* First commit of the Terminus_Mini firmware and the DivergeJM version of the Nyquist firmware
* Fix terminus_mini & nyquist/DivergeJM readme files
Previously an outdated copy of the default readme. Updated to match the Nyquist/DivergeJM format (DivergeJM is a split 5x12 implementation of the terminus_mini layout)
* Update makefiles to rules.mk
Renamed both Makefiles to rules.mk, removed references to makefiles
* Updated rules.mk
Inadvertantly removed important code from the rules.mk in previous commit. This has been restored.
Also disabled Tap_Dance in both rules.mk files
* Moved terminus_mini to handwired
Realised that existing directory was not appropriate for the terminus_mini project, moved to handwired.
* New Frosty Flake layout for QFR TKL
Added a TKL layout for the Frosty Flake with a navigation cluster on LOWER under the left hand and a similarly functioning MOUSE layer that includes mouse navigation functionality.
* README fix & keymap update for 3 keyboards
Fixed the markdown for the handwired/terminus_mini:default, Nyqyist:DivergeJM & frosty_flake:QFR_JM.
Added TAPPING_TERM = 150 to config.h for all keyboards
Switched LT(LOWER) and LAlt on the mod row for ortholinear boards.
* Update readme for QFR_JM to include make instructions
* Revert "Merge branch 'master' of https://github.com/mogranjm/qmk_firmware"
This reverts commit a45f264ada, reversing
changes made to 62349c3341.
* Revert "Revert "Merge branch 'master' of https://github.com/mogranjm/qmk_firmware""
This reverts commit eae54fb3be.
* Added QWERTY support to the QFR_JM
Implemented variable default base layer from the Planck default keymap.
* Update README to reflect QWERTY support
* The *LOWER* layer contains a navigation cluster on the left hand. This layer is momentary when the spacebar or LOWER (RAlt) key is held and toggled on/off when the LOWER key is tapped.
The *LOWER* layer contains a navigation cluster on the left hand. This layer is momentary when the spacebar or LOWER (RAlt) key is held and toggled on/off when the LOWER key is tapped.
* The Navigation cluster is offset to the right compared to the traditional **WASD** nav cluster. With this implementation, you don't need to move your hand from the home position when navigating. Page Up & Down keys are found on the far left of the cluster.
* The Navigation cluster is offset to the right compared to the traditional **WASD** nav cluster. With this implementation, you don't need to move your hand from the home position when navigating. Page Up & Down keys are found on the far left of the cluster.
* All unused (blank on the above keymap) keys are locked out using the XXXXXXX filler (KC_NO), all modifiers (edge |_| keys \[except 0, \. & Fn\] on the above keymap) and the ZXCV cluster are transparent (_______) to the Base layer.
* All unused (blank on the above keymap) keys are locked out using the XXXXXXX filler (KC\_NO), all modifiers (edge |\_| keys \[except 0, \. & Fn\] on the above keymap) and the ZXCV cluster are transparent (\_\_\_\_\_\_\_) to the Base layer.
### MOUSE
* The base layer can be switched to QWERTY or COLEMAK by pressing the Pause Break or Scroll Lock keys respectively
The *MOUSE* layer contains keys replicating functions found on the mouse.
* The *MOUSE* layer contains keys replicating functions found on the mouse.
* The navigation cluster (Up, Down, Left, Right) is a replication of the Navigation cluster on the *LOWER* layer. The scroll keys are analagous to the Page Up & Downkeys.
* The navigation cluster (Up, Down, Left, Right) is a replication of the Navigation cluster on the *LOWER* layer. The scroll keys are analagous to the Page Up & Downkeys.
* The primary click (right & left) buttons are on the right home row (index & middle fingers)
* The primary click (right & left) buttons are on the right home row (index & middle fingers)
* Secondary click buttons are above the standard keys (M3/Wheel click, M4, M5) but I do not use this function.
* Secondary click buttons are above the standard keys (M3/Wheel click, M4, M5) but I do not use this function.
