Hp 50g How To Install Programs

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How to copy and install programs in HP 50G?
Post: #1
How to copy and install programs in HP 50G?
Hi,
I am new to HP 50G and I just saw that there are lots of HP 49/50 Electrical Engineering Programs available here.
I tried to download some of them but I couldn't figure out how to make it work.
For example, I downloaded a program called 'amplifier' and extracted it. All of these files come with hpe extension.
Then I copied them to SD and to home directory after that.
However, it didn't work.
Also there are some programs about resistor color code. Where should I copy these programs and make it work with HP 50G?
03-04-2018, 08:02 PM (This post was last modified: 03-04-2018 08:27 PM by brickviking.)
RE: How to copy and install programs in HP 50G?
Welcome along. It's always nice to see a new face here every so often.
It appears that the files ending in .hpe are files for use with HPUserEdit, a free HP program editor. I downloaded (and installed) HPUserEdit (I can't quite remember the site offhand), opened up one of those .hpe files in HPUserEdit, and the source turns up in an editing window. You can then save this to the calculator directly (File->Send To Calculator), or export it as a more standard .hp file which you can then copy to the SD card.
(Post 187)
Regards, BrickViking
HP-50g Casio fx-9750G+ Casio fx-9750GII (SH4a)
Post: #3
RE: How to copy and install programs in HP 50G?
hpuser edit 5.x (sort of stable)
https://www.hpcalc.org/details/6600
hpuser edit 6.x (alpha)
https://www.hpcalc.org/details/7587
Many thanks to the author of hpuseredit, although he is not anymore active, it seems.
Wikis are great, Contribute :)

HP 50g Graphing Calculator Quick Start Guide iii HP 50g Graphing Calculator Quick Start Guide iii Keyboard Map Legend The table above and the photo on the previous page illustrate just a few of the many features available on the HP 50g Graphing Calcu.

Post: #4
RE: How to copy and install programs in HP 50G?
Thank you very much.
I've just downloaded the software. I will try to see if I can make it work!
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HP 50g Software

Donwload the SGS COGO+ brochure highlighting the features and benefits.

By default, on Raspberry Pis equipped with the wireless/Bluetooth module (Raspberry Pi 3 and Raspberry Pi Zero W), the PL011 UART is connected to the Bluetooth module, while the mini UART is used as the primary UART and will have a Linux console on it. On all other models, the PL011 is used as the primary UART. Raspberry pi serial port uart definition biology. Raspberry Pi Serial (UART) Tutorial. The serial port is a common way to “talk” to devices and is a feature that most microcontrollers and computers have. This Raspberry Pi Serial tutorial teaches you how to utilize the board’s UART feature in order to connect to a PC or to other microcontrollers and peripherals. Raspberry Pi boards have two types of UART communications. One is called PL011 and the other is called miniUART. The Raspberry Pi boards that have Bluetooth/Wireless module, use the PL011 for UART communication by default.

Download

SGS COGO+ is available in Lite, Standard and Professional versions. All versions will run on the HP 49g+ and HP 50g calculators while the Lite version can be installed on the HP 48gii calculators and various emulators for the HP 49g series. Our educational program is aimed at post-secondary students of land surveying and related studies.

The Lite version is free of charge with no restrictions.

Feature Comparison

Compare the features available with each version of SGS COGO+ and view a summary of the included features.

Documentation

Portions of the reference manual last updated July 27, 2014. Complete manual is ~2.8 MB, 153 pages. NOTE: Hyperlinks are only functional in the full document.

Tutorials

Downloads

IMPORTANT: If you're planning to use the Connectivity Kit to install the software on your HP 50g with the USB cable; please read this document for setup instructions:

SGS COGO+ Lite

COGOlt48.zip and COGOlt50.zip each include the three library files (L930.HP, L931.HP and L932.HP) necessary to install and run COGO+ Lt. The files for the 48gii are designed for the smaller screen, otherwise the programs for the 48gii and 50g are nearly identical.

SGS COGO+ Standard

COGOstd.zip includes all necessary files to install and run COGO+ Std.

SGS COGO+ Pro

COGOpro.zip includes all necessary files to install and run COGO+ Pro.

Download the Release Notes.

License Terms

Before you buy
  1. Review the Features summary to determine which edition of COGO+ best suits your needs.
  2. Download the appropriate program files from the Downloads section.
  3. Install the software on your calculator or emulator following the instructions available from the Documentation section.
  4. Preview the software in the available DEMO mode at no charge.
  5. Purchase the appropriate COGO+ Activation Code for the edition you installed by completing the 'Buy Now' option below.
Terms

When you purchase a SGS COGO+ Standard or SGS COGO+ Pro license; you will receive the activation code by e-mail that unlocks the software to function on your calculator.

