private static List <Transaction> GetListTransaction(JToken trans)
{
List <Transaction> listTransactions = new List <Transaction>();
foreach (var oneTx in trans)
{
//For INPUTS
List <InputRow> inputsList = new List <InputRow>();
{
string innerInputs = oneTx["inputs"].Value <JToken>().ToString();
JObject prevOut = JObject.Parse(innerInputs.Trim('[', ']'));
var input = new InputRow
{
PrevOut = GetOutRow(JToken.Parse(prevOut["prev_out"].ToString()))
};
inputsList.Add(input);
}
//For Transaction
JToken innerOuts = oneTx["out"].Value <JToken>();
var item = new Transaction
{
ListInputs = inputsList, //inputs
TupleOuts = new Tuple <OutRow, OutRow>(GetOutRow(innerOuts.First), GetOutRow(innerOuts.First.Next)), //outs
Time = oneTx["time"].Value <long>().ConvertFromUnixTimeStamp()
};
listTransactions.Add(item);
}
return(listTransactions);
}
// Retun false if not hit, retun true if hit
public override bool CheckHit(InputRow currentInput)
{
InputNote inputNote = null;
switch (trickType)
{
case TrickType.A:
inputNote = currentInput.noteA;
break;
case TrickType.B:
inputNote = currentInput.noteB;
break;
}
// Cancel if Null
if (inputNote == null)
{
return(false);
}
// Destroy Self if hit, just pressed
if (inputNote.GetJustPressed())
{
Destroy(gameObject);
}
return(true);
}
public string Run(string input)
{
Grammar grammar = Language.Grammar;
State inputState = new InputRow(input).AsState();
// Same as above without using the InputRow class:
inputState = State.Create(grammar.InputSymbol, new[] { ValueSubstring.Create(input) });
var result = (ValueSubstring)ProgramNode.Invoke(inputState);
return(result?.Value);
}
public ChartNode(Graph parentGraph)
{
var inputRow = new InputRow("Chart", "Number", this);
var chartRow = new ChartRow();
Rows = new List <BaseRow> {
inputRow,
chartRow
};
this.parentGraph = parentGraph;
tape = chartRow.tape;
inputRow.inputTape = tape;
}
private static bool Check(string[] input1, string output1, string[] input2, string output2)
{
InputRow inputRow1 = new InputRow(input1);
InputRow inputRow2 = new InputRow(input2);
if (ExistProgram(inputRow1, output1, inputRow2, output2))
{
return(true);
}
else
{
return(false);
}
}
/// <summary>
/// Look at the top 10 programs learned from a single example for formatting a name like in
/// <see cref="LearnFormatName" /> and show the behavior of them on slightly differently formatted name.
/// Demonstrates learning more than just the single top program, and shows the variation in outputs
/// among the top-ranked programs on unseen input formats.
/// </summary>
/// <seealso cref="LearnTop10NormalizePhoneNumber" />
private static void LearnTop10FormatName()
{
var constraints = new[] { new Example(new InputRow("Greta Hermansson"), "Hermansson, G.") };
IEnumerable <Program> programs = Learner.Instance.LearnTopK(constraints, k: 10);
// This attempts running the top 10 programs on an input not directly similar to the example
// to see if any of them work anyway.
int i = 0;
foreach (var program in programs)
{
var input = new InputRow("Kettil hansson"); // Notice it's "hansson", not "Hansson".
Console.WriteLine("Program {0}: \"{1}\" => \"{2}\"", ++i, input, program.Run(input));
}
}
/// <summary>
/// Look at the top 10 programs learned from a single example for extracting the last name and show
/// the behavior of them on slightly differently formatted name. Demonstrates learning more than just
/// the single top program, and shows the variation in outputs among the top-ranked programs on unseen
/// input formats.
