Fonts with Beamer CMSS CMSS - Default CMSS - Default Text: CMSS text Math: CMSS italic 1 + CMR math symbols Preamble in this document: \documentclass{ beamer } % Default = "sans" option Example: p(R ,φ) ∼ ∞ -∞ ˜ W n (γ ) exp ıR /a k 2 a 2 - γ 2 cos φ (k 2 a 2 - γ 2 ) 3/4 H (1) n k 2 a 2 - γ 2 d γ Miss-matches with CMR math symbols! 1 Used as math italic.
18
Embed
CMSS - Defaultmath.ecnu.edu.cn/~latex/slides/beamer/MathFonts.pdf · Fonts with Beamer CMSS CMSS - Default CMSS - Default Text: CMSS text Math: CMSS italic1 + CMR math symbols Preamble
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Fonts with Beamer
CMSS
CMSS - Default
CMSS - Default
Text: CMSS textMath: CMSS italic1 + CMR math symbols
Text: CMSSMath: Euler VM math (by [mathserif] option)
Preamble in this document:
\documentclass[mathserif ]{ beamer } %
\usepackage{eulervm } %
Example:
p(R,φ) ∼
∫∞−∞
W̃n(γ) exp[ıR/a
(√k2a2 − γ2 cos φ
)](k2a2 − γ2)
3/4H ′(1)
n
(√k2a2 − γ2
) dγ
Better than the previous one?
Fonts with Beamer
CMR
CMR (Computer Modern Roman)
CMR (Computer Modern Roman)
Text & Math : CMRPreamble in this document:\documentclass[serif ]{ beamer } % " serif " option for CMR
Example:
p(R,φ) ∼∫ ∞
−∞
W̃n(γ) exp[ıR/a
(√k2a2 − γ2 cos φ
)](k2a2 − γ2)3/4 H ′(1)
n
(√k2a2 − γ2
) dγ
Who is going to use CMR in presentation? Should beavoided!
Fonts with Beamer
CM Bright
CM Bright
CM Bright
Text: CM Bright
Math: CM Bright math1
Preamble in this document:
“documentclass–beamer ˝ % No options
“usepackage–cmbright˝
Example:
p(R, φ) ∼∫ ∞
−∞
W̃n(γ) exp[ıR/a
(√k2a2 − γ2 cosφ
)](k2a2 − γ2)3/4H′(1)n
(√k2a2 − γ2
) dγ
Is ‘cmbright’ too thin?
1Some symbols are taken from CMR math symbols.
Fonts with Beamer
Concrete
Concrete - Euler VM (1)
Concrete - Euler VM (1)
Text: ConcreteMath: Concrete italic + Euler VM symbols
Preamble in this document:\documentclass[serif]{ beamer } %\usepackage[T1]{ fontenc } % Needed for Type1 Concrete\usepackage{concrete } % Loads Concrete + Euler VM
Example:
p(R, φ) ∼
∫∞−∞
W̃n(γ) exp[ıR/a
(√k2a2 − γ2 cos φ
)](k2a2 − γ2)3/4 H ′(1)
n
(√k2a2 − γ2
) dγ
Fonts with Beamer
Concrete
Concrete - Euler VM (2)
Concrete - Euler VM (2)
Text: ConcreteMath: Euler VM math
Preamble in this document:\documentclass[serif ,professionalfont ]{ beamer } %\usepackage[T1]{ fontenc } % Needed for Type1 Concrete\usepackage{concrete}
Example:
p(R,φ) ∼
∫∞−∞
W̃n(γ) exp[ıR/a
(√k2a2 − γ2 cos φ
)](k2a2 − γ2)
3/4H ′(1)
n
(√k2a2 − γ2
) dγ
Fonts with Beamer
Concrete
Concrete - Concmath
Concrete - Concmath
Text: ConcreteMath: Concrete italic1 + Concmath symbols (MetaFont2)Preamble in this document:\documentclass[serif]{ beamer } %\usepackage[T1]{ fontenc } % Needed for Type1 Concrete\usepackage{concmath } % Concrete + Concmath
Example:
p(R; �) � Z 1
�1
~Wn( ) exph{R=a �p
k2a2 � 2 cos��i(k2a2 � 2)3=4 H 0(1)
n
�pk2a2 � 2
� d
1If you add professionalfont, all math is set in MetaFont!2Now Adobe Reader v6.x displays Type3 fonts very well.
