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| No. |
Time |
User |
SHA256 |
| -r10 (UTFTConverter-0.1.0.0-r10) |
2015-10-07T19:05:41Z |
cirquit |
abbfdf9c3e4816c0f010740a21d3360ceb55d2591329c92d6b163015fd581e01
|
|
Changed the library component's library dependency on 'base'
from >=4.0 && <5.0
to >=4.0 && <4.9 Changed the executable 'UTFTConverter' component's library dependency on 'base'
from >=4.0 && <5.0
to >=4.0 && <4.9 Changed the test suite 'lib-tests' component's library dependency on 'base'
from >=4.0 && <5.0
to >=4.0 && <4.9
|
| -r9 (UTFTConverter-0.1.0.0-r9) |
2015-10-07T18:35:01Z |
cirquit |
5d7d42a81a81481afe83d55515152b17185394274664ed6ffd5f992356b4680a
|
|
Changed the library component's library dependency on 'filepath'
from >=1.3 && <1.4
to >=1.3 && <1.5 Changed the library component's library dependency on 'time'
from >=1.4 && <1.5
to >=1.4 && <1.6 Changed the executable 'UTFTConverter' component's library dependency on 'filepath'
from >=1.3 && <1.4
to >=1.3 && <1.5 Changed the executable 'UTFTConverter' component's library dependency on 'time'
from >=1.4 && <1.5
to >=1.4 && <1.6 Changed the test suite 'lib-tests' component's library dependency on 'filepath'
from >=1.3 && <1.4
to >=1.3 && <1.5 Changed the test suite 'lib-tests' component's library dependency on 'time'
from >=1.4 && <1.5
to >=1.4 && <1.6
|
| -r8 (UTFTConverter-0.1.0.0-r8) |
2015-09-29T14:28:15Z |
cirquit |
a787e368d195b091b26df9422117495772cfa008d7011a25ae2e6a49d2bfbe17
|
|
|
| -r7 (UTFTConverter-0.1.0.0-r7) |
2015-09-29T14:27:30Z |
cirquit |
6e2d7a6a9f93d8415130265a1e04c75a00a816730913348b797716bf98a5492a
|
|
|
| -r6 (UTFTConverter-0.1.0.0-r6) |
2015-09-14T13:25:58Z |
cirquit |
28faa6c4e8e0e24ecf2399e76ff68adac8c493eb7b94430da84aaf6eb57821ff
|
|
Changed homepage
from www.github.com/cirquit/UTFTConverter
to http://github.com/cirquit/UTFTConverter Changed bug-reports
from www.github.com/cirquit/UTFTConverter/issues
to http://github.com/cirquit/UTFTConverter/issues
|
| -r5 (UTFTConverter-0.1.0.0-r5) |
2015-09-14T11:11:35Z |
cirquit |
020a33b4176ff94d4ef2a1d40a38342b02f075ea771e43cc712585ad49b42b9b
|
|
Changed description
from /About:/
This package was created because I could not find a tool that can be used on UNIX systems to
parse a picture into an array of 'RGB565' values and save them to a '.c' or '.raw' file. Both formats
are used by the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library> to display pictures on to a TFT display.
This package includes, but not limited to, an executable which is made to be as identical as possible
to the corresponding tool that is also downloaded with the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library>.
/Usage:/
> ./UTFTConverter <filespec> /c|r [/o <path>] [/t AVR|ARM|PIC32]
>
> <filespec>: File(s) to convert
> parameters: /c - Create output as .c array files
> /r - Create output as .raw files
> /o <path> - Set the output directory to <path>
> /t <platform> - Select target plaform
> AVR : Most Arduinos, Bobuion
> ARM : Arduino Due, Teensy, TI CC3200 LaunchPad
> PIC32 : All chipKit boards
>
> You must specify either /c or /r. All other parameters are optional.
> If /o is ommited the current directory will be used for output.
> If /t is ommited the target platform will be set to AVR.'
/Supported formats:/
The exported library is using <http://hackage.haskell.org/package/JuicyPixels JuicyPixels> to convert incoming
* '.gif'
* '.png'
* '.jpg' \/\ '.jpe' \/\ '.jpeg'
* '.bmp'
* '.tga'
and translates every pixel to a 'RGB565' format, which is a 4 digit hex number.
/Library:/
The only really reusable library is the 'Format.RGB565'.
