tga format
this file has been created to satisfy numerous requests for information on targa image file formats. the information has been taken from appendix c of the truevision technical guide. requests for further information could be directed to: at&t electronic photography and imaging center 2002 wellesley ave. indianapolis, in 42619 this document does not pretend to be complete, but it does pretend to be accurate. if you discover any finger checks or erroneous information please let me know, ( david mcduffee, 75530,2626), and i will upload the corrections. thanks. the lack of completeness is due to the fact that the targa recognizes over half a dozen image file formats, some of which are more widely used than others. i have chosen to re-key the details on only those formats which i actually use. again, if you want to know more about formats not covered here, you could contact your truevision representative. all targa formats are identified by a data type field, which is a one byte binary integer located in byte three of the file. the various file types specified by this field are as follows: 0 - no image data included. 1 - uncompressed, color-mapped images. 2 - uncompressed, rgb images. 3 - uncompressed, black and white images. 9 - runlength encoded color-mapped images. 10 - runlength encoded rgb images. 11 - compressed, black and white images. 32 - compressed color-mapped data, using huffman, delta, and runlength encoding. 33 - compressed color-mapped data, using huffman, delta, and runlength encoding. 4-pass quadtree-type process. this document will describe only four formats: 1, 2, 9, and 10. -------------------------------------------------------------------------------- data type 1: color-mapped images. | _______________________________________________________________________________| | offset | length | description | |--------|--------|------------------------------------------------------------| |--------|--------|------------------------------------------------------------| | 0 | 1 | number of characters in identification field. | | | | | | | | this field is a one-byte unsigned integer, specifying | | | | the length of the image identification field. its range | | | | is 0 to 255. a value of 0 means that no image | | | | identification field is included. | | | | | |--------|--------|------------------------------------------------------------| | 1 | 1 | color map type. | | | | | | | | this field contains a binary 1 for data type 1 images. | | | | | |--------|--------|------------------------------------------------------------| | 2 | 1 | image type code. | | | | | | | | this field will always contain a binary 1. | | | | ( that's what makes it data type 1 ). | | | | | |--------|--------|------------------------------------------------------------| | 3 | 5 | color map specification. | | | | | | 3 | 2 | color map origin. | | | | integer ( lo-hi ) index of first color map entry. | | | | | | 5 | 2 | color map length. | | | | integer ( lo-hi ) count of color map entries. | | | | | | 7 | 1 | color map entry size. | | | | number of bits in each color map entry. 16 for | | | | the targa 16, 24 for the targa 24, 32 for the targa 32. | | | | | |--------|--------|------------------------------------------------------------| | 8 | 10 | image specification. | | | | | | 8 | 2 | x origin of image. | | | | integer ( lo-hi ) x coordinate of the lower left corner | | | | of the image. | | | | | | 10 | 2 | y origin of image. | | | | integer ( lo-hi ) y coordinate of the lower left corner | | | | of the image. | | | | | | 12 | 2 | width of image. | | | | integer ( lo-hi ) width of the image in pixels. | | | | | | 14 | 2 | height of image. | | | | integer ( lo-hi ) height of the image in pixels. | | | | | | 16 | 1 | image pixel size. | | | | number of bits in a stored pixel index. | | | | | | 17 | 1 | image descriptor byte. | | | | bits 3-0 - number of attribute bits associated with each | | | | pixel. | | | | bit 4 - reserved. must be set to 0. | | | | bit 5 - screen origin bit. | | | | 0 = origin in lower left-hand corner. | | | | 1 = origin in upper left-hand corner. | | | | must be 0 for truevision images. | | | | bits 7-6 - data storage interleaving flag. | | | | 00 = non-interleaved. | | | | 01 = two-way (even/odd) interleaving. | | | | 10 = four way interleaving. | | | | 11 = reserved. | | | | this entire byte should be set to 0. don't ask me. | | | | | |--------|--------|------------------------------------------------------------| | 18 | varies | image identification field. | | | | contains a free-form identification field of the length | | | | specified in byte 1 of the image record. it's usually | | | | omitted ( length in byte 1 = 0 ), but can be up to 255 | | | | characters. if more identification information is | | | | required, it can be stored after the image data. | | | | | |--------|--------|------------------------------------------------------------| | varies | varies | color map data. | | | | | | | | the offset is determined by the size of the image | | | | identification field. the length is determined by | | | | the color map specification, which describes the | | | | size of each entry and the number of entries. | | | | each color map entry is 2, 3, or 4 bytes. | | | | unused bits are assumed to specify attribute bits. | | | | | | | | the 4 byte entry contains 1 byte for blue, 1 byte | | | | for green, 1 byte for red, and 1 byte of attribute | | | | information, in that order. | | | | | | | the 3 byte entry contains 1 byte each of blue, green, | | | | and red. | | | | | | | | the 2 byte entry is broken down as follows: | | | | arrrrrgg gggbbbbb, where each letter represents a bit. | | | | but, because of the lo-hi storage order, the first byte | | | | coming from the file will actually be gggbbbbb, and the | | | | second will be arrrrrgg. "a" represents an attribute bit. | | | | | |--------|--------|------------------------------------------------------------| | varies | varies | image data field. | | | | | | | | this field specifies (width) x (height) color map | | | | indices. each index is stored as an integral number | | | | of bytes (typically 1 or 2). all fields are unsigned. | | | | the low-order byte of a two-byte field is stored first. | | | | | -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- data type 2: unmapped rgb images. | _______________________________________________________________________________| | offset | length | description | |--------|--------|------------------------------------------------------------| |--------|--------|------------------------------------------------------------| | 0 | 1 | number of characters in identification field. | | | | | | | | this field is a one-byte unsigned integer, specifying | | | | the length of the image identification field. its value | | | | is 0 to 255. a value of 0 means that no image | | | | identification field is included. | | | | | |--------|--------|------------------------------------------------------------| | 1 | 1 | color map type. | | | | | | | | this field contains either 0 or 1. 0 means no color map | | | | is included. 1 means a color map is included, but since | | | | this is an unmapped image it is usually ignored. tips | | | | ( a targa paint system ) will set the border color | | | | the first map color if it is present. | | | | | |--------|--------|------------------------------------------------------------| | 2 | 1 | image type code. | | | | | | | | this field will always contain a binary 2. | | | | ( that's what makes it data type 2 ). | | | | | |--------|--------|------------------------------------------------------------| | 3 | 5 | color map specification. | | | | | | | | ignored if color map type is 0; otherwise, interpreted | | | | as follows: | | | | | | 3 | 2 | color map origin. | | | | integer ( lo-hi ) index of first color map entry. | | | | | | 5 | 2 | color map length. | | | | integer ( lo-hi ) count of color map entries. | | | | | | 7 | 1 | color map entry size. | | | | number of bits in color map entry. 16 for the targa 16, | | | | 24 for the targa 24, 32 for the targa 32. | | | | | |--------|--------|------------------------------------------------------------| | 8 | 10 | image specification. | | | | | | 8 | 2 | x origin of image. | | | | integer ( lo-hi ) x coordinate of the lower left corner | | | | of the image. | | | | | | 10 | 2 | y origin of image. | | | | integer ( lo-hi ) y coordinate of the lower left corner | | | | of the image. | | | | | | 12 | 2 | width of image. | | | | integer ( lo-hi ) width of the image in pixels. | | | | | | 14 | 2 | height of image. | | | | integer ( lo-hi ) height of the image in pixels. | | | | | | 16 | 1 | image pixel size. | | | | number of bits in a pixel. this is 16 for targa 16, | | | | 24 for targa 24, and .... well, you get the idea. | | | | | | 17 | 1 | image descriptor byte. | | | | bits 3-0 - number of attribute bits associated with each | | | | pixel. for the targa 16, this would be 0 or | | | | 1. for the targa 24, it should be 0. for | | | | targa 32, it should be 8. | | | | bit 4 - reserved. must be set to 0. | | | | bit 5 - screen origin bit. | | | | 0 = origin in lower left-hand corner. | | | | 1 = origin in upper left-hand corner. | | | | must be 0 for truevision images. | | | | bits 7-6 - data storage interleaving flag. | | | | 00 = non-interleaved. | | | | 01 = two-way (even/odd) interleaving. | | | | 10 = four way interleaving. | | | | 11 = reserved. | | | | | |--------|--------|------------------------------------------------------------| | 18 | varies | image identification field. | | | | contains a free-form identification field of the length | | | | specified in byte 1 of the image record. it's usually | | | | omitted ( length in byte 1 = 0 ), but can be up to 255 | | | | characters. if more identification information is | | | | required, it can be stored after the image data. | | | | | |--------|--------|------------------------------------------------------------| | varies | varies | color map data. | | | | | | | | if the color map type is 0, this field doesn't exist. | | | | otherwise, just read past it to get to the image. | | | | the color map specification describes the size of each | | | | entry, and the number of entries you'll have to skip. | | | | each color map entry is 2, 3, or 4 bytes. | | | | | |--------|--------|------------------------------------------------------------| | varies | varies | image data field. | | | | | | | | this field specifies (width) x (height) pixels. each | | | | pixel specifies an rgb color value, which is stored as | | | | an integral number of bytes. | | | | | | | | the 2 byte entry is broken down as follows: | | | | arrrrrgg gggbbbbb, where each letter represents a bit. | | | | but, because of the lo-hi storage order, the first byte | | | | coming from the file will actually be gggbbbbb, and the | | | | second will be arrrrrgg. "a" represents an attribute bit. | | | | | | | | the 3 byte entry contains 1 byte each of blue, green, | | | | and red. | | | | | | | | the 4 byte entry contains 1 byte each of blue, green, | | | | red, and attribute. for faster speed (because of the | | | | hardware of the targa board itself), targa 24 images are | | | | sometimes stored as targa 32 images. | | | | | -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- data type 9: run length encoded, color-mapped images. | _______________________________________________________________________________| | offset | length | description | |--------|--------|------------------------------------------------------------| |--------|--------|------------------------------------------------------------| | 0 | 1 | number of characters in identification field. | | | | | | | | this field is a one-byte unsigned integer, specifying | | | | the length of the image identification field. its value | | | | is 0 to 255. a value of 0 means that no image | | | | identification field is included. | | | | | |--------|--------|------------------------------------------------------------| | 1 | 1 | color map type. | | | | | | | | this field is always 1 for color-mapped images. | | | | | |--------|--------|------------------------------------------------------------| | 2 | 1 | image type code. | | | | | | | | a binary 9 for this data type. | | | | | |--------|--------|------------------------------------------------------------| | 3 | 5 | color map specification. | | | | | | 3 | 2 | color map origin. | | | | integer ( lo-hi ) index of first color map entry. | | | | | | 5 | 2 | color map length. | | | | integer ( lo-hi ) count of color map entries. | | | | | | 7 | 1 | color map entry size. | | | | number of bits in each color map entry. 16 for the | | | | targa 16, 24 for the targa 24, 32 for the targa 32. | | | | | |--------|--------|------------------------------------------------------------| | 8 | 10 | image specification. | | | | | | 8 | 2 | x origin of image. | | | | integer ( lo-hi ) x coordinate of the lower left corner | | | | of the image. | | | | | | 10 | 2 | y origin of image. | | | | integer ( lo-hi ) y coordinate of the lower left corner | | | | of the image. | | | | | | 12 | 2 | width of image. | | | | integer ( lo-hi ) width of the image in pixels. | | | | | | 14 | 2 | height of image. | | | | integer ( lo-hi ) height of the image in pixels. | | | | | | 16 | 1 | image pixel size. | | | | number of bits in a pixel. this is 16 for targa 16, | | | | 24 for targa 24, and .... well, you get the idea. | | | | | | 17 | 1 | image descriptor byte. | | | | bits 3-0 - number of attribute bits associated with each | | | | pixel. for the targa 16, this would be 0 or | | | | 1. for the targa 24, it should be 0. for the | | | | targa 32, it should be 8. | | | | bit 4 - reserved. must be set to 0. | | | | bit 5 - screen origin bit. | | | | 0 = origin in lower left-hand corner. | | | | 1 = origin in upper left-hand corner. | | | | must be 0 for truevision images. | | | | bits 7-6 - data storage interleaving flag. | | | | 00 = non-interleaved. | | | | 01 = two-way (even/odd) interleaving. | | | | 10 = four way interleaving. | | | | 11 = reserved. | | | | | |--------|--------|------------------------------------------------------------| | 18 | varies | image identification field. | | | | contains a free-form identification field of the length | | | | specified in byte 1 of the image record. it's usually | | | | omitted ( length in byte 1 = 0 ), but can be up to 255 | | | | characters. if more identification information is | | | | required, it can be stored after the image data. | | | | | |--------|--------|------------------------------------------------------------| | varies | varies | color map data. | | | | | | | | the offset is determined by the size of the image | | | | identification field. the length is determined by | | | | the color map specification, which describes the | | | | size of each entry and the number of entries. | | | | each color map entry is 2, 3, or 4 bytes. | | | | unused bits are assumed to specify attribute bits. | | | | | | | | the 4 byte entry contains 1 byte for blue, 1 byte | | | | for green, 1 byte for red, and 1 byte of attribute | | | | information, in that order. | | | | | | | the 3 byte entry contains 1 byte each of blue, green, | | | | and red. | | | | | | | | the 2 byte entry is broken down as follows: | | | | arrrrrgg gggbbbbb, where each letter represents a bit. | | | | but, because of the lo-hi storage order, the first byte | | | | coming from the file will actually be gggbbbbb, and the | | | | second will be arrrrrgg. "a" represents an attribute bit. | | | | | |--------|--------|------------------------------------------------------------| | varies | varies | image data field. | | | | | | | | this field specifies (width) x (height) color map | | | | indices. the indices are stored in packets. there | | | | two types of packets: run-length packets, and raw | | | | packets. both types of packets consist of a 1-byte | | | | header, identifying the type of packet and specifying a | | | | count, followed by a variable-length body. | | | | the high-order bit of the header is "1" for the | | | | run length packet, and "0" for the raw packet. | | | | | | | | for the run-length packet, the header consists of: | | | | __________________________________________________ | | | | | 1 bit | 7 bit repetition count minus 1. | | | | | | id | since the maximum value of this | | | | | | | field is 127, the largest possible | | | | | | | run size would be 128. | | | | | |-------|----------------------------------------| | | | | | 1 | c c c c c c c | | | | | -------------------------------------------------- | | | | | | | | for the raw packet, the header consists of: | | | | __________________________________________________ | | | | | 1 bit | 7 bit number of pixels minus 1. | | | | | | id | since the maximum value of this | | | | | | | field is 127, there can never be | | | | | | | more than 128 pixels per packet. | | | | | |-------|----------------------------------------| | | | | | 0 | n n n n n n n | | | | | -------------------------------------------------- | | | | | | | | for the run length packet, the header is followed by | | | | a single color index, which is assumed to be repeated | | | | the number of times specified in the header. the rle | | | | packet may cross scan lines ( begin on one line and end | | | | on the next ). | | | | | | | | for the raw packet, the header is followed by the number | | | | of color indices specified in the header. the raw | | | | packet may cross scan lines ( begin on one line and end | | | | on the next ). | | | | | -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- data type 10: run length encoded, rgb images. | _______________________________________________________________________________| | offset | length | description | |--------|--------|------------------------------------------------------------| |--------|--------|------------------------------------------------------------| | 0 | 1 | number of characters in identification field. | | | | | | | | this field is a one-byte unsigned integer, specifying | | | | the length of the image identification field. its range | | | | is 0 to 255. a value of 0 means that no image | | | | identification field is included. | | | | | |--------|--------|------------------------------------------------------------| | 1 | 1 | color map type. | | | | | | | | this field contains either 0 or 1. 0 means no color map | | | | is included. 1 means a color map is included, but since | | | | this is an unmapped image it is usually ignored. tips | | | | ( a targa paint system ) will set the border color | | | | the first map color if it is present. wowie zowie. | | | | | |--------|--------|------------------------------------------------------------| | 2 | 1 | image type code. | | | | | | | | binary 10 for this type of image. | | | | | |--------|--------|------------------------------------------------------------| | 3 | 5 | color map specification. | | | | | | | | ignored if color map type is 0; otherwise, interpreted | | | | as follows: | | | | | | 3 | 2 | color map origin. | | | | integer ( lo-hi ) index of first color map entry. | | | | | | 5 | 2 | color map length. | | | | integer ( lo-hi ) count of color map entries. | | | | | | 7 | 1 | color map entry size. | | | | number of bits in color map entry. this value is 16 for | | | | the targa 16, 24 for the targa 24, 32 for the targa 32. | | | | | |--------|--------|------------------------------------------------------------| | 8 | 10 | image specification. | | | | | | 8 | 2 | x origin of image. | | | | integer ( lo-hi ) x coordinate of the lower left corner | | | | of the image. | | | | | | 10 | 2 | y origin of image. | | | | integer ( lo-hi ) y coordinate of the lower left corner | | | | of the image. | | | | | | 12 | 2 | width of image. | | | | integer ( lo-hi ) width of the image in pixels. | | | | | | 14 | 2 | height of image. | | | | integer ( lo-hi ) height of the image in pixels. | | | | | | 16 | 1 | image pixel size. | | | | number of bits in a pixel. this is 16 for targa 16, | | | | 24 for targa 24, and .... well, you get the idea. | | | | | | 17 | 1 | image descriptor byte. | | | | bits 3-0 - number of attribute bits associated with each | | | | pixel. for the targa 16, this would be 0 or | | | | 1. for the targa 24, it should be 0. for the | | | | targa 32, it should be 8. | | | | bit 4 - reserved. must be set to 0. | | | | bit 5 - screen origin bit. | | | | 0 = origin in lower left-hand corner. | | | | 1 = origin in upper left-hand corner. | | | | must be 0 for truevision images. | | | | bits 7-6 - data storage interleaving flag. | | | | 00 = non-interleaved. | | | | 01 = two-way (even/odd) interleaving. | | | | 10 = four way interleaving. | | | | 11 = reserved. | | | | | |--------|--------|------------------------------------------------------------| | 18 | varies | image identification field. | | | | contains a free-form identification field of the length | | | | specified in byte 1 of the image record. it's usually | | | | omitted ( length in byte 1 = 0 ), but can be up to 255 | | | | characters. if more identification information is | | | | required, it can be stored after the image data. | | | | | |--------|--------|------------------------------------------------------------| | varies | varies | color map data. | | | | | | | | if the color map type is 0, this field doesn't exist. | | | | otherwise, just read past it to get to the image. | | | | the color map specification, describes the size of each | | | | entry, and the number of entries you'll have to skip. | | | | each color map entry is 2, 3, or 4 bytes. | | | | | |--------|--------|------------------------------------------------------------| | varies | varies | image data field. | | | | | | | | this field specifies (width) x (height) pixels. the | | | | rgb color information for the pixels is stored in | | | | packets. there are two types of packets: run-length | | | | encoded packets, and raw packets. both have a 1-byte | | | | header, identifying the type of packet and specifying a | | | | count, followed by a variable-length body. | | | | the high-order bit of the header is "1" for the | | | | run length packet, and "0" for the raw packet. | | | | | | | | for the run-length packet, the header consists of: | | | | __________________________________________________ | | | | | 1 bit | 7 bit repetition count minus 1. | | | | | | id | since the maximum value of this | | | | | | | field is 127, the largest possible | | | | | | | run size would be 128. | | | | | |-------|----------------------------------------| | | | | | 1 | c c c c c c c | | | | | -------------------------------------------------- | | | | | | | | for the raw packet, the header consists of: | | | | __________________________________________________ | | | | | 1 bit | 7 bit number of pixels minus 1. | | | | | | id | since the maximum value of this | | | | | | | field is 127, there can never be | | | | | | | more than 128 pixels per packet. | | | | | |-------|----------------------------------------| | | | | | 0 | n n n n n n n | | | | | -------------------------------------------------- | | | | | | | | | | | | for the run length packet, the header is followed by | | | | a single color value, which is assumed to be repeated | | | | the number of times specified in the header. the | | | | packet may cross scan lines ( begin on one line and end | | | | on the next ). | | | | | | | | for the raw packet, the header is followed by | | | | the number of color values specified in the header. | | | | | | | | the color entries themselves are two bytes, three bytes, | | | | or four bytes ( for targa 16, 24, and 32 ), and are | | | | broken down as follows: | | | | | | | | the 2 byte entry - | | | | arrrrrgg gggbbbbb, where each letter represents a bit. | | | | but, because of the lo-hi storage order, the first byte | | | | coming from the file will actually be gggbbbbb, and the | | | | second will be arrrrrgg. "a" represents an attribute bit. | | | | | | | | the 3 byte entry contains 1 byte each of blue, green, | | | | and red. | | | | | | | | the 4 byte entry contains 1 byte each of blue, green, | | | | red, and attribute. for faster speed (because of the | | | | hardware of the targa board itself), targa 24 image are | | | | sometimes stored as targa 32 images. | | | | | -------------------------------------------------------------------------------- |