/// </summary>
/// <seealso cref="LearnTop10NormalizePhoneNumber" />
private static void LearnTop10ExtractName()
{
var constraints = new[] { new Example(new InputRow("Greta Hermansson"), "Hermansson") };
IEnumerable <Program> programs = Learner.Instance.LearnTopK(constraints, k: 10);
// This attempts running the top 10 programs on an input not directly similar to the example
// to see different behaviours.
// Here, we will see the outputs:
// a. "Smith", corresponding to programs that extract the last name.
// b. "Hansson Smith", corresponding to programs that extract everything after the first name.
int i = 0;
foreach (var program in programs)
{
var input = new InputRow("Kettil Hansson Smith"); // Notice that we now include a middle name too.
Console.WriteLine("Program {0}: \"{1}\" => \"{2}\"", ++i, input, program.Run(input));
}
}
private static IEnumerable <Program> LearnAllProgram(InputRow inputRow1, string output1)
{
var session = new Session();
IEnumerable <Constraint <IRow, object> > constraints = new[]
{
new Example(inputRow1, output1),
};
session.Constraints.Add(constraints);
session.Constraints.Add(new ForbidTransformation(TransformationKind.IfThenElse));
session.Constraints.Add(new ForbidTransformation(TransformationKind.Lookup));
IEnumerable <Program> topKPrograms = session.LearnTopK(30);
return(topKPrograms);
}
private static Program LearnProgram(InputRow inputRow1, string output1, InputRow inputRow2, string output2)
{
var session = new Session();
IEnumerable <Constraint <IRow, object> > constraints = new[]
{
new Example(inputRow1, output1),
new Example(inputRow2, output2)
};
session.Constraints.Add(constraints);
session.Constraints.Add(new ForbidTransformation(TransformationKind.IfThenElse));
session.Constraints.Add(new ForbidTransformation(TransformationKind.Lookup));
Program topRankedProgram = session.Learn();
return(topRankedProgram);
}
// Retun false if not hit, retun true if hit
public override bool CheckHit(InputRow currentInput)
{
InputNote inputNote = null;
switch (noteType)
{
case NoteType.LEFT:
inputNote = currentInput.noteLeft;
break;
case NoteType.DOWN:
inputNote = currentInput.noteDown;
break;
case NoteType.UP:
inputNote = currentInput.noteUp;
break;
case NoteType.RIGHT:
inputNote = currentInput.noteRight;
break;
}
// Cancel if Null
if (inputNote == null)
{
return(false);
}
// Destroy Self if hit, just pressed
if (inputNote.GetJustPressed())
{
Destroy(gameObject);
}
return(true);
}
public void RemoveInputRow(InputRow row) {
this.Rows.Remove(row);
}
public void AddInputRow(InputRow row) {
this.Rows.Add(row);
}
/// <summary>
/// Render the right edge of the block.
/// </summary>
/// <param name="steps">Path of block outline.</param>
/// <param name="highlightSteps">Path of block highlights.</param>
/// <param name="inlineSteps">Inline block outlines.</param>
/// <param name="highlightInlineSteps">Inline block highlights.</param>
/// <param name="inputRows">2D array of objects, each
/// containing position information.</param>
/// <param name="iconWidth">Offset of first row due to icons.</param>
/// <returns>Height of block.</returns>
private double renderDrawRight_(JsArray <string> steps, JsArray <string> highlightSteps,
JsArray <string> inlineSteps, JsArray <string> highlightInlineSteps, InputRow inputRows, double iconWidth)
{
double cursorX;
var cursorY = 0.0;
double connectionX, connectionY;
int y = 0;
foreach (InputRow row in inputRows)
{
cursorX = BlockSvg.SEP_SPACE_X;
if (y == 0)
{
cursorX += this.RTL ? -iconWidth : iconWidth;
}
highlightSteps.Push("M", (inputRows.rightEdge - 0.5) + "," +
(cursorY + 0.5));
if (this.isCollapsed())
{
// Jagged right edge.