  • This code is transferrable to a different calculator should damage or loss occur.
  • Future updates are included and may be installed at no charge when they become available.
  • Full support with any software related issues or questions you may have.

Educational Program

SGS COGO+ Standard and SGS COGO+ Pro are available at a discounted price to students.

To qualify you must be enrolled in a surveying or engineering related program at a post-secondary school.

Program instructors are eligible for a free educational license. Please email sales@sgss.ca to request your free license.

Buy Now

Choose the license to purchase, and enter the SGS COGO+ internal serial number of your HP 50g calculator in the box provided, then click the 'Buy Now' button. The transaction will be completed on the PayPal hosted pages that follow.

Anything like Gomez Peer or Slicify? (self.beermoney) submitted 3 years ago. by NatsuWM. Since slicify is dead and gomez peer is just shit, are there any other good and trusted ones? UPDATE: I tried ebeuscher. 20 cents is 10 000 points, while I got 300 within 11 hours, so I'm gonna avoid that one. Gomez peer alikes. Programs similar to Gomez Peer? I am currently using Gomez Peer which is great because it works in the background and I don't have to do anything, I was wondering if there was anything similar that don't require any work after the initial setup?

A PayPal account is optional, and not required to complete a 'Buy Now' transaction.

The required Internal Serial is displayed by the software after installation.


NOTE: We accept Interac e-Transfer from customers in Canada. Email sales@sgss.ca if you prefer to use this payment method.

Upgrades

If you previously purchased SGS COGO+ Standard and find you require more functionality; a license upgrade to SGS COGO+ Pro can be purchased for the difference in cost of the licenses.

Dealers

To purchase SGS COGO+ Std or SGS COGO+ Pro together with a SD card and/or HP 50g calculator, please visit http://www.calculatorsource.com/surveying.html, located in California, USA.

Reviews

Customer reviews of the SGS COGO+ software.

“This software is excellent. I have been a user of various HP-based cogo programs (TDS, SMI, etc.) for over 25 years, and this is better than all of them. I have had COGO+ since version 2.12.
Where else can you communicate directly with the developer, who obviously has a passion for the product, as evidenced by the regular upgrades.
The software is robust and full-featured (I especially appreciate the 'complex' bearing/distance entry, which allows for multiple arithmetic operations to be performed simultaneously with coordinate input). The leveling program is also excellent.
The combination of features, support/upgrades, and price is untouched anywhere else.”

“COGO+ was an invaluable tool during my time as a geomatics engineering student. Simply put, it made learning intuitive and fun. The continuous improvement and development of the program offers future potential. I highly recommend it to anyone pursuing a surveying career whether student or professional.”

“For many years I have been using COGO+ and I can asseverate that, it really has done my work easier, so it saves me a lot of time when I do my calculations.
The interface to enter the data and visualize the results is excellent, and among many other fundamental options that it has, it allows import and export data to a PC. Also to create files to be viewed in both AutoCAD and Google Earth.
No doubt this software is highly recommended.”

“I’ve been using various surveying programs in Hewlett Packard calculators for nearly 30 years. In that time I have never been quite satisfied, there always seemed to be something missing…something that didn't seem quite right..
Then along came the HP50G and COGO+.
COGO+ is an excellent program that offers what you need via a very intuitive, menu-driven interface. It’s all there..traverse, inverse, intersections..the area function can even plot the figure and then export to a dxf file so you can import it into your CADD software!
The data manipulation is a breeze, too. You can import/export coordinates and point descriptions and go back and forth with your desktop using an SD card. Say you have 200 points in your CADD/geometry software you want to stake in the field.. just dump the coordinates into a text file, put the data in the proper format, stick the file on an SD card and suck it right into COGO+. Simple is good is simple.
Jacob’s software is, in my opinion, the best we have. I wish he was older and had written it for the HP48 years ago!!”

“COGO+ is amazing as I have been used various calculators software (Casio, Psion organizer, etc.) for more than 24 years extensive experience on field and land surveyors management, and the COGO+ since its early version approve to be the best one for both site and office work as the interface user friendly and running step by step to guide you for the perfect solutions moreover the developer (Mr. Jacob Wall) very active and to help any user immediately without delay as far I deal with him since 2011 and he can accept any valuable idea for developing the software, congratulation Jacob for the continuous successes.”

Below are brief descriptions of all the functions available in COGO+ Pro. The columns on the right indicate which editions of the software include the function.

