[NAME] ALL.dao.type.array.method [TITLE] Array methods [DESCRIPTION] 道数值数组类型目前支持以下方法: 1 array<@T<none|int|float|double|complex>=none>( dim1: int, dim2 = 0, dim3 = 0 ) 2 [I: int, J: int, K: int => @T|array<@T>] => array<@T> 3 dim( invar self: array<@T>, i: int ) => int 4 dims( invar self: array<@T> ) => tuple<...:int> 5 index( invar self: array<@T>, i: int ) => tuple<...:int> 6 size( invar self: array<@T> ) => int 7 resize( self: array<@T>, size: int, ...: int ) => array<@T> 8 reshape( self: array<@T>, size: int, ...: int ) => array<@T> 9 permute( self: array<@T>, size: int, ...: int ) => array<@T> 10 transpose( self: array<@T> ) 11 max( invar self: array<@T<int|float|double>> ) => tuple<@T,int>|none 12 min( invar self: array<@T<int|float|double>> ) => tuple<@T,int>|none 13 sum( invar self: array<@T> ) => @T 14 sort( self: array<@T>, order: enum<ascend,descend> = $ascend, part = 0 ) 15 => array<@T> 16 map( invar self: array<@T> ) 17 [item: @T, I: int, J: int, K: int, L: int, M: int => @V] => array<@V> 18 reduce( invar self: array<@T> ) 19 [item: @T, res: @T, I: int, J: int, K: int, L: int, M: int => @T] => @T 20 reduce( invar self: array<@T>, init: @V ) 21 [item: @T, res: @V, I: int, J: int, K: int, L: int, M: int => @V] => @V 22 collect( invar self: array<@T> ) 23 [item: @T, I: int, J: int, K: int, L: int, M: int => none|@V] => list<@V> 24 iterate( invar self: array<@T> ) 25 [item: @T, I: int, J: int, K: int, L: int, M: int] 26 apply( self: array<@T> ) 27 [item: @T, I: int, J: int, K: int, L: int, M: int => @T] => array<@T> 0.1 Methods 0.1.1 dim(invar self:array<@T>,i:int)=>int 1 dim( invar self: array<@T>, i: int ) => int 0.1.2 dims(invar self:array<@T>)=>tuple<...:int> 1 dims( invar self: array<@T> ) => tuple<...:int> 0.1.3 index(invar self:array<@T>,i:int)=>tuple<...:int> 1 index( invar self: array<@T>, i: int ) => tuple<...:int> 0.1.4 size(invar self:array<@T>)=>int 1 size( invar self: array<@T> ) => int 0.1.5 resize(self:array<@T>,size:int, ...:int)=>array<@T> 1 resize( self: array<@T>, size: int, ...: int ) => array<@T> 0.1.6 reshape(self:array<@T>,size:int, ...:int)=>array<@T> 1 reshape( self: array<@T>, size: int, ...: int ) => array<@T> 0.1.7 permute(self:array<@T>,size:int, ...:int)=>array<@T> 1 permute( self: array<@T>, size: int, ...: int ) => array<@T> 0.1.8 transpose(self:array<@T>) 1 transpose( self: array<@T> ) 0.1.9 max(invar self:array<@T<int|float|double>>)=>tuple<@T,int> 1 max( invar self: array<@T<int|float|double>> ) => tuple<@T,int> 0.1.10 min(invar self:array<@T<int|float|double>>)=>tuple<@T,int> 1 min( invar self: array<@T<int|float|double>> ) => tuple<@T,int> 0.1.11 sum(invar self:array<@T>)=>@T 1 sum( invar self: array<@T> ) => @T 0.1.12 sort(self:array<@T>,order:enum<ascend,descend>=$ascend,part=0)=>array<@T> 1 sort( self: array<@T>, order: enum<ascend,descend> = $ascend, part = 0 ) 2 => array<@T> 0.1.13 map(invar self:array<@T>)[item:@T,I:int,J:int,K:int,...=>@V]=>array<@V> 1 map( invar self: array<@T> ) 2 [item: @T, I: int, J: int, K: int, L: int, M: int => @V] => array<@V> 0.1.14 reduce(invar self:array<@T>)[item:@T,res:@T,I:int,J:int,K:int,...=>@T]=>@T 1 reduce( invar self: array<@T> ) 2 [item: @T, res: @T, I: int, J: int, K: int, L: int, M: int => @T] => @T 0.1.15 reduce(invar self:array<@T>,init:@V)[item:@T,res:@V,I:int,J:int,...=>@V]=>@V 1 reduce( invar self: array<@T>, init: @V ) 2 [item: @T, res: @V, I: int, J: int, K: int, L: int, M: int => @V] => @V 0.1.16 collect(invar self:array<@T>)[item:@T,I:int,J:int,...=>none|@V]=>list<@V> 1 collect( invar self: array<@T> ) 2 [item: @T, I: int, J: int, K: int, L: int, M: int => none|@V] => list<@V> 0.1.17 iterate(invar self:array<@T>)[item:@T,I:int,J:int,K:int,...] 1 iterate( invar self: array<@T> ) 2 [item: @T, I: int, J: int, K: int, L: int, M: int] 0.1.18 apply(self:array<@T>)[item:@T,I:int,J:int,K:int,...=>@T]=>array<@T> 1 apply( self: array<@T> ) 2 [item: @T, I: int, J: int, K: int, L: int, M: int => @T] => array<@T>