var input = (Input)row[0];
var fieldX = cursorX;
var fieldY = cursorY;
this.renderFields_(input.fieldRow, fieldX, fieldY);
steps.Push(BlockSvg.JAGGED_TEETH);
highlightSteps.Push("h 8");
var remainder = row.height - BlockSvg.JAGGED_TEETH_HEIGHT;
steps.Push("v", remainder.ToString());
if (this.RTL)
{
highlightSteps.Push("v 3.9 l 7.2,3.4 m -14.5,8.9 l 7.3,3.5");
highlightSteps.Push("v", (remainder - 0.7).ToString());
}
this.width += BlockSvg.JAGGED_TEETH_WIDTH;
}
else if (row.type == BlockSvg.INLINE)
{
// Inline inputs.
foreach (Input input in row)
{
var fieldX = cursorX;
var fieldY = cursorY;
if (row.thicker)
{
// Lower the field slightly.
fieldY += BlockSvg.INLINE_PADDING_Y;
}
// TODO: Align inline field rows (left/right/centre).
cursorX = this.renderFields_(input.fieldRow, fieldX, fieldY);
if (input.type != Core.DUMMY_INPUT)
{
cursorX += input.renderWidth + BlockSvg.SEP_SPACE_X;
}
if (input.type == Core.INPUT_VALUE)
{
inlineSteps.Push("M", (cursorX - BlockSvg.SEP_SPACE_X) +
"," + (cursorY + BlockSvg.INLINE_PADDING_Y));
inlineSteps.Push("h", (BlockSvg.TAB_WIDTH - 2 -
input.renderWidth).ToString());
inlineSteps.Push(BlockSvg.TAB_PATH_DOWN);
inlineSteps.Push("v", (input.renderHeight + 1 -
BlockSvg.TAB_HEIGHT).ToString());
inlineSteps.Push("h", (input.renderWidth + 2 -
BlockSvg.TAB_WIDTH).ToString());
inlineSteps.Push("z");
if (this.RTL)
{
// Highlight right edge, around back of tab, and bottom.
highlightInlineSteps.Push("M",
(cursorX - BlockSvg.SEP_SPACE_X - 2.5 +
BlockSvg.TAB_WIDTH - input.renderWidth) + "," +
(cursorY + BlockSvg.INLINE_PADDING_Y + 0.5));
highlightInlineSteps.Push(
BlockSvg.TAB_PATH_DOWN_HIGHLIGHT_RTL);
highlightInlineSteps.Push("v",
(input.renderHeight - BlockSvg.TAB_HEIGHT + 2.5).ToString());
highlightInlineSteps.Push("h",
(input.renderWidth - BlockSvg.TAB_WIDTH + 2).ToString());
}
else
{
// Highlight right edge, bottom.
highlightInlineSteps.Push("M",
(cursorX - BlockSvg.SEP_SPACE_X + 0.5) + "," +
(cursorY + BlockSvg.INLINE_PADDING_Y + 0.5));
highlightInlineSteps.Push("v", (input.renderHeight + 1).ToString());
highlightInlineSteps.Push("h", (BlockSvg.TAB_WIDTH - 2 -
input.renderWidth).ToString());
// Short highlight glint at bottom of tab.
highlightInlineSteps.Push("M",
(cursorX - input.renderWidth - BlockSvg.SEP_SPACE_X +
0.9) + "," + (cursorY + BlockSvg.INLINE_PADDING_Y +
BlockSvg.TAB_HEIGHT - 0.7));
highlightInlineSteps.Push("l",
(BlockSvg.TAB_WIDTH * 0.46) + ",-2.1");
}
// Create inline input connection.
