public class BevelModifierData extends CFacade
Modifier and Type | Field and Description |
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static long[] |
__DNA__FIELD___pad0
Field descriptor (offset) for struct member '_pad0'.
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static long[] |
__DNA__FIELD__bevel_angle
Field descriptor (offset) for struct member 'bevel_angle'.
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static long[] |
__DNA__FIELD__defgrp_name
Field descriptor (offset) for struct member 'defgrp_name'.
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static long[] |
__DNA__FIELD__e_flags
Field descriptor (offset) for struct member 'e_flags'.
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static long[] |
__DNA__FIELD__edge_flags
Field descriptor (offset) for struct member 'edge_flags'.
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static long[] |
__DNA__FIELD__face_str_mode
Field descriptor (offset) for struct member 'face_str_mode'.
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static long[] |
__DNA__FIELD__flags
Field descriptor (offset) for struct member 'flags'.
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static long[] |
__DNA__FIELD__lim_flags
Field descriptor (offset) for struct member 'lim_flags'.
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static long[] |
__DNA__FIELD__mat
Field descriptor (offset) for struct member 'mat'.
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static long[] |
__DNA__FIELD__miter_inner
Field descriptor (offset) for struct member 'miter_inner'.
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static long[] |
__DNA__FIELD__miter_outer
Field descriptor (offset) for struct member 'miter_outer'.
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static long[] |
__DNA__FIELD__modifier
Field descriptor (offset) for struct member 'modifier'.
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static long[] |
__DNA__FIELD__profile
Field descriptor (offset) for struct member 'profile'.
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static long[] |
__DNA__FIELD__res
Field descriptor (offset) for struct member 'res'.
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static long[] |
__DNA__FIELD__spread
Field descriptor (offset) for struct member 'spread'.
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static long[] |
__DNA__FIELD__val_flags
Field descriptor (offset) for struct member 'val_flags'.
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static long[] |
__DNA__FIELD__value
Field descriptor (offset) for struct member 'value'.
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static int |
__DNA__SDNA_INDEX
This is the sdna index of the struct BevelModifierData.
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__io__address, __io__arch_index, __io__block, __io__blockTable, __io__pointersize
Modifier | Constructor and Description |
---|---|
protected |
BevelModifierData(BevelModifierData that) |
|
BevelModifierData(long __address,
Block __block,
BlockTable __blockTable) |
Modifier and Type | Method and Description |
---|---|
CPointer<BevelModifierData> |
__io__addressof()
Instantiates a pointer on this instance.
|
CArrayFacade<java.lang.Byte> |
get_pad0()
Get method for struct member '_pad0'.
|
float |
getBevel_angle()
Get method for struct member 'bevel_angle'.
|
CArrayFacade<java.lang.Byte> |
getDefgrp_name()
Get method for struct member 'defgrp_name'.
|
short |
getE_flags()
Get method for struct member 'e_flags'.
|
short |
getEdge_flags()
Get method for struct member 'edge_flags'.
|
short |
getFace_str_mode()
Get method for struct member 'face_str_mode'.
|
short |
getFlags()
Get method for struct member 'flags'.
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short |
getLim_flags()
Get method for struct member 'lim_flags'.
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short |
getMat()
Get method for struct member 'mat'.
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short |
getMiter_inner()
Get method for struct member 'miter_inner'.
|
short |
getMiter_outer()
Get method for struct member 'miter_outer'.
|
ModifierData |
getModifier()
Get method for struct member 'modifier'.
|
float |
getProfile()
Get method for struct member 'profile'.
|
int |
getRes()
Get method for struct member 'res'.
|
float |
getSpread()
Get method for struct member 'spread'.
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short |
getVal_flags()
Get method for struct member 'val_flags'.
|
float |
getValue()
Get method for struct member 'value'.
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void |
set_pad0(CArrayFacade<java.lang.Byte> _pad0)
Set method for struct member '_pad0'.
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void |
setBevel_angle(float bevel_angle)
Set method for struct member 'bevel_angle'.
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void |
setDefgrp_name(CArrayFacade<java.lang.Byte> defgrp_name)
Set method for struct member 'defgrp_name'.
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void |
setE_flags(short e_flags)
Set method for struct member 'e_flags'.
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void |
setEdge_flags(short edge_flags)
Set method for struct member 'edge_flags'.
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void |
setFace_str_mode(short face_str_mode)
Set method for struct member 'face_str_mode'.
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void |
setFlags(short flags)
Set method for struct member 'flags'.
|
void |
setLim_flags(short lim_flags)
Set method for struct member 'lim_flags'.
