sedimentary processes that works with the Petrel E&P software platform Overview GPM™ geological process modeling software is a simulator for stratigraphic and sedimentary processes forward modeling that works with the Petrel E&P software platform. It offers a methodology to model siliciclastic and carbonate reservoirs based on the principle of mass and energy conservation. Reconstruct the evolution of a depositional system through time and retrieve the parameters that controlled the sedimentation with GPM software. Forward modeling of a depositional system, combining the influence of waves, and the presence of both carbonate and clastic sediments. GPM software enables to model clastic and carbonate sediments—either independently or concurrently. Using GPM software results as input in PetroMod software enables obtaining the sand-shale distribution in high resolution and delineating potential traps to support detailed analysis of hydrocarbon migration and entrapment. Forward modeling of fluvio-deltaic sequences in low-stand deposits. Stratigraphic forward modeling, applied within GPM software enabled to challenge and refine the well correlation in order to predict potential stratigraphic traps. Seamless conversion of GPM software results into a 3D geocellular grid leverages GPM software’s tight integration with the Petrel platform. Higher resolution reservoir model was achieved by refining the initial facies model with the GPM software results and the MPS technique from the Petrel platform. Applications GPM software enables users to create stratigraphic models showing the expected sediment geometries and to predict the lithology distributions as well as gain insights into the composition and deposition of the sedimentary sequences. Specifically, GPM software models the erosion, transport, and deposition of clastic and carbonate sediments—either independently or concurrently—in different geological settings (for example, channels, rivers, turbidity flows, and shoreline systems) along with related geological processes such as carbonate growth, meteoric diagenesis, and sediment compaction. Benefits GPM 2DGPM 2D is a unique forward stratigraphic modeling solution leveraging the Petrel platform visualization capabilities. It offers an intuitive, focused working environment (elementary parameters, drawing tools) to seamlessly test multiple geological scenarios and efficiently build concept-driven, process-based models in a user-defined cross-section.GPM 2D enables the geoscientist to interactively and iteratively observe and capture the effect of basin tectonics (subsidence and uplift) as well as sea-level variations on the basin-fill architecture, thereby providing robust geological understandings which can in turn be used as proxies for 3D modeling at different locations.GPM 3DGPM 3D allowsGPM Portal on the App Store
September 20, 2004, Revised November 21, 2006 "I was told that the only way I could qualify for the loan I wanted was with a GPM. What is that?" GPM stands for "graduated payment mortgage", meaning a mortgage on which the payment starts low and rises over time. Since the initial payment is used to qualify the borrower, the GPM may allow a borrower to qualify who would not qualify with a standard fixed-rate mortgage (FRM).How a GPM Works For example, the mortgage payment on a $200,000 FRM for 30 years at 6% is $1199. Stretched over 40 years, the payment would be $1100. But the initial payment on a 30-year GPM at 6.50%, on which the payment rises by 7.5% a year for 5 years, is only $941. The interest rate on the GPM is fixed, just as it is on a standard FRM. The quid pro quo for the low initial payment is a larger payment later on. The payment on the GPM rises for 5 consecutive years, reaching $1351 in month 61, where it stays for the remainder of the term. The initial payment on a GPM does not cover the interest. The difference, termed "negative amortization", is added to the loan balance. In the example, the loan balance peaks at $202,905 in month 36 before it starts down. Not until month 61 does the balance fall below $200,000. This rising balance is a feature that lenders don’t like, and it is why they charge a higherThe GPM Global Ambassador Portal