if (this.RTL)
{
connectionX = -cursorX -
BlockSvg.TAB_WIDTH + BlockSvg.SEP_SPACE_X +
input.renderWidth + 1;
}
else
{
connectionX = cursorX +
BlockSvg.TAB_WIDTH - BlockSvg.SEP_SPACE_X -
input.renderWidth - 1;
}
connectionY = cursorY + BlockSvg.INLINE_PADDING_Y + 1;
((RenderedConnection)input.connection).setOffsetInBlock(connectionX, connectionY);
}
}
cursorX = System.Math.Max(cursorX, inputRows.rightEdge);
this.width = System.Math.Max(this.width, cursorX);
steps.Push("H", cursorX.ToString());
highlightSteps.Push("H", (cursorX - 0.5).ToString());
steps.Push("v", row.height.ToString());
if (this.RTL)
{
highlightSteps.Push("v", (row.height - 1).ToString());
}
}
else if (row.type == Core.INPUT_VALUE)
{
// External input.
var input = (Input)row[0];
var fieldX = cursorX;
var fieldY = cursorY;
if (input.align != Core.ALIGN_LEFT)
{
var fieldRightX = inputRows.rightEdge - input.fieldWidth -
BlockSvg.TAB_WIDTH - 2 * BlockSvg.SEP_SPACE_X;
if (input.align == Core.ALIGN_RIGHT)
{
fieldX += fieldRightX;
}
else if (input.align == Core.ALIGN_CENTRE)
{
fieldX += fieldRightX / 2;
}
}
this.renderFields_(input.fieldRow, fieldX, fieldY);
steps.Push(BlockSvg.TAB_PATH_DOWN);
var v = row.height - BlockSvg.TAB_HEIGHT;
steps.Push("v", v.ToString());
if (this.RTL)
{
// Highlight around back of tab.
highlightSteps.Push(BlockSvg.TAB_PATH_DOWN_HIGHLIGHT_RTL);
highlightSteps.Push("v", (v + 0.5).ToString());
}
else
{
// Short highlight glint at bottom of tab.
highlightSteps.Push("M", (inputRows.rightEdge - 5) + "," +
(cursorY + BlockSvg.TAB_HEIGHT - 0.7));
highlightSteps.Push("l", (BlockSvg.TAB_WIDTH * 0.46) +
",-2.1");
}
// Create external input connection.
connectionX = this.RTL ? -inputRows.rightEdge - 1 :
inputRows.rightEdge + 1;
((RenderedConnection)input.connection).setOffsetInBlock(connectionX, cursorY);
if (input.connection.isConnected())
{
this.width = System.Math.Max(this.width, inputRows.rightEdge +
((BlockSvg)input.connection.targetBlock()).getHeightWidth().width -
BlockSvg.TAB_WIDTH + 1);
}
}
else if (row.type == Core.DUMMY_INPUT)
{
// External naked field.
var input = (Input)row[0];
var fieldX = cursorX;
var fieldY = cursorY;
if (input.align != Core.ALIGN_LEFT)
{
var fieldRightX = inputRows.rightEdge - input.fieldWidth -
2 * BlockSvg.SEP_SPACE_X;
if (inputRows.hasValue)
{
fieldRightX -= BlockSvg.TAB_WIDTH;
}
if (input.align == Core.ALIGN_RIGHT)
{
fieldX += fieldRightX;
}
else if (input.align == Core.ALIGN_CENTRE)
{
fieldX += fieldRightX / 2;
}
}
this.renderFields_(input.fieldRow, fieldX, fieldY);
steps.Push("v", row.height.ToString());
if (this.RTL)
{
highlightSteps.Push("v", (row.height - 1).ToString());
}
}
else if (row.type == Core.NEXT_STATEMENT)
{
// Nested statement.
var input = (Input)row[0];
if (y == 0)
{
// If the first input is a statement stack, add a small row on top.