COGO FunctionsLtStdPro

Point Traverse

  1. Standard Mode - A complete COGO solution. This command line style of program handles everything from simple direction and distance point creation to all types of intersections to full inversing of points.
  2. Sideshot Mode - A scaled down point creation tool. By specifying a starting point and backsight point, points may be calculated by entering an angle right/left, a distance and optional offset. The point can be stored as a Sideshot or Traverse Point.
✔✔✔

Inverse

  1. Inverse Points - Find the direction, horizontal and slope distances, slope and coordinate differences between two points. Easily convert metric <-> imperial with a single key press, and calculate coordinates of any station and offset between the two points when you provide the station at either point.
  2. Inverse Curve - Find all the curve elements by entering points at the beginning and end of the curve, the radius point and the direction of the curve. Coordinates of any station and offset along the curve can be calculated by providing the station at BC, EC or the PI of the curve.
  3. Inverse Angle - Calculate the turned angle at a station by entering the station, backsight and foresight points. Distances to both backsight and foresight are also calculated.
  4. Inverse Point to Line - Enter 2 points along a baseline and a offset point to calculate the offset distance perpendicular to the line, the distances along the baseline that offset point is perpendicular. Optionally create a point at the perpendicular intersection.
  5. Inverse Point to Curve - Enter beginning of curve and end of curve points, a radius point and a offset point to calculate the offset distance perpendicular to the curve, the distances along the curve that offset point is perpendicular. Optionally create a point at the perpendicular intersection.
  6. Inverse Point to Alignment - Choose a defined alignment and then enter point numbers to inverse that point to the design. Station, offset and cut/fill information is displayed. Only available in COGO+ Pro.
✔✔✔

Intersections

Being-being, bearing-distance, distance-dearing, and distance-distance intersections can be calculated from one input form by specifying the known information. Offsets can be used to create offset intersections, etc. 		✔✔✔

Area by Points

  1. Calculate the area of a polygon by entering the points along the perimeter. Curved and straight segments can be used.
  2. Plot the area polygon on the screen.
  3. Export a DXF file of the polygon.
  4. Calculate pre-determined areas by sliding bearing and hinge point methods. Only available in COGO+ Pro.
✔✔✔

Fit Points

  1. Straight Line - Calculate the least squares line that best fits a series of points (linear regression). The direction (azimuth/bearing) of the line and its standard deviation, the Y-Intercept and its standard deviation, and correlation are calculated. Perpendicular offsets can be viewed for each point and the points can be shifted to fall on the line.
  2. Circular Curve - Calculate the radius and the coordinates of the radius point of the least squares circle that best fits a series of points. When providing points along one or both tangents, the program will also solve the BC and/or EC point coordinates. It is possible to enter a radius for the curve that differs from the best-fit radius and recalculate a new least squares circle with the fixed parameter. Radial offsets can be viewed for each point, and the points can be shifted to fall on the curve.
  3. Double Proportion - Enter the 4 points for the North, East, South and West section corners and the record measurements to the lost section corner to calculate the coordinates as per the Double Proportionate Measurement method (BLM).
  4. Irregular Boundary - A combination of single proportion and compass rule is used to re-establish a lost corner as per the Irregular Boundary Adjustment method (BLM).
  5. Grant Boundary - Calculate the positions of lost angle points as per the Grant Boundary Adjustment method (BLM).
—✔✔
Adjustment FunctionsLtStdPro

Compass Rule

Perform a compass rule adjustment on a series of points in a closed loop or to a fixed point. The precision, perimeter/length and misclose information is calculated. Review pre and post-adjustment course dimensions and optionally adjust the point coordinates. 		✔✔✔

Rotate/Mirror

  1. Rotate Points - Rotate a series of points around a specified base point by a entered or calculated angle.
  2. Mirror Points - Mirror a series of points along a baseline as defined by two points.
✔✔✔

Shift/Average

  1. Shift by N/E/Z - Shift a series of points by entering northing/easting/elevation shift values.
  2. Shift by Distance and Direction - Shift a series of points by entering distance and direction shift values.
  3. Shift by From and To Points - Shift a series of points by entering two points to shift from/to.
  4. Average Points - Compute the average coordinate values of a series of points.
  5. 3D to Plan - Transform 3D point coordinates to 2D cross section points along a cut line as defined by two points.
✔✔✔

Scale

Scale a series of points from a base point by specified horizontal and vertical scale factors. 		✔✔✔

Helmerts

Transform a series of points from one coordinate system to another by matching up control points in both systems. Points may be matched up 2D or 3D and the scale factor may be fixed at 1. The least squares solution computes the origin shift of the transformation, rotation and scale factor parameters, the standard deviation in the northing/easting, the elevation shift and the residuals for each control pair. 		—✔✔
Surveying FunctionsLtStdPro