It support the conversion from
* 'RGB' to 'RGB565' as ('Word8', 'Word8', 'Word8') -> 'Int'
* 'Int' to 'Hex' as 'Int' -> 'String'
/Example usage:/
> >>> toRGB565 (0, 0, 255)
> 31
> >>> toRGB565Hex (0, 0, 255)
> "001F"
> >>> toHex 100
> 64
> >>> to4Hex 100
> "0064"
> >>> to6Hex 100
> "000064"
to /About:/
This package was created because I could not find a tool that can be used on UNIX systems to
parse a picture into an array of 'RGB565' values and save them to a '.c' or '.raw' file. Both formats
are used by the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library> to display pictures on to a TFT display.
This package includes, but not limited to, an executable which is made to be as identical as possible
to the corresponding tool that is also downloaded with the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library>.
/Usage:/
> ./UTFTConverter <filespec> /c|r [/o <path>] [/t AVR|ARM|PIC32]
>
> <filespec>: File(s) to convert
> parameters: /c - Create output as .c array files
> /r - Create output as .raw files
> /o <path> - Set the output directory to <path>
> /t <platform> - Select target plaform
> AVR : Most Arduinos, Bobuion
> ARM : Arduino Due, Teensy, TI CC3200 LaunchPad
> PIC32 : All chipKit boards
>
> You must specify either /c or /r. All other parameters are optional.
> If /o is ommited the current directory will be used for output.
> If /t is ommited the target platform will be set to AVR.'
/Supported formats:/
The exported library is using <http://hackage.haskell.org/package/JuicyPixels JuicyPixels> to convert incoming
* '.gif'
* '.png'
* '.jpg' \/\ '.jpe' \/\ '.jpeg'
* '.bmp'
* '.tga'
and translates every pixel to a 'RGB565' format, which is a 4 digit hex number.
/Library:/
The only really reusable library is the 'Format.RGB565'.
It support the conversion from
* 'RGB' to 'RGB565' as ('Word8', 'Word8', 'Word8') -> 'Int'
* 'Int' to 'Hex' as 'Int' -> 'String'
/Example usage:/
> >>> toRGB565 (0, 0, 255)
> 31
> >>> toRGB565Hex (0, 0, 255)
> "001F"
> >>> toHex 100
> 64
> >>> to4Hex 100
> "0064"
> >>> to6Hex 100
> "000064"
|
| -r4 (UTFTConverter-0.1.0.0-r4) |
2015-09-14T11:11:03Z |
cirquit |
70c04d8815af151c526375ac41fad6357160ec16ca0f50f2fd7c540983ad22e9
|
|
Changed description
from /About:/
This package was created because I could not find a tool that can be used on UNIX systems to
parse a picture into an array of 'RGB565' values and save them to a '.c' or '.raw' file. Both formats
are used by the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library> to display pictures on to a TFT display.
This package includes, but not limited to, an executable which is made to be as identical as possible
to the corresponding tool that is also downloaded with the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library>.
/Usage:/
> ./UTFTConverter <filespec> /c|r [/o <path>] [/t AVR|ARM|PIC32]
>
> <filespec>: File(s) to convert
> parameters: /c - Create output as .c array files
> /r - Create output as .raw files
> /o <path> - Set the output directory to <path>
> /t <platform> - Select target plaform
> AVR : Most Arduinos, Bobuion
> ARM : Arduino Due, Teensy, TI CC3200 LaunchPad
> PIC32 : All chipKit boards
>
> You must specify either /c or /r. All other parameters are optional.
> If /o is ommited the current directory will be used for output.
> If /t is ommited the target platform will be set to AVR.'
/Supported formats:/
The exported library is using <http://hackage.haskell.org/package/JuicyPixels JuicyPixels> to convert incoming
* '.gif'
* '.png'
* '.jpg' \/\ '.jpe' \/\ '.jpeg'
* '.bmp'
* '.tga'
and translates every pixel to a 'RGB565' format, which is a 4 digit hex number.
/Library:/
The only really reusable library is the 'Format.RGB565'.
It support the conversion from
* 'RGB' to 'RGB565' as '\(Word8, Word8, Word8\) -> Int'
* 'Int' to 'Hex' as 'Int -> String'
/Example usage:/
> >>> toRGB565 (0, 0, 255)
> 31
> >>> toRGB565Hex (0, 0, 255)
> "001F"
> >>> toHex 100
> 64
> >>> to4Hex 100
> "0064"
> >>> to6Hex 100
> "000064"
to /About:/
This package was created because I could not find a tool that can be used on UNIX systems to
parse a picture into an array of 'RGB565' values and save them to a '.c' or '.raw' file. Both formats
are used by the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library> to display pictures on to a TFT display.
This package includes, but not limited to, an executable which is made to be as identical as possible
to the corresponding tool that is also downloaded with the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library>.