Geoscientists to access the entire suite of dynamic sedimentary processes available in GPM software (for example, hydraulic-based steady and unsteady flow modeling) and to account for the lateral inputs of sediments or flows over geological time. In GPM 3D, the digital geological models that are generated forward predict the sediment distribution, petrophysical properties and the overall stratigraphic architecture in three dimensions from basin- to reservoir-scale, thereby capturing the subsurface heterogeneity and reducing the related uncertainties.All of the available geological processes can be modeled independently or in combination in the GPM software. Therefore, the advanced 3D geological models that are built can either focus on the development and redistribution of carbonates, or on capturing the clastic stratigraphic sequences, or both together. Features Seamlessly test multiple geological scenarios and efficiently build concept-driven, process-based models. Capture subsurface heterogeneity and reduce the related uncertainties for reservoir characterization, prediction and modeling. Model at geological resolution with Petrel and GPM Training GPM training courses address the unique need of each learner, our courses, delivered by world-class experts, teach learners how to deal with real-life scenarios and solve genuine problems. Dive Deeper GPM Carbonates Predict carbonate growth across a wide range of depositional settings GPM Clastics Predict the deposition, composition, and geometry of clastic sediments -->. GPM Portal 2025.1. Apps. Usage. You‘re viewing this with anonymous access, so some content might be blocked. Close. GPM Technical Documentation / GPM Portal. GPM Portal. Stefano Romanelli (Unlicensed) Owned by Stefano Romanelli (Unlicensed) . Loading data GPM Portal 2025.3 GPM Portal 2025.2
GPM Portal Knowledge Center - GreenPowerMonitor
You need to know the TD or temperature drop of your system.1 gallon /min (gpm) of water circulated with a 10 degree temp difference 5,000 btu/hr 20 degree temp difference between supply and return will transfer 10,000 btu/hour=baseboard system30 degree temp difference 15,000 btu/hour40 degree temp difference 20,000 btu/hourDo in this order:Heat Loss of building or spaceinstall enough tubing to offset the heat loss at the design average water temp you are using.Figure how many gpm you need to circulate for btu load.Example:So a radiant system might be designed for 120 supply and 90 return for a 30 degree TD 15,000byu/gpmSo if the heat load was say 60000 btus you need to circulate 60000/15000 or 4 gpmThe 4 gpm would be split into say 4 circuits of 1 gpm eachso your tubing would have to carry 1 gpm (each circuit) and enough tubing to output 15000 btus at an average water temp of 105 degrees which is midway between 120 & 90The pipe from the boiler carrying the entire load (4) gpm would be 3/4 copperPipes size for gpm:1/2'-1.5 gpm3/4-4.5 gpm1"---8 gpm1 1/4"-14 gpm1 1/2-27 gpm2"---45 gpmThis doesn't apply to pexportal gpm ltd Einloggen 【 Login
Steel" :highlights="["Capacity*: 1000 \u2013 1200 gpm (@ 1 micron and up)","Design Pressure: 150 psig","Design Temperature: 250\u00b0F max. (gasket dependent)","Height: 5'-10" (overall)","Width: 5'-11"","Depth: 6'-9" ","Weight (dry): 2036 lbs. (approx.)","Contact your Fluid Solutions representative about this product."]" :item-not-rentable-online="1" url="/marketplace/equipment/pumps-tanks-filtration/filtration-specialty-media/12-bag-filter-8-inch-carbon-steel">12-Bag Filter, 8 inch, Carbon SteelCapacity*: 1000 – 1200 gpm (@ 1 micron and up)Design Pressure: 150 psigDesign Temperature: 250°F max. (gasket dependent)Height: 5'-10" (overall)Width: 5'-11"Depth: 6'-9" Weight (dry): 2036 lbs. (approx.)Contact your Fluid Solutions representative about this product.This item is not available for online ordering.Request more information about this Fluid Solutions product and one of our specialty representatives will contact you shortly." :promote="1" :sort-weight="0" :category="["Filtration & Specialty Media"]" cat-class="610-2330" :node-id="436761" title="3-Pod 30-Inch Sand Filter" :highlights="["Capacity: 110 \u2013 221 gpm (Normal flow range) 295 gpm (Peak flow)","Design Pressure: 100 psi maximum","Temperature: Limit to ambient. Consult UR if temperature exceeds 100 degrees.","Filtration: Down to 20 - 50 microns","Height: 6'-3" (overall)","Width: 3'-10" (skid rail to skid rail)","Length: 12'-10" (overall); 12\u2019-3\u201d (skid)","Weight: 2,325 lbs. \u2013 equipment only; 2,700 lbs. \u2013 media only; 6,525 lbs. \u2013 operational","Backflush: 74 gpm, automatic ","Contact your Fluid Solutions representative about this product today."]" :item-not-rentable-online="1" url="/marketplace/equipment/pumps-tanks-filtration/filtration-specialty-media/3-pod-30-inch-sand-filter">3-Pod 30-Inch Sand FilterCapacity: 110 – 221 gpm (Normal flow range) 295 gpm (Peak flow)Design Pressure: 100 psi maximumTemperature: Limit to ambient. Consult UR if temperature exceeds 100 degrees.Filtration: Down to 20 - 50 micronsHeight: 6'-3" (overall)Width: 3'-10" (skid rail to skid rail)Length: 12'-10" (overall); 12’-3” (skid)Weight: 2,325 lbs. – equipment only; 2,700 lbs. – media only; 6,525 lbs. – operationalBackflush: 74 gpm, automatic Contact your Fluid Solutions representative about this product today.This item is not available for online ordering.Request more information about this Fluid Solutions product and one of our specialty representatives will contact you shortly." :promote="1" :sort-weight="0" :category="["Filtration & Specialty Media"]" cat-class="610-2336" :node-id="373536" title="3-Pod 36-Inch Sand Filter" :highlights="["Capacity: 213 \u2013 320 gpm (Normal flow range); 426 gpm (Peak flow)","Design Pressure: 100 psi maximum","Temperature: Limit to ambient. Consult UR if temperature exceeds 100 degrees.","Filtration: Down to 50 microns","Height: 6\u2019 5\u201d (overall)","Width: 4'-0"","Length: 11'-6" (overall)","Weight: 1,700 lbs. \u2013 equipment only; 4,200 lbs. \u2013 media only; 7,000 lbs. \u2013 operational","Backflush: 107 gpm, automatic","Contact your Fluid Solutions representative about this product today."]" :item-not-rentable-online="1" url="/marketplace/equipment/pumps-tanks-filtration/filtration-specialty-media/3-pod-36-inch-sand-filter">3-Pod 36-Inch Sand FilterCapacity: 213 – 320 gpm (Normal flow range); 426 gpm (Peak flow)Design Pressure: 100 psi maximumTemperature: Limit to ambient. Consult UR if temperature exceeds 100 degrees.Filtration: Down to 50 micronsHeight: 6’ 5” (overall)Width: 4'-0"Length: 11'-6" (overall)Weight: 1,700 lbs. – equipment only; 4,200 lbs. – media only; 7,000 lbs. – operationalBackflush: 107 gpm, automaticContact your Fluid Solutions representative about this product today.This item is not available for online ordering.Request more information about this Fluid Solutions product and one of our specialty representatives will contact you shortly." :promote="1" :sort-weight="0" :category="["Filtration & Specialty Media"]" cat-class="610-2454" :node-id="373556" title="4-Pod. GPM Portal 2025.1. Apps. Usage. You‘re viewing this with anonymous access, so some content might be blocked. Close. GPM Technical Documentation / GPM Portal. GPM Portal. Stefano Romanelli (Unlicensed) Owned by Stefano Romanelli (Unlicensed) . Loading data GPM Portal 2025.3 GPM Portal 2025.2portal.gpm.ltd - portal.gpm.ltd - Portal Gpm - Sur.ly
DuraMAC Booster Pump - Commercial Free Shipping Model # 6011-005 (A.Y. McDonald) Model: 17044C070PC2-M DuraMac Modular Water Pressure Booster System 1-1/2 in. NPT Inlet/Outlet, Dual-Mode, 70 GPM, 44 PSI, 2 HP Only $3,374.80 Free Shipping Model # 6011-006 (A.Y. McDonald) Model: 17060C070PC2-M DuraMac™ Modular Water Pressure Booster System 1-1/2 in. NPT Inlet/Outlet, Dual-Mode Modular Booster System, 70 GPM, 60 PSI, 2 HP Only $3,585.40 Free Shipping Model # 6011-001 (A.Y. McDonald) Model: 17044C070PC2-S DuraMac Simplex Water Pressure Booster System 1-1/2 in. NPT Inlet/Outlet, Dual-Mode, 70 GPM, 44 PSI, 2 HP Only $5,829.85 Free Shipping Model # 6011-003 (A.Y. McDonald) Model: 17060C070PC2-S DuraMac™ Simplex Water Pressure Booster System 1-1/2 in. NPT Inlet/Outlet, Dual-Mode Simplex Booster System, 70 GPM, 60 PSI, 2 HP Only $6,791.20 Free Shipping Model # 6011-002 (A.Y. McDonald) Model: 17044C120PC2-D DuraMac Duplex Water Pressure Booster System 2 in. NPT Inlet/Outlet, Dual-Mode, 120 GPM, 44 PSI, 2 HP Only $12,180.35 Free Shipping Model # 6011-004 (A.Y. McDonald) Model: 17060C120PC2-D DuraMac™ Duplex Water Pressure Booster System 2 in. NPT Inlet/Outlet, Dual-Mode Duplex Booster System, 120 GPM, 60 PSI, 2 HP Only $13,727.35 Displaying 1 to 6 (of 6 Products)Comments