Traverse Plus

Emulates data collected from a total station. Can be used to create coordinates from raw observation files by entering distances (slope or horizontal), angles (horizontal and vertical), and heights (instrument and target).
  1. Setups can be known station point and known backsight point, set arbitrary backsight azimuth from a known station point, or a resection. When more than three points are used in a resection, an iterative least squares adjustment method is used to calculate the best estimates for the station coordinates.
  2. Stakeout and reference line/arc calculations (2D or 3D) can be performed from setup information. Stakeout can be to a alignment station and offset.
——✔

Levelling

Create multiple levelling jobs with fully editable observation data.
  1. Review/Export data in a fieldbook style layout.
  2. Store calculated elevations to points in the COGO+ job database.
  3. Calculate cuts/fills from any station in the Levelling job.
  4. Adjust the level circuit or loop between fixed stations.
——✔

Alignments

Create multiple complex 3D alignments with fully editable segments. The horizontal component of an alignment may include straight, curve, and spiral-curve-spiral segments. Vertical curves and straight grades can be used to define the vertical component, and cross section templates can be defined and assigned to portions of, or the whole alignment.
  1. Solve the 3D coordinates for any station and offset along the alignment once defined.
  2. Create reports of the complete alignment at given station intervals.
  3. Calculate coordinates for the entire alignment or portions of the alignment at a given station interval. Points are automatically stored in the COGO+ job database.
——✔

Inaccessible Point

Calculate the 3D coordinates of a point that was sighted from two different setups (horizontal and vertical angles). The 3D coordinates of both setup points and instrument heights of each station are required.		——✔

Plot Points

Plot on the screen a range of points, or all the points within the current job. Zoom and pan to get a graphical look at the point relationships within the job. 		——✔
ToolsLtStdPro

Triangle Solver

Solve the remaining parts, area and perimeter of any triangle when providing 3 known parts. 		✔✔✔

Horizontal Curve Solver

The horizontal curve solver solves all the curve parameters when two parameters are provided, with one known parameter being either the radius or deflection angle, or provide the arc length and chord length to solve using Newton's method.
  1. Solve coordinates for any station and offset along the curve when additional information is given (coordinates and direction).
  2. Includes 3-point curve solver.
  3. Solve the radius and coordinates of the radius point of a curve through a fixed point and fixed tangents.
  4. Includes a spiral curve solver with ability to solve coordinates for any station and offset along the SCS transition curve when additional information is given (coordinates and direction).
✔✔✔

Vertical Curve Solver

Solve a vertical curve by entering grades or elevations. Fixed point vertical curves and slope intersections are also included.
  1. Solve the elevation at any station on the vertical curve.
  2. Solve the station(s) at a given elevation.
  3. Solve the elevations for all stations at a given interval.
✔✔✔

Bearing ←→ Azimuth Conversions

Simple application to easily convert between quadrant bearings and azimuths. 		—✔✔

User Settings

Many settings are available for the user to customize the software. Units, input and output preferences, program behaviour, user-defined scale factor, projection zones, user-created codelists and cross section templates are all managed through the user settings option. 		✔✔✔
Data FunctionsLtStdPro

Job Manager

The job manager displays all the jobs created, allows the user to create new jobs and delete jobs no longer needed as well as backup and restore job to/from the SD card. 		✔✔✔

Store New Point

Store and edit point coordinates in the current job. 		✔✔✔

Review Points

  1. View the coordinates of a single point in the job.
  2. View the coordinates of all points in the job or a range of points.
  3. Browse a list of all the points in the job and select a point to view its coordinates.
  4. Scroll through all the point coordinates.
  5. Renumber points by specifying a new starting point number or an additive number.
✔✔✔

Delete Points

Delete points from the current job.		✔✔✔

Import/Export

  1. Import comma, space or tab delimited ASCII files.
  2. Export comma, space or tab delimited ASCII files, and choose the number of decimals.
  3. Export DXF files of points in the job database to open directly in a CAD program.
  4. Export KML files of points in the job database to view in Google Earth. Only available in COGO+ Pro.
  5. Export Lat/Long delimited ASCII files. Only available in COGO+ Pro.
  6. Import and Export Codelists.
—✔✔
Geodetic FunctionsLtStdPro

Conversions

Convert between grid coordinates and geodetic (latitude/longitude) coordinates. Many different projection zones are pre-defined for use, including UTM and all US State Plane zones. Transverse Mercator and Lambert Conformal Conic (both 1SP and 2SP) projections that are currently not pre-defined can be added upon request.
  1. The convergence angle at the point and grid/elevation/combined scale factors are calculated along with the conversion.
  2. Define your own custom projection and custom ellipsoid through the geodetic user settings.
  3. Store solved grid coordinates as points in the COGO+ job database.
——✔

Ellipsoid Calculations

DIRECT and INVERSE solutions of geodesics on the ellipsoid using Vincenty's equations. INVERSE calculations can be done from geodetic or grid coordinate input.		——✔