List Of Name Changes in R15 API

内容表

Data Types
Set/Get Methods
Write/Read Methods
Data Types Minimum/Maximum Value
向量
Vector Math
矩阵
Matrix Math
General Math
函数
Type Casts
常量
More
Memory Allocation/Deallocation and Management Functions
String Conversion
More Constants/IDs

This page lists the renamed symbols in Cinema 4D R15.

注意: We suggest you do a "Find in Files" search with "Match case" and "Match whole word" enabled. That way symbols can be spotted and renamed in an efficient manner.

Data Types

Old Name New Name

Old Name	New Name
`LONG`	`Int32`
`ULONG`	`UInt32`
`LLONG`	`Int64`
`LULONG`	`UInt64`
`VLONG`	`Int`
`VULONG`	`UInt`
`SWORD`	`Int16`
`UWORD`	`UInt16`
`CHAR`	`Char`
`UCHAR`	`UChar`
`SReal`	`Float32`
`LReal`	`Float64`
`Real`	`Float`
`__SINGLEPRECISION`	`__FLOAT_32_BIT`

LONG

Int32

ULONG

UInt32

LLONG

Int64

LULONG

UInt64

VLONG

Int

VULONG

UInt

SWORD

Int16

UWORD

UInt16

CHAR

Char

UCHAR

UChar

SReal

Float32

LReal

Float64

Real

Float

__SINGLEPRECISION

__FLOAT_32_BIT

Set/Get Methods

Old Name New Name

Old Name	New Name
`SetLLong`	`SetInt64`
`SetLong`	`SetInt32`
`SetReal`	`SetFloat`
`GetLLong`	`GetInt64`
`GetLong`	`GetInt32`
`GetReal`	`GetFloat`

SetLLong

SetInt64

SetLong

SetInt32

SetReal

SetFloat

GetLLong

GetInt64

GetLong

GetInt32

GetReal

GetFloat

Write/Read Methods

Old Name New Name

Old Name	New Name
`WriteWord`	`WriteInt16`
`WriteUWord`	`WriteUInt16`
`WriteLong`	`WriteInt32`
`WriteULong`	`WriteUInt32`
`WriteLLong`	`WriteInt64`
`WriteLULong`	`WriteUInt64`
`WriteSReal`	`WriteFloat32`
`WriteLReal`	`WriteFloat64`
`WriteReal`	`WriteFloat`
`ReadWord`	`ReadInt16`
`ReadUWord`	`ReadUInt16`
`ReadLong`	`ReadInt32`
`ReadULong`	`ReadUInt32`
`ReadLLong`	`ReadInt64`
`ReadLULong`	`ReadUInt64`
`ReadSReal`	`ReadFloat32`
`ReadLReal`	`ReadFloat64`
`ReadReal`	`ReadFloat`

WriteWord

WriteInt16

WriteUWord

WriteUInt16

WriteLong

WriteInt32

WriteULong

WriteUInt32

WriteLLong

WriteInt64

WriteLULong

WriteUInt64

WriteSReal

WriteFloat32

WriteLReal

WriteFloat64

WriteReal

WriteFloat

ReadWord

ReadInt16

ReadUWord

ReadUInt16

ReadLong

ReadInt32

ReadULong

ReadUInt32

ReadLLong

ReadInt64

ReadLULong

ReadUInt64

ReadSReal

ReadFloat32

ReadLReal

ReadFloat64

ReadReal

ReadFloat

Data Types Minimum/Maximum Value

Old Name New Name

Old Name	New Name
`MINLONGl`	`LIMIT<Int32>::MIN`
`MAXLONGl`	`LIMIT<Int32>::MAX`
`MINLONGf`	`MINVALUE_INT32_FLOAT32`
`MAXLONGf`	`MAXVALUE_INT32_FLOAT32`
`MINREALs`	`MINVALUE_FLOAT32`
`MAXREALs`	`MAXVALUE_FLOAT32`
`MINREALl`	`MINVALUE_FLOAT64`
`MAXREALl`	`MAXVALUE_FLOAT64`
`MINREALr`	`MINVALUE_FLOAT`
`MAXREALr`	`MAXVALUE_FLOAT`
`MINLONGd`	`Float64(LIMIT<Int32>::MAX)`
`MAXLONGd`	`Float64(LIMIT<Int32>::MIN)`
`MAXULONG`	`LIMIT<UInt32>::MAX`
`MAXSWORD`	`LIMIT<Int16>::MAX`
`MAXUWORD`	`LIMIT<UInt16>::MAX`

