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Merge pull request #71 from zfi/BlocklyProp
Update for production release
2 parents fa7dda4 + 768771b commit 01aacdc

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‎Learn/Examples/Badge/01 Display/00 Hello oLED Screen.c

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/*
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Hello oLED Screen.c
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Displays “hello” message in Parallax eBadge oLED screen with
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oledprint function.
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*/
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#include "simpletools.h" // Include simpletools library
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#include "badgetools.h" // Include badgetools library
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void main() // Main function
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{
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badge_setup(); // Call badge setup
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oledprint("Hello!"); // hello -> badge screen
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}
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‎Learn/Examples/Badge/10 Games/Pong.c

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/*
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Box and Lines.c
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Box and line functions have parameters of xi, yi, xf, yf, color.
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Valid x ranges are 0 to 127, and valid y ranges are 0 to 63. These
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pixel counts are measured from the top-left. The color is just one
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bit, with 1 indicating white and 0 black. Pixel counts are measured
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from the top-left.
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*/
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#include "simpletools.h" // Include simpletools library
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#include "badgetools.h" // Include badgetools library
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// Function declarations, so the compiler knows these are coming
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void Init(void);
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void GameLoop(void);
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void Play(void);
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void Draw(void);
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void Reset(void);
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//Constant values for various things about the game
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const int PadLen = 3;
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const int Height = 26;
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const int Width = 63;
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const int VCenter = 27;
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const int HCenter = 63;
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const int PadRow = 59;
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const int PadStep = 2;
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// Variables
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int Paddle[2] = {0,0}; // Positions of the two paddles
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int Score[2] = {0,0}; // Scores for the two players
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int BallX = 0, BallY = 0; // Location of the ball
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int BallDx = 2, BallDy = 1; // Speed / direction of the ball
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int GameMode = 0; // 0 = playing, 1 = resetting
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int AutoMode = 1;
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void main() // Main function (standard C entry point)
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{
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badge_setup(); // Call badge setup
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Init(); // Initialize the game board
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GameLoop(); // Run the game loop
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}
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// Set up some global things
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void Init(void)
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{
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screen_auto(0); // Set the screen not to auto-update (we want to control it)
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text_size(SMALL); // Set the text size
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}
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// Main game loop
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void GameLoop(void)
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{
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while(1) // Repeat forever
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{
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switch( GameMode )
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{
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case 0: // Mode 0 is normal gameplay
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Play(); // Update the game state
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Draw(); // Draw the game board
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break;
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case 1:
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Reset(); // Reset the game (score, paddles, ball, etc)
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break;
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}
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pause(20); // Slow the frame rate down a little
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}
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}
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void Play(void)
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{
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// Cache the value of all pad buttons in one call. This is less readable than checking
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// the Button(x) function per button, but it's also MUCH faster. The Button(x) function
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// does some work internally, and doing it for all buttons at once instead of per-button
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// makes the frame rate much faster. The (1<<x) notation you'll see after this is testing
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// for individual bits in the But variable, each corresponding to a single button state.
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int But = buttons();
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// switch modes between two player and self-playing if the OSH (center) button is pressed
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if( But & (1<<6) ) {
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AutoMode ^= 1;
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GameMode = 1;
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pause(50);
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return;
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}
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// If in two-player mode...
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if( AutoMode == 0 )
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{
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// Turn off the two middle LEDs - off indicates two player mode
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led(1,0);
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led(4,0);
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if( But & (1<<3) )
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{
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led(3,1);
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if( (Paddle[0] + PadStep) < Height )
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Paddle[0] += PadStep;
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}
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else
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{
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led(3,0);
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}
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if( But & (1<<5) )
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{
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led(5,1);
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if( (Paddle[0] - PadStep) > -Height )
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Paddle[0] -= PadStep;
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}
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else
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{
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led(5,0);
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}
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if( But & (1<<2) )
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{
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led(2,1);
