Why ieeeconf.cls makes the titles of theorems, definitions, lemmas, etc. bold with roman numbers
I am using the formal ieeeconf.cls and am using the amsthm package. When I define the following,
> \newtheorem{theorem}{Theorem}[section]
> \newtheorem{proposition}[theorem]{Proposition}
> \newtheorem{corollary}[theorem]{Corollary}
> \newtheorem{lemma}[theorem]{Lemma}
> \newtheorem{algo}[theorem]{Algorithm}
e.g., title of theorem becomes bold with a roman number but I want it to be like all common papers which are not bold but they are italic with normal numbers. I know I can modify the class manually to do that but I wonder the usual ieeeconf.cls behaves like this for me.
Any help would be appreciated. Thanks.
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rangelimited xaxis gnuplot disappears
I am trying to make a figure in gnuplot, similar to the bottom one on this page. Specifically, I only want an x and yaxis on my figure at the places where there is data plotted.
For the yaxis, this works very well using the
ytics rangelimited
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set terminal epslatex standalone size 8.0 cm, 8.0 cm set output "test.tex" # Define function f(x) = abs(x)< 1 ? x**2 : NaN set border 1+2 front #comment this out to get the diagonal line set xrange [1.5:1.5] set xtics (1.0,0,1.0) rangelimited nomirror set yrange [0.25: 1.25] set ytics rangelimited nomirror # plot line plot f(x) with lines
I would like to get for the xaxis a similar result as for the yaxis. Does anyone know how to solve this problem?
As a sidequestion: I would like to have the 0 displayed on the yaxis as well. Is there any automatic way to do this? Or should I always explicitly tell gnuplot to put a tic at 0?

Adding a header in R Markdownexported PDF files
I am writing my PhD in RMarkdown, and I would like to add a header on top of every page (but the first one) when I export to PDF. The header will include the name of my PhD, and should have a line that separates the header and the text.
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Embed a pdf in a R Markdown file and adapt pagination
I am finishing my PhD, and I need to embed some papers (in pdf format) in somewhere in the middle of my R Markdown text.
When converting the R Markdown into PDF, I would like those PDF papers to be embed in the conversion.
However, I would like those PDF papers to be also numbered according to the rest of the Markdown text.
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UPDATE: New error
By using
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 title: Histología dental de los homininos de la Sierra de Atapuerca (Burgos, España) y patrón de estrategia de vida author: "Mario ModestoMata" date: "20 September 2018" output: pdf_document: highlight: pygments number_sections: yes toc: yes toc_depth: 4 word_document: toc: yes toc_depth: '4' html_document: default csl: science.csl bibliography: references.bib headerincludes:  \usepackage{pdfpages}  ```{r opciones_base_scripts, message=FALSE, warning=FALSE, include=FALSE, paged.print=FALSE} library(captioner) tabla_nums < captioner(prefix = "Tabla") figura_nums < captioner(prefix = "Figura") anx_tabla_nums < captioner(prefix = "Anexo Tabla") ``` # Resumen Los estudios de desarrollo dental en homínidos han sido sesgados involuntariamente en especies preHomo y algunos especímenes Homo tempranos, que representan la condición primitiva con tiempos de formación dental más rápidos, respetan a los Neandertales posteriores y a los humanos modernos, que comparativamente tienen tiempos de formación más lentos. ## PDF Article \includepdf[pages=122, pagecommand={}]{PDF/Paper1.pdf} ## Bayes El desarrollo dental relativo se evaluó empleando un enfoque estadístico bayesiano (31).
This is the link to download the PDF
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C  how to store bits when converting to IEEE floating point
I'm tasked to code a function (in C) that converts a float value to an IEEE standard for floating point representation. I think I understand how to do it on paper, but when I'm trying to code it I'm confused with how to store the bit pattern.
So if I have the value 3948.125, which is 111101101100.001 , as I'm multiplying the .125 by 2 until its done, how do I store whether its 0 or 1 as I go along?
0.125 x 2 = 0.25 0 0.25 x 2 = 0.5 0 0.5 x 2 = 1 1 = 0.001
In the end the value has to be returned as an int.
Here is a part of the code for converting the decimal part
while(decimal!=0) { decimal = decimal * 2; if (decimal > 1) { //here i would like to store a 1 somewhere decimal = decimal  1; } else { //I would like to store a 0 somewhere } }
For another example, an input to the program will be 18.113, and the output should be 18.0937500000. I have to convert a 32 bit float value and output an integer representation that only uses 15 bits, 5 bits for exp and 9 bits for frac.
I understand how to do it on paper. When I'm trying to code it, I'm confused with how I store the bits as I calculate them. The code provided is only for converting the decimal part of the input into binary.

C  how to store a bit pattern for IEEE floating point representation
I'm tasked to code a function (in C) that converts a float value to an IEEE standard for floating point representation. I think I understand how to do it on paper, but when I'm trying to code it I'm confused with how to store the bit pattern.
So if I have the value 3948.125, which is 111101101100.001 , as I'm multiplying the .125 by 2 until its done, how do I store whether its 0 or 1 as I go along?
0.125 x 2 = 0.25 0 0.25 x 2 = 0.5 0 0.5 x 2 = 1 1 = 0.001
In the end the value has to be returned as an int.
EDIT:
Here is a part of the code for converting the decimal part
while(decimal!=0) { decimal = decimal * 2; if (decimal > 1) { //here i would like to store a 1 somewhere decimal = decimal  1; } else { //I would like to store a 0 somewhere } }
For example, an input to the program will be 18.113, and the output should be 18.0937500000. I have to convert a 32 bit float value and output an integer representation that only uses 15 bits, 5 bits for exp and 9 bits for frac.
I understand how to do it on paper. When I'm trying to code it, I'm confused with how I store the bits as I calculate them. The code provided is only for converting the decimal part of the input into binary.

IEEE Floating Point Sign?
Heyy, I am working on an assignment which requires me to convert floating point numbers to binary representation using IEEE Float Representation. I am able to convert floating point from decimal system to binary but on one part I have to convert 0.001111111 (Base 2) into IEEE Floating Representation.
I first normalized the number and got the exponential part as well as the mantissa part but I cannot determine the bit for the sign of the number as the actual float number is not given. Is there a way to determine whether the number is a negative or a positive from the given information?
Thank you in advance.