Index of types


A
abscissa [Mlpost.Concrete.CPath]
arrow_style [Mlpost.Tree]
The style of arrows between nodes

B
box_creator [Mlpost.Box]
All functions used to create boxes take the following optional parameters : dx (resp.
brush_colored [Mlpost.Brush]
Brushes with Predefined Colors

C
cairo_t [Mlpost.Cairost]
curve [Mlpost.Real_plot]
'a store the information about : the way the curve is drawn (style and color), the label used in the legend

D
dir [Mlpost.Diag]
direction [Mlpost.Path]
A direction is used to put constraints on paths: vec p defines a direction by a point (interpreted as a vector), curl f changes the curling factor of the extremity of a path; higher curling factor means flatter curves, noDir means no particular direction
direction [Mlpost.MetaPath]
A direction is used to put constraints on metapaths: vec p defines a direction by a point (interpreted as a vector), curl f changes the curling factor of the extremity of a metapath; higher curling factor means flatter curves, noDir means no particular direction
drawing [Mlpost.Plot]

E
edge [Mlpost_dot.Dot.Make]
edge_style [Mlpost.Tree]
There are several styles available for edges
escaped [Mlpost.Picture]

H
head [Mlpost.Arrow]
If h is a head, h p d returns a head description used to draw the head at point p with direction d.
head_description [Mlpost.Arrow]
The type of head descriptions (see make_head and head below).
hposition [Mlpost.Box]
hposition [Mlpost.Command]

I
interface [Mlpost_lablgtk.Interface]
An interface is composed by one control window and by some display window
interval [Mlpost.Tree_adv.Overlays]
This type describes an interval of discrete points of time

J
joint [Mlpost.Path]
A joint is the connection between two knots in a path.
joint [Mlpost.MetaPath]
A joint is the connection between two knots in a metapath.

K
kind [Mlpost.Arrow]
The abstract type for arrow kinds.
knot [Mlpost.Path]
A knot is the basic element of a path, and is simply a point with an incoming and outgoing direction constraint
knot [Mlpost.MetaPath]
A knot is the basic element of a metapath, and is simply a point with an incoming and outgoing direction constraint

L
labels [Mlpost.Hist]
labels [Mlpost.Plot]

M
matrix [Mlpost.Transform]
metapath [Mlpost.Path]
Compute the control point of the path for a good looking result according to the constraint on the direction, tension, curve

N
node [Mlpost_dot.Dot.Make]
node [Mlpost.Diag]
The abstract type of nodes
node_style [Mlpost.Diag]
The type for node styles; It corresponds to the type of the box creation functions in the Box module
num [Mlpost.Signature]

O
orientation [Mlpost.Path]

P
path [Mlpost.MetaPath]
point [Mlpost.Signature]
position [Mlpost.Box]
position [Mlpost.Command]
Positions - they are used at many places in Mlpost to indicate a direction or position.

S
scale [Mlpost.Num]
skeleton [Mlpost.Plot]
The abstract skeleton for grids, axes and functions
spec [Mlpost.Tree_adv.Overlays]
A spec is a list of objects associated with a visibility interval
style [Mlpost.Box]

T
t [Mlpost.Concrete.CTransform]
t [Mlpost.Concrete.CPath]
t [Mlpost.Concrete.CPoint]
t [Mlpost.Diag]
The abstract type of diagrams
t [Mlpost.Tree_adv]
t [Mlpost.Tree.Simple]
t [Mlpost.Tree]
The type of trees
t [Mlpost.Box]
The abstract type of boxes
t [Mlpost.Command]
The abstract commands type
t [Mlpost.Picture]
The abstract type of pictures
t [Mlpost.Transform]
A transformation is a list of single transformations
t [Mlpost.Brush.Dash]
t [Mlpost.Brush.Pen]
t [Mlpost.Brush]
t [Mlpost.Path]
The abstract type of paths
t [Mlpost.MetaPath]
The abstract type of metapaths
t [Mlpost.Point]
The abstract type for points
t [Mlpost.Color]
the abstract type of colors
t [Mlpost.Num]
The Mlpost numeric type is an abstract datatype
t [Mlpost.Signature.Boxlike]
t' [Mlpost.Transform]
The abstract type of a single transformation
ticks [Mlpost.Plot]

V
vposition [Mlpost.Box]
vposition [Mlpost.Command]