@ -6,32 +6,25 @@ This keymap is modified from the Planck default layout. Credit for the layout na
The terminus_mini is a handwired 4x12 ortholinear keyboard with two 2U thumb bar keys. The microcontroller is a Teensy 2.0
The terminus_mini is a handwired 4x12 ortholinear keyboard with two 2U thumb bar keys. The microcontroller is a Teensy 2.0
The TERMINUS_MINI layout (../../../terminus_mini/terminus_mini.h) is handwired and the 2U keys are handled using KC_NO to detail that two columns do not have a 4th column.
The TERMINUS_MINI layout (../../../terminus\_mini/terminus\_mini.h) is handwired and the 2U keys are handled using KC\_NO to detail that two columns do not have a 4th column.
* The base layout is Colemak. Since the CapsLock key is replaced with BackSpace, this layout has the delete key in the traditional backspace location.
The base layout is Colemak. Since the CapsLock key is replaced with BackSpace, this layout has the delete key in the traditional backspace location.
* QWERTY and Dvorak layers have been removed from the keymap that was initially developed from the default Planck keymap.
* I've implemented COLEMAK = SAFE_RANGE when enumerating the custom_keycodes, but I don't actually know what this does...
* QWERTY and Dvorak layers have been removed from the keymap that was initially developed from the default Planck keymap.
* I've implemented COLEMAK = SAFE\_RANGE when enumerating the custom\_keycodes, but I don't actually know what this does...
* Space cadet is implemented in the shift keys (hold for shift, tap for respective parentheses)
* Space cadet is implemented in the shift keys (hold for shift, tap for respective parentheses)
* I never find myself using the right-modifiers on a standard keyboard, so I've only implemented LGUI and LALT. I have intentions of improving my use of the ctrl key in correct hand alternation, so CTRL is implemented in both outside corners of the home row.
* I never find myself using the right-modifiers on a standard keyboard, so I've only implemented LGUI and LALT. I have intentions of improving my use of the ctrl key in correct hand alternation, so CTRL is implemented in both outside corners of the home row.
@ -44,79 +37,83 @@ The TERMINUS_MINI layout (../../../terminus_mini/terminus_mini.h) is handwired a
* The 3rd key on the bottom row of the right hand PCB is a **TAP_TOGGLE** macro for the *MOUSE* layer
* The 3rd key on the bottom row of the right hand PCB is a **TAP_TOGGLE** macro for the *MOUSE* layer
The *LOWER* layer contains a navigation cluster on the left hand and a numpad on the right. This layer is momentary when the left thumb-bar or LOWER key is held and toggled on/off when the LOWER key is tapped.
* The Navigation cluster is offset to the right compared to the traditional WASD nav cluster. With this implementation, you don't need to move your hand from the home position when navigating. Page Up & Down keys are found on the far left of the cluster.
| Tab | PgUp | Home | Up | End | | | 7 | 8 | 9 | \+ | | Del | \
* The *LOWER* layer contains a navigation cluster on the left hand and a numpad on the right. This layer is momentary when the left thumb-bar or LOWER key is held and toggled on/off when the LOWER key is tapped.
* The Navigation cluster is offset to the right compared to the traditional **WASD** nav cluster. With this implementation, you don't need to move your hand from the home position when navigating. Page Up & Down keys are found on the far left of the cluster.
* All unused (blank on the above keymap) keys are locked out using the XXXXXXX filler (KC\_NO), all modifiers (edge |\_| keys \[except 0, \. & Fn\] on the above keymap) and the ZXCV cluster are transparent (\_\_\_\_\_\_\_) to the Base layer.
* All unused (blank on the above keymap) keys are locked out using the XXXXXXX filler (KC_NO), all modifiers (edge |_| keys \[except 0, \. & Fn\] on the above keymap) and the ZXCV cluster are transparent (_______) to the Base layer.
[] TO DO!! - It would be nice to have a **TAP\_DANCE\_DOUBLE** implementation whereby a double tap of the right 2U key sends KC_PENT
- [] TO DO!! - It would be nice to have a **TAP_DANCE_DOUBLE** implementation whereby a double tap of the right 2U key sends KC_PENT
* Couldn't get this to work in Rev1, produced an error in the Make process.
* Couldn't get this to work in Rev1, produced an error in the Make process.
* When this is done, I can remove the clunky double Enter on the 4th column of the right hand PCB.