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PatternMatch Inference Pattern () 0 (hashcode: 62e8e)
Short description: Constraint-specific descriptions populated.
Can constraints be met: true Summary:
# Sta Rlx Name Row Text 0 ST 0 autoRow3 denser liquids ; particles in liquids ; materials settle below liquids or particles in liquids ; materials that are less dense (54ff-9d51-da43-e4f9) 1 ST 0 autoRow4 less dense liquids ; particles in liquids ; materials float liquids ; particiles in liquids ; materials that are more dense (4b8b-1f9b-9227-55b4) 2 ST 0 autoRow5 ice is a kind of water phase (9470-ce58-a3b8-9f1f) 3 ST 0 autoRow6 matter ; materials ; substances are made of atoms ; particles (1758-a1b7-4083-9e99) 4 ST 0 autoRow7 a liquid is a kind of substance (3f2b-87bb-f73a-3e5d) 5 ST 0 autoRow8 a solid is a kind of substance (ba9b-b2e3-d362-1dd0) 6 ST 0 autoRow9 if an object in a fluid is more dense than that fluid then that object will sink in that fluid because of gravity (a081-932e-1f21-c78c)
Relaxed (dynamic): 0 Relaxed (total): 0
Optional slots unpopulated: 0
Variables and assignments:
Name Values
Instance Matches based on Constraints: (0 instances required, 1 constraint evaluation(s))
Constraints for this pattern can be met: true
Combination VarAlt Instance (Pattern) Instance (State) Meets Requirements? KindOf Eval(KindOf) Eval(MustHave) Eval(ShouldHave)
PatternMatch Inference Pattern () 1 (hashcode: 150bc)
Short description: Constraint-specific descriptions populated.
Can constraints be met: true Summary:
# Sta Rlx Name Row Text 0 ST 0 autoRow3 denser liquids ; particles in liquids ; materials settle below liquids or particles in liquids ; materials that are less dense (54ff-9d51-da43-e4f9) 1 ST 0 autoRow4 less dense liquids ; particles in liquids ; materials float liquids ; particiles in liquids ; materials that are more dense (4b8b-1f9b-9227-55b4) 2 ST 0 autoRow5 ice is a kind of water phase (9470-ce58-a3b8-9f1f) 3 ST 0 autoRow6 matter ; materials ; substances are made of atoms ; particles (1758-a1b7-4083-9e99) 4 ST 0 autoRow7 a liquid is a kind of substance (3f2b-87bb-f73a-3e5d) 5 ST 0 autoRow8 a solid is a kind of substance (ba9b-b2e3-d362-1dd0) 6 autoRow9 Empty
Relaxed (dynamic): 0 Relaxed (total): 0
Optional slots unpopulated: 1
Variables and assignments:
Name Values autoRow9
Instance Matches based on Constraints: (0 instances required, 1 constraint evaluation(s))
Constraints for this pattern can be met: true
Combination VarAlt Instance (Pattern) Instance (State) Meets Requirements? KindOf Eval(KindOf) Eval(MustHave) Eval(ShouldHave)


