API - Revision history

Raccoon pirate: /* Physics_Circle_vs_AABB_obj */

2022-02-11T06:50:12Z

Physics_Circle_vs_AABB_obj

Raccoon pirate: /* Examples */

2022-02-11T06:47:09Z

Examples

Raccoon pirate: /* Physics functions */

2022-02-10T13:48:12Z

Physics functions

Raccoon pirate: /* Messages */

2022-02-10T12:00:46Z

Messages

Raccoon pirate: /* Physics functions */

2022-02-10T12:00:09Z

Physics functions

Raccoon pirate at 11:53, 10 February 2022

2022-02-10T11:53:53Z

Raccoon pirate: /* Examples */

2021-07-30T09:43:58Z

Examples

Raccoon pirate at 09:30, 30 July 2021

2021-07-30T09:30:57Z

Raccoon pirate at 10:13, 17 June 2021

2021-06-17T10:13:19Z

Raccoon pirate: /* Examples */

2021-06-17T08:44:08Z

Examples

@@ Line 510: / Line 510: @@
 :: Circle object.
 : rectX
-:: Rectangle X coordinate.
+:: X coordinate of top left rectangle corner.
 : rectY
-:: Rectangle Y coordinate.
+:: Y coordinate of top left rectangle corner.
 : rectWidth
 :: Rectangle width.

@@ Line 621: / Line 621: @@
      // Resolve collision
      Physics_Res_CvC_Coll_Massless(ball_1, ball_2);
+  }

@@ Line 494: / Line 494: @@
    Physics_Circle_Vs_Circle_obj(circle1[PHYSICS_CIRCLE_DATA], circle2[PHYSICS_CIRCLE_DATA])
 Description:
-: Check if two circles collide
+: Check circle versus circle collision.
 Arguments:
 : circle1
@@ Line 500: / Line 500: @@
 : circle2
 :: Second circle object.

@@ Line 408: / Line 408: @@
    abi_CMD_NET_TX(const line_tx, const TTL, const data[])
 Description:
-: Send data through given UART line with given TTL. Ge
+: Send data through given UART line with given TTL.
 Arguments
 : ''line_tx''
@@ Line 455: / Line 455: @@
+     }
+  }
 ===Physics functions===

← Older revision		Revision as of 12:00, 10 February 2022
Line 490:		Line 490:
	: ''faceT''		: ''faceT''
	:: Face transfer, last face owner. Can be used for resending messages		:: Face transfer, last face owner. Can be used for resending messages
		+
		+	====Physics_Circle_Vs_Circle_obj====
		+	Syntax:
		+	Physics_Circle_Vs_Circle_obj(circle1[PHYSICS_CIRCLE_DATA], circle2[PHYSICS_CIRCLE_DATA])
		+	Description:
		+	: Check if two circles collide
		+	Arguments:
		+	: circle1
		+	:: First circle object.
		+	: circle2
		+	:: Second circle object.

← Older revision		Revision as of 11:53, 10 February 2022
Line 455:		Line 455:
	}		}
	}		}
		+
		+
		+	===Physics functions===
		+	====PHYSICS_CIRCLE_DATA====
		+	Syntax:
		+	#define PHYSICS_CIRCLE_DATA .posX, .posY, .simplePosX, .simplePosY, .spdX, .spdY, .mass, .radius, .CoR, .cube, .face, .cubeT, .faceT
		+	Description:
		+	: PAWN symbolic subscript which represent stucture.
		+	Fields
		+	: ''posX''
		+	:: Circle position on X axis (fixed point)
		+	: ''posY''
		+	:: Circle position on Y axis (fixed point)
		+	: ''simplePosX''
		+	:: Circle position on X axis
		+	: ''simplePosY''
		+	:: Circle position on Y axis
		+	: ''spdX''
		+	:: Circle X speed
		+	: ''spdY''
		+	:: Circle Y speed
		+	: ''mass''
		+	:: Circle mass (fixed point)
		+	: ''radius''
		+	:: Circle radius
		+	: ''CoR''
		+	:: Coefficient of restitution (fixed point)
		+	: ''cube''
		+	:: Module owner of this circle
		+	: ''face''
		+	:: Face owner of this circle
		+	: ''cubeT''
		+	:: Cube transfer, last module owner. Can be used for resending messages
		+	: ''faceT''
		+	:: Face transfer, last face owner. Can be used for resending messages