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void |
setMat(short mat)
Set method for struct member 'mat'.
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void |
setMiter_inner(short miter_inner)
Set method for struct member 'miter_inner'.
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void |
setMiter_outer(short miter_outer)
Set method for struct member 'miter_outer'.
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void |
setModifier(ModifierData modifier)
Set method for struct member 'modifier'.
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void |
setProfile(float profile)
Set method for struct member 'profile'.
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void |
setRes(int res)
Set method for struct member 'res'.
|
void |
setSpread(float spread)
Set method for struct member 'spread'.
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void |
setVal_flags(short val_flags)
Set method for struct member 'val_flags'.
|
void |
setValue(float value)
Set method for struct member 'value'.
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__io__addressof, __io__addressof, __io__equals, __io__generic__copy, __io__generic__copy, __io__instanceof, __io__native__copy, __io__newInstance, __io__same__encoding, __io__sizeof, __io__sizeof, __io__subclassof
public static final int __DNA__SDNA_INDEX
It is required when allocating a new block to store data for BevelModifierData.
org.cakelab.blender.io.dna.internal.StructDNA}
,
org.cakelab.blender.io.block.BlockTable#allocate}
,
Constant Field Valuespublic static final long[] __DNA__FIELD__modifier
This is how you get a reference on the corresponding field in the struct:
BevelModifierData bevelmodifierdata = ...; CPointer<Object> p = bevelmodifierdata.__dna__addressof(BevelModifierData.__DNA__FIELD__modifier); CPointer<ModifierData> p_modifier = p.cast(new Class[]{ModifierData.class});
public static final long[] __DNA__FIELD__value
The "raw" bevel value (distance/amount to bevel).
This is how you get a reference on the corresponding field in the struct:
BevelModifierData bevelmodifierdata = ...; CPointer<Object> p = bevelmodifierdata.__dna__addressof(BevelModifierData.__DNA__FIELD__value); CPointer<Float> p_value = p.cast(new Class[]{Float.class});
public static final long[] __DNA__FIELD__res
The resolution (as originally coded, it is the number of recursive bevels).
This is how you get a reference on the corresponding field in the struct:
BevelModifierData bevelmodifierdata = ...; CPointer<Object> p = bevelmodifierdata.__dna__addressof(BevelModifierData.__DNA__FIELD__res); CPointer<Integer> p_res = p.cast(new Class[]{Integer.class});
public static final long[] __DNA__FIELD__flags
General option flags.
This is how you get a reference on the corresponding field in the struct:
BevelModifierData bevelmodifierdata = ...; CPointer<Object> p = bevelmodifierdata.__dna__addressof(BevelModifierData.__DNA__FIELD__flags); CPointer<Short> p_flags = p.cast(new Class[]{Short.class});
public static final long[] __DNA__FIELD__val_flags
Used to interpret the bevel value.
This is how you get a reference on the corresponding field in the struct:
BevelModifierData bevelmodifierdata = ...; CPointer<Object> p = bevelmodifierdata.__dna__addressof(BevelModifierData.__DNA__FIELD__val_flags); CPointer<Short> p_val_flags = p.cast(new Class[]{Short.class});
public static final long[] __DNA__FIELD__lim_flags
Flags to tell the tool how to limit the bevel.
This is how you get a reference on the corresponding field in the struct:
BevelModifierData bevelmodifierdata = ...; CPointer<Object> p = bevelmodifierdata.__dna__addressof(BevelModifierData.__DNA__FIELD__lim_flags); CPointer<Short> p_lim_flags = p.cast(new Class[]{Short.class});
public static final long[] __DNA__FIELD__e_flags
Flags to direct how edge weights are applied to verts.
This is how you get a reference on the corresponding field in the struct:
BevelModifierData bevelmodifierdata = ...; CPointer<Object> p = bevelmodifierdata.__dna__addressof(BevelModifierData.__DNA__FIELD__e_flags); CPointer<Short> p_e_flags = p.cast(new Class[]{Short.class});
public static final long[] __DNA__FIELD__mat
Material
index if >= 0, else material inherited from surrounding faces.