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Before Change
// Run predictions with batching
predictions = np.zeros((x_preprocessed.shape[0], self.nb_classes), dtype=ART_NUMPY_DTYPE)
for batch_index in range(int(np.ceil(x_preprocessed.shape[0] / float(batch_size)))):
begin, end = (
batch_index * batch_size,
min((batch_index + 1) * batch_size, x_preprocessed.shape[0]),
)
After Change
// Run predictions with batching
if training_mode:
predictions = self._model(x_preprocessed, training=training_mode)
else:
predictions = self._model.predict(x_preprocessed, batch_size=batch_size)
// Apply postprocessing


nips nips2001 nips2001-180 nips2001-180-reference knowledge-graph by maker-knowledge-mining
Source: pdf
Author: Alan L. Yuille, Anand Rangarajan
Abstract: We introduce the Concave-Convex procedure (CCCP) which constructs discrete time iterative dynamical systems which are guaranteed to monotonically decrease global optimization/energy functions. It can be applied to (almost) any optimization problem and many existing algorithms can be interpreted in terms of CCCP. In particular, we prove relationships to some applications of Legendre transform techniques. We then illustrate CCCP by applications to Potts models, linear assignment, EM algorithms, and Generalized Iterative Scaling (GIS). CCCP can be used both as a new way to understand existing optimization algorithms and as a procedure for generating new algorithms. 1
[1] J.N. Darroch and D. Ratcliff.
[2] R. Durbin, R. Szeliski and A.L. Yuille.
[3] LM. Elfadel
[4] R. Hathaway.
[5] J. Kosowsky and A.L. Yuille.
[6] E. Mjolsness and C. Garrett.
[7] A. Rangarajan, S. Gold, and E. Mjolsness.
[8] A. Rangarajan, A.L. Yuille, S. Gold. and E. Mjolsness.
[9] R. Sinkhorn.
[10] F.R. Waugh and R.M . Westervelt.
[11] A.L. Yuille.
[12] A.L. Yuille and J.J. Kosowsky.
[13] A.L. Yuille.


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Welcome to the Minima MiniDAPP portal!
Minima uses a unique, simple, yet extremely powerful system to allow Users to interact with the underlying blockchain and smart contracts. Embedded in the Minima application is a small webserver, and web-applications can be shared as .minidapp files ( basically a zipped up website ). These wrapped websites have access to the Minima command line, a SQL database, network sockets, file access - in fact everything you come to expect from any website you can create today.
A MiniDAPP is a standalone decentralised application that runs on the Minima network. MiniDAPPs can be unstoppable, uncensorable, resilient, decentralised applications that do not rely on anyone or anything other than a functioning Minima network. TRUE D.E.F.I.
Anyone can create and distribute a MiniDAPP.
What is a Smart Contract ?
Smart Contracts are programs that run on Minima.
They automatically manage money, tokens and value.
They can be hard to interact with directly.
What is a DAPP ?
DAPPs are Decentralised Applications.
They are front-ends to Smart Contracts.
They make interacting with Smart Contracts easy.
To be considered a TRUE DAPP..
1) No one can stop you using it
2) No one can censor who you use it with
3) No one can force a change to it
4) No one can turn it off
MINIDAPPS allow for this type of DAPP and more..
"..If I have to go to a website to use your DAPP - it's not a DAPP" - Spartacus Rex


I am normal
I am red
I am blue
I am big
This is a heading
This is a paragraph.
This is a heading
This is a paragraph.
This is a heading
This is a paragraph.
Centered Heading
Centered paragraph.


A formal grammar is a mathematical construct. To define the language for Ocamlyacc, you must write a file expressing the grammar in Ocamlyacc syntax: a Ocamlyacc grammar file. See Ocamlyacc Grammar Files
A nonterminal symbol in the formal grammar is represented in Ocamlyacc input as an identifier, like an identifier in Ocaml. It is like regular Caml symbol, except that it cannot end with ' (single quote). It should start in lower case, such as expr, stmt or declaration.
The Ocamlyacc representation for a terminal symbol is also called a token types. Token typess should be declared in Ocamlyacc Declaration Section and they are added as constructors for the token concrete type. As constructors, they should start with upper case: for example, Integer, Identifier, IF or RETURN. The terminal symbol error is reserved for error recovery. See Symbols.
The grammar rules also have an expression in Ocamlyacc syntax. For example, here is the Ocamlyacc rule for a C return statement.
stmt: RETURN expr SEMICOLON ;


Identifying
Addiction
Mannerisms and Visual Indicators Shown by People Who Are Addicted to Drugs
CRACK/COCAINE
Mannerisms and Visual Indicators of People Who Are Addicted to Crack and/or Cocaine
Intoxication
Symptoms
Addiction/
Withdrawl Symptoms