@@ Line 418: / Line 418: @@
 ====Examples====
   // define net command
   #define NEW_TEST_NET_COMMAND P2P_CMD_BASE_SCRIPT_1 + 1

← Older revision		Revision as of 09:30, 30 July 2021
Line 401:		Line 401:
	: ''volume''		: ''volume''
	:: The sound volume.		:: The sound volume.
		+
		+
		+	===Messages===
		+	====abi_CMD_NET_TX====
		+	Syntax:
		+	abi_CMD_NET_TX(const line_tx, const TTL, const data[])
		+	Description:
		+	: Send data through given UART line with given TTL. Ge
		+	Arguments
		+	: ''line_tx''
		+	:: UART line for sending a message. Each module has 3 UART lines.
		+	: ''TTL''
		+	:: Message time to live. How many modules message will pass through before stopping. For example, set TTL to 0 message will transfer only to the neighbor module. Set TTL to 1 message will transfer to a neighbor of neighbor. Maximum TTL is 2.
		+	: ''data''
		+	:: Data array to send. Maximum can be sent 20 bytes. The first 4 bytes are message general information that automatically adds before sending. The maximum useful data that can be sent are 16 bytes. Taking into account net command name 15 bytes.
		+
		+	====Examples====
		+	// define net command
		+	#define NEW_TEST_NET_COMMAND P2P_CMD_BASE_SCRIPT_1 + 1
		+
		+	// create message to send
		+	Send_Test_Message() {
		+	new data[4];
		+	data[0] = NEW_TEST_NET_COMMAND \| (abi_cubeN << 8);
		+	data[1] = add_game_data;
		+	// using bitwise operations send more data
		+	data[2] = add_script_data_1 \| (add_script_data_2 << 8) \| (add_script_data_3 << 16) \| (add_script_data_4 << 24);
		+	data[3] = add_game_data_1 \| (add_game_data_2 << 16);
		+
		+	// send message through UART
		+	abi_CMD_NET_TX(0, NET_BROADCAST_TTL_MAX, data);
		+	abi_CMD_NET_TX(1, NET_BROADCAST_TTL_MAX, data);
		+	abi_CMD_NET_TX(2, NET_BROADCAST_TTL_MAX, data);
		+	}
		+
		+	// process the received message
		+	ON_CMD_NET_RX (const pkt[]) {
		+	// get 4 byte from incoming packet to get net command because first 4 bytes are general info
		+	switch (abi_ByteN(pkt, 4)) {
		+	case NEW_TEST_NET_COMMAND: {
		+	if (abi_ByteN(pkt, 5) == 0) {
		+	game_data = pkt[2];
		+	script_data_1 = abi_ByteN(pkt, 12);
		+	script_data_2 = abi_ByteN(pkt, 13);
		+	script_data_3 = abi_ByteN(pkt, 14);
		+	script_data_4 = abi_ByteN(pkt, 15);
		+	game_data_1 = pkt[4] & 0xFFFF;
		+	game_data_2 = (pkt[4] >> 16) & 0xFFFF;
		+	}
		+	}
		+	}
		+	}

← Older revision		Revision as of 10:13, 17 June 2021
Line 388:		Line 388:
	}		}
	}		}
		+
		+
		+	===Sound functions===
		+	====abi_CMD_PLAYSND====
		+	Syntax:
		+	abi_CMD_PLAYSND(const id, const volume)
		+	Description:
		+	: Play chosen sound with a given volume.
		+	Arguments
		+	: ''id''
		+	:: Sound serial number in the application package.
		+	: ''volume''
		+	:: The sound volume.

@@ Line 317: / Line 317: @@
      moves = pkt[3];
      ...
-     record = pkt[8];
+     record = pkt[GAME_SAVE_SIZE];
+  }
   ON_INIT () {
@@ Line 331: / Line 331: @@
      saveData[2] = moves;
      ...
-     saveData[7] = record;
+     saveData[GAME_SAVE_SIZE - 1] = record;
      abi_CMD_SAVE_STATE (saveData);