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polyColorBlindData([aboveMaxColorBlue=float], [aboveMaxColorGreen=float], [aboveMaxColorRed=float], [attrName=string], [belowMinColorBlue=float], [belowMinColorGreen=float], [belowMinColorRed=float], [clashColorBlue=float], [clashColorGreen=float], [clashColorRed=float], [colorBlue=float], [colorGreen=float], [colorRed=float], [dataType=string], [enableFalseColor=boolean], [maxColorBlue=float], [maxColorGreen=float], [maxColorRed=float], [maxValue=float], [minColorBlue=float], [minColorGreen=float], [minColorRed=float], [minValue=float], [mode=int], [noColorBlue=float], [noColorGreen=float], [noColorRed=float], [numIdTypes=int], [queryMode=boolean], [typeId=int], [useMax=boolean], [useMin=boolean], [value=string])
Note: Strings representing object names and arguments must be separated by commas. This is not depicted in the synopsis.
polyColorBlindData is NOT undoable, NOT queryable, and NOT editable.
This command applies false color to the selected polygonal components
and objects, depending on whether or not blind data exists for the
selected components (or, in the case of poly objects, dynamic
attributes), and, depending on the color mode indicated, what the
values are. It is possible to color objects based on whether or not
the data exists, if the data matches a specific value or range of
values, or grayscale color the data according to what the actual value
is in relation to the specified min and max. This command also has a
query mode in which the components and/or objects are returned in a
string array to allow for selection filtering.
color, query, blind, data
aboveMaxColorBlue, aboveMaxColorGreen, aboveMaxColorRed, attrName, belowMinColorBlue, belowMinColorGreen, belowMinColorRed, clashColorBlue, clashColorGreen, clashColorRed, colorBlue, colorGreen, colorRed, dataType, enableFalseColor, maxColorBlue, maxColorGreen, maxColorRed, maxValue, minColorBlue, minColorGreen, minColorRed, minValue, mode, noColorBlue, noColorGreen, noColorRed, numIdTypes, queryMode, typeId, useMax, useMin, value
| Long name (short name) |
Argument types |
Properties |
enableFalseColor(efc)
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boolean
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Turns false coloring on or off for all poly objects in the scene
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queryMode(q)
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boolean
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If on, do not color and return selection as string array instead.
Any data that would be colored normally (except for 'no color' and
out of range colors) is returned
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typeId(id)
|
int
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Specifies the typeId of the BlindData type being created
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numIdTypes(num)
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int
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Specifies how many attrs are in this id type
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mode(m)
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int
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Specifies the mode:
- 0 : binary - only components and objects that have the data will be colored
- 1 : discrete value - a value is specified. Data that matches this value will be colored
- 2 : discrete range - values that fall within the given range will be colored
- 3 : unsigned set mode - if ( givenValue & actualValue ) then data will be colored
- 4 : unsigned not set mode - if ( !(givenValue & actualValue) ) then data will be colored
- 5 : unsigned equal mode - if ( givenValue == actualValue ) then data will be colored
- 6 : grayscale mode - a min value, max value, min color, max color, below min color, and
above max color are given. Data is colored according to how it relates to these values.
- 7 : as color mode - if the blind data consists of 3 doubles, ranged 0-1, the components are colored as the data specifies
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dataType(dt)
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string
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Specifies the type for this id
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attrName(n)
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string
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Specifies the name of the data that is being examined by this command.