Skip to content Navigation Menu GitHub Copilot Write better code with AI Security Find and fix vulnerabilities Actions Automate any workflow Codespaces Instant dev environments Issues Plan and track work Code Review Manage code changes Discussions Collaborate outside of code Code Search Find more, search less Explore Learning Pathways Events & Webinars Ebooks & Whitepapers Customer Stories Partners Executive Insights GitHub Sponsors Fund open source developers The ReadME Project GitHub community articles Enterprise platform AI-powered developer platform Pricing Provide feedback Saved searches Use saved searches to filter your results more quickly /;ref_cta:Sign up;ref_loc:header logged out"}"> Sign up Notifications You must be signed in to change notification settings Fork 0 Star 0 Code Issues Pull requests Actions Projects Security Insights GPM Admission PortalProject OverviewThe GPM Admission Portal facilitates the admission process for SY and TY students at Government Polytechnic Miraj college. It allows students to enter their details, upload documents, and make fee payments using UPI payment scanning. Once submitted, a PDF of the filled details is generated.FeaturesStudent registration and document submission.UPI payment integration for fee payments.Automated PDF generation of filled details.Administrative dashboard for managing branch-wise admissions.UsageStudent Registration:Enter personal details and upload required documents.Complete fee payment using UPI scanner.Document Submission:Submit all necessary documents securely through the portal.Administrative Dashboard:View and manage admission details across all branches.Handle administrative tasks related to admissions.Technologies UsedFrontend: HTML, CSS, JavaScriptBackend: PHP, MySQLPDF Generation: [Specify your PDF generation library/tool]
2025-04-07/* * README -- gpm 1.xx * * Copyright 1995-2000 rubini@linux.it (Alessandro Rubini) * Copyright 2001-2012 nico-gpm at schottelius.org (Nico Schottelius) * *******/The gpm (general purpose mouse) daemon tries to be a useful mouseserver for applications running on the Linux console. Its roots arein the "selection" package, by Andrew Haylett, and the original codecomes from selection itself. This package is intended as a replacementfor "selection", to provide additional facilities. From 0.18 onwardgpm supports xterm as well, so you can run mouse-sensitiveapplications under X, and you can easily write curses applicationswhich support the mouse on both the Linux console and xterm. The xtermcode is portable to any U*x flavour (look at sample/README).The first clients have been "The Midnight Commander", by Miguel deIcaza and an emacs library included in this release. Recent dialogdistributions and the Jed editor use gpm as well, and the same doseveral custom applications.If you want to make a patch to gpm, please read doc/HACK_GPM.For additionally documentation and other READMEs have a look into doc/.=========== MAINTENANCEAs of 1.19.4, gpm is officially maintained again.Most of the README is written by Alessandro Rubine,only minor changes are made by Nico Schottelius.=========== MAILING LISTThe mailing list devoted to gpm is "gpm@lists.linux.it"The list is managed by Mailman and is currently open,so non-subscribers are allowed to post.In order to subscribe to the mailing list, visit send a message with "subscribe" in its body to gpm-request@lists.linux.it.For example: echo subscribe | mail gpm-request@lists.linux.it=========== DOWNLOAD / HOMEPAGEThe latest releases can always be found in one of the following place: Mirror: ftp://arcana.linux.it/pub/gpm/ homepage of gpm can be found at can get the latest development tree of gpm via git: git-clone git://git.schottelius.org/gpmThere are three branches available: master: Contains the latest gpm1 code, may be broken. gpm-1-stable: Contains the latest stable source code. gpm-2-dev: Contains work that heads to gpm2.