Mixing
Vector based on a set and in the order of another vector
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This feels like a very basic question, so I hope I am not in the wrong place.
I have a set of (color, value) pairs CV={(color_1,value_1), (color_2,value_2) ...} and a vector of colors color = [color_2, color_3, color_1,...].
I want to formally define the vector Value as the values in CV but in the order that the corresponding color appears in the color vector.
Is there a more mathematically exact way of writing this?
Example: CV = {(orange, 7), (red, 3), (blue, 91), (green,22)} and color=[red, blue, green, orange]. Now Value should be Value = [3, 91, 22, 7].
Thanks in advance.
vectors
asked yesterday
oldmansaur
274
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This feels like a very basic question, so I hope I am not in the wrong place.
I have a set of (color, value) pairs CV={(color_1,value_1), (color_2,value_2) ...} and a vector of colors color = [color_2, color_3, color_1,...].
I want to formally define the vector Value as the values in CV but in the order that the corresponding color appears in the color vector.
Is there a more mathematically exact way of writing this?
Example: CV = {(orange, 7), (red, 3), (blue, 91), (green,22)} and color=[red, blue, green, orange]. Now Value should be Value = [3, 91, 22, 7].
Thanks in advance.
vectors
asked yesterday
oldmansaur
274
I'm not sure what your question is. You just gave the definition.
– user3482749
yesterday
thanks for the swift answer. My question would be: Is there a more mathematically exact way of writing this. Because right now it sounds a bit vague.
– oldmansaur
yesterday
Not really. What you've said is precise. Given any CV and color, I can define Value precisely.
– user3482749
yesterday
add a comment |
up vote
0
down vote
favorite
up vote
0
down vote
favorite
This feels like a very basic question, so I hope I am not in the wrong place.
I have a set of (color, value) pairs CV={(color_1,value_1), (color_2,value_2) ...} and a vector of colors color = [color_2, color_3, color_1,...].
I want to formally define the vector Value as the values in CV but in the order that the corresponding color appears in the color vector.
Is there a more mathematically exact way of writing this?
Example: CV = {(orange, 7), (red, 3), (blue, 91), (green,22)} and color=[red, blue, green, orange]. Now Value should be Value = [3, 91, 22, 7].
Thanks in advance.
vectors
asked yesterday
oldmansaur
274
This feels like a very basic question, so I hope I am not in the wrong place.
I have a set of (color, value) pairs CV={(color_1,value_1), (color_2,value_2) ...} and a vector of colors color = [color_2, color_3, color_1,...].
I want to formally define the vector Value as the values in CV but in the order that the corresponding color appears in the color vector.
Is there a more mathematically exact way of writing this?
Example: CV = {(orange, 7), (red, 3), (blue, 91), (green,22)} and color=[red, blue, green, orange]. Now Value should be Value = [3, 91, 22, 7].
Thanks in advance.
vectors
vectors
asked yesterday
oldmansaur
274
asked yesterday
oldmansaur
274
edited yesterday
asked yesterday
oldmansaur
274
asked yesterday
oldmansaur
274
asked yesterday
oldmansaur
274
274
I'm not sure what your question is. You just gave the definition.
– user3482749
yesterday
thanks for the swift answer. My question would be: Is there a more mathematically exact way of writing this. Because right now it sounds a bit vague.
– oldmansaur
yesterday
Not really. What you've said is precise. Given any CV and color, I can define Value precisely.
– user3482749
yesterday
add a comment |
I'm not sure what your question is. You just gave the definition.
– user3482749
yesterday
thanks for the swift answer. My question would be: Is there a more mathematically exact way of writing this. Because right now it sounds a bit vague.
– oldmansaur
yesterday
Not really. What you've said is precise. Given any CV and color, I can define Value precisely.
– user3482749
yesterday
I'm not sure what your question is. You just gave the definition.
– user3482749
yesterday
I'm not sure what your question is. You just gave the definition.
– user3482749
yesterday
thanks for the swift answer. My question would be: Is there a more mathematically exact way of writing this. Because right now it sounds a bit vague.
– oldmansaur
yesterday
thanks for the swift answer. My question would be: Is there a more mathematically exact way of writing this. Because right now it sounds a bit vague.
– oldmansaur
yesterday
Not really. What you've said is precise. Given any CV and color, I can define Value precisely.
– user3482749
yesterday
Not really. What you've said is precise. Given any CV and color, I can define Value precisely.
– user3482749
yesterday
add a comment |
1 Answer
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CV defines a map mapping colors to values. Hence we can write $Value = (CV(color_i))_{i=1}^n$, where $n$ is the given dimension.
answered yesterday
Stockfish
41726
add a comment |
1 Answer
1
active
oldest
votes
1 Answer
1
active
oldest
votes
active
oldest
votes
active
oldest
votes
up vote
0
down vote
accepted
CV defines a map mapping colors to values. Hence we can write $Value = (CV(color_i))_{i=1}^n$, where $n$ is the given dimension.
answered yesterday
Stockfish
41726
add a comment |
up vote
0
down vote
accepted
CV defines a map mapping colors to values. Hence we can write $Value = (CV(color_i))_{i=1}^n$, where $n$ is the given dimension.
answered yesterday
Stockfish
41726
add a comment |
up vote
0
down vote
accepted
up vote
0
down vote
accepted
CV defines a map mapping colors to values. Hence we can write $Value = (CV(color_i))_{i=1}^n$, where $n$ is the given dimension.
answered yesterday
Stockfish
41726
CV defines a map mapping colors to values. Hence we can write $Value = (CV(color_i))_{i=1}^n$, where $n$ is the given dimension.
answered yesterday
Stockfish
41726
answered yesterday
Stockfish
41726
answered yesterday
Stockfish
41726
answered yesterday
Stockfish
41726
41726
add a comment |
add a comment |
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I'm not sure what your question is. You just gave the definition.
– user3482749
yesterday
thanks for the swift answer. My question would be: Is there a more mathematically exact way of writing this. Because right now it sounds a bit vague.
– oldmansaur
yesterday
Not really. What you've said is precise. Given any CV and color, I can define Value precisely.
– user3482749
yesterday