/Usage:/
> ./UTFTConverter <filespec> /c|r [/o <path>] [/t AVR|ARM|PIC32]
>
> <filespec>: File(s) to convert
> parameters: /c - Create output as .c array files
> /r - Create output as .raw files
> /o <path> - Set the output directory to <path>
> /t <platform> - Select target plaform
> AVR : Most Arduinos, Bobuion
> ARM : Arduino Due, Teensy, TI CC3200 LaunchPad
> PIC32 : All chipKit boards
>
> You must specify either /c or /r. All other parameters are optional.
> If /o is ommited the current directory will be used for output.
> If /t is ommited the target platform will be set to AVR.'
/Supported formats:/
The exported library is using <http://hackage.haskell.org/package/JuicyPixels JuicyPixels> to convert incoming
* '.gif'
* '.png'
* '.jpg' \/\ '.jpe' \/\ '.jpeg'
* '.bmp'
* '.tga'
and translates every pixel to a 'RGB565' format, which is a 4 digit hex number.
/Library:/
The only really reusable library is the 'Format.RGB565'.
It support the conversion from
* 'RGB' to 'RGB565' as ('Word8', 'Word8', 'Word8') -> 'Int'
* 'Int' to 'Hex' as 'Int' -> 'String'
/Example usage:/
> >>> toRGB565 (0, 0, 255)
> 31
> >>> toRGB565Hex (0, 0, 255)
> "001F"
> >>> toHex 100
> 64
> >>> to4Hex 100
> "0064"
> >>> to6Hex 100
> "000064"
|
| -r3 (UTFTConverter-0.1.0.0-r3) |
2015-09-14T11:10:01Z |
cirquit |
c645f8c2ac065f8c9443277b3be839e6b3fa272a3a9146b3795c52c56cde5fa3
|
|
Changed description
from /About:/
This package was created because I could not find a tool that can be used on UNIX systems to
parse a picture into an array of 'RGB565' values and save them to a '.c' or '.raw' file. Both formats
are used by the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library> to display pictures on to a TFT display.
This package includes, but not limited to, an executable which is made to be as identical as possible
to the corresponding tool that is also downloaded with the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library>.
/Usage:/
> ./UTFTConverter <filespec> /c|r [/o <path>] [/t AVR|ARM|PIC32]
>
> <filespec>: File(s) to convert
> parameters: /c - Create output as .c array files
> /r - Create output as .raw files
> /o <path> - Set the output directory to <path>
> /t <platform> - Select target plaform
> AVR : Most Arduinos, Bobuion
> ARM : Arduino Due, Teensy, TI CC3200 LaunchPad
> PIC32 : All chipKit boards
>
> You must specify either /c or /r. All other parameters are optional.
> If /o is ommited the current directory will be used for output.
> If /t is ommited the target platform will be set to AVR.'
/Supported formats:/
The exported library is using <http://hackage.haskell.org/package/JuicyPixels JuicyPixels> to convert incoming
* '.gif'
* '.png'
* '.jpg' \/\ '.jpe' \/\ '.jpeg'
* '.bmp'
* '.tga'
and translates every pixel to a 'RGB565' format, which is a 4 digit hex number.
/Library:/
The only really reusable library is the 'Format.RGB565'.
It support the conversion from
* 'RGB' to 'RGB565' as '(Word8, Word8, Word8) -> Int'
* 'Int' to 'Hex' as 'Int -> String'
/Example usage:/
> >>> toRGB565 (0, 0, 255)
> 31
> >>> toRGB565Hex (0, 0, 255)
> "001F"
> >>> toHex 100
> 64
> >>> to4Hex 100
> "0064"
> >>> to6Hex 100
> "000064"
to /About:/
This package was created because I could not find a tool that can be used on UNIX systems to
parse a picture into an array of 'RGB565' values and save them to a '.c' or '.raw' file. Both formats
are used by the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library> to display pictures on to a TFT display.
This package includes, but not limited to, an executable which is made to be as identical as possible
to the corresponding tool that is also downloaded with the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library>.
/Usage:/
> ./UTFTConverter <filespec> /c|r [/o <path>] [/t AVR|ARM|PIC32]
>
> <filespec>: File(s) to convert
> parameters: /c - Create output as .c array files
> /r - Create output as .raw files
> /o <path> - Set the output directory to <path>
> /t <platform> - Select target plaform
> AVR : Most Arduinos, Bobuion
> ARM : Arduino Due, Teensy, TI CC3200 LaunchPad
> PIC32 : All chipKit boards
>
> You must specify either /c or /r. All other parameters are optional.
> If /o is ommited the current directory will be used for output.
