Safe Haskell	None
Language	Haskell2010

Brick3D.Type

Contents

Basic type aliases
Vertices
Primitives
Utility functions

Synopsis

type Position = V3 Float
type Rotation = M33 Float
type DCPosition = V2 Float
type SCPosition = V2 Int
type Normal = V3 Float
data Vertex = Vertex Position
v_position :: Lens' Vertex Position
data DCVertex = DCVertex DCPosition Float
dcv_position :: Lens' DCVertex DCPosition
zBuffer :: Lens' DCVertex Float
fromVertex :: Vertex -> DCVertex
data SCVertex = SCVertex SCPosition Float
scv_position :: Lens' SCVertex SCPosition
depth :: Lens' SCVertex Float
data PrimitiveBase vtype
- = Point vtype
- | Triangle vtype vtype vtype
type Primitive = PrimitiveBase Vertex
calcNormal :: Primitive -> Normal
data DCPrimitive = DCPrimitive (PrimitiveBase DCVertex) Normal
unPrimitive :: Lens' DCPrimitive (PrimitiveBase DCVertex)
normal :: Lens' DCPrimitive Normal
vertices :: Traversal' Primitive Vertex
toDCPrimitive :: Applicative f => (Vertex -> f DCVertex) -> Primitive -> f DCPrimitive

Basic type aliases

type Position = V3 Float Source #

Position in 3-Dimension

type Rotation = M33 Float Source #

Rotation in 3-Dimension

type DCPosition = V2 Float Source #

Position in Device Coordinate

Device coordnate is a Coordinate that put (0,0) on the center, and Y axis is positive above the center. X axis is positive on the right. The value have range of -1~1 and floating number(As shown in the Type definition)

type SCPosition = V2 Int Source #

Position in Screen Coordinate

Screen Coordinate is a Coordinate that is associated with actuall "pixel" of the screen. In this case, as we use Canvas for screen, (0, 0) is set at the Top-Left corner.

type Normal = V3 Float Source #

Normal of some 3-Dimensional object

Vertices

data Vertex Source #

One Vertex in 3D coordinate

Constructors

Vertex Position

Instances

Instances details

Eq Vertex Source #
Instance details Defined in Brick3D.Type Methods (==) :: Vertex -> Vertex -> Bool # (/=) :: Vertex -> Vertex -> Bool #
Ord Vertex Source #
Instance details Defined in Brick3D.Type Methods compare :: Vertex -> Vertex -> Ordering # (<) :: Vertex -> Vertex -> Bool # (<=) :: Vertex -> Vertex -> Bool # (>) :: Vertex -> Vertex -> Bool # (>=) :: Vertex -> Vertex -> Bool # max :: Vertex -> Vertex -> Vertex # min :: Vertex -> Vertex -> Vertex #
Show Vertex Source #
Instance details Defined in Brick3D.Type Methods showsPrec :: Int -> Vertex -> ShowS # show :: Vertex -> String # showList :: [Vertex] -> ShowS #

v_position :: Lens' Vertex Position Source #

data DCVertex Source #

Vertex that is mapped to Device Coordinate

Constructors

DCVertex DCPosition Float

Instances

Instances details

Eq DCVertex Source #
Instance details Defined in Brick3D.Type Methods (==) :: DCVertex -> DCVertex -> Bool # (/=) :: DCVertex -> DCVertex -> Bool #
Ord DCVertex Source #
Instance details Defined in Brick3D.Type Methods compare :: DCVertex -> DCVertex -> Ordering # (<) :: DCVertex -> DCVertex -> Bool # (<=) :: DCVertex -> DCVertex -> Bool # (>) :: DCVertex -> DCVertex -> Bool # (>=) :: DCVertex -> DCVertex -> Bool # max :: DCVertex -> DCVertex -> DCVertex # min :: DCVertex -> DCVertex -> DCVertex #
Show DCVertex Source #
Instance details Defined in Brick3D.Type Methods showsPrec :: Int -> DCVertex -> ShowS # show :: DCVertex -> String # showList :: [DCVertex] -> ShowS #

dcv_position :: Lens' DCVertex DCPosition Source #

zBuffer :: Lens' DCVertex Float Source #

fromVertex :: Vertex -> DCVertex Source #

Convert Vertex to DCVertex

data SCVertex Source #

A vertex on Screen Coordinate.