This is how you get a reference on the corresponding field in the struct:
BevelModifierData bevelmodifierdata = ...; CPointer<Object> p = bevelmodifierdata.__dna__addressof(BevelModifierData.__DNA__FIELD__mat); CPointer<Short> p_mat = p.cast(new Class[]{Short.class});
public static final long[] __DNA__FIELD__edge_flags
This is how you get a reference on the corresponding field in the struct:
BevelModifierData bevelmodifierdata = ...; CPointer<Object> p = bevelmodifierdata.__dna__addressof(BevelModifierData.__DNA__FIELD__edge_flags); CPointer<Short> p_edge_flags = p.cast(new Class[]{Short.class});
public static final long[] __DNA__FIELD__face_str_mode
This is how you get a reference on the corresponding field in the struct:
BevelModifierData bevelmodifierdata = ...; CPointer<Object> p = bevelmodifierdata.__dna__addressof(BevelModifierData.__DNA__FIELD__face_str_mode); CPointer<Short> p_face_str_mode = p.cast(new Class[]{Short.class});
public static final long[] __DNA__FIELD__miter_inner
patterns to use for mitering non-reflex and reflex miter edges
This is how you get a reference on the corresponding field in the struct:
BevelModifierData bevelmodifierdata = ...; CPointer<Object> p = bevelmodifierdata.__dna__addressof(BevelModifierData.__DNA__FIELD__miter_inner); CPointer<Short> p_miter_inner = p.cast(new Class[]{Short.class});
public static final long[] __DNA__FIELD__miter_outer
This is how you get a reference on the corresponding field in the struct:
BevelModifierData bevelmodifierdata = ...; CPointer<Object> p = bevelmodifierdata.__dna__addressof(BevelModifierData.__DNA__FIELD__miter_outer); CPointer<Short> p_miter_outer = p.cast(new Class[]{Short.class});
public static final long[] __DNA__FIELD___pad0
This is how you get a reference on the corresponding field in the struct:
BevelModifierData bevelmodifierdata = ...; CPointer<Object> p = bevelmodifierdata.__dna__addressof(BevelModifierData.__DNA__FIELD___pad0); CPointer<CArrayFacade<Byte>> p__pad0 = p.cast(new Class[]{CArrayFacade.class, Byte.class});
public static final long[] __DNA__FIELD__profile
Controls profile shape (0->1, .5 is round).
This is how you get a reference on the corresponding field in the struct:
BevelModifierData bevelmodifierdata = ...; CPointer<Object> p = bevelmodifierdata.__dna__addressof(BevelModifierData.__DNA__FIELD__profile); CPointer<Float> p_profile = p.cast(new Class[]{Float.class});
public static final long[] __DNA__FIELD__bevel_angle
if the MOD_BEVEL_ANGLE is set, this will be how "sharp" an edge must be before it gets beveled
This is how you get a reference on the corresponding field in the struct:
BevelModifierData bevelmodifierdata = ...; CPointer<Object> p = bevelmodifierdata.__dna__addressof(BevelModifierData.__DNA__FIELD__bevel_angle); CPointer<Float> p_bevel_angle = p.cast(new Class[]{Float.class});
public static final long[] __DNA__FIELD__spread
This is how you get a reference on the corresponding field in the struct:
BevelModifierData bevelmodifierdata = ...; CPointer<Object> p = bevelmodifierdata.__dna__addressof(BevelModifierData.__DNA__FIELD__spread); CPointer<Float> p_spread = p.cast(new Class[]{Float.class});
public static final long[] __DNA__FIELD__defgrp_name
if the MOD_BEVEL_VWEIGHT option is set, this will be the name of the vert group, MAX_VGROUP_NAME
This is how you get a reference on the corresponding field in the struct:
BevelModifierData bevelmodifierdata = ...; CPointer<Object> p = bevelmodifierdata.__dna__addressof(BevelModifierData.__DNA__FIELD__defgrp_name); CPointer<CArrayFacade<Byte>> p_defgrp_name = p.cast(new Class[]{CArrayFacade.class, Byte.class});
public BevelModifierData(long __address, Block __block, BlockTable __blockTable)
protected BevelModifierData(BevelModifierData that)
public ModifierData getModifier() throws java.io.IOException
java.io.IOException
__DNA__FIELD__modifier
public void setModifier(ModifierData modifier) throws java.io.IOException
java.io.IOException
__DNA__FIELD__modifier
public float getValue() throws java.io.IOException
The "raw" bevel value (distance/amount to bevel).
java.io.IOException
__DNA__FIELD__value
public void setValue(float value) throws java.io.IOException
The "raw" bevel value (distance/amount to bevel).
java.io.IOException
__DNA__FIELD__value
public int getRes() throws java.io.IOException
The resolution (as originally coded, it is the number of recursive bevels).
java.io.IOException
__DNA__FIELD__res
public void setRes(int res) throws java.io.IOException
The resolution (as originally coded, it is the number of recursive bevels).