Company profile - Canadian Company Capabilities
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Castle Currency Management Inc
Legal/Operating Name:
Castle Currency Management Inc
Mailing Address:
100-93 Lombard AveWINNIPEG, Manitoba
R3B 3B1
Location Address:
100-93 Lombard AveWINNIPEG, Manitoba
R3B 3B1
Tel.:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Logo
Company Profile
ITS NO LONGER BUSINESS AS USUAL
In todays economic environment, every dollar counts. For companies that export or import goods or services, that dollar has a different value each day. These changes in currency values create risks which must be managed and mitigated. However, these changes also create opportunities which benefit those companies that understand the impact of movements on not only their their own business, but on the markets in which they operate,and on the companies they work with or the companies they compete against.
As a full service Currency Management consultant, we not only help manage and mitigate currency risks, we help our clients achieve a more fundamentally robust understanding of their business and take on a more effective approach to currency management. This enhances the entire financial well-being of the company from budgeting and marketing efforts through sales or procurement, ultimately supporting better and more stable returns.
MANAGING THE RISK
No one can control currency values. But companies can control how currency movements affect their business. While there are far too many factors affecting the value of foreign currency to consistently predict whether it will rise or fall, foreign currency can be effectively managed.
By working with Castle, you gain control:
Manage the Risk - With a Currency Management Plan, tailored to your company you will be more aware, proactive and in-control of currency risk.
Realize the Best Bottom Line - Castle Currency develops strategies to best meet the goals of the Currency Management Plan. Strategies are be based on specific financial needs of your company such as your budget, targeted margins, risk mitigation, or a range of currency rates the company can comfortably operate in. These financial needs must be the driver of the strategies - not currency predictions.
Hire the Currency Experts We manage currency operations and risk 24 hours a day. - You manage your core business.
REALIZE THE BEST BOTTOM LINE
You need solutions that work. Castle Currency provide them. Our unique service provides benefits whether the dollar moves up or down.
You no longer have to be at the mercy of fluctuating rates. We actively and fully manage foreign currency exposures, allowing you to focus on what you do best manage the business.
We monitor the dollar 24 hours a day, capitalizing on opportunities to get the most out of export dollars and foreign imports. Our strategy is active and dynamic. We respond. Its a perfect fit for companies seeking to improve their bottom line.
Astute businesses are realizing the need to be in control through proper management of their currency exposure. Astute businesses choose Castle
Full profile
Full profile
Contact information
Company description
Product / Service / Licensing
Castle Currency goes well beyond providing daily ranges or targets or predictions as to where the market will be days, weeks, or months down the line. What Castle Currency offers is a portfolio of strategies and their component tactics and tools to moderate the impact of currency fluctuations. This gives clients precise action directives to make them more in control over these movements. You can incorporate our strategies into your business yourself, or you can have us customize the strategies specific to your business.
Castle Currency offers varying levels of our strategies to ensure they meet your needs.
Basic Strategies
This level of service will provide you with access to our multiple strategies delivered via website or email. There are 4 strategies to provide diversification and to help you suit your needs. These strategies are all designed based solely on historical currency movements.
Custom Strategies
This level of service will provide custom tailored strategies to meet the needs of your business operations and profit targets. This will consider timing issues, magnitudes of risk, individual projects, your annual budget, and profit margin targets. The aim of these strategies will be to have them more closely related to your risk/reward goals.
Custom Strategies to Achieve Annual Budget/ Profit Margins
This level of service will custom tailor our strategies to meet the needs of your business and will also constantly be checked against the budget forecast and ensure that a minimum profit margin level is maintained. Should profits margins decline to the minimum threshold steps will be taken to neutralize the risk for the remaining budget period to ensure the minimum profit margin is always protected.
Better Timing
Castle Currency evaluates the market to determine the anticipated direction and try to gain you a better rate (more favourable price) throughout the day. Since we constantly monitor currencies, we can find you opportunities to wait for a better rate, or transact immediately before an unfavourable move occurs. Clients receive our email updates and/or can view the current status of our advice in the member section of our website
Most small to mid-sized companies operate without a Currency Risk Management Plan (CRMP). Decisions are often made ad-hoc and generally without any consistency, accountability or gauge to measure effects. The absence of a plan, and resources to execute one, often has the effect of mismanagement of an exposure leading companies to believe that the policy to do nothing is the best for them. But ignoring the risk wont make it go away.
Castle Currency Management will fully develop, or assist your company to develop a CRMP that can be successfully implemented. Rules, guidelines and procedures are developed and followed. The CRMP can be used to improve or establish the company currency risk management policy. With a Currency Risk Management Plan, tailored to your company you will be more aware, proactive and in-control of currency risk.
Training is conducted in a seminar-style, with a mix of informational lecture and hands-on review activities to reinforce essential concepts, specifically developed for the attendees. Where appropriate and with appropriate attention to confidentiality, samples of compamy reports, strategies, or situations can be included for training and illustrative purposes.
Training will include key areas, as well as any ancillary issues of interest to your company in its currency risk management program. For example, this may include understanding risk control strategies, use of derivatives, benefits and risks of specific positions, and analysis of risk reports.
Training can be incorporated into existing management planning sessions, if necessary, or as standalone sessions on-site or off-site, at your companies convenience. One-on-one training is also available, if required.
When your company has multiple locations each responsible for conducting their own foreign exchange transactions complexities and inefficiencies can unnecessarily erode profit margins.
Castle Currency can pool your foreign exchange dealings into a centralized fully managed operation. This would reduce the dollar volume of transactions by matching offsetting transactions and moving money internally between the separate offices instead of conducting two exchanges and paying commissions. This could also benefit costs by reducing the amount of smaller transactions each office may undertake.
Bottom line is improved management of money plus a better monitoring of the companys entire currency exposure at any give time.
CCM reviews corporate operations to determine areas of currency risk exposure, timing, and current methods used in currency exchange, reporting, and risk management.
Castle Currency Management will work with your company to onduct currency risk profiles to identify and confirm areas and relative magnitude of both straightforward and complex risks. Timing issues, as well as the existence and magnitude of risk off-sets are examined.
Net risks are identified and quantified in a foreign exchange risk profile which would be used in the development of a sound Currency Risk Management Plan. It is important that the exposure managed is the correct amount. You cant manage what you dont measure. This should be periodically reviewed to ensure the proper amount, neither too much, nor too little is being managed. This will prevent adding undesirable risk. If error is large, reducing the timeline should be considered.
CCM can provide risk audits on existing Currency Risk Management Plans, company operations, company financials, including audit of internal controls. As an outside consultant we can review procedures without bias and help identify any weakness in protocols which can lead to potential errors or deliberate manipulations.
CCM runs sensitivity analyses on different currency ranges to help define important triggers for your company. We can help you incorporate these into a managed plan which can provide an answer to the affects a currency move would have on your company at any time.
A sensitivity analysis acts like a stress test of your operating results utilizing long-term historical data and predicative modelling to provide different financial scenarios.
Margin Protection/Threshold Risk The hedging process is closely monitored and guided by company margin and profitability requirements/targets. The goal is to maximize potential profit while setting a floor margin acceptable to your company. CCM can work from specific currency floor price which is established as your minimum acceptable profit level or can also utilize the maximum percentage change the currency effect will have on your company.
Annual or Multi-Year Budget The hedging process is closely monitored and guided by company budget requirements/targets. The goal is to meet or exceed the budget expectations without any downside surprises. As the budget progresses, CCM will alter hedging strategies and amounts to accommodate cash flows, changes to budget expectations and currency movements. If during the budget period, the minimum acceptable budget occurs, the full remainder of any risk will be neutralized. At the end of the budget period all hedging strategies will have been wound down.
Executed hedges and account statements require verification to ensure proper execution and allocation. Support services are provided in this function, acting as a double check to prevent errors from occurring.
1. Daily reconciliation: CCM will verify the daily reports provide by your company. This is an important task to ensure that the correct amounts are being managed. CCM will assist to ensure directives from board of directors are met.
2. Monthly reports: CCM will provide monthly reports to summarize the currency impact and existing positions aimed at measuring and reporting the effectiveness of risk management activities in achieving the objective of stabilizing returns and enhancing margins.
3. Proper FX Accounting Procedures: Uniform FX accounting procedures, booking procedures, and multicurrency general ledgers are required for all FX transactions. Realized FX hedges need to be reconciled in the appropriate accounting periods and ensure all outstanding hedges follow the selected method of accounting.
Market profile
Alliances:
- Technology
Industry sector market interests:
- Service Industry
Geographic markets:
Export experience:
- France
- Monaco
- Switzerland
- United Kingdom
- United States
- Illinois
- Michigan
- Minnesota
- North Carolina
- North Dakota
- Oklahoma
- South Carolina
- South Dakota
- Texas
Actively pursuing:
- Colorado
- Florida
- Missouri
- Washington
Sector information
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
Products, services and licensing
Product / Service / Licensing
Castle Currency goes well beyond providing daily ranges or targets or predictions as to where the market will be days, weeks, or months down the line. What Castle Currency offers is a portfolio of strategies and their component tactics and tools to moderate the impact of currency fluctuations. This gives clients precise action directives to make them more in control over these movements. You can incorporate our strategies into your business yourself, or you can have us customize the strategies specific to your business.
Castle Currency offers varying levels of our strategies to ensure they meet your needs.
Basic Strategies
This level of service will provide you with access to our multiple strategies delivered via website or email. There are 4 strategies to provide diversification and to help you suit your needs. These strategies are all designed based solely on historical currency movements.
Custom Strategies
This level of service will provide custom tailored strategies to meet the needs of your business operations and profit targets. This will consider timing issues, magnitudes of risk, individual projects, your annual budget, and profit margin targets. The aim of these strategies will be to have them more closely related to your risk/reward goals.
Custom Strategies to Achieve Annual Budget/ Profit Margins
This level of service will custom tailor our strategies to meet the needs of your business and will also constantly be checked against the budget forecast and ensure that a minimum profit margin level is maintained. Should profits margins decline to the minimum threshold steps will be taken to neutralize the risk for the remaining budget period to ensure the minimum profit margin is always protected.
Better Timing
Castle Currency evaluates the market to determine the anticipated direction and try to gain you a better rate (more favourable price) throughout the day. Since we constantly monitor currencies, we can find you opportunities to wait for a better rate, or transact immediately before an unfavourable move occurs. Clients receive our email updates and/or can view the current status of our advice in the member section of our website
Most small to mid-sized companies operate without a Currency Risk Management Plan (CRMP). Decisions are often made ad-hoc and generally without any consistency, accountability or gauge to measure effects. The absence of a plan, and resources to execute one, often has the effect of mismanagement of an exposure leading companies to believe that the policy to do nothing is the best for them. But ignoring the risk wont make it go away.
Castle Currency Management will fully develop, or assist your company to develop a CRMP that can be successfully implemented. Rules, guidelines and procedures are developed and followed. The CRMP can be used to improve or establish the company currency risk management policy. With a Currency Risk Management Plan, tailored to your company you will be more aware, proactive and in-control of currency risk.
Training is conducted in a seminar-style, with a mix of informational lecture and hands-on review activities to reinforce essential concepts, specifically developed for the attendees. Where appropriate and with appropriate attention to confidentiality, samples of compamy reports, strategies, or situations can be included for training and illustrative purposes.
Training will include key areas, as well as any ancillary issues of interest to your company in its currency risk management program. For example, this may include understanding risk control strategies, use of derivatives, benefits and risks of specific positions, and analysis of risk reports.
Training can be incorporated into existing management planning sessions, if necessary, or as standalone sessions on-site or off-site, at your companies convenience. One-on-one training is also available, if required.
When your company has multiple locations each responsible for conducting their own foreign exchange transactions complexities and inefficiencies can unnecessarily erode profit margins.
Castle Currency can pool your foreign exchange dealings into a centralized fully managed operation. This would reduce the dollar volume of transactions by matching offsetting transactions and moving money internally between the separate offices instead of conducting two exchanges and paying commissions. This could also benefit costs by reducing the amount of smaller transactions each office may undertake.
Bottom line is improved management of money plus a better monitoring of the companys entire currency exposure at any give time.
CCM reviews corporate operations to determine areas of currency risk exposure, timing, and current methods used in currency exchange, reporting, and risk management.
Castle Currency Management will work with your company to onduct currency risk profiles to identify and confirm areas and relative magnitude of both straightforward and complex risks. Timing issues, as well as the existence and magnitude of risk off-sets are examined.
Net risks are identified and quantified in a foreign exchange risk profile which would be used in the development of a sound Currency Risk Management Plan. It is important that the exposure managed is the correct amount. You cant manage what you dont measure. This should be periodically reviewed to ensure the proper amount, neither too much, nor too little is being managed. This will prevent adding undesirable risk. If error is large, reducing the timeline should be considered.
CCM can provide risk audits on existing Currency Risk Management Plans, company operations, company financials, including audit of internal controls. As an outside consultant we can review procedures without bias and help identify any weakness in protocols which can lead to potential errors or deliberate manipulations.
CCM runs sensitivity analyses on different currency ranges to help define important triggers for your company. We can help you incorporate these into a managed plan which can provide an answer to the affects a currency move would have on your company at any time.
A sensitivity analysis acts like a stress test of your operating results utilizing long-term historical data and predicative modelling to provide different financial scenarios.
Margin Protection/Threshold Risk The hedging process is closely monitored and guided by company margin and profitability requirements/targets. The goal is to maximize potential profit while setting a floor margin acceptable to your company. CCM can work from specific currency floor price which is established as your minimum acceptable profit level or can also utilize the maximum percentage change the currency effect will have on your company.
Annual or Multi-Year Budget The hedging process is closely monitored and guided by company budget requirements/targets. The goal is to meet or exceed the budget expectations without any downside surprises. As the budget progresses, CCM will alter hedging strategies and amounts to accommodate cash flows, changes to budget expectations and currency movements. If during the budget period, the minimum acceptable budget occurs, the full remainder of any risk will be neutralized. At the end of the budget period all hedging strategies will have been wound down.
Executed hedges and account statements require verification to ensure proper execution and allocation. Support services are provided in this function, acting as a double check to prevent errors from occurring.
1. Daily reconciliation: CCM will verify the daily reports provide by your company. This is an important task to ensure that the correct amounts are being managed. CCM will assist to ensure directives from board of directors are met.
2. Monthly reports: CCM will provide monthly reports to summarize the currency impact and existing positions aimed at measuring and reporting the effectiveness of risk management activities in achieving the objective of stabilizing returns and enhancing margins.
3. Proper FX Accounting Procedures: Uniform FX accounting procedures, booking procedures, and multicurrency general ledgers are required for all FX transactions. Realized FX hedges need to be reconciled in the appropriate accounting periods and ensure all outstanding hedges follow the selected method of accounting.
Market
Market profile
Alliances:
- Technology
Industry sector market interests:
- Service Industry
Geographic markets:
Export experience:
- France
- Monaco
- Switzerland
- United Kingdom
- United States
- Illinois
- Michigan
- Minnesota
- North Carolina
- North Dakota
- Oklahoma
- South Carolina
- South Dakota
- Texas
Actively pursuing:
- Colorado
- Florida
- Missouri
- Washington