steps.Push("v", BlockSvg.SEP_SPACE_Y.ToString());
if (this.RTL)
{
highlightSteps.Push("v", (BlockSvg.SEP_SPACE_Y - 1).ToString());
}
cursorY += BlockSvg.SEP_SPACE_Y;
}
var fieldX = cursorX;
var fieldY = cursorY;
if (input.align != Core.ALIGN_LEFT)
{
var fieldRightX = inputRows.statementEdge - input.fieldWidth -
2 * BlockSvg.SEP_SPACE_X;
if (input.align == Core.ALIGN_RIGHT)
{
fieldX += fieldRightX;
}
else if (input.align == Core.ALIGN_CENTRE)
{
fieldX += fieldRightX / 2;
}
}
this.renderFields_(input.fieldRow, fieldX, fieldY);
cursorX = inputRows.statementEdge + BlockSvg.NOTCH_WIDTH;
steps.Push("H", cursorX.ToString());
steps.Push(BlockSvg.INNER_TOP_LEFT_CORNER);
steps.Push("v", (row.height - 2 * BlockSvg.CORNER_RADIUS).ToString());
steps.Push(BlockSvg.INNER_BOTTOM_LEFT_CORNER);
steps.Push("H", inputRows.rightEdge.ToString());
if (this.RTL)
{
highlightSteps.Push("M",
(cursorX - BlockSvg.NOTCH_WIDTH +
BlockSvg.DISTANCE_45_OUTSIDE) +
"," + (cursorY + BlockSvg.DISTANCE_45_OUTSIDE));
highlightSteps.Push(
BlockSvg.INNER_TOP_LEFT_CORNER_HIGHLIGHT_RTL);
highlightSteps.Push("v",
(row.height - 2 * BlockSvg.CORNER_RADIUS).ToString());
highlightSteps.Push(
BlockSvg.INNER_BOTTOM_LEFT_CORNER_HIGHLIGHT_RTL);
highlightSteps.Push("H", (inputRows.rightEdge - 0.5).ToString());
}
else
{
highlightSteps.Push("M",
(cursorX - BlockSvg.NOTCH_WIDTH +
BlockSvg.DISTANCE_45_OUTSIDE) + "," +
(cursorY + row.height - BlockSvg.DISTANCE_45_OUTSIDE));
highlightSteps.Push(
BlockSvg.INNER_BOTTOM_LEFT_CORNER_HIGHLIGHT_LTR);
highlightSteps.Push("H", (inputRows.rightEdge - 0.5).ToString());
}
// Create statement connection.
connectionX = this.RTL ? -cursorX : cursorX + 1;
((RenderedConnection)input.connection).setOffsetInBlock(connectionX, cursorY + 1);
if (input.connection.isConnected())
{
this.width = System.Math.Max(this.width, inputRows.statementEdge +
((BlockSvg)input.connection.targetBlock()).getHeightWidth().width);
}
if (y == inputRows.Length - 1 ||
((InputRow)inputRows[y + 1]).type == Core.NEXT_STATEMENT)
{
// If the final input is a statement stack, add a small row underneath.
// Consecutive statement stacks are also separated by a small divider.
steps.Push("v", BlockSvg.SEP_SPACE_Y.ToString());
if (this.RTL)
{
highlightSteps.Push("v", (BlockSvg.SEP_SPACE_Y - 1).ToString());
}
cursorY += BlockSvg.SEP_SPACE_Y;
}
}
cursorY += row.height;
y++;
}
if (inputRows.Length == 0)
{
cursorY = BlockSvg.MIN_BLOCK_Y;
steps.Push("V", cursorY.ToString());
if (this.RTL)
{
highlightSteps.Push("V", (cursorY - 1).ToString());
}
}
return(cursorY);
}
/// <summary>
/// Draw the path of the block.
/// Move the fields to the correct locations.