Fonts with Beamer
Helvetica
Helvetica - Euler VM (1)
Helvetica - Euler VM (1)
Text: HelveticaMath: Helvetica italic + Euler VM symbols
Preamble in this document:
\documentclass{beamer } %
\usepackage{eulervm } %
\usepackage[scaled ]{ helvet } % With " scaled " option
Example:
p(R,φ) ∼
∫∞−∞
W̃n(γ) exp[ıR/a
(√k2a2 − γ2 cos φ
)](k2a2 − γ2)
3/4 H ′(1)n
(√k2a2 − γ2
) dγ
Fonts with Beamer
Helvetica
Helvetica - Euler VM (2)
Helvetica - Euler VM (2)
Text: HelveticaMath: Euler VM math
Preamble in this document:
\documentclass[mathserif ]{ beamer } % " sans" is text default
\usepackage{eulervm } %
\usepackage[scaled ]{ helvet } % With " scaled " option
Example:
p(R,φ) ∼
∫∞−∞
W̃n(γ) exp[ıR/a
(√k2a2 − γ2 cos φ
)](k2a2 − γ2)
3/4H ′(1)
n
(√k2a2 − γ2
) dγ
Fonts with Beamer
Kerkis
Kerkis Sans and Math
Kerkis Sans and Math
Text: Kerkis sans1
Math: Kerkis math2
Preamble in this document:
\documentclass[sans,mathserif]{beamer}\usepackage{kerkis} % Kerkis roman and sans\usepackage{kmath} % Kerkis math
Example:
p(R, φ) ∼∫ ∞
−∞
W̃n(γ) exp[ıR/a
(√k2a2 − γ2 cos φ
)](k2a2 − γ2)3/4 H ′(1)
n
(√k2a2 − γ2
) dγ
1Kerkis roman is based on Bookman while Kerkis sans is based on Avant Garde.
2Mixture of Bookman and CMR. Not complete yet!
Fonts with Beamer
Palatino
Palatino - Euler VM (1)
Palatino - Euler VM (1)
Text: PalatinoMath: Palatino italic + Euler VM symbolsHermann Zapf designed both fonts! Should work well!Preamble in this document:\documentclass[serif]{beamer} %
\usepackage{pxfonts} % Or palatino or mathpazo
\usepackage{eulervm} %
Example:
p(R, φ) ∼
∫∞−∞
W̃n(γ) exp[ıR/a
( √k2a2 − γ2 cos φ
)](k2a2 − γ2)
3/4 H ′(1)n
( √k2a2 − γ2
) dγ
Fonts with Beamer
Palatino
Palatino - Euler VM (2)
Palatino - Euler VM (2)
Text: PalatinoMath: Euler VM math1
Preamble in this document:\documentclass[serif,mathserif ,professionalfont]{beamer} %
\usepackage{pxfonts}
\usepackage{eulervm}
Example:
p(R, φ) ∼
∫∞−∞
W̃n(γ) exp[ıR/a
( √k2a2 − γ2 cos φ
)](k2a2 − γ2)
3/4H ′(1)
n
( √k2a2 − γ2
) dγ
1By loading professionalfont option
Fonts with Beamer
Palatino
Palatino - mathpazo
Palatino - mathpazo
Text: PalatinoMath: mathpazo with CMR math symbolsPreamble in this document:\documentclass[serif ]{ beamer } %
\usepackage{mathpazo } %
Example:
p(R, φ) ∼∫ ∞
−∞
W̃n(γ) exp[ıR/a
(√k2a2 − γ2 cos φ
)](k2a2 − γ2)3/4 H′(1)
n
(√k2a2 − γ2
) dγ
Fonts with Beamer
Palatino
Palatino - pxfonts
Palatino - pxfonts
Text: PalatinoMath: pxfonts1
Preamble in this document:\documentclass[serif]{beamer} %
\usepackage{pxfonts} %
Example:
p(R, φ) ∼∫∞
−∞
W̃n(γ) exp[ıR/a
(√k2a2 − γ2 cosφ
)](k2a2 − γ2)3/4 H′(1)
n
(√k2a2 − γ2
) dγ
Equations are too tight! This is also true for txfonts.
1Has a good monospaced teletype font, pxtt (=txtt).