Passed BASETYPE
Passed AGGREGATE
Passed VECSEMANTICS

type '(default)'
    c_str "unknown"
    basetype BASETYPE.UNKNOWN
    aggregate AGGREGATE.SCALAR
    vecsemantics VECSEMANTICS.NOXFORM
    arraylen 0
    str(t) = "unknown"
    size = 0
    elementtype = unknown
    numelements = 1
    basevalues = 1
    elementsize = 0
    basesize = 0
type 'UINT8'
    c_str "uint8"
    basetype BASETYPE.UCHAR
    aggregate AGGREGATE.SCALAR
    vecsemantics VECSEMANTICS.NOXFORM
    arraylen 0
    str(t) = "uint8"
    size = 1
    elementtype = uint8
    numelements = 1
    basevalues = 1
    elementsize = 1
    basesize = 1
type 'HALF, VEC3, COLOR'
    c_str "colorh"
    basetype BASETYPE.HALF
    aggregate AGGREGATE.VEC3
    vecsemantics VECSEMANTICS.COLOR
    arraylen 0
    str(t) = "colorh"
    size = 6
    elementtype = colorh
    numelements = 1
    basevalues = 3
    elementsize = 6
    basesize = 2
type 'FLOAT, SCALAR, NOXFORM, array of 6'
    c_str "float[6]"
    basetype BASETYPE.FLOAT
    aggregate AGGREGATE.SCALAR
    vecsemantics VECSEMANTICS.NOXFORM
    arraylen 6
    str(t) = "float[6]"
    size = 24
    elementtype = float
    numelements = 6
    basevalues = 6
    elementsize = 4
    basesize = 4
type 'FLOAT, VEC3, POINT, array of 2'
    c_str "point[2]"
    basetype BASETYPE.FLOAT
    aggregate AGGREGATE.VEC3
    vecsemantics VECSEMANTICS.POINT
    arraylen 2
    str(t) = "point[2]"
    size = 24
    elementtype = point
    numelements = 2
    basevalues = 6
    elementsize = 12
    basesize = 4
type 'INT, VEC2, BOX, array of 2'
    c_str "box2i"
    basetype BASETYPE.INT
    aggregate AGGREGATE.VEC2
    vecsemantics VECSEMANTICS.BOX
    arraylen 2
    str(t) = "box2i"
    size = 16
    elementtype = box2i
    numelements = 2
    basevalues = 4
    elementsize = 8
    basesize = 4
type 'FLOAT, VEC3, BOX, array of 2'
    c_str "box3"
    basetype BASETYPE.FLOAT
    aggregate AGGREGATE.VEC3
    vecsemantics VECSEMANTICS.BOX
    arraylen 2
    str(t) = "box3"
    size = 24
    elementtype = box3
    numelements = 2
    basevalues = 6
    elementsize = 12
    basesize = 4

type 'float[2]'
    c_str "float[2]"
    basetype BASETYPE.FLOAT
    aggregate AGGREGATE.SCALAR
    vecsemantics VECSEMANTICS.NOXFORM
    arraylen 2
    str(t) = "float[2]"
    size = 8
    elementtype = float
    numelements = 2
    basevalues = 2
    elementsize = 4
    basesize = 4
type 'normal'
    c_str "normal"
    basetype BASETYPE.FLOAT
    aggregate AGGREGATE.VEC3
    vecsemantics VECSEMANTICS.NORMAL
    arraylen 0
    str(t) = "normal"
    size = 12
    elementtype = normal
    numelements = 1
    basevalues = 3
    elementsize = 12
    basesize = 4
type 'uint16'
    c_str "uint16"
    basetype BASETYPE.UINT16
    aggregate AGGREGATE.SCALAR
    vecsemantics VECSEMANTICS.NOXFORM
    arraylen 0
    str(t) = "uint16"
    size = 2
    elementtype = uint16
    numelements = 1
    basevalues = 1
    elementsize = 2
    basesize = 2
type 'box3'
    c_str "box3"
    basetype BASETYPE.FLOAT
    aggregate AGGREGATE.VEC3
    vecsemantics VECSEMANTICS.BOX
    arraylen 2
    str(t) = "box3"
    size = 24
    elementtype = box3
    numelements = 2
    basevalues = 6
    elementsize = 12
    basesize = 4

uint8 == uint8? True
uint8 == uint8? True
uint8 == uint16 False
uint8 != uint8? False
uint8 != uint8? False
uint8 != uint16 True
vector == color False
vector.equivalent(color) True
equivalent(vector,color) True
vector.equivalent(float) False
equivalent(vector,float) False

type 'TypeFloat'
    c_str "float"
type 'TypeColor'
    c_str "color"
type 'TypeString'
    c_str "string"
type 'TypeInt'
    c_str "int"
type 'TypePoint'
    c_str "point"
type 'TypeVector'
    c_str "vector"
type 'TypeNormal'
    c_str "normal"
type 'TypeMatrix'
    c_str "matrix"
type 'TypeMatrix33'
    c_str "matrix33"
type 'TypeMatrix44'
    c_str "matrix"
type 'TypeTimeCode'
    c_str "timecode"
type 'TypeKeyCode'
    c_str "keycode"
type 'TypeRational'
    c_str "rational2i"
type 'TypeFloat2'
    c_str "float2"
type 'TypeVector2'
    c_str "vector2"
type 'TypeFloat4'
    c_str "float4"
type 'TypeVector4'
    c_str "float4"
type 'TypeVector2i'
    c_str "float2i"
type 'TypeHalf'
    c_str "half"

type 'TypeFloat'
    c_str "float"
type 'TypeColor'
    c_str "color"
type 'TypeString'
    c_str "string"
type 'TypeInt'
    c_str "int"
type 'TypeUInt'
    c_str "uint"
type 'TypeInt64'
    c_str "int64"
type 'TypeUInt64'
    c_str "uint64"
type 'TypeInt32'
    c_str "int"
type 'TypeUInt32'
    c_str "uint"
type 'TypeInt16'
    c_str "int16"
type 'TypeUInt16'
    c_str "uint16"
type 'TypeInt8'
    c_str "int8"
type 'TypeUInt8'
    c_str "uint8"
type 'TypePoint'
    c_str "point"
type 'TypeVector'
    c_str "vector"
type 'TypeNormal'
    c_str "normal"
type 'TypeMatrix'
    c_str "matrix"
type 'TypeMatrix33'
    c_str "matrix33"
type 'TypeMatrix44'
    c_str "matrix"
type 'TypeTimeCode'
    c_str "timecode"
type 'TypeKeyCode'
    c_str "keycode"
type 'TypeFloat2'
    c_str "float2"
type 'TypeVector2'
    c_str "vector2"
type 'TypeFloat4'
    c_str "float4"
type 'TypeVector4'
    c_str "float4"
type 'TypeVector2i'
    c_str "float2i"
type 'TypeHalf'
    c_str "half"
type 'TypeRational'
    c_str "rational2i"
type 'TypeUInt'
    c_str "uint"

Done.
