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Following valuable user feedback, I have updated my Background Mask application to Version 1.5. This new version implements code to account for a bug present in AutoCAD whereby the multileader text spacing factor is reset to 1.0 following modification of the background mask properties.

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I have updated my Nested Burst application to Version 1.2. This revised version implements fixes to retain constant attribute values (converting the exploded definitions to single-line or multiline text appropriately), account for mirrored block references (for which one of the scale factors is negated), and finally account for multiline attribute references whose text content occupies multiple group 1 & 3 DXF groups. Essentially, the code is now consistent with the latest version my Burst Upgraded application. I have also included an animated GIF to demonstrate the program in action.

I have updated my Align Text program to Version 1.4. The new version includes an additional prompt for an optional line spacing factor which offers a default option allowing the user to retain the existing spacing between the selected text objects.

I have implemented a minor update to my Dynamic Attribute Width program to cause the attribute width factor to be reset to its original value should the user right-click during the operation of the program - this behaviour is more consistent with standard AutoCAD behaviour. The program is now at Version 1.2.

My Dynamic Attribute Width program has been updated to Version 1.1. The 'Reset' option in the new version will now reset the width factor of the selected attribute to that of its associated attribute definition, rather than always resetting the factor to 1.0.

I have added a new program to the site: Dynamic Attribute Width will allow the user to dynamically alter the width factor of a selected attribute, with a real-time preview as the cursor is moved relative to the attribute.

I have updated my Mathematical Functions page to incorporate a set of Complex Number Functions, pertaining to the arithmetic manipulation of complex numbers; and Factorial Functions, which may be used to calculate the factorial of a positive integer, in addition to the multiplication and division of two factorials. I have also renamed several of the Matrix & Vector Functions present on the page to improve consistency. Various Geometric Functions have also been updated to reflect the renamed function names and earlier modifications to the Polygon Centroid function.

You need to change the scale factor, base point or rotation angle? No problem - all these are easily done before you actually insert your block. Hit the down arrow key to specify via the screen or simply key in B (for Basepoint), R (for Rotate), or S (Scale).

The StorTrends 1100 NAS solution can be integrated into an off-the-shelf case that supports standard 5 1/4 inch form factor CD-ROM drive bays, reducing time-to-market (TTM) for system integrators and resellers

Also, some of these cost-incurring factors such as staff time and expertise for support is fixed per 3D print job. On the other hand, another cost-incurring factor, 3D print filament, for example, is a cost factor that increases in proportion to the size/density of a 3d model that is printed. That is, the larger and denser a 3d print model is, the more filament will be used incurring more cost.

There is a clear benefit in running through all cost-incurring factors and communicating how the final pricing scheme was determined (including the verification of the hypothesis that 3D printing time and the weight of the resulting model are proportionate to each other) to all library staff who will be involved in the new 3D printing service. If any library user inquire about or challenges the service fee, the staff will be able to provide a reasonable explanation on the spot.

Assessment of aerological safety of underground coal mining. Numerous mines in the Kuznetsky, Vorkuta and Donetsk regions are gas-hazardous and, according to the statistic of methane-air-mixture (MAM) explosions in Russian coal mines, until now there is no effective prevention system for this type of accidents. At the same time the technology coal mine - longface is being put to wide use, which implies great production from a longface - up to 20-30 kt/day [2]. Foreign approach to solving problems of mine gas dynamics is very pragmatic - financial considerations integrate the most successful technological solutions into a least expensive system. Nevertheless, it is essential to have scientific justification for these technologies, proving their aerological safety. E.g., at a typical high-production coal mine in the US a 10 % lost work day due to accidents related to gas factor can lead to the losses of 1 million USD, and a single accident inflicts additional harm of 2-8 million USD due to production losses, legal costs, reimbursements and fines [2, 3]. Existing methods of forecasting for gas-dynamic processes define the level of safety of underground coal mining and environmental consequences at each stage of coal mine operation inside mining regions, therefore they require more thorough scientific justification [12, 16].

Intensity of gas emissions from a source is a time-variant [18]. The share of the source in the total balance depends on both its potential gas activity and the time since the source started emitting. The key sources of gas emissions are known, and today there is an extensive factual material on their gas outflow [13]. Gas emissions from a working seam are defined by the intensity of gas recovery from exposed surface and loose coal. Gas emissions from mined-out spaces are composed of gas coming from adjacent seams, under- and overworked beds, as well as emissions from spontaneous caving zones or blind workings, isolated from mined-out spaces with a stopping. Statistical analysis of coal mine accidents shows that the efficiency of existing methods of MAM explosion forecasting, physical model and mathematical description of gas explosion risks in coal mines remain unsatisfactory [9].

Adjusted relations of loose coal degasification and gas-dynamic processes in the production areas allowed to develop a mathematical model for the performance optimization of mining equipment. Goal function characterizes energy consumption of the coal cutting process and permits to find an optimal match between coal cutting speed and cutter-loader feed taking into consideration limits on the cutting depth, factor of picks interference, installed engine capacity and gas factor. In-situ tests have been carried out using technical means to estimate initial rate of gas emission and natural gas content of the coal.

Modeling results for experiments using expression (20) show that temperature profile of the coal accumulation has a peak corresponding to the highest coal temperature in a given moment. This point moves further into the accumulation and highest temperature of coal increases. Thus, simulation experiments in the course of environment surveying can help forecasting thermophysical processes in rock dumps by a factor of endogenous fires.

16.Kachurin N.M., Vorob'ev S.A., Chistyakov Ya.V., Rybak L.L. Environmental consequences of coal mines of Kuznetsk basin by the gas- dynamic factor and hazard of endogenous fires at dumps. Ekologiya ipromyshlennost'Rossii. 2015. N 4, p. 54-58 (in Russian). 2ff7e9595c