Unit RPISENSEHAT - Revision history

Ultibo at 05:07, 23 November 2022

2022-11-23T05:07:23Z

2021-06-17T05:21:03Z

2018-05-05T05:58:06Z

2018-05-05T05:57:26Z

2018-05-05T05:49:36Z

2018-04-24T05:18:39Z

2018-03-28T05:22:56Z

@@ Line 515: / Line 515: @@
 ! Note
 | Not intended to be called directly by applications, use FramebufferDeviceSetOffset instead.
 |-
 |}

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 <br />
 <div class="toccolours mw-collapsible mw-collapsed" style="border: 1; font-family: arial; padding-top: 0px; padding-bottom: 15px;">
-<pre style="border: 0; padding-bottom:0px;">function RPiSenseFramebufferCommit(Framebuffer:PFramebufferDevice; Address,Size,Flags:LongWord):LongWord;</pre>
+<pre style="border: 0; padding-bottom:0px;">function RPiSenseFramebufferCommit(Framebuffer:PFramebufferDevice; Address:PtrUInt; Size,Flags:LongWord):LongWord;</pre>
 <div style="font-size: 14px; padding-left: 12px;">'''Description:''' Implementation of FramebufferDeviceCommit API for RPiSenseHat Framebuffer</div>
 <div class="mw-collapsible-content" style="text-align: left; padding-left: 5px;">

@@ Line 363: / Line 363: @@
 |-
 ! I2C
-| The name of the I2C device that the SenseHat is connected to
+| The name of the I2C device that the Sense HAT is connected to
 |-
 ! GPIO
-| The name of the GPIO device that the SenseHat is connected to
+| The name of the GPIO device that the Sense HAT is connected to
 |-
 ! Rotation

@@ Line 9: / Line 9: @@
 The Sense HAT 8x8 LED matrix is presented in Ultibo as an 8x8 pixel framebuffer. This allows full access to the display at both the individual pixel level and also using the higher level console functions to display text and graphics on the matrix.
-The framebuffer device supports rotation around the full 360 degrees by supplying the required rotation value in the framebuffer properties when calling FramebufferAllocate() or by calling the SenseHAT specific function RPiSenseFramebufferSetRotation().
+The framebuffer device supports rotation around the full 360 degrees by supplying the required rotation value in the framebuffer properties when calling FramebufferAllocate() or by calling the Sense HAT specific function RPiSenseFramebufferSetRotation().
 As per the official Python libraries, the default rotation (FRAMEBUFFER_ROTATION_0) gives correct viewing when the HDMI port is facing downwards.

@@ Line 5: / Line 5: @@
 ----
-'''Raspberry Pi SenstHat Driver unit'''
+'''Raspberry Pi Sense HAT Driver unit'''
-The SenseHAT 8x8 LED matrix is presented in Ultibo as an 8x8 pixel framebuffer. This allows full access to the display at both the individual pixel level and also using the higher level console functions to display text and graphics on the matrix.
+The Sense HAT 8x8 LED matrix is presented in Ultibo as an 8x8 pixel framebuffer. This allows full access to the display at both the individual pixel level and also using the higher level console functions to display text and graphics on the matrix.
 The framebuffer device supports rotation around the full 360 degrees by supplying the required rotation value in the framebuffer properties when calling FramebufferAllocate() or by calling the SenseHAT specific function RPiSenseFramebufferSetRotation().
@@ Line 13: / Line 13: @@
 As per the official Python libraries, the default rotation (FRAMEBUFFER_ROTATION_0) gives correct viewing when the HDMI port is facing downwards.
-The SenseHAT joystick appears as a keyboard device and the pressed buttons are received as key presses that represent the Left, Right, Up, Down and Enter keys.
+The Sense HAT joystick appears as a keyboard device and the pressed buttons are received as key presses that represent the Left, Right, Up, Down and Enter keys.
 === Constants ===