MINLONGl

LIMIT<Int32>::MIN

MAXLONGl

LIMIT<Int32>::MAX

MINLONGf

MINVALUE_INT32_FLOAT32

MAXLONGf

MAXVALUE_INT32_FLOAT32

MINREALs

MINVALUE_FLOAT32

MAXREALs

MAXVALUE_FLOAT32

MINREALl

MINVALUE_FLOAT64

MAXREALl

MAXVALUE_FLOAT64

MINREALr

MINVALUE_FLOAT

MAXREALr

MAXVALUE_FLOAT

MINLONGd

Float64(LIMIT<Int32>::MAX)

MAXLONGd

Float64(LIMIT<Int32>::MIN)

MAXULONG

LIMIT<UInt32>::MAX

MAXSWORD

LIMIT<Int16>::MAX

MAXUWORD

LIMIT<UInt16>::MAX

向量

Old Name New Name

Old Name	New Name
`SVector`	`Vector32`
`LVector`	`Vector64`
`SVector4`	`Vector4d32`
`LVector4`	`Vector4d64`
`Vector4`	`Vector4d`
`ReadSVector`	`ReadVector32`
`WriteSVector`	`WriteVector32`
`ReadLVector`	`ReadVector64`
`WriteLVector`	`WriteVector64`

SVector

Vector32

LVector

Vector64

SVector4

Vector4d32

LVector4

Vector4d64

Vector4

Vector4d

ReadSVector

ReadVector32

WriteSVector

WriteVector32

ReadLVector

ReadVector64

WriteLVector

WriteVector64

Vector Math

Old Name New Name Remarks

Old Name	New Name	Remarks
`a % b`	`Cross(a, b)`
`a * b`	`Dot(a, b)`
`a ^ b`	`a * b`	`Note that * has a different precedence than ^.`
`a.Dot(b)`	`Dot(a, b)`
`a.Cross(b)`	`Cross(a, b)`
`a.ToLV()`	`(Vector64)a`
`a.ToSV()`	`(Vector32)a`
`a.ToRV()`	`(Vector)a`
`Vector a = 0.0;`	`Vector a = Vector(0.0);`	`Vector constructors are explicits now.`
`a.GetLengthSquared()`	`a.GetSquaredLength()`
`VectorEqual(a,b)`	`a.IsEqual(b)`
`CutColor(a)`	`a.Clamp01()`
`VectorSum(a)`	`a.GetSum()`
`VectorGray(a)`	`a.GetAverage()`
`VectorAngle(a,b)`	`GetAngle(a,b)`
`VectorMin(a)`	`a.GetMin`
`VectorMax(a)`	`a.GetMax`

a % b

Cross(a, b)

a * b

Dot(a, b)

a ^ b

a * b

Note that * has a different precedence than ^.

a.Dot(b)

Dot(a, b)

a.Cross(b)

Cross(a, b)

a.ToLV()

(Vector64)a

a.ToSV()

(Vector32)a

a.ToRV()

(Vector)a

Vector a = 0.0;

Vector a = Vector(0.0);

Vector constructors are explicits now.

a.GetLengthSquared()

a.GetSquaredLength()

VectorEqual(a,b)

a.IsEqual(b)

CutColor(a)

a.Clamp01()

VectorSum(a)

a.GetSum()

VectorGray(a)

a.GetAverage()

VectorAngle(a,b)

GetAngle(a,b)

VectorMin(a)

a.GetMin

VectorMax(a)

a.GetMax

矩阵

Old Name New Name

Old Name	New Name
`SMatrix`	`Matrix32`
`LMatrix`	`Matrix64`
`SMatrix4`	`Matrix4d32`
`LMatrix4`	`Matrix4d64`
`Matrix4`	`Matrix4d`
`ReadSMatrix`	`ReadMatrix32`
`WriteSMatrix`	`WriteMatrix32`
`ReadLMatrix`	`ReadMatrix64`
`WriteLMatrix`	`WriteMatrix64`
`HPBToLMatrix`	`HPBToMatrix64`
`LMatrixMove`	`Matrix64Move`
`LMatrixToHPB`	`Matrix64ToHPB`

SMatrix

Matrix32

LMatrix

Matrix64

SMatrix4

Matrix4d32

LMatrix4

Matrix4d64

Matrix4

Matrix4d

ReadSMatrix

ReadMatrix32

WriteSMatrix

WriteMatrix32

ReadLMatrix

ReadMatrix64

WriteLMatrix

WriteMatrix64

HPBToLMatrix

HPBToMatrix64

LMatrixMove

Matrix64Move

LMatrixToHPB

Matrix64ToHPB

Matrix Math

Old Name New Name Remarks

Old Name	New Name	Remarks
`vector * matrix`	`matrix * vector`	`Vector can only be multiplied from the right.`
`vector *= matrix`	`vector = matrix * vector`	`Vector can only be multiplied from the right.`
`matrix.Mul(vector)`	`matrix * vector`
`matrix.MulV(vector)`	`matrix.TransformVector(vector)`
`matrix ^ vector`	`matrix.TransformVector(vector)`
`vector ^ matrix`	`matrix.TransformVector(vector)`
`vector ^= matrix`	`vector = matrix.TransformVector(vector)`
`!matrix`	`~matrix`	`Attention: operator ! means normalized components of the matrix.`
`m.ToLM()`	`(Matrix64)a`
`m.ToSM()`	`(Matrix32)a`
`m.ToRM()`	`(Matrix)a`