java.io.IOException
__DNA__FIELD__res
public short getFlags() throws java.io.IOException
General option flags.
java.io.IOException
__DNA__FIELD__flags
public void setFlags(short flags) throws java.io.IOException
General option flags.
java.io.IOException
__DNA__FIELD__flags
public short getVal_flags() throws java.io.IOException
Used to interpret the bevel value.
java.io.IOException
__DNA__FIELD__val_flags
public void setVal_flags(short val_flags) throws java.io.IOException
Used to interpret the bevel value.
java.io.IOException
__DNA__FIELD__val_flags
public short getLim_flags() throws java.io.IOException
Flags to tell the tool how to limit the bevel.
java.io.IOException
__DNA__FIELD__lim_flags
public void setLim_flags(short lim_flags) throws java.io.IOException
Flags to tell the tool how to limit the bevel.
java.io.IOException
__DNA__FIELD__lim_flags
public short getE_flags() throws java.io.IOException
Flags to direct how edge weights are applied to verts.
java.io.IOException
__DNA__FIELD__e_flags
public void setE_flags(short e_flags) throws java.io.IOException
Flags to direct how edge weights are applied to verts.
java.io.IOException
__DNA__FIELD__e_flags
public short getMat() throws java.io.IOException
Material
index if >= 0, else material inherited from surrounding faces.
java.io.IOException
__DNA__FIELD__mat
public void setMat(short mat) throws java.io.IOException
Material
index if >= 0, else material inherited from surrounding faces.
java.io.IOException
__DNA__FIELD__mat
public short getEdge_flags() throws java.io.IOException
java.io.IOException
__DNA__FIELD__edge_flags
public void setEdge_flags(short edge_flags) throws java.io.IOException
java.io.IOException
__DNA__FIELD__edge_flags
public short getFace_str_mode() throws java.io.IOException
java.io.IOException
__DNA__FIELD__face_str_mode
public void setFace_str_mode(short face_str_mode) throws java.io.IOException
java.io.IOException
__DNA__FIELD__face_str_mode
public short getMiter_inner() throws java.io.IOException
patterns to use for mitering non-reflex and reflex miter edges
java.io.IOException
__DNA__FIELD__miter_inner
public void setMiter_inner(short miter_inner) throws java.io.IOException
patterns to use for mitering non-reflex and reflex miter edges
java.io.IOException
__DNA__FIELD__miter_inner
public short getMiter_outer() throws java.io.IOException
java.io.IOException
__DNA__FIELD__miter_outer
public void setMiter_outer(short miter_outer) throws java.io.IOException
java.io.IOException
__DNA__FIELD__miter_outer
public CArrayFacade<java.lang.Byte> get_pad0() throws java.io.IOException
java.io.IOException
__DNA__FIELD___pad0
public void set_pad0(CArrayFacade<java.lang.Byte> _pad0) throws java.io.IOException
java.io.IOException
__DNA__FIELD___pad0
public float getProfile() throws java.io.IOException
Controls profile shape (0->1, .5 is round).
java.io.IOException
__DNA__FIELD__profile
public void setProfile(float profile) throws java.io.IOException
Controls profile shape (0->1, .5 is round).
java.io.IOException
__DNA__FIELD__profile
public float getBevel_angle() throws java.io.IOException
if the MOD_BEVEL_ANGLE is set, this will be how "sharp" an edge must be before it gets beveled
java.io.IOException
__DNA__FIELD__bevel_angle
public void setBevel_angle(float bevel_angle) throws java.io.IOException
if the MOD_BEVEL_ANGLE is set, this will be how "sharp" an edge must be before it gets beveled
java.io.IOException
__DNA__FIELD__bevel_angle
public float getSpread() throws java.io.IOException
java.io.IOException
__DNA__FIELD__spread
public void setSpread(float spread) throws java.io.IOException
java.io.IOException
__DNA__FIELD__spread
public CArrayFacade<java.lang.Byte> getDefgrp_name() throws java.io.IOException
if the MOD_BEVEL_VWEIGHT option is set, this will be the name of the vert group, MAX_VGROUP_NAME
java.io.IOException
__DNA__FIELD__defgrp_name
public void setDefgrp_name(CArrayFacade<java.lang.Byte> defgrp_name) throws java.io.IOException
if the MOD_BEVEL_VWEIGHT option is set, this will be the name of the vert group, MAX_VGROUP_NAME
java.io.IOException
__DNA__FIELD__defgrp_name
public CPointer<BevelModifierData> __io__addressof()