-
Analytics Virtual Assistant - Part 1: Introduction
It would be nice to have Pentaho as the engine for Analytics for Virtual Assistants as Google Now, Google Assistant, Alexa Facebook Messenger or even Slack among others. So, as a proof-of-concept, I’ve build a virtual assistant using Pentaho and DialogFlow. …
-
Get PDI on diet and use it on edge computing!
One of the thinks that is important to consider when designing and creating IoT solutions is edge computing. So, can we leverage Pentaho Data Integration for edge processing? …
-
Template Component - Part 5: The event handlers
It’s also possible to handle clicks or other events on the elements created using the Template Component. This blog post explains on how to do make it work. …
-
Template Component - Part 4: The model handler
In the first blog post under the subject I referred about some advanced options. Let’s cover one of those options, the model handler. …
-
Template Component - Part 3: The use of addins
Getting back to the template component! This time we will cover the use of addins. …
-
Template Component - Part 2: The use of formatters
The template component is a very powerful component, you will always need to write at least one JavaScript function, to return back to the component the template you want to use. In future, we need to consider a way to reuse templates without copy/paste the code. …
-
Template Component - Part 1: The concept and basic usage
Most people haven’t realized that there is a component named “Template Component” in CTools or just don’t know how to use it, most because they haven’t read the Book Learning Pentaho CTools. Let me give all a brief overview on how it works. …
-
Update to Realtime dashboard and PDI transformation sample using MQTT
The posts also show how we can perform data streaming in PDI, by using non-ending transformations (and don’t try to do it with jobs, at least not for now). …
-
Logging user authentication events
When we want to enable security logging, we need to follow the instructions in here. It happens that when we do this the log messages are so many that we get lost in so many messages that we almost need log analysis tools. If we just want to grab some of the events there is not too much we can do, except writing a small peace of code, or use the one I wrote. …
-
IoT on Pentaho using MQTT - New MQTT steps for PDI are available in Marketplace
Earlier this year I have made some posts and provided some samples on how we could stream data from the IoT devices and displaying the info on a dashboard, using Pentaho Data Integration and MQTT protocol. …


Issue 62
Welcome to another issue of Haskell Weekly! Haskell is a purely functional programming language that focuses on robustness, concision, and correctness. This is a weekly summary of what’s going on in its community.
Featured
-
Videos of 23 talks by Edward Kmett, John Hughes, Conal Elliott, Brian McKenna, Bodil Stokke, and others.
-
Perhaps not the answer you were expecting but you asked for it
A collection of Conor McBride’s Stack Overflow answers.
-
Unit testing effectful Haskell with monad-mock
While monad-mock might not be anything drastically different from existing testing techniques, my hope is that it can provide an opinionated mechanism to make testing easy and accessible, even for complex interactions with other services and systems.
-
Front Row is hiring a senior backend Haskell engineer (ad)
Come change how 6.5+ million K-12 US students learn Math, Language Arts, Social Studies and more. Use data, advanced type systems, great product design and deep pedagogy to change lives.
-
A major upgrade to Megaparsec: more speed, more power
The version 6 thus will aim to be not just a parser for human-readable texts and source code, but “one size fits all” general solution to parsing in Haskell, including low-level binary parsing.
-
Derive instances of representationally equal types
I made a way to get more free stuff and free stuff is good.
-
New version of FLTKHS with much better error messages and OpenGL integration
Happy to announce a new major version of FLTKHS, the Haskell binding to the FLTK for easy native cross-platform GUI apps in Haskell.
-
Fusion is one of those words that made me recoil for quite a few years, since it sounds extremely complicated and arcane. A few years into building applications in Haskell, I still hadn’t forced the thunk.
-
SuperRecord: Anonymous records for Haskell
A practical library for anonymous records that is both fast and has an ergonomic interface for both using and extending it.
-
Typesafe modular arithmetic in Haskell
We would like to get a type error (at compile time) if we do a operation involving two numbers with a different modulus. The role of a type system is to represent the invariants and so it will be great to encode as many invariants of a particular value into the type.
-
Lessons learned building a toy compiler
We tend to think of compilers as big black boxes which transform some high level language, let’s say C into a binary in one big step. I’d like to present it as a pipeline of languages and transformations, each a bit simpler and slightly lower level than the one before it.
Package of the week
This week’s package of the week is Miso, a small isomorphic front-end framework.