vector * matrix

matrix * vector

Vector can only be multiplied from the right.

vector *= matrix

vector = matrix * vector

Vector can only be multiplied from the right.

matrix.Mul(vector)

matrix * vector

matrix.MulV(vector)

matrix.TransformVector(vector)

matrix ^ vector

matrix.TransformVector(vector)

vector ^ matrix

matrix.TransformVector(vector)

vector ^= matrix

vector = matrix.TransformVector(vector)

!matrix

~matrix

Attention: operator ! means normalized components of the matrix.

m.ToLM()

(Matrix64)a

m.ToSM()

(Matrix32)a

m.ToRM()

(Matrix)a

General Math

Old Name New Name Remarks

Old Name	New Name	Remarks
`Mix`	`Blend`
`Step`		`Function removed.`
`Clamp(min, max, a)`	`ClampValue(a, min, max)`	`Attention: parameter order switched.`
`FCut`	`Clamp`
`Ln10`	`Log10`
`Ld`	`Log2`
`FCut01`	`Clamp0`

Mix

Blend

Step

Function removed.

Clamp(min, max, a)

ClampValue(a, min, max)

Attention: parameter order switched.

FCut

Clamp

Ln10

Log10

Ld

Log2

FCut01

Clamp0

函数

Old Name New Name

Old Name	New Name
`GeBoom`	`CriticalStop`
`GeAssert`	`DebugAssert`
`GeBreak`	`CriticalStop`

GeBoom

CriticalStop

GeAssert

DebugAssert

GeBreak

CriticalStop

Type Casts

Old Name New Name

Old Name	New Name
`SCO`	`(Float32)`
`RCO`	`(Float)`
`LCO`	`(Float64)`

SCO

(Float32)

RCO

(Float)

LCO

(Float64)

常量

Old Name New Name

Old Name	New Name
`pi`	`PI`
`piinv`	`PI_INV`
`pi2`	`PI2`
`pi2inv`	`PI2_INV`
`pi05`	`PI05`
`TRUE`	`true`
`FALSE`	`false`
`NULL`	`nullptr`

pi

PI

piinv

PI_INV

pi2

PI2

pi2inv

PI2_INV

pi05

PI05

TRUE

true

FALSE

false

NULL

nullptr

Old Name New Name

Old Name	New Name
`FtoL`	`Int32`
`SAFELONG`	`SAFEINT32`
`LFloor`	`(Int32)Floor`
`LCeil`	`(Int32)Ceil`

FtoL

Int32

SAFELONG

SAFEINT32

LFloor

(Int32)Floor

LCeil

(Int32)Ceil

Memory Allocation/Deallocation and Management Functions

Old Name New Name Remarks

Old Name	New Name	Remarks
`gNew(MyClass)`	`NewObjClear(MyClass)`	`If the constructor is clean use the faster NewObj(MyClass).`
`gNew MyClass`	`NewObjClear(MyClass)`	`If the constructor is clean use the faster NewObj(MyClass).`
`gNew MyClass(a,b)`	`NewObjClear(MyClass, a, b)`	`If the constructor is clean use the faster NewObj(MyClass, a, b).`
`gDelete`	`DeleteObj`
`bNew`	`bNewDeprecatedUseArraysInstead`	`It is recomended to change your code to use maxon::BaseArray.`
`MemoryPool`	`DeprecatedMemoryPool`
`GeAlloc(x)`	`NewMemClear(UChar, x)`
`GeAllocNC(x)`	`NewMem(UChar, x)`
`GeReallocNC(p,s)`	`ReallocMem((UChar*)p, s)`
`GeAllocType(t,x)`	`NewMemClear(t, x)`
`GeAllocTypeNC(t,x)`	`NewMem(t, x)`
`GeReallocTypeNC(t,p,s)`	`ReallocMem((t*)p, s)`	`Normally p is already of type t*, so the cast is not needed.`
`GeFree(p)`	`DeleteMem(p)`

gNew(MyClass)

NewObjClear(MyClass)

If the constructor is clean use the faster NewObj(MyClass).

gNew MyClass

NewObjClear(MyClass)

If the constructor is clean use the faster NewObj(MyClass).

gNew MyClass(a,b)

NewObjClear(MyClass, a, b)

If the constructor is clean use the faster NewObj(MyClass, a, b).

gDelete

DeleteObj

bNew

bNewDeprecatedUseArraysInstead

It is recomended to change your code to use maxon::BaseArray.

