MiniRobotLanguage (MRL)
ANA.MixROR
Mix Contents from 3 Image-Register (IR) that contain R,G and B-Part into a Single IR using a Bit Right-Shift (by P3 Bits)
ANA.MixROL
Mix Contents from 3 Image-Register (IR) that contain R,G and B-Part into a Single IR, using a Bit Left-Shift (by P3 Bits)
ANA.MixDROR
Mix Contents from 3 Image-Register (IR) that contain R,G and B-Part into a Single IR, using a Bit Right-Shift (by P3 Bits) and doing a Bit-Reversal LSB<>MSB
ANA.MixDROL
Mix Contents from 3 Image-Register (IR) that contain R,G and B-Part into a Single IR, using a Bit Left-Shift (by P3 Bits) and doing a Bit-Reversal LSB<>MSB
ANA.MixRev
Mix Contents from 3 Image-Register (IR) that contain R,G and B-Part into a Single IR, using a Bit Left-Shift (by P3 Bits) and doing a Bit-Reversal LSB<>MSB
ANA.MixRevN
Mix Contents from 3 Image-Register (IR) that contain R,G and B-Part into a Single IR, using a Bit Left-Shift (by P3 Bits) and doing a Bit-Reversal LSB<>MSB and a Negation
Intention
This command will mix the Content of R,G and B-Part each in separate Image-Registers, into a Single IR-Picture.
Its intended to analyze the pictures or apply Special effects.
Split Picture in R,G and B-Parts and Mix it together using the ROL/ROR_Commands
Technically these commands eleminate some of the color-parts.
$$FIA=?pattern\SarahC_640.jpg
ANA.Load|0|$$FIA
ANA.SplitRGB|0|1
ANA.Show|1!
ANA.Show|2!
ANA.Show|3!
ANA.MixROL|6|1|1
ANA.Show|6!
ENR.
Picture 1: Original in IR 0 Picture 2 in IR 1 Picture 3 in IR 2 Picture 4 in IR 3
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Below we will show just the result of the Mixing-Commands:
ANA.MixROL|1 ANA.MixROR|1 ANA.MixDROR|1 ANA.MixDROL|1 ANA.MixRev|2 ANA.MixRevN|2
The result will be the blue part removed. The result will be the red part removed The Result will just be the Blue-Part. The result will be the red part. The Result will just be the Blue-Part. The result will be the red part.
ANA.MixROL|1 ANA.MixROR|1 ANA.MixDROR|1 ANA.MixDROL|1 ANA.MixRev|2 ANA.MixRevN|2
The result will be the blue part removed. The result will be the red part removed The Result will just be the Blue-Part. The result will be the red part. The Result will just be the Blue-Part. The result will be the red part.
ANA.MixROL|6 ANA.MixROR|6 ANA.MixDROR|6 ANA.MixDROL|6
The result will be the blue part removed. The result will be the red part removed The Result will just be the Blue-Part. The result will be the red part.
ANA.MixROL|6 ANA.MixROR|6 ANA.MixDROR|6 ANA.MixDROL|6
The result will be the blue part removed. The result will be the red part removed The Result will just be the Blue-Part. The result will be the red part.
Syntax
ANA.MixROR[|P1][|P2][|P3]
ANA.MixROL[|P1][|P2][|P3]
ANA.MixDROR[|P1][|P2][|P3]
ANA.MixDROL[|P1][|P2][|P3]
ANA.MixRev[|P1][|P2][|P3]
ANA.MixRevN[|P1][|P2][|P3]
Parameter Explanation
P1 - opt Destination Image-Register number, if omitted, IR 0 will be used.
P2 - opt Source R Image-Register number, if omitted, IR P1+1 will be used.
P3 - opt Number of Bit-Shifts This numberwill specify how often the Bits will be shifted to LEFT (ROL/DROL) or RIGHT (ROR/DROR).
You can use any number from 0 (no change) to 31.
Important:
The Image Registers for G+B are P2+1 and P2+2
The Command will leave a 0/1 on the TOS. As always, a 0 means Error, while a 1 means "all fine".
Example
'***********************************
' ANA.SplitRGB and MixROR-Sample
' Will save all resulting Pictures as ".jpg"
'***********************************
FOR.$$LOP|0|32
$$FIA=?pattern\SarahC_640.jpg
$$FIB=?pattern\Pic_Sa_ROR_$$LOP.jpg
ANA.Load|0|$$FIA
ANA.SplitRGB|0|1
ANA.MixROR|6|1|$$LOP
ANA.Show|6
ANA.Save|6|$$FIB
NEX.
ENR.
Remarks
-
Limitations:
-
See also:
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