| 1 | /* | |
| 2 | * Licensed to the Apache Software Foundation (ASF) under one or more | |
| 3 | * contributor license agreements. See the NOTICE file distributed with | |
| 4 | * this work for additional information regarding copyright ownership. | |
| 5 | * The ASF licenses this file to You under the Apache License, Version 2.0 | |
| 6 | * (the "License"); you may not use this file except in compliance with | |
| 7 | * the License. You may obtain a copy of the License at | |
| 8 | * | |
| 9 | * http://www.apache.org/licenses/LICENSE-2.0 | |
| 10 | * | |
| 11 | * Unless required by applicable law or agreed to in writing, software | |
| 12 | * distributed under the License is distributed on an "AS IS" BASIS, | |
| 13 | * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. | |
| 14 | * See the License for the specific language governing permissions and | |
| 15 | * limitations under the License. | |
| 16 | */ | |
| 17 | package org.apache.commons.collections4.bag; | |
| 18 | ||
| 19 | import java.util.Comparator; | |
| 20 | ||
| 21 | import org.apache.commons.collections4.Bag; | |
| 22 | import org.apache.commons.collections4.SortedBag; | |
| 23 | ||
| 24 | /** | |
| 25 | * Decorates another {@link SortedBag} to synchronize its behaviour | |
| 26 | * for a multi-threaded environment. | |
| 27 | * <p> | |
| 28 | * Methods are synchronized, then forwarded to the decorated bag. | |
| 29 | * Iterators must be separately synchronized around the loop. | |
| 30 | * <p> | |
| 31 | * This class is Serializable from Commons Collections 3.1. | |
| 32 | * | |
| 33 | * @since 3.0 | |
| 34 | * @version $Id: SynchronizedSortedBag.java 1479399 2013-05-05 21:46:48Z tn $ | |
| 35 | */ | |
| 36 | public class SynchronizedSortedBag<E> extends SynchronizedBag<E> implements SortedBag<E> { | |
| 37 | ||
| 38 | /** Serialization version */ | |
| 39 | private static final long serialVersionUID =<PHONE_NUMBER>18497858L; | |
| 40 | ||
| 41 | /** | |
| 42 | * Factory method to create a synchronized sorted bag. | |
| 43 | * | |
| 44 | * @param <E> the type of the elements in the bag | |
| 45 | * @param bag the bag to decorate, must not be null | |
| 46 | * @return a new synchronized SortedBag | |
| 47 | * @throws IllegalArgumentException if bag is null | |
| 48 | * @since 4.0 | |
| 49 | */ | |
| 50 | public static <E> SynchronizedSortedBag<E> synchronizedSortedBag(final SortedBag<E> bag) { | |
| 51 |
1
1. synchronizedSortedBag : mutated return of Object value for org/apache/commons/collections4/bag/SynchronizedSortedBag::synchronizedSortedBag to ( if (x != null) null else throw new RuntimeException ) → NO_COVERAGE |
return new SynchronizedSortedBag<E>(bag); |
| 52 | } | |
| 53 | ||
| 54 | //----------------------------------------------------------------------- | |
| 55 | /** | |
| 56 | * Constructor that wraps (not copies). | |
| 57 | * | |
| 58 | * @param bag the bag to decorate, must not be null | |
| 59 | * @throws IllegalArgumentException if bag is null | |
| 60 | */ | |
| 61 | protected SynchronizedSortedBag(final SortedBag<E> bag) { | |
| 62 | super(bag); | |
| 63 | } | |
| 64 | ||
| 65 | /** | |
| 66 | * Constructor that wraps (not copies). | |
| 67 | * | |
| 68 | * @param bag the bag to decorate, must not be null | |
| 69 | * @param lock the lock to use, must not be null | |
| 70 | * @throws IllegalArgumentException if bag is null | |
| 71 | */ | |
| 72 | protected SynchronizedSortedBag(final Bag<E> bag, final Object lock) { | |
| 73 | super(bag, lock); | |
| 74 | } | |
| 75 | ||
| 76 | /** | |
| 77 | * Gets the bag being decorated. | |
| 78 | * | |
| 79 | * @return the decorated bag | |
| 80 | */ | |
| 81 | protected SortedBag<E> getSortedBag() { | |
| 82 |
1
1. getSortedBag : mutated return of Object value for org/apache/commons/collections4/bag/SynchronizedSortedBag::getSortedBag to ( if (x != null) null else throw new RuntimeException ) → NO_COVERAGE |
return (SortedBag<E>) decorated(); |
| 83 | } | |
| 84 | ||
| 85 | //----------------------------------------------------------------------- | |
| 86 | ||
| 87 | public synchronized E first() { | |
| 88 | synchronized (lock) { | |
| 89 |
1
1. first : mutated return of Object value for org/apache/commons/collections4/bag/SynchronizedSortedBag::first to ( if (x != null) null else throw new RuntimeException ) → NO_COVERAGE |
return getSortedBag().first(); |
| 90 | } | |
| 91 | } | |
| 92 | ||
| 93 | public synchronized E last() { | |
| 94 | synchronized (lock) { | |
| 95 |
1
1. last : mutated return of Object value for org/apache/commons/collections4/bag/SynchronizedSortedBag::last to ( if (x != null) null else throw new RuntimeException ) → NO_COVERAGE |
return getSortedBag().last(); |
| 96 | } | |
| 97 | } | |
| 98 | ||
| 99 | public synchronized Comparator<? super E> comparator() { | |
| 100 | synchronized (lock) { | |
| 101 |
1
1. comparator : mutated return of Object value for org/apache/commons/collections4/bag/SynchronizedSortedBag::comparator to ( if (x != null) null else throw new RuntimeException ) → NO_COVERAGE |
return getSortedBag().comparator(); |
| 102 | } | |
| 103 | } | |
| 104 | ||
| 105 | } | |
Mutations | ||
| 51 |
1.1 |
|
| 82 |
1.1 |
|
| 89 |
1.1 |
|
| 95 |
1.1 |
|
| 101 |
1.1 |


3 references to GetMembers
System.Management.Automation (3)
engine\MshMemberInfo.cs (1)
4658
var typesXmlMembers = typeTable.
GetMembers
(_mshOwner.InternalTypeNames);
engine\TypeTable.cs (2)
4020
return PSObject.TransformMemberInfoCollection<PSMemberInfo, T>(
GetMembers
(types));
4025
return
GetMembers
(types).FirstOrDefault(member => member is T && predicate(member.Name)) as T;


EnlightenSpotlightControllerDelegate
@objc
public protocol EnlightenSpotlightControllerDelegate : AnyObject
Undocumented
-
Invoked before the controller shows a stage (Markdown string).
Declaration
Swift
@objc optional func spotlightControllerWillShow(stage: Int, in iris: EnlightenIris, navigating: EnlightenSpotlightController.NavigationDirection)
Parameters
stage
The stage of the iris that will be shown. The stage index origin is one (i.e. the first stage is stage 1).
iris
The iris that the Markdown string belongs to.
navigating
The direction of navigation, either forwards (showing the next stage) or backwards (showing the previous stage).
-
Invoked when the controller has finished dismissing.
Declaration
Swift
@objc optional func spotlightControllerDidDismiss()
-
Invoked when a Markdown string fails to load, this method optionally returns a replacement.
If the delegate does not implement this method or returns nil, the spotlight stage is skipped.
Note
This delegate method should not be necessary if appropriate testing procedures are employed to ensure that all Markdown strings load successfully (i.e.
EnlightenSpotlightController.validateMarkdownStrings()
testing method).Declaration
Swift
@objc optional func spotlightControllerFailedToLoad(markdownString: String, for iris: EnlightenIris, with error: Error) -> String?
Parameters
markdownString
The Markdown string that failed to load.
iris
The iris that the Markdown string belongs to.
downError
The error that was thrown.
Return Value
Optionally, a replacement Markdown string to use in place of the failed one.


My main responsibility is to support the faculty and students in leveraging data analysis methods to fulfil their teaching, research and learning needs. Previously, I worked as a reference and liaison librarian for arts, humanities, and social sciences subjects in Nanyang Technological University (NTU) Singapore.
I love to read, play games, and learning new things in my free time. Current favourite readings: Blue Period by Tsubasa Yamaguchi and The Mysterious Affair at Styles by Agatha Christie.
bella.ratmelia[at]gmail.com


Step 6: Using the stir plate¶
- Plug the 3V power supply into the back of the stir plate.
- Place the stir bar and liquid (e.g. water for testing) into the 250 mL beaker or other glassware (a 500 mL flask is shown in the image below)
- Making sure that the knob is turned all the way down (turn fully counter-clockwise) turn on the stir plate using the switch on the front. The blue LED on the board will indicate that the stir plate is on.
- Slowly turn the dial to adjust motor speed.