MemoryPool

DeprecatedMemoryPool

GeAlloc(x)

NewMemClear(UChar, x)

GeAllocNC(x)

NewMem(UChar, x)

GeReallocNC(p,s)

ReallocMem((UChar*)p, s)

GeAllocType(t,x)

NewMemClear(t, x)

GeAllocTypeNC(t,x)

NewMem(t, x)

GeReallocTypeNC(t,p,s)

ReallocMem((t*)p, s)

Normally p is already of type t*, so the cast is not needed.

GeFree(p)

DeleteMem(p)

String Conversion

Old Name New Name

Old Name	New Name
`String::ToReal`	`String::ParseToFloat`
`String::ToLong`	`String::ParseToInt32`
`LLongToString`	`String::IntToString`
`LongToString`	`String::IntToString`
`RealToString`	`String::FloatToString`
`PointerToString`	`String::HexToString`
`MemoryToString`	`String::MemoryToString`

String::ToReal

String::ParseToFloat

String::ToLong

String::ParseToInt32

LLongToString

String::IntToString

LongToString

String::IntToString

RealToString

String::FloatToString

PointerToString

String::HexToString

MemoryToString

String::MemoryToString

More Constants/IDs

Old Name New Name

Old Name	New Name
`FORMAT_LONG`	`FORMAT_INT`
`FORMAT_REAL`	`FORMAT_FLOAT`
`HYPERFILEVALUE_WORD`	`HYPERFILEVALUE_INT16`
`HYPERFILEVALUE_UWORD`	`HYPERFILEVALUE_UINT16`
`HYPERFILEVALUE_LONG`	`HYPERFILEVALUE_INT32`
`HYPERFILEVALUE_ULONG`	`HYPERFILEVALUE_UINT32`
`HYPERFILEVALUE_LLONG`	`HYPERFILEVALUE_INT64`
`HYPERFILEVALUE_LULONG`	`HYPERFILEVALUE_UINT64`
`HYPERFILEVALUE_REAL`	`HYPERFILEVALUE_FLOAT`
`HYPERFILEVALUE_LREAL`	`HYPERFILEVALUE_FLOAT64`
`HYPERFILEVALUE_LVECTOR`	`HYPERFILEVALUE_VECTOR64`
`HYPERFILEVALUE_LMATRIX`	`HYPERFILEVALUE_MATRIX64`
`HYPERFILEVALUE_SVECTOR`	`HYPERFILEVALUE_VECTOR32`
`HYPERFILEVALUE_SMATRIX`	`HYPERFILEVALUE_MATRIX32`
`HYPERFILEVALUE_SREAL`	`HYPERFILEVALUE_FLOAT32`
`LV_RES_LONG`	`LV_RES_INT`
`DESC_UNIT_LONG`	`DESC_UNIT_INT`
`DESC_UNIT_REAL`	`DESC_UNIT_FLOAT`

FORMAT_LONG

FORMAT_INT

FORMAT_REAL

FORMAT_FLOAT

HYPERFILEVALUE_WORD

HYPERFILEVALUE_INT16

HYPERFILEVALUE_UWORD

HYPERFILEVALUE_UINT16

HYPERFILEVALUE_LONG

HYPERFILEVALUE_INT32

HYPERFILEVALUE_ULONG

HYPERFILEVALUE_UINT32

HYPERFILEVALUE_LLONG

HYPERFILEVALUE_INT64

HYPERFILEVALUE_LULONG

HYPERFILEVALUE_UINT64

HYPERFILEVALUE_REAL

HYPERFILEVALUE_FLOAT

HYPERFILEVALUE_LREAL

HYPERFILEVALUE_FLOAT64

HYPERFILEVALUE_LVECTOR

HYPERFILEVALUE_VECTOR64

HYPERFILEVALUE_LMATRIX

HYPERFILEVALUE_MATRIX64

HYPERFILEVALUE_SVECTOR

HYPERFILEVALUE_VECTOR32

HYPERFILEVALUE_SMATRIX

HYPERFILEVALUE_MATRIX32

HYPERFILEVALUE_SREAL

HYPERFILEVALUE_FLOAT32

LV_RES_LONG

LV_RES_INT

DESC_UNIT_LONG

DESC_UNIT_INT

DESC_UNIT_REAL

DESC_UNIT_FLOAT