* When this is done, I can remove the clunky double Enter on the 4th column of the right hand PCB.
* The *RAISE* layer contains the symbols. This layer is momentary when the right thumb bar is held.
* Standard symbols can be found on the home row, in the traditional number row order as they occur on a standard keyboard.
* Standard symbols can be found on the home row, in the traditional number row order as they occur on a standard keyboard.
* Shifted symbols can be found on the second-from bottom row, abovee the bars - these include brackets, braces, grave and pipe keys.
* Shifted symbols can be found on the second-from bottom row, abovee the bars - these include brackets, braces, grave and pipe keys.
* At this stage, you need to shift to get to the Tilde key. I'd like to remove the shift requirement as I've done with the Pipe, but we'll see.
* At this stage, you need to shift to get to the Tilde key. I'd like to remove the shift requirement as I've done with the Pipe, but we'll see.
* The Terminus_Mini implements the symbols on the top row, with numbers implemented on the home row. Implementing a third set of number keys (Base, *LOWER*, * RAISE*) in this keymap is probably overkill, but the current *RAISE* layout replicates the standard number row, so I don't see reason to change it.
* The Terminus_Mini implements the symbols on the top row, with numbers implemented on the home row. Implementing a third set of number keys (Base, *LOWER*, * RAISE*) in this keymap is probably overkill, but the current *RAISE* layout replicates the standard number row, so I don't see reason to change it.
* The bottom row of this layer is a replication of that of the Base layer, except that the **TAP_TOGGLE** *LOWER* key is blocked with **XXXXXXX**.
* The bottom row of this layer is a replication of that of the Base layer, except that the **TAP_TOGGLE***LOWER* key is blocked with XXXXXXX.
* The *FUNCTION* layer contains media keys as well as the F-row. This layer is momentary and requires Fn to be held.
* The media cluster is based on the nav cluster in the *LOWER* layer, with RW, PP & FF in the Left, Down & Right positions.
* The media cluster is based on the nav cluster in the *LOWER* layer, with RW, PP & FF in the Left, Down & Right positions.
* Mute, and Vol +/- are next to each other in ascending (L->R) volume order, Stop is below Mute.
* Mute, and Vol +/- are next to each other in ascending (L->R) volume order, Stop is below Mute.
* Insert, Print Screen, Scroll Lock & Pause Break are all implemented on the far right column.
* Insert, Print Screen, Scroll Lock & Pause Break are all implemented on the far right column. I don't really use these keys so their position is not optimised.
I don't really use these keys so their position is not optimised.
* Caps lock is implemented on this layer, in the traditional position, in place of BackSpace on the Base layer.
* Caps lock is implemented on this layer, in the traditional position, in place of BackSpace on the Base layer.
* The RESET key will reset the Teensy for flashing and the Power key will initiate a shutdown of the PC. I've placed these in the far-reach index positions so that they are least likely to be pressed on accident. The power key is particularly dangerous, so I've placed it conciously on the right hand so that it becomes very awkward to activate with one hand (Fn needs to be held with the middle finger at the same time)
* The RESET key will reset the Teensy for flashing and the Power key will initiate a shutdown of the PC. I've placed these in the far-reach index positions so that they are least likely to be pressed on accident. The power key is particularly dangerous, so I've placed it conciously on the right hand so that it becomes very awkward to activate with one hand (Fn needs to be held with the middle finger at the same time)
### MOUSE - Mouse keys: The functionality of this layer is not as optimal as using a true mouse, generally slower but will work in a pinch.
### MOUSE - Mouse keys: The functionality of this layer is not as optimal as using a true mouse, generally slower but will work in a pinch.
* The *MOUSE* layer contains keys replicating functions found on the mouse.
```
* The navigation cluster (Up, Down, Left, Right) is a replication of the Navigation cluster on the *LOWER* layer. The scroll keys are nalagous to the Page Up & Down keys.
The *MOUSE* layer contains keys replicating functions found on the mouse.
* The navigation cluster (Up, Down, Left, Right) is a replication of the Navigation cluster on the *LOWER* layer. The scroll keys are nalagous to the Page Up & Down
keys.