=========== COMPILING AND INSTALLINGThe package uses autoconf as of 2.12. Use "./autogen.sh && ./configure && make" tocompile the gpm suite. To install "make install". This installseverything under the "prefix" directory, which by default is/usr/local.Use "./configure --prefix=/usr" if you want to install under /usrinstead of /usr/local.Exectuable files are installed in $(prefix)/bin (except the gpm daemonin $(prefix)/sbin), libraries in $(prefix)/lib, man pages in$(prefix)/man, the lisp library in the proper location for emacs-listfiles (detected during the "configure" step); info files are installedunder $(prefix)/info.If you would like to 'clean'up very tidy, use distclean. Don't forget to usemake distclean config! Otherwise there will be no configure script!=========== CONFIGURINGConfiguration is optional...* You would like to tell emacs to use t-mouse.el when appropriate. Add the following lines to your own .emacs (in your home directory), or in the /usr/lib/emacs/site-lisp/default (if (and (string-match ".*-linux" system-configuration) (not window-system) (or (string-match "linux" (getenv "TERM")) (string-match "con.*" (getenv "TERM")))) (load-library "t-mouse"))* If you want to use gpm-root, copy gpm-root.conf to your /usr/etc directory, test it out and then edit it to suit your feels.* You'd like to name the gpm info file inside /usr/info/dir. Just insert the line * gpm: (gpm.info). A mouse server for the Linux console at the proper place. Note
2025-04-16Ft2\quad\scriptsize\quad\begin{align*}\rm{Area} &= \pi \left (\frac{\text{diameter}}{2} \right )^2 \\[1em]& = 3.14 \times\left (\frac{\text{0.20833\ \rm{ft}}}{2} \right )^2 \\[1em]& = 0.03409 \ \rm{ft^2}\end{align*}Multiply the velocity by the cross-sectional area of the pipe:92.243 ft/s×0.03409 ft2=3.145 ft3/s\quad\scriptsize\quad\begin{align*}& 92.243 \ \rm{ft/s} \times 0.03409 \ \rm{ft^2} \\[.5em]& = 3.145 \ \rm{ft^3/s} \end{align*}To convert cubic feet per second to gallons per minute, we multiply by 448.83:3.145 ft3/s×448.83 gpm1 ft3/s=1411.57 gpm\quad\scriptsize\quad\begin{align*}& 3.145 \ \rm{ft^3/s} \times 448.83 \ \frac{\rm{gpm}}{1\ \rm{ft^3/s}}\\& = 1411.57 \ \rm{gpm} \end{align*}Whoa! That was not so easy 😰. Now let's see if using the psi to gallons per minute calculator can make our life easier.How to use the PSI to GPM calculator?We will consider the same problem as in the previous section:Type in the pressure inside the tank (72.0 psi) and the pressure at the exit (14.7 psi).Input the diameter of the pipe (2.5 inches). You can also enter the cross-sectional area of the pipe.The psi to gallons per minute calculator will display the flow rate in gallons per minute (1411.3 gpm).You can also use this calculator to convert psi to gallons per hour by choosing the unit from the drop-down menu.FAQsHow do I calculate PSI from GPM and pipe diameter?To calculate PSI from GPM and pipe diameter, proceed as follows:Calculate the cross-sectional area of the pipe using the given diameter.Divide the flow rate measured in GPM by the area and take the square of the result.Multiply the value from step 2 with the density of water and divide by 2.Add the atmospheric pressure to the result from step 3, and you will get the pressure in PSI.How do I calculate GPM from PSI for water?To calculate GPM from pressure in PSI for water, follow these steps:Measure the pressure inside the tank using a pressure gauge.Subtract the atmospheric pressure from the tank pressure.Multiply the result from step 2 by 2 and divide by the density of water.Take the square root of the value from step 3 and multiply it with the cross-sectional area of the pipe.Congrats! You have calculated the flow rate in gallons per minute (GPM) from the PSI reading of the pressure gauge.Is GPM the same as PSI?No, GPM (or gallons per minute) measures the flow rate of liquid, whereas PSI (or pounds per square inch) measures the pressure. Hence, they do not measure the same physical quantity.How do I find flow rate from velocity?Flow rate is the volume of fluid flowing per unit time