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if( (Paddle[1] + PadStep) < Height )
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Paddle[1] += PadStep;
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}
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else
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{
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led(2,0);
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}
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if( But & (1<<0) )
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{
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led(0,1);
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if( (Paddle[1] - PadStep) > -Height )
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Paddle[1] -= PadStep;
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}
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else
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{
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led(0,0);
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}
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}
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// If in self-playing mode...
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if( AutoMode == 1 )
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{
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// Turn on the two middle LEDs - on indicates self-playing mode
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led(1,1);
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led(4,1);
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if( BallDx < 0 ) { // moving toward player 0
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if( BallY < Paddle[0] )
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Paddle[0] -= PadStep;
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if( BallY > Paddle[0] )
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Paddle[0] += PadStep;
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}
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if( BallDx > 0 ) { // moving toward player 1
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if( BallY < Paddle[1] )
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Paddle[1] -= PadStep;
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if( BallY > Paddle[1] )
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Paddle[1] += PadStep;
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}
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}
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// Check to see if the ball is going to cross the left player paddle (Player 0)
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if( BallX > -PadRow && (BallX+BallDx) <= -PadRow )
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{
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if( BallY >= (Paddle[0]-PadLen) &&
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BallY <= (Paddle[0]+PadLen) &&
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(BallY+BallDy) >= (Paddle[0]-PadLen) &&
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(BallY+BallDy) <= (Paddle[0]+PadLen) )
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{
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BallDx = -BallDx;
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}
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}
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// Check to see if the ball is going to cross the right player paddle (Player 1)
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if( BallX < PadRow && (BallX+BallDx) >= PadRow )
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{
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if( BallY >= (Paddle[1]-PadLen) &&
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BallY <= (Paddle[1]+PadLen) &&
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(BallY+BallDy) >= (Paddle[1]-PadLen) &&
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(BallY+BallDy) <= (Paddle[1]+PadLen) )
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{
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BallDx = -BallDx;
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}
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}
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// Check for collisions against the side walls
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if( BallY <= -Height )
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{
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BallDy = -BallDy;
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}
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else if( BallY >= Height )
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{
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BallDy = -BallDy;
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}
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BallX += BallDx;
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BallY += BallDy;
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// Check to see if Player 0 has scored (ball has gone off the right)
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if( BallX > Width )
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{
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// Score player 0
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rgb(R,RED);
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Score[0]++;
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BallX = BallY = 0;
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pause(100);
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rgb(R,OFF);
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if( Score[0] == 10 )
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{
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AutoMode = 1;
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GameMode = 1;
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}
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}
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// Check to see if Player 1 has scored (ball has gone off the left)
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else if( BallX < -Width )
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{
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// Score player 1
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rgb(L,RED);
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Score[1]++;
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BallX = BallY = 0;
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pause(100);
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rgb(L,OFF);
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if( Score[1] == 10 )
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{
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AutoMode = 1;
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GameMode = 1;
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}
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}
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}
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void Draw(void)
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{
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clear();
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cursor(6, 7);
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string("Score");
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cursor(0, 7);
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letter( '0' + Score[0] );
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cursor(15, 7);
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letter( '0' + Score[1] );
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box(0, 1, Width*2, Height*2+1, 1);
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point(BallX + HCenter, BallY + VCenter, 1);
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line( HCenter-PadRow, VCenter + Paddle[0] - PadLen, HCenter-PadRow, VCenter + Paddle[0] + PadLen, 1 );
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line( HCenter+PadRow, VCenter + Paddle[1] - PadLen, HCenter+PadRow, VCenter + Paddle[1] + PadLen, 1 );
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screen_update();
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}
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void Reset(void)
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{
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GameMode = 0;
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Score[0] = Score[1] = 0;
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Paddle[0] = Paddle[1] = 0;
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}

‎Learn/Examples/Robots/S3/Test libS3 for Basic Functionality.side renamed to ‎Learn/Examples/Badge/10 Games/Pong.side

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Test libS3 for Basic Functionality.c
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Pong.c
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>compiler=C
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>memtype=cmm main ram compact
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>optimize=-O0
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>memtype=lmm main ram
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>optimize=-Os
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>-m32bit-doubles
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>-fno-exceptions
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>defs::-std=c99

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