Differences

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--- tools:matrix:start [2022/04/07 12:25] – [Accessing Elements] ursgraf
+++ tools:matrix:start [2022/04/20 13:29] (current) – [Logging Matrices] ursgraf
@@ Line 8: / Line 8: @@
 Vector3<> v;
 </code>
-as ''Vector3'' is a predefined type with three dimensions and the default element type is ''double''. A ''Vector3'' is identical to the type ''Matrix<3,1,double>''. The vector could be initializer as follows
+as ''Vector3'' is a predefined type with three dimensions and the default element type is ''double''. A ''Vector3'' is identical to the type ''Matrix<3,1,double>''. The vector could be initialized as follows
 <code cpp>
 v = {1.5, -2, 0}
@@ Line 21: / Line 21: @@
 , 8, 9;
 </code>
-The first three numbers will be filled into the first colon. While the internal representation is simply a one dimensional vector, the matrix could be visualized as
+The first three numbers will be filled into the first row. While the internal representation is simply a one dimensional vector, the matrix could be visualized as
 | ^col0^col1^col2^
@@ Line 27: / Line 27: @@
 ^row1|4|5|6|
 ^row2|7|8|9|
+When declaring and initializing a matrix, the values must be given colon per colon. The same matrix as given above would be initialized as follows
+<code cpp>
+Matrix<3, 3, int> m{1, 4, 7, 2, 5, 8, 3, 6, 9};
+</code>
 ===== Accessing Elements =====
 You can access rows, columns or single elements of matrices with the following methods:
@@ Line 66: / Line 69: @@
 <code>
 -09-16 17:37:18:122    I:  [1]'
--09-16 17:37:18:122    I:  [1 2]'
+-09-16 17:37:18:122    I:  [1 2]'         // one colon with two rows
--09-16 17:37:18:122    I:  [ [1]' [2]' ]'
+-09-16 17:37:18:122    I:  [ [1]' [2]' ]' // one row with two colons
 </code>