> If /t is ommited the target platform will be set to AVR.'
/Supported formats:/
The exported library is using <http://hackage.haskell.org/package/JuicyPixels JuicyPixels> to convert incoming
* '.gif'
* '.png'
* '.jpg' \/\ '.jpe' \/\ '.jpeg'
* '.bmp'
* '.tga'
and translates every pixel to a 'RGB565' format, which is a 4 digit hex number.
/Library:/
The only really reusable library is the 'Format.RGB565'.
It support the conversion from
* 'RGB' to 'RGB565' as '\(Word8, Word8, Word8\) -> Int'
* 'Int' to 'Hex' as 'Int -> String'
/Example usage:/
> >>> toRGB565 (0, 0, 255)
> 31
> >>> toRGB565Hex (0, 0, 255)
> "001F"
> >>> toHex 100
> 64
> >>> to4Hex 100
> "0064"
> >>> to6Hex 100
> "000064"
|
| -r2 (UTFTConverter-0.1.0.0-r2) |
2015-09-14T11:08:26Z |
cirquit |
c71356a64d5ace98db6ec49549226ef456b21c6d01d2fbb4319584f536595e9c
|
|
Changed description
from '''About:'''
This package was created because I could not find a tool that can be used on UNIX systems to
parse a picture into an array of RGB565 values and save them to a '.c' or '.raw' file. Both formats
are used by the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library> to display pictures on to a TFT display.
This package includes, but not limited to, an executable which is made to be as identical as possible
to the corresponding tool that is also downloaded with the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library>.
'''Usage:'''
> ./UTFTConverter <filespec> /c|r [/o <path>] [/t AVR|ARM|PIC32]
>
> <filespec>: File(s) to convert
> parameters: /c - Create output as .c array files
> /r - Create output as .raw files
> /o <path> - Set the output directory to <path>
> /t <platform> - Select target plaform
> AVR : Most Arduinos, Bobuion
> ARM : Arduino Due, Teensy, TI CC3200 LaunchPad
> PIC32 : All chipKit boards
>
> You must specify either /c or /r. All other parameters are optional.
> If /o is ommited the current directory will be used for output.
> If /t is ommited the target platform will be set to AVR.'
'''Supported formats:'''
The exported library is using <http://hackage.haskell.org/package/JuicyPixels JuicyPixels> to convert incoming
* '.gif'
* '.png'
* '.jpg \/\ .jpe \/\ .jpeg'
* '.bmp'
* '.tga'
and translates every pixel to a 'RGB565' format, which is a 4 digit hex number.
'''Library:'''
The only really reusable library is the 'Format.RGB565'.
It support the conversion from
* 'RGB' to 'RGB565' as '(Word8, Word8, Word8) -> Int'
* 'Int' to 'Hex' as 'Int -> String'
'''Example usage:'''
> >>> toRGB565 (0, 0, 255)
> 31
> >>> toRGB565Hex (0, 0, 255)
> "001F"
> >>> toHex 100
> 64
> >>> to4Hex 100
> "0064"
> >>> to6Hex 100
> "000064"
to /About:/
This package was created because I could not find a tool that can be used on UNIX systems to
parse a picture into an array of 'RGB565' values and save them to a '.c' or '.raw' file. Both formats
are used by the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library> to display pictures on to a TFT display.
This package includes, but not limited to, an executable which is made to be as identical as possible
to the corresponding tool that is also downloaded with the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library>.
/Usage:/
> ./UTFTConverter <filespec> /c|r [/o <path>] [/t AVR|ARM|PIC32]
>
> <filespec>: File(s) to convert
> parameters: /c - Create output as .c array files
> /r - Create output as .raw files
> /o <path> - Set the output directory to <path>
> /t <platform> - Select target plaform
> AVR : Most Arduinos, Bobuion
> ARM : Arduino Due, Teensy, TI CC3200 LaunchPad
> PIC32 : All chipKit boards
>
> You must specify either /c or /r. All other parameters are optional.
> If /o is ommited the current directory will be used for output.
> If /t is ommited the target platform will be set to AVR.'
/Supported formats:/
The exported library is using <http://hackage.haskell.org/package/JuicyPixels JuicyPixels> to convert incoming
* '.gif'
* '.png'
* '.jpg' \/\ '.jpe' \/\ '.jpeg'
* '.bmp'
* '.tga'
and translates every pixel to a 'RGB565' format, which is a 4 digit hex number.
/Library:/
The only really reusable library is the 'Format.RGB565'.