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value(v)
|
string
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noColorRed(ncr)
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float
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Specifies red component of color to use for no data assigned
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noColorGreen(ncg)
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float
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Specifies green component of color to use for no data assigned
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noColorBlue(ncb)
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float
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Specifies blue component of color to use for no data assigned
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clashColorRed(ccr)
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float
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Specifies red component color to use for data which clashes
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clashColorGreen(ccg)
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float
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Specifies green component color to use for data which clashes
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clashColorBlue(ccb)
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float
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Specifies blue component color to use for data which clashes
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belowMinColorRed(bmr)
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float
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Specifies red component of color to use for data that is below min
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belowMinColorGreen(bmg)
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float
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Specifies green component of color to use for data that is below min
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belowMinColorBlue(bmb)
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float
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Specifies blue component of color to use for data that is below min
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aboveMaxColorRed(amr)
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float
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Specifies red component of color to use for data that is above max
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aboveMaxColorGreen(amg)
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float
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Specifies green component of color to use for data that is above max
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aboveMaxColorBlue(amb)
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float
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Specifies blue component of color to use for data that is above max
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colorRed(cr)
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float
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Specifies red component of color to use for given data
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colorGreen(cg)
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float
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Specifies green component of color to use for given data
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colorBlue(cb)
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float
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Specifies blue component of color to use for given data
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minColorRed(mnr)
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float
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Specifies red component of color to use for min value for grayscale
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minColorGreen(mng)
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float
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Specifies green component of color to use for min value for grayscale
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minColorBlue(mnb)
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float
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Specifies blue component of color to use for min value for grayscale
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maxColorRed(mxr)
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float
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Specifies red component of color to use for max value for grayscale
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maxColorGreen(mxg)
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float
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Specifies green component of color to use for max value for grayscale
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maxColorBlue(mxb)
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float
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Specifies blue component of color to use for max value for grayscale
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useMin(umn)
|
boolean
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Specifies whether the min should be used for discrete ranges
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minValue(mnv)
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float
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Specifies the min value for grayscale or discrete range data
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maxValue(mxv)
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float
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Specifies the max value for grayscale or discrete range data
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useMax(umx)
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boolean
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Specifies whether the max should be used for discrete ranges
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Flag can appear in Create mode of command
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Flag can appear in Edit mode of command
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Flag can appear in Query mode of command
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Flag can have multiple arguments, passed either as a tuple or a list.
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import maya.cmds as cmds
# In these examples we have type 1000, with one double attribute
# called "fluffy", and type 1001 with attributes "grimy" and "slimy".
# Color all items of id 1000 red. Note that we must also specify
# None color (black) and Clash color(cyan). Note that we must also
# specify the names of the attributes, even if we don't care about
# the attribute values:
cmds.polyColorBlindData( ncr=0, ncg=0, ncb=0, ccr=0, ccg=1, ccb=1, id=1000, num=1, m=0, n='fluffy', cr=1, cg=0, cb=0 )
# Now color only those values of "fluffy" between 2 and 5:
cmds.polyColorBlindData( ncr=0, ncg=0, ncb=0, ccr=0, ccg=1, ccb=1, id=1000, num=1, m=2, dt='double', n='fluffy', umn=1, mnv=2, umx=1, mxv=5, cr=1, cg=0, cb=0 )
# Note for a continuous range query we must specify min, max and
# out of range color instead of just color (here values between 2 and 5
# are colored between white and gray, out of range values are yellow):
cmds.polyColorBlindData( ncr=0, ncg=0, ncb=0, ccr=0, ccg=1, ccb=1, id=1000, num=1, m=6, dt='double', n='fluffy', bmr=1, bmg=1, bmb=0, amr=1, amg=1, amb=0, mnr=0.250980407, mng=0.250980407, mnb=0.250980407, mxr=1, mxg=1, mxb=1, mnv=2, mxv=5 )
# Now, for attribute "fluffy", color values of 2 red and values of 2 green:
cmds.polyColorBlindData( ncr=0, ncg=0, ncb=0, ccr=0, ccg=1, ccb=1, id=1000, num=1, m=1, dt='double', n='fluffy', v='2', cr=1, cg=0, cb=0, id=1000, num=1, m=1, dt='double', n='fluffy', v='3', cr=0, cg=1, cb=0 )
# To just query and not color, filter the active selection list
# and return the list of components that meet the criteria (in this
# case having blind data of type 1000)
cmds.polyColorBlindData( 1000, '-num', 1, '-m', 0, '-n', 'fluffy', query=True, id=True )
# Now if we have 2 attributes:
cmds.polyColorBlindData( ncr=0, ncg=0, ncb=0, ccr=0, ccg=1, ccb=1, id=1001, num=2, m=0, n='grimy', n='slimy', cr=1, cg=0, cb=0 )
# Note that when querying for value, values of all attrs must be specified
# here we set (grimy = 22, slimy = 1) to be red, and (grimy = 55, slimy = 2)
# to be green
cmds.polyColorBlindData( ncr=0, ncg=0, ncb=0, ccr=0, ccg=1, ccb=1, id=1001, num=2, m=1, dt='double', n='grimy', v='22', cr=1, cg=0, cb=0, dt='int', n='slimy', v='1', cr=1, cg=0, cb=0, id=1001, num=2, m=1, dt='double', n='grimy', v='55', cr=0, cg=1, cb=0, dt='int', n='slimy', v='2', cr=0, cg=1, cb=0 )