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Documentation -- Reference Pages -- transform math binary
Table Of Contents
Subsections
Operators
- aktive op math atan2
- aktive op math difference
- aktive op math div
- aktive op math eq
- aktive op math ge
- aktive op math gt
- aktive op math hypot
- aktive op math le
- aktive op math lt
- aktive op math mod
- aktive op math ne
- aktive op math pow
- aktive op math screen
- aktive op math sub
Operators
↑ aktive op math atan2
Syntax: aktive op math atan2 a b [→ definition]
Returns image with the binary operation atan2(A, B) applied to all shared pixels of the two inputs.
The result geometry is the intersection of the inputs.
| Input | Description |
|---|---|
| a | Image A |
| b | Image B |
↑ aktive op math difference
Syntax: aktive op math difference a b [→ definition]
Returns image holding the absolute difference abs(A-B) of the inputs.
| Input | Description |
|---|---|
| a | Image A |
| b | Image B |
↑ aktive op math div
Syntax: aktive op math div a b [→ definition]
Returns image with the binary operation A / B applied to all shared pixels of the two inputs.
The result geometry is the intersection of the inputs.
| Input | Description |
|---|---|
| a | Image A |
| b | Image B |
↑ aktive op math eq
Syntax: aktive op math eq a b [→ definition]
Returns image with the binary operation A == B applied to all shared pixels of the two inputs.
The result geometry is the intersection of the inputs.
| Input | Description |
|---|---|
| a | Image A |
| b | Image B |
↑ aktive op math ge
Syntax: aktive op math ge a b [→ definition]
Returns image with the binary operation A >= B applied to all shared pixels of the two inputs.
The result geometry is the intersection of the inputs.
| Input | Description |
|---|---|
| a | Image A |
| b | Image B |
↑ aktive op math gt
Syntax: aktive op math gt a b [→ definition]
Returns image with the binary operation A > B applied to all shared pixels of the two inputs.
The result geometry is the intersection of the inputs.
| Input | Description |
|---|---|
| a | Image A |
| b | Image B |
↑ aktive op math hypot
Syntax: aktive op math hypot a b [→ definition]
Returns image with the binary operation hypot (A, B) applied to all shared pixels of the two inputs.
The result geometry is the intersection of the inputs.
| Input | Description |
|---|---|
| a | Image A |
| b | Image B |
↑ aktive op math le
Syntax: aktive op math le a b [→ definition]
Returns image with the binary operation A <= B applied to all shared pixels of the two inputs.
The result geometry is the intersection of the inputs.
| Input | Description |
|---|---|
| a | Image A |
| b | Image B |
↑ aktive op math lt
Syntax: aktive op math lt a b [→ definition]
Returns image with the binary operation A < B applied to all shared pixels of the two inputs.
The result geometry is the intersection of the inputs.
| Input | Description |
|---|---|
| a | Image A |
| b | Image B |
↑ aktive op math mod
Syntax: aktive op math mod a b [→ definition]
Returns image with the binary operation A % B applied to all shared pixels of the two inputs.
The result geometry is the intersection of the inputs.
| Input | Description |
|---|---|
| a | Image A |
| b | Image B |
↑ aktive op math ne
Syntax: aktive op math ne a b [→ definition]
Returns image with the binary operation A != B applied to all shared pixels of the two inputs.
The result geometry is the intersection of the inputs.
| Input | Description |
|---|---|
| a | Image A |
| b | Image B |
↑ aktive op math pow
Syntax: aktive op math pow a b [→ definition]
Returns image with the binary operation pow (A, B) applied to all shared pixels of the two inputs.
The result geometry is the intersection of the inputs.
| Input | Description |
|---|---|
| a | Image A |
| b | Image B |
↑ aktive op math screen
Syntax: aktive op math screen a b [→ definition]
Returns image holding the screen(A,B) = A+B-A*B = A*(1-B)+B of the inputs.
| Input | Description |
|---|---|
| a | Image A |
| b | Image B |
↑ aktive op math sub
Syntax: aktive op math sub a b [→ definition]
Returns image with the binary operation A - B applied to all shared pixels of the two inputs.
The result geometry is the intersection of the inputs.
| Input | Description |
|---|---|
| a | Image A |
| b | Image B |