> I am soon going to be able to use a 12'5" laptop screen (which is also > On Wed, at 07:49:04PM +0000, Alvaro Tejero Cantero wrote: > On Wed, at 09:09:12PM +0100, Joris van der Hoeven wrote: 2012, at 10:26, Joris van der Hoeven wrote: I've beenĪble to tweak TeXmacs myself to do it. To provide me bitmpas glyphs rendered at double resolution then I should beĪble to do the rest and put them onscrenn with standard Qt commands. Mac you always work with resolution independent devices and usual resolution isħ2 dpi while retina is 144dpi (more or less). I thought I have answered to your message but I do not find track of it,Īs far as I understand units in the graphics device are logical one. These values were found to be excellent results as shown in the maximum value of Johnson-limit for the fT-BVceo product in silicon.Re: TeXmacs on retina screens texmacs-dev The peak f T for NPN and PNP transistors attained 8.0 GHz and 8.5 GHz, the BVceo for the NPN and PNP devices achieved 15 V and 17 V, respectively. ![]() The biggest strong point is the NPN and PNP transistors have the same values in terms of size and speed. ![]() (silicon on insulator), STI (shallow trench isolation) and DTI (deep trench isolation) technology. We provide a novel high voltage, high speed and latch-up free complementary process fabrication technology using SOI. In this paper, for the first time, we suggest a unique complementary bipolar process which is using the 1st base-poly silicon in collector interface and base poly over-etching control in emitter region to obtain high voltage and high speed, in NPN and PNP transistors concurrently. TeXmacs also supports the Guile/Scheme extension language, so that you may customize the interface and write your own extensions to the editor.In our demonstration, we plan to show briefly how to edit mathematical texts with TeXmacs, how to use computer algebra systems, and how to add interfaces with new systems in a very efficient way. Currently, there are interfaces with Axiom, Giac, GNUplot, Graphviz, Gtybalt, Macaulay2, Maxima, Mupad, GNU Octave, Pari, Qcl, GNU R, Reduce, Scilab and Yacas. The program implements high-quality typesetting algorithms and TEX fonts, which allow the user to produce professionally looking documents.The high typesetting quality still goes through for automatically generated formulae, which makes TeXmacs suitable as an interface for computer algebra systems, or other types of "plugins". The editor allows you to write structured documents via a wysiwyg (what-you-see-is-what-you-get) and user friendly interface. GNU TeXmacs is a free software, which can both be used as a scientific text editor and as a front-end for computer algebra systems. We will provide a detailed analysis of these experiments. In particular, the syntax corrector that we have implemented enables us to upgrade existing documents and test our parsing grammar on various books and papers from different sources. An important related topic, which will also be discussed at length, is the automatic correction of syntax errors in existing mathematical documents. As long as all formulas remain sufficiently correct, the editor can then both operate on a visual or semantic level, independently of the low-level representation being used. In the background, we continuously run a packrat parser, which attempts to con- vert (potentially incomplete) formulas into content markup. To go short, we continue to allow the user to enter formulas in a visually oriented way. ![]() When looking more closely, there are two important subproblems: making documents written by humans at least syntactically understandable for computers, and the formal verification of the actual mathematics in the documents.In this paper, we will focus on the first problem, as implemented in recent versions of TeXmacs. Currently, there exists a big gap between formal computer-understandable mathe- matics and informal mathematics, as written by humans.
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