*) The primary click (right & left) buttons are on the right home row (index & middle fingers)
*) The primary click (right & left) buttons are on the right home row (index & middle fingers)
* Secondary click buttons are above the standard keys (M3/Wheel click, M4, M5) but I do not use this function.
* Secondary click buttons are above the standard keys (M3/Wheel click, M4, M5) but I do not use this function.
Copyright 2017 James Morgan <ja.morgan1@outlook.com>
Copyright 2017 James Morgan <ja.morgan1@outlook.com>
#MogranJM's nyquist layout
#MogranJM's Nyquist layout
***NOTE*** - As yet, this keymap has not been tested, I'm waiting on delivery of a plate and base before I assemble the keyboard. Though, the hex file does compile successfully...
This keymap is based on my Terminus_Mini (../../../terminus\_mini/default) layout (credit for the names of these layouts goes to UniKeyboard & reddit's /u/blahlicus)
This keymap is based on my Terminus_Mini (../../../terminus_mini/default) layout (credit for the names of these layouts goes to UniKeyboard & reddit's /u/blahlicus)
The terminus_mini is a handwired 4x12 ortholinear keyboard with two 2U thumb bar keys. This implementation of the layout converts it to a split 5x12 (two halves, each 5x6) keyboard with a 2U thumb key on the inner bottom corner of each half.
The terminus_mini is a handwired 4x12 ortholinear keyboard with two 2U thumb bar keys. This implementation of the layout converts it to a split 5x12 (two halves, each 5x6) keyboard with a 2U thumb key on the inner bottom corner of each half.
The TERMINUS_MINI layout (../../../terminus_mini/terminus_mini.h) is handwired and the 2U keys are handled using KC_NO to detail that two columns do not have a 4th column. This layout is based on a PCB, so the keymap represents the 2U keys as duplicates of the same 1U key.
The TERMINUS\_MINI layout (../../../terminus_mini/terminus_mini.h) is handwired and the 2U keys are handled using KC_NO to detail that two columns do not have a 4th column. This layout is based on a PCB, so the keymap represents the 2U keys as duplicates of the same 1U key.
* The base layout is Colemak. Since the CapsLock key is replaced with BackSpace, this layout has the delete key in the traditional backspace location.
The base layout is Colemak. Since the CapsLock key is replaced with BackSpace, this layout has the delete key in the traditional backspace location.
* QWERTY and Dvorak layers have been removed from the keymap that was initially developed from the default Planck keymap.
* QWERTY and Dvorak layers have been removed from the keymap that was initially developed from the default Planck keymap.
* I've implemented COLEMAK = SAFE_RANGE when enumerating the custom_keycodes, but I don't actually know what this does...
* I've implemented COLEMAK = SAFE\_RANGE when enumerating the custom\_keycodes, but I don't actually know what this does...
* Space cadet is implemented in the shift keys (hold for shift, tap for respective parentheses)
* Space cadet is implemented in the shift keys (hold for shift, tap for respective parentheses)
* I never find myself using the right-modifiers on a standard keyboard, so I've only implemented LGUI and LALT. I have intentions of improving my use of the ctrl key in correct hand alternation, so CTRL is implemented in both outside corners of the home row.
* I never find myself using the right-modifiers on a standard keyboard, so I've only implemented LGUI and LALT. I have intentions of improving my use of the ctrl key in correct hand alternation, so CTRL is implemented in both outside corners of the home row.
@ -49,44 +40,45 @@ The TERMINUS_MINI layout (../../../terminus_mini/terminus_mini.h) is handwired a
* The 3rd key on the bottom row of the right hand PCB is a **TAP_TOGGLE** macro for the *MOUSE* layer
* The 3rd key on the bottom row of the right hand PCB is a **TAP_TOGGLE** macro for the *MOUSE* layer
* The *LOWER* layer contains a navigation cluster on the left hand and a numpad on the right. This layer is momentary when the left thumb-bar or LOWER key is held and toggled on/off when the LOWER key is tapped.
The *LOWER* layer contains a navigation cluster on the left hand and a numpad on the right. This layer is momentary when the left thumb-bar or LOWER key is held and toggled on/off when the LOWER key is tapped.
* The Navigation cluster is offset to the right compared to the traditional **WASD** nav cluster. With this implementation, you don't need to move your hand from the home position when navigating. Page Up & Down keys are found on the far left of the cluster.