2025-03-29Product Detail Page Published: 09/13/2023 GPM geological process modeling software is a simulator for forward modeling of stratigraphic and sedimentary processes that works with the Petrel E&P software platform Overview GPM™ geological process modeling software is a simulator for stratigraphic and sedimentary processes forward modeling that works with the Petrel E&P software platform. It offers a methodology to model siliciclastic and carbonate reservoirs based on the principle of mass and energy conservation. Reconstruct the evolution of a depositional system through time and retrieve the parameters that controlled the sedimentation with GPM software. Forward modeling of a depositional system, combining the influence of waves, and the presence of both carbonate and clastic sediments. GPM software enables to model clastic and carbonate sediments—either independently or concurrently. Using GPM software results as input in PetroMod software enables obtaining the sand-shale distribution in high resolution and delineating potential traps to support detailed analysis of hydrocarbon migration and entrapment. Forward modeling of fluvio-deltaic sequences in low-stand deposits. Stratigraphic forward modeling, applied within GPM software enabled to challenge and refine the well correlation in order to predict potential stratigraphic traps. Seamless conversion of GPM software results into a 3D geocellular grid leverages GPM software’s tight integration with the Petrel platform. Higher resolution reservoir model was achieved by refining the initial facies model with the GPM software results and the MPS technique from the Petrel platform. Applications GPM software enables users to create stratigraphic models showing the expected sediment geometries and to predict the lithology distributions as well as gain insights into the composition and deposition of the sedimentary sequences. Specifically, GPM software models the erosion, transport, and deposition of clastic and carbonate sediments—either independently or concurrently—in different geological settings (for example, channels, rivers, turbidity flows, and shoreline systems) along with related geological processes such as carbonate growth, meteoric diagenesis, and sediment compaction. Benefits GPM 2DGPM 2D is a unique forward stratigraphic modeling solution leveraging the Petrel platform visualization capabilities. It offers an intuitive, focused working environment (elementary parameters, drawing tools) to seamlessly test multiple geological scenarios and efficiently build concept-driven, process-based models in a user-defined cross-section.GPM 2D enables the geoscientist to interactively and iteratively observe and capture the effect of basin tectonics (subsidence and uplift) as well as sea-level variations on the basin-fill architecture, thereby providing robust geological understandings which can in turn be used as proxies for 3D modeling at different locations.GPM 3DGPM 3D allows
2025-04-21Geoscientists to access the entire suite of dynamic sedimentary processes available in GPM software (for example, hydraulic-based steady and unsteady flow modeling) and to account for the lateral inputs of sediments or flows over geological time. In GPM 3D, the digital geological models that are generated forward predict the sediment distribution, petrophysical properties and the overall stratigraphic architecture in three dimensions from basin- to reservoir-scale, thereby capturing the subsurface heterogeneity and reducing the related uncertainties.All of the available geological processes can be modeled independently or in combination in the GPM software. Therefore, the advanced 3D geological models that are built can either focus on the development and redistribution of carbonates, or on capturing the clastic stratigraphic sequences, or both together. Features Seamlessly test multiple geological scenarios and efficiently build concept-driven, process-based models. Capture subsurface heterogeneity and reduce the related uncertainties for reservoir characterization, prediction and modeling. Model at geological resolution with Petrel and GPM Training GPM training courses address the unique need of each learner, our courses, delivered by world-class experts, teach learners how to deal with real-life scenarios and solve genuine problems. Dive Deeper GPM Carbonates Predict carbonate growth across a wide range of depositional settings GPM Clastics Predict the deposition, composition, and geometry of clastic sediments -->
2025-04-23