It support the conversion from
* 'RGB' to 'RGB565' as '(Word8, Word8, Word8) -> Int'
* 'Int' to 'Hex' as 'Int -> String'
/Example usage:/
> >>> toRGB565 (0, 0, 255)
> 31
> >>> toRGB565Hex (0, 0, 255)
> "001F"
> >>> toHex 100
> 64
> >>> to4Hex 100
> "0064"
> >>> to6Hex 100
> "000064"
|
| -r1 (UTFTConverter-0.1.0.0-r1) |
2015-09-14T11:06:11Z |
cirquit |
5098d636fa9caf250b566eb7e58c7dad5443e2aef97958464126716a65c93ce5
|
|
Changed description
from __About:__
This package was created because I could not find a tool that can be used on UNIX systems to
parse a picture into an array of RGB565 values and save them to a @.c@ or @.raw@ file. Both formats
are used by the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library> to display pictures on to a TFT display.
This package includes, but not limited to, an executable which is made to be as identical as possible
to the corresponding tool that is also downloaded with the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library>.
__Usage:__
>./UTFTConverter <filespec> /c|r [/o <path>] [/t AVR|ARM|PIC32]
>
><filespec>: File(s) to convert
>parameters: /c - Create output as .c array files
> /r - Create output as .raw files
> /o <path> - Set the output directory to <path>
> /t <platform> - Select target plaform
> AVR : Most Arduinos, Bobuion
> ARM : Arduino Due, Teensy, TI CC3200 LaunchPad
> PIC32 : All chipKit boards
>
>You must specify either /c or /r. All other parameters are optional.
>If /o is ommited the current directory will be used for output.
>If /t is ommited the target platform will be set to AVR.'
__Supported formats:__
The exported library is using <http://hackage.haskell.org/package/JuicyPixels JuicyPixels> to convert incoming
* @.gif@
* @.png@
* @.jpg \/\ .jpe \/\ .jpeg@
* @.bmp@
* @.tga@
and translates every pixel to a @RGB565@ format, which is a 4 digit hex number.
__Library:__
The only really reusable library is the @Format.RGB565@.
It support the conversion from
* @RGB@ to @RGB565@ as @(Word8, Word8, Word8) -> Int@
* @Int@ to @Hex@ as @Int -> String@
__Example usage:__
>>> toRGB565 (0, 0, 255)
31
>>> toRGB565Hex (0, 0, 255)
"001F"
>>> toHex 100
64
>>> to4Hex 100
"0064"
>>> to6Hex 100
"000064"
to '''About:'''
This package was created because I could not find a tool that can be used on UNIX systems to
parse a picture into an array of RGB565 values and save them to a '.c' or '.raw' file. Both formats
are used by the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library> to display pictures on to a TFT display.
This package includes, but not limited to, an executable which is made to be as identical as possible
to the corresponding tool that is also downloaded with the <http://www.rinkydinkelectronics.com/library.php?id=51 UTFT library>.
'''Usage:'''
> ./UTFTConverter <filespec> /c|r [/o <path>] [/t AVR|ARM|PIC32]
>
> <filespec>: File(s) to convert
> parameters: /c - Create output as .c array files
> /r - Create output as .raw files
> /o <path> - Set the output directory to <path>
> /t <platform> - Select target plaform
> AVR : Most Arduinos, Bobuion
> ARM : Arduino Due, Teensy, TI CC3200 LaunchPad
> PIC32 : All chipKit boards
>
> You must specify either /c or /r. All other parameters are optional.
> If /o is ommited the current directory will be used for output.
> If /t is ommited the target platform will be set to AVR.'
'''Supported formats:'''
The exported library is using <http://hackage.haskell.org/package/JuicyPixels JuicyPixels> to convert incoming
* '.gif'
* '.png'
* '.jpg \/\ .jpe \/\ .jpeg'
* '.bmp'
* '.tga'
and translates every pixel to a 'RGB565' format, which is a 4 digit hex number.
'''Library:'''
The only really reusable library is the 'Format.RGB565'.
It support the conversion from
* 'RGB' to 'RGB565' as '(Word8, Word8, Word8) -> Int'
* 'Int' to 'Hex' as 'Int -> String'
'''Example usage:'''
> >>> toRGB565 (0, 0, 255)
> 31
> >>> toRGB565Hex (0, 0, 255)
> "001F"
> >>> toHex 100
> 64
> >>> to4Hex 100
> "0064"
> >>> to6Hex 100
> "000064"
|
| -r0 (UTFTConverter-0.1.0.0-r0) |
2015-09-05T00:42:33Z |
cirquit |
9f9a2734846b5a9693ce8c9761dc8a4ba1b03f8655f56e8f882bfaa9420bc39a
|
|
|