A few foundationals lambda functions
NOTE
All functions accept a single parameter. Any functions that are documented as having multiple parameters will return a new function after the initial application, and so on until all arguments are supplied.
For example
applySelf(func)(arg);
- Source:
- foundation.js, line 1
Methods
-
<static> apply(f, x) → {function}
-
Give a function 'f', and an argument 'x', applies 'f' over 'x'.
Lambda notation: λf.λx.(f x)
Parameters:
Name Type Description f
function x
function The argument to pass to 'f'
- Source:
- foundation.js, line 48
Returns:
The result of applying 'f' over 'x'.
- Type
- function
-
<static> applySelf(s) → {function}
-
Given a function 's', applies 's' over 's'.
Lambda notation: λs.(s s)
Parameters:
Name Type Description s
function - Source:
- foundation.js, line 35
Returns:
The result of apply 's' to itself.
- Type
- function
-
<static> first(x, y) → {function}
-
Given a value 'x', and a value 'y', returns 'x'. This function can be used in pairs to return the first item.
Lambda notation: λx.λy.x
Parameters:
Name Type Description x
function y
function - Source:
- foundation.js, line 63
Returns:
Returns the first argument supplied
- Type
- function
-
<static> identity(x) → {function}
-
The identity function. Given a value 'x', it will return that value.
Lambda notation: λx.x
Parameters:
Name Type Description x
function - Source:
- foundation.js, line 23
Returns:
The argument originally passed
- Type
- function
-
<static> pair(x, y, f) → {function}
-
Given the values 'x' and 'y', and a function 'f', Returns the result of applying 'f' over 'x' and 'y'.This function illustrates if/else conditions as well as pairs. For example: λ.pair(λ.id)(λ.apply)(λ.first) //=> λ.id
Lambda notation: λx.λy.λf.((f x) y)
Parameters:
Name Type Description x
function y
function f
function This function is a selector function, such as 'first'.
- Source:
- foundation.js, line 98
Returns:
Either the first or second argument, depending on the selector function.
- Type
- function
-
<static> second(x, y) → {function}
-
Given a value 'x' and a value 'y', returns 'y'. This function is the inverse of λ.first. It could be expressed in much the same way as the previous function. However, the returned function is equivilant to the identity function, so simply returning λ.id is simpler. Lambda notation: λx.λy.y
Parameters:
Name Type Description x
function y
function - Source:
- foundation.js, line 80
Returns:
Returns the first argument supplied
- Type
- function


{% extends "base.html" %} {% import "macros.html" as macros %} {% block title %}User Profile - {{ super() }}{% endblock %} {% block morestyles %} {{ super() }} {% endblock %} {% block container %}
If you are submitting a talk to {{ g.conference.informal_name }}, you may want to fill out our speaker demographic survey.
{% endblock %}


Pod name is required.
Pod name should have Minimum 3 characters
Pod name should have Maximum 64 characters.
Pod name can only include alphanumeric characters including space and dash.
Name of the Pod
Please enter Comma-separated list of VLAN IDs.
Comma-separated list of VLAN IDs in a Pod available for associating with new Storage Servers


The Document Object Model (DOM) is an application programming interface (API) for HTML and XML documents. It defines the logical structure of documents and the way a document is accessed and manipulated.
CSS
What is CSS?
Specifies the presentation aspects of structurally marked up documents
Developed by Hakon Wium Lie (CHSS) and Bert Bos (SSP)
Versions
CSS 1 (1996)
monolitic
CSS 2.1 (June 2011)
monolithic
CSS 3
Immediately super seeded by 3.2 -> 4.0 (1997) -> 4.01 (1999)
4.01 - XHTML (1.0, 1.1, 2.0)
To allow browser vendors implement what they want to implement and features can become recommendations when they are already mature enough
No centralized repository to view available features
No 'level 3', means it didn't existed in v2.1
CSS Preprocessors and Frameworks
CSS Preprocessor
Use advance syntax, the convert it to flat hierarchy when compiled
Syntactically Awesome Style Sheet (SASS), LESS, 960 Grid System etc.
@mixin
mixing a block of properties in another block of properties
all Used for all media type devicesprintUsed for printersscreen Used for computer screens, tablets, smart-phones etc.speech Used for screenreaders that "reads" the page out loud
CSS Declarations
Properties
shorthand properties - single property representing many other
initial - explicitly set the initial value of a property
inherit - explicitly setting property value inherited
unset
revert
Values
keywords
numbers
dimensions
length, angle, duration, frequency, resolution
length units
font-relative: em, ex, ch, rem
viewport-percentage: vw, vh, vmin, vmax
absolute lengths: cm, mm, q, in, pt, pc, px
angle units: deg, grad, rad, turn
durations units: s, ms
frequency units: hz, khz
resolution units: dbi, dpcm, dppx
percentages
URLs and URIs
colors
strings
Functions
calc(), attr(), counter(), counters(), linear-gradient(), radial-gradient(), translate(), scale(), rotate(), etc.
CSS cont.
CSS statements
At-rules
@charset (specify character set)
@import (import stylesheet)
@media (media query)
@font-face (key frame animation)
@page
@document (stylesheet for specific page/domain)
@namespace (svg)
CSS Selectors
Selectors are ways of selecting elements you want to style
Examples of selectors
*
Selector used to target every element in the HTML file
#idName
Selector used to target an element with the specifc id
.className
Selector used to target elements with the specified class name
parentElem descendantElem
Selector used to target an element or elements that the child/Children of the parentElement specified
elementType
Selector used to target all elements on the page with the specific type
element: link
Selector used to target all links which have yet to be clicked on
element: visited
Selector used to target all links which have been visited/clicked on
precedingElement + Element
Selector used to target all elements that immediately come after the specified preciding element
element > directChildrenElement
Selector used to target all elements that are Direct Children of the element specified
element[elementAttribute]
Selector used to target all elements that have the specified attribute
CSS Rule Precedence
By Origin and Importance
example: color = red !important
FROM HIGHEST TO LOWEST
1 user agent important declarations
2 user important declarations
3 author important declarations
4 author normal declarations
5 user normal declarations
6 user agent normal declarations
By Specificty
FROM HIGHEST TO LOWERS
1 inline style
2 number of id selectors
3 number f class selectors,attribute selectors & pseudo-classes
4 number of type selectors & pseduo-elements>
By Order
last declaration gets higher priority
Javascript
Javascript
JavaScript is the programming language of HTML and the WebGlobal information system (as defined by Federal Networking Council)JavaScript is a client-side script
Associating JavaScript to HTML Documents
external sourcecodes can come from external files in .js
format where the source is specified in a <script> tag.<script> tag can use defer and async attributes to specify when to run codes from an external source.
deferexecuted in the order they occur in the page
asyncexecutes at the first opportunity after it is finished downloading and before the window's load event.
embeddedcodes can be within the HTML document within a pair of <script> tagsinline scriptsuses the event handlers
Scope of JavaScript Codes
Top-level/ GlobalThese are the codes that are not inside a function statementLocalThese are the codes that are inside a function statement
Syntax
JavaScript statements are separated by semicolons
JavaScript statements are composed of Values, Operators, Expressions, Keywords, and Comments
Fixed values are called Literals. Variable values are caller variables.
Variables are used to store data values. (Eg. var x; x = 6; )
Operators
+ (addition)
- (subtraction)
* (multiplication)
/ (division)
= (assignment operator)
Expressions
Eg. 5 * 10
x + 2
x + y + 1
Comments
Code after double slashes // or between /* and */ is treated as a comment.
Comments are ignored, and will not be executed
Identifiers
Identifiers are names used to name variables.
The first character must be a letter, an underscore (_), or a dollar sign ($).
JavaScript is case sensitive
When joining multiple words in JavaScript, the words are either separated by a dash (-) or an underscore (_), or by using the Lower and Upper Camel Case Principle
variable-name
variableName
variable_name
JavaScript Reserved Words
Reserved words cannot be used to name variables, labels, and function names.
JavaScript's Built-in Objects, Properties, and Methods (Functions)
JavaScript Event-Handlers
Examples of what JavaScript can do
JavaScript can change HTML content by using .innerHTML or .outerHTML
With the object model, JavaScript gets all the power it needs to create dynamic HTML:
JavaScript can change all the HTML elements in the page
JavaScript can change all the HTML attributes in the page
JavaScript can change all the CSS styles in the page
JavaScript can remove existing HTML elements and attributes
JavaScript can add new HTML elements and attributes
JavaScript can react tall existing HTML events in the page
JavaScript can create new HTML events in the page
HTML DOM METHODS
HTML DOM methods are actions you can perform (on HTML Elements).HTML DOM properties are values (of HTML Elements) that you can set or change.
HTML DOM DOCUMENT OBJECT
Find an element by element iddocument.getElementById(<IDOFELEMENT>)Find an element by tag namedocument.getElementsByTagName(<TAGNAMEOFELEMENT>)[<INDEXOFELEMENT>]Find an element by class namedocument.getElementsByClassName(<CLASSOFLEMENT>)[<INDEXOFELEMENT>]
CREATING/ADDING/REMOVING HTML ELEMENTS
Create an elementdocument.createElement("<element>")Remove an HTML element<PARENT>.removeChild(<element>)Add an HTML element<PARENT>.appendChild(<element>)Replace an HTML element<PARENT>.replaceChild(<element>)Write into the HTML output streamdocument.write("text");


Insert data
Name:
Surname:
Gender
Choose gender
male
woman
Description:
Submit
Info Table
Name
Surname
Gender
Description


This colourful blend of desktop elements delivers an exciting user experience
The Voyager Linux Distro Offers an Interesting Spin on Xfce
by By Joey SneddonThe Voyager Linux distribution wants to take users on a journey to an “aesthetic and immersive” Linux environment — but does it succeed?
Well, first things first: I’m not much of a distro hopper these days. I’m old and don’t like the hassle of reinstalling.
But I do like to keep an eye on what’s happening out there, in the wider Linux community, especially around Linux distros based on Ubuntu.
This year I’ve spotlighted Regolith Linux, Enso, Peppermint OS 10, and Zorin OS 15 (among others), all based and built on a solid Ubuntu foundation.
Earlier this week a reader (thanks Ricardo) suggested I take a look at Voyager Live, specifically the LTS release.
So what’s it like?
Voyager Live 18.04 LTS
Developed in France, the Voyager Linux distribution is available to sample in several different flavours, including a GNOME Shell based variant.
The version I’m looking at is Voyager 18.04 LTS, a version based on Ubuntu 18.04 LTS and using the Xfce 4.12 (not the most recent Xfce 4.14 release) desktop environment by default.
From the off you know that you’re using something different with Voyager. The default desktop ‘experience’ weaves together Conky, Plank and Xfce.
Voyager’s heavy use of Conky delivers a raft of on-desktop information and effects by default, including a system resource monitor, network speed display, clock with date, and even a live animated sound equaliser.
Two quick panels are affixed to the left and the right of the screen. These offer shortcuts to a swathe of apps, tools, and settings, including the aforementioned Conky configs, but also Kodi (the media centre), a system info tool (CLI based), and a calendar app.
Don’t Miss Regolith is the i3 Ubuntu Spin You’ve Been Waiting For
The “cog” icon in the palette on the right opens a prompt from which you can quickly access the preferences section of the various desktop components like Plank and Conky.
So you can also change the appearance and layout of the Voyager desktop to suit your tastes, with many different themes and layouts supplied.
Voyager — which is sometimes called Voyager Live; the particular parlance varies — is stocked with a varied selection of apps by default, including the Kupfer app launcher, Xfdashboard (a GNOME Shell style workspace switcher), the CLI music app moc
, and the Smtube YouTube MPV video player.
Regardless of name, Voyager Linux offers up a unique experience set part way off the well-trodden track that the mainstream Linux distros tread.
As a destination, Voyager won’t suit everyone, but for those in the mood to try something a bit different, with the assurances that an Ubuntu based distro offers, it’s well worth exploring.