/// </summary>
/// <param name="iconWidth">Offset of first row due to icons.</param>
/// <param name="inputRows">2D array of objects, each
/// containing position information.</param>
private void renderDraw_(double iconWidth, InputRow inputRows)
{
this.startHat_ = false;
// Reset the height to zero and let the rendering process add in
// portions of the block height as it goes. (e.g. hats, inputs, etc.)
this.height = 0;
// Should the top and bottom left corners be rounded or square?
if (this.outputConnection != null)
{
this.squareTopLeftCorner_ = true;
this.squareBottomLeftCorner_ = true;
}
else
{
this.squareTopLeftCorner_ = false;
this.squareBottomLeftCorner_ = false;
// If this block is in the middle of a stack, square the corners.
if (this.previousConnection != null)
{
var prevBlock = this.previousConnection.targetBlock();
if (prevBlock != null && prevBlock.getNextBlock() == this)
{
this.squareTopLeftCorner_ = true;
}
}
else if (BlockSvg.START_HAT)
{
// No output or previous connection.
this.squareTopLeftCorner_ = true;
this.startHat_ = true;
this.height += BlockSvg.START_HAT_HEIGHT;
inputRows.rightEdge = System.Math.Max(inputRows.rightEdge, 100);
}
var nextBlock = this.getNextBlock();
if (nextBlock != null)
{
this.squareBottomLeftCorner_ = true;
}
}
// Assemble the block's path.
var steps = new JsArray <string>();
var inlineSteps = new JsArray <string>();
// The highlighting applies to edges facing the upper-left corner.
// Since highlighting is a two-pixel wide border, it would normally overhang
// the edge of the block by a pixel. So undersize all measurements by a pixel.
var highlightSteps = new JsArray <string>();
var highlightInlineSteps = new JsArray <string>();
this.renderDrawTop_(steps, highlightSteps, inputRows.rightEdge);
var cursorY = this.renderDrawRight_(steps, highlightSteps, inlineSteps,
highlightInlineSteps, inputRows, iconWidth);
this.renderDrawBottom_(steps, highlightSteps, cursorY);
this.renderDrawLeft_(steps, highlightSteps);
var pathString = steps.Join(" ") + "\n" + inlineSteps.Join(" ");
this.svgPath_.SetAttribute("d", pathString);
this.svgPathDark_.SetAttribute("d", pathString);
pathString = highlightSteps.Join(" ") + "\n" + highlightInlineSteps.Join(" ");
this.svgPathLight_.SetAttribute("d", pathString);
if (this.RTL)
{
// Mirror the block's path.
this.svgPath_.SetAttribute("transform", "scale(-1 1)");
this.svgPathLight_.SetAttribute("transform", "scale(-1 1)");
this.svgPathDark_.SetAttribute("transform", "translate(1,1) scale(-1 1)");
}
}
/// <summary>
/// Computes the height and widths for each row and field.
/// </summary>
/// <param name="iconWidth">Offset of first row due to icons.</param>
/// <returns>2D array of objects, each containing
/// position information.</returns>
private InputRow renderCompute_(double iconWidth)
{
var inputList = this.inputList;
var inputRows = new InputRow();
inputRows.rightEdge = iconWidth + BlockSvg.SEP_SPACE_X * 2;
if (this.previousConnection != null || this.nextConnection != null)
{
inputRows.rightEdge = System.Math.Max(inputRows.rightEdge,
BlockSvg.NOTCH_WIDTH + BlockSvg.SEP_SPACE_X);
}
var fieldValueWidth = 0.0; // Width of longest external value field.
var fieldStatementWidth = 0.0; // Width of longest statement field.
var hasValue = false;
var hasStatement = false;
var hasDummy = false;
int?lastType = null;
var isInline = this.getInputsInline() && !this.isCollapsed();
int i = 0;
foreach (var input in inputList)
{
InputRow row;
if (!input.isVisible())
{
i++;
continue;
}
if (!isInline || !lastType.HasValue ||
lastType == Core.NEXT_STATEMENT ||
input.type == Core.NEXT_STATEMENT)
{
// Create new row.
lastType = input.type;
row = new InputRow();
if (isInline && input.type != Core.NEXT_STATEMENT)
{
row.type = BlockSvg.INLINE;
}
else
{
row.type = input.type;
}
row.height = 0.0;
inputRows.Push(row);
}
else
{
row = (InputRow)inputRows[inputRows.Length - 1];
}
row.Push(input);
// Compute minimum input size.
