I am so excited to announce that ScheduleBoard 0.1.0 is released. ScheduleBoard is designed to replace the physical resource schedule boards with great flexibility and accessibility. It is very suitable for multi-user company environment.
Resources can be requested by some users and be assigned by others. Resource time off and multi-project assignment can be easily display on the board. User group and resource group are used to let users focus only on the resources interested.
My Project and My Notes are available for users to schedule their own projects. User can directly open each project folder by assigning project folder paths for their projects.
As you know, this is the first release of ScheduleBoard. More functions will be implemented in the following releases. Please let me know if you have any ideas to make it better. Enjoy!
I am happy to announce that Frost1D 0.1.0 is released. Hopefully it can help engineers or researchers for projects in the cold or relatively cold regions.
Frost1D is a one dimensional frost penetration analysis program. It can analyze multi-layered materials with various boundaries. Built-in fine and coarse grained soils, general freezable material and simple material can meet various project requirements.
I am happy to announce PyPile 0.4.0 is released today.
With PyPile 0.4.0, users can analyze laterally loaded piles with: 1) axial pile head loads; 2) English units; 3) result graph export to svg, emf, pdf, and png formats; 4) more HP pile types; 5) some other minor improvements.
Please feel free to let me know if you have any questions, suggestions, recommendations, or bug reports. Thank you for your support!
I am happy to announce that PyPile 0.3.0 has been released today and available for download from the Download menu.
Multiple piles can be analyzed in one run with PyPile 0.3.0; analysis results for all piles are summarized in one excel file. HP piles are added in the cross section types and the HP pile library is editable for end users. As requested by some users, load generation tool is back on the load dialog. Analysis result can also be viewed in the Result Data tab of the main window next to the Result Graph tab now. Some other minor improvements and bug fixes are also included in this release.
I am very happy to announce SoilStats 0.3.0 is now available. The main improvements compared with 0.2.x are duplicated borehole numbers differentiation and multiple data map files incorporation. Some minor improvements and bug fixes are also included.
With SoilStats 0.3.0, users can analyze multiple gINT files with duplicated borehole names from different projects; users also can analyze multiple gINT files generated based on different template files. With these new functions, it turns out to be very easy to summarize existing borehole files from different resources.
In addition, borehole coordinates and elevations are presented in a new view.
We are pleased to announce SoilStats 0.2.0 is released. SoilStats is a tool to analyze gINT geotechnical borehole logs and provide statistical information of the soils. It will help engineers reduce geotechnical report preparation time significantly.
SoilStats 0.2.0 incorporates statistical analysis of water / moisture content, spt N value, pocket pen reading, soil layer thickness and depth, water level depth and Atterberg Limits. SoilStats is able to query soil information from multiple gINT files at the same time, and also can help engineers regroup soil layers for different summarization requirements.
In order to interpret the data correctly, SoilStats will require different data map files for gINT files generated with different templates. Currently there is one example gINT file with its associated data map file in the release bundle. To use SoilStats with your own gINT file, please send your typical gINT file to Yong Technology to create a data map file for you. Creating data map files is free of charge.
We are very happy to announce that PyPile 0.2.0 is released. In this release,
1. Multi-layered soil is considered.
2. A P multiplier is added to reduce P value in p-y curves in some use cases.
3. Lateral force and moment can be applied to pile head at the same time.
4. Pile rotation angle output along pile length is added.