Cardinal Seresin:
Come in! Your reputation precedes you, my friend! I am very familiar with your work to restore trust between the Elves and the Dark Elves. Now you must visit the northern ice land to meet with the leaders of the Orcs and the Dwarves!
"I will leave right now."


Assam’s MMA Bhabajeet Choudhury to Fight against England’s Hudson
A Correspondent
Pathsala: Assam’s Mixed Martial Artist (MMA), Bhabajeet Choudhury of Bajali has signed a contract with one of Asia’s biggest fighting promotions- Brave Combat Federation. Bhabajeet will compete with England’s Martin Hudson in his upcoming bout under the promotion at Hyderabad on November 23. He competes in the Welterweight category (77 kg) and is also the team captain of Gujarat in the Super Fight League.
He has a professional MMA record of 8 wins and 3 losses and is one of the most successful fighters from the Northeast. He goes by the nickname, ‘Stretcher’, as after his fights his opponents often leave on a stretcher. Bhabajeet hails from Patacharkuchi of Bajali subdivision under Barpeta district and son of Digambar Choudhury and Devi Rani Choudhury. He has learned and expertise in Kung-fu, Taekwondo, Muay Thai, Kick Boxing, Wrestling, Brazilian Jiu-Jitsu, Wushu & Mixed Martial Art (MMA).
Also Read: Meghalaya beat Mizoram in U-23 Men’s One-Day Trophy at Cuttack
Also watch: Govt all set to push for the contentious Citizenship Bill in the winter session of Parliament


Gentium - Design
Gentium is a typeface family designed to enable the diverse ethnic groups around the world who use the Latin, Cyrillic, and Greek scripts to produce readable, high-quality publications. It supports a wide range of Latin- and Cyrillic-based alphabets.
The design is intended to be highly readable, reasonably compact, and visually attractive. The additional ‘extended’ Latin letters are designed to naturally harmonize with the traditional 26 ones. Diacritics are treated with careful thought and attention to their use. Gentium Plus also supports both polytonic and monotonic Greek.
Type Samples
For a complete list of characters included in Gentium, see Character Set Support.
Gentium has been designed to balance the need for a compact, legible typeface with the need for an attractive, friendly one. The overall tensions that influenced the design are summarized by the following table:
For full details on the unique design characteristics of Gentium, download the 20-page type specimen: Gentium Type Specimen (A5 format). This publication was prepared for the University of Reading and was distributed to all attendees of the ATypI conference in Rome, September 2002. It also includes examples of the glyph set supported by Gentium and shows it in use for a variety of settings (Regular/Italic, Latin/Greek, Prose/Poetry, Display/Text).
An exhaustive set of proof sheets is also available that shows the complete glyph inventory of each font in a range of sizes: Gentium Proofs (A3 format).
A document showing Polytonic, Monotonic and mixed Latin with Greek is demonstrated in the following specimen: Gentium Greek Specimen.
SIL International is the creator of the Gentium fonts, and is the owner of all proprietary rights therein.
Gentium is a trademark of SIL International.


InfinitePain wrote:Just a short question: Is it normal that the user radar button is not visible?
If so, how can I add users to it?
Unbenannt-1.jpg
Brady_The wrote:InfinitePain wrote:Just a short question: Is it normal that the user radar button is not visible?
If so, how can I add users to it?
Unbenannt-1.jpg
Soldier radar is activated in BBlog options?
http://hostr.co/file/970/PiCTnoyzQydD/soldierradar.png


Create your own slice of heaven below
Size
Large $15
Medium $10
Small $5
First Topping
Three Cheese blend +$1
Mushroom +$2
Pineapple +$3
Second Topping
Black Olives +$1
Sun-dried Tomatoes +2
">Sun-dried Tomatoes +$2
Basil +$3
fuhgetaboutit
Size:
Toppings:
,
Total:


A blinking signal for the night,it turns on and off every 0.5 seconds.
Type line 10 and press ENTER key, then take back the cursor to line 10 and change the head "10" to "20", and press ENTER key.
Confirm if the line 10 copied to line 20 with "LIST"!
Blink all the time with "GOTO". About 30,000 times until morning.
The number after "GOTO" is a jumping destination.
> line 10, blink one time
> line 20, jump to line 10
To stop, press [ESC] key.
Fast blink
Display a program with "LIST" (=F4 key).
Change two "30" to "3" in line 10 , press ENTER key, and execute by "RUN" (=F5 key).
Repeat alternately between short blink and long blink.
Make a line 15 between line 10 and line 20 by changing the line 10's head to 15 and wait 3 to 30, and press ENTER key. Try it!
1. Let's return to a night signal program
2. Lengthen only lighting time
3. Try to fix it to a game that blink at high speed and stop when it is lighting
4. Make the line numbers from 100 per 100 steps, e.g. 100,200,300
5. Let's make a cool blink pattern, and boast to somebody.


Minihelp is currently only distributed as source code. The project is hosted at GitHub and the repository can be located at https://github.com/gaborbsd/Minihelp. You can download the sources as a zip file from this URL, or you can clone the repository from command-line, using the following command:
git clone https://github.com/gaborbsd/Minihelp.git
If you are unfamiliar with the git version control system, you may want to take a look at the Getting Started section of the documentation.


| Sr | Fieldname | Type | Label | Options |
|---|---|---|---|---|
| 1 | section_break0 |
Section Break | Select Employees | |
| 2 | column_break0 |
Column Break | ||
| 3 | company |
Link | Company | Company |
| 4 | posting_date |
Date | Posting Date | |
| 5 | payroll_frequency |
Select | Payroll Frequency |
Monthly Fortnightly Bimonthly Weekly Daily |
| 6 | column_break1 |
Column Break | ||
| 7 | branch |
Link | Branch | Branch |
| 8 | department |
Link | Department | Department |
| 9 | designation |
Link | Designation | Designation |
| 10 | section_break_8 |
Section Break | ||
| 11 | salary_slip_based_on_timesheet |
Check | Salary Slip Based on Timesheet | |
| 12 | select_payroll_period |
Section Break | Select Payroll Period | |
| 13 | start_date |
Date | Start Date | |
| 14 | column_break_11 |
Column Break | ||
| 15 | end_date |
Date | End Date | |
| 16 | section_break_16 |
Section Break | Accounts | |
| 17 | cost_center |
Link | Cost Center | Cost Center |
| 18 | column_break_18 |
Column Break | ||
| 19 | project |
Link | Project | Project |
| 20 | process_payroll |
Section Break | Process Payroll | |
| 21 | column_break2 |
Column Break | ||
| 22 | create_salary_slip |
Button |
Create Salary Slip
Creates salary slip for above mentioned criteria. |
|
| 23 | column_break3 |
Column Break | ||
| 24 | submit_salary_slip |
Button |
Submit Salary Slip
Submit all salary slips for the above selected criteria |
|
| 25 | account |
Section Break | Payment Entry | |
| 26 | payment_account |
Link |
Payment Account
Select Payment Account to make Bank Entry |
Account |
| 27 | make_bank_entry |
Button |
Make Bank Entry
Create Bank Entry for the total salary paid for the above selected criteria |
|
| 28 | section_break2 |
Section Break | ||
| 29 | activity_log |
HTML | Activity Log |
Inherits from frappe.model.document.Document
No docs
No docs
Creates salary slip for selected employees if already not created
create_submit_log (self, submitted_ss, not_submitted_ss, jv_name)
No docs
format_as_links (self, salary_slip)
No docs
get_account (self, component_dict=None)
No docs
get_default_payroll_payable_account (self)
No docs
Returns list of active employees based on selected criteria
and for which salary structure exists
No docs
get_joining_releiving_condition (self)
No docs
No docs
get_sal_slip_list (self, ss_status, as_dict=False)
Returns list of salary slips based on selected criteria
get_salary_component_account (self, salary_component)
No docs
get_salary_component_total (self, component_type=None)
No docs
get_salary_components (self, component_type)
No docs
get_total_salary_and_loan_amounts (self)
Get total loan principal, loan interest and salary amount from submitted salary slip based on selected criteria
No docs
No docs
No docs
Submit all salary slips based on selected criteria
update_salary_slip_status (self, jv_name=None)
No docs
Public API
/api/method/erpnext.hr.doctype.process_payroll.process_payroll.get_end_date
erpnext.hr.doctype.process_payroll.process_payroll.get_end_date (start_date, frequency)
No docs
erpnext.hr.doctype.process_payroll.process_payroll.get_frequency_kwargs (frequency_name)
No docs
erpnext.hr.doctype.process_payroll.process_payroll.get_month_details (year, month)
No docs
Public API
/api/method/erpnext.hr.doctype.process_payroll.process_payroll.get_start_end_dates
erpnext.hr.doctype.process_payroll.process_payroll.get_start_end_dates (payroll_frequency, start_date=None, company=None)
Returns dict of start and end dates for given payroll frequency based on start_date


ESP3 ver. 0.9.6
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