The Navigation cluster is offset to the right compared to the traditional **WASD** nav cluster. With this implementation, you don't need to move your hand from the home position when navigating. Page Up & Down keys are found on the far left of the cluster.
* All unused (blank on the above keymap) keys are locked out using the XXXXXXX filler (KC_NO), all modifiers (edge |_| keys \[except 0, \. & Fn\] on the above keymap) and the ZXCV cluster are transparent (_______) to the Base layer.
All unused (blank on the above keymap) keys are locked out using the XXXXXXX filler (KC_NO), all modifiers (edge |_| keys \[except 0, \. & Fn\] on the above keymap) and the ZXCV cluster are transparent (_______) to the Base layer.
- [] TO DO!! - It would be nice to have a **TAP_DANCE_DOUBLE** implementation whereby a double tap of the right 2U key sends KC_PENT
[] TO DO!! - It would be nice to have a **TAP_DANCE_DOUBLE** implementation whereby a double tap of the right 2U key sends KC_PENT
* Couldn't get this to work in Rev1, produced an error in the Make process.
* Couldn't get this to work in Rev1, produced an error in the Make process.
* When this is done, I can remove the clunky double Enter on the 4th column of the right hand PCB.
* When this is done, I can remove the clunky double Enter on the 4th column of the right hand PCB (numpad enter).
* The *FUNCTION* layer contains media keys as well as the F-row. This layer is momentary and requires Fn to be held.
* The media cluster is based on the nav cluster in the *LOWER* layer, with RW, PP & FF in the Left, Down & Right positions.
* The media cluster is based on the nav cluster in the *LOWER* layer, with RW, PP & FF in the Left, Down & Right positions.
* Mute, and Vol +/- are next to each other in ascending (L->R) volume order, Stop is below Mute.
* Mute, and Vol +/- are next to each other in ascending (L->R) volume order, Stop is below Mute.
* Insert, Print Screen, Scroll Lock & Pause Break are all implemented on the far right column.
* Insert, Print Screen, Scroll Lock & Pause Break are all implemented on the far right column. I don't really use these keys so their position is not optimised.
I don't really use these keys so their position is not optimised.
* Caps lock is implemented on this layer, in the traditional position, in place of BackSpace on the Base layer.
* Caps lock is implemented on this layer, in the traditional position, in place of BackSpace on the Base layer.
* The RESET key will reset the board for flashing and the Power key will initiate a shutdown of the PC. I've placed these in the far-reach index positions so that they are least likely to be pressed on accident. The power key is particularly dangerous, so I've placed it conciously on the right hand so that it becomes very awkward to activate with one hand (Fn needs to be held with the middle finger at the same time)
* The RESET key will reset the board for flashing and the Power key will initiate a shutdown of the PC. I've placed these in the far-reach index positions so that they are least likely to be pressed on accident. The power key is particularly dangerous, so I've placed it conciously on the right hand so that it becomes very awkward to activate with one hand (Fn needs to be held with the middle finger at the same time)
### MOUSE - Mouse keys: The functionality of this layer is not as optimal as using a true mouse, generally slower but will work in a pinch.
### MOUSE - Mouse keys: The functionality of this layer is not as optimal as using a true mouse, generally slower but will work in a pinch.
* The *MOUSE* layer contains keys replicating functions found on the mouse.
```
* The navigation cluster (Up, Down, Left, Right) is a replication of the Navigation cluster on the *LOWER* layer. The scroll keys are analagous to the Page Up & Down keys.
The *MOUSE* layer contains keys replicating functions found on the mouse.
*) The primary click (right & left) buttons are on the right home row (index & middle fingers)
* The navigation cluster (Up, Down, Left, Right) is a replication of the Navigation cluster on the *LOWER* layer. The scroll keys are analagous to the Page Up & down keys.
* The primary click (right & left) buttons are on the right home row (index & middle fingers)
* Secondary click buttons are above the standard keys (M3/Wheel click, M4, M5) but I do not use this function.
* Secondary click buttons are above the standard keys (M3/Wheel click, M4, M5) but I do not use this function.
James Morgan
7 years ago
committed by