Constructors

SCVertex SCPosition Float

Instances

Instances details

Eq SCVertex Source #
Instance details Defined in Brick3D.Type Methods (==) :: SCVertex -> SCVertex -> Bool # (/=) :: SCVertex -> SCVertex -> Bool #
Ord SCVertex Source #
Instance details Defined in Brick3D.Type Methods compare :: SCVertex -> SCVertex -> Ordering # (<) :: SCVertex -> SCVertex -> Bool # (<=) :: SCVertex -> SCVertex -> Bool # (>) :: SCVertex -> SCVertex -> Bool # (>=) :: SCVertex -> SCVertex -> Bool # max :: SCVertex -> SCVertex -> SCVertex # min :: SCVertex -> SCVertex -> SCVertex #
Show SCVertex Source #
Instance details Defined in Brick3D.Type Methods showsPrec :: Int -> SCVertex -> ShowS # show :: SCVertex -> String # showList :: [SCVertex] -> ShowS #

scv_position :: Lens' SCVertex SCPosition Source #

depth :: Lens' SCVertex Float Source #

Primitives

data PrimitiveBase vtype Source #

Define Primitive shapes. This would

Constructors

Point vtype
Triangle vtype vtype vtype	Line (Vector vtype)

Instances

Instances details

Eq vtype => Eq (PrimitiveBase vtype) Source #
Instance details Defined in Brick3D.Type Methods (==) :: PrimitiveBase vtype -> PrimitiveBase vtype -> Bool # (/=) :: PrimitiveBase vtype -> PrimitiveBase vtype -> Bool #
Ord vtype => Ord (PrimitiveBase vtype) Source #
Instance details Defined in Brick3D.Type Methods compare :: PrimitiveBase vtype -> PrimitiveBase vtype -> Ordering # (<) :: PrimitiveBase vtype -> PrimitiveBase vtype -> Bool # (<=) :: PrimitiveBase vtype -> PrimitiveBase vtype -> Bool # (>) :: PrimitiveBase vtype -> PrimitiveBase vtype -> Bool # (>=) :: PrimitiveBase vtype -> PrimitiveBase vtype -> Bool # max :: PrimitiveBase vtype -> PrimitiveBase vtype -> PrimitiveBase vtype # min :: PrimitiveBase vtype -> PrimitiveBase vtype -> PrimitiveBase vtype #
Show vtype => Show (PrimitiveBase vtype) Source #
Instance details Defined in Brick3D.Type Methods showsPrec :: Int -> PrimitiveBase vtype -> ShowS # show :: PrimitiveBase vtype -> String # showList :: [PrimitiveBase vtype] -> ShowS #

type Primitive = PrimitiveBase Vertex Source #

Primitive shape that in 3D world

calcNormal :: Primitive -> Normal Source #

Calculate Normal of Primitive

data DCPrimitive Source #

Primitive that is shaded on Device Coordinate

Constructors

DCPrimitive (PrimitiveBase DCVertex) Normal

unPrimitive :: Lens' DCPrimitive (PrimitiveBase DCVertex) Source #

normal :: Lens' DCPrimitive Normal Source #

Utility functions

vertices :: Traversal' Primitive Vertex Source #

Traversal for evry Vertex in each Primitive

toDCPrimitive :: Applicative f => (Vertex -> f DCVertex) -> Primitive -> f DCPrimitive Source #

THIS ISN'T Traversal

Convert Primitive to DCPrimitive