input.renderHeight = BlockSvg.MIN_BLOCK_Y;
// The width is currently only needed for inline value inputs.
if (isInline && input.type == Core.INPUT_VALUE)
{
input.renderWidth = BlockSvg.TAB_WIDTH +
BlockSvg.SEP_SPACE_X * 1.25;
}
else
{
input.renderWidth = 0;
}
// Expand input size if there is a connection.
if (input.connection != null && input.connection.isConnected())
{
var linkedBlock = (BlockSvg)input.connection.targetBlock();
var bBox = linkedBlock.getHeightWidth();
input.renderHeight = System.Math.Max(input.renderHeight, bBox.height);
input.renderWidth = System.Math.Max(input.renderWidth, bBox.width);
}
// Blocks have a one pixel shadow that should sometimes overhang.
if (!isInline && i == inputList.Length - 1)
{
// Last value input should overhang.
input.renderHeight--;
}
else if (!isInline && input.type == Core.INPUT_VALUE &&
inputList[i + 1] != null && inputList[i + 1].type == Core.NEXT_STATEMENT)
{
// Value input above statement input should overhang.
input.renderHeight--;
}
row.height = System.Math.Max(row.height, input.renderHeight);
input.fieldWidth = 0;
if (inputRows.Length == 1)
{
// The first row gets shifted to accommodate any icons.
input.fieldWidth += this.RTL ? -iconWidth : iconWidth;
}
var previousFieldEditable = false;
int j = 0;
foreach (var field in input.fieldRow)
{
if (j != 0)
{
input.fieldWidth += BlockSvg.SEP_SPACE_X;
}
// Get the dimensions of the field.
var fieldSize = field.getSize();
field.renderWidth = fieldSize.width;
field.renderSep = (previousFieldEditable && field.EDITABLE) ?
BlockSvg.SEP_SPACE_X : 0;
input.fieldWidth += field.renderWidth + field.renderSep;
row.height = System.Math.Max(row.height, fieldSize.height);
previousFieldEditable = field.EDITABLE;
j++;
}
if (row.type != BlockSvg.INLINE)
{
if (row.type == Core.NEXT_STATEMENT)
{
hasStatement = true;
fieldStatementWidth = System.Math.Max(fieldStatementWidth, input.fieldWidth);
}
else
{
if (row.type == Core.INPUT_VALUE)
{
hasValue = true;
}
else if (row.type == Core.DUMMY_INPUT)
{
hasDummy = true;
}
fieldValueWidth = System.Math.Max(fieldValueWidth, input.fieldWidth);
}
}
i++;
}
// Make inline rows a bit thicker in order to enclose the values.
foreach (InputRow row in inputRows)
{
row.thicker = false;
if (row.type == BlockSvg.INLINE)
{
foreach (Input input in row)
{
if (input.type == Core.INPUT_VALUE)
{
row.height += 2 * BlockSvg.INLINE_PADDING_Y;
row.thicker = true;
break;
}
}
}
}
// Compute the statement edge.
// This is the width of a block where statements are nested.
inputRows.statementEdge = 2 * BlockSvg.SEP_SPACE_X +
fieldStatementWidth;
// Compute the preferred right edge. Inline blocks may extend beyond.
// This is the width of the block where external inputs connect.
if (hasStatement)
{
inputRows.rightEdge = System.Math.Max(inputRows.rightEdge,
inputRows.statementEdge + BlockSvg.NOTCH_WIDTH);
}
if (hasValue)
{
inputRows.rightEdge = System.Math.Max(inputRows.rightEdge, fieldValueWidth +
BlockSvg.SEP_SPACE_X * 2 + BlockSvg.TAB_WIDTH);
}
else if (hasDummy)
{
inputRows.rightEdge = System.Math.Max(inputRows.rightEdge, fieldValueWidth +
BlockSvg.SEP_SPACE_X * 2);
}
inputRows.hasValue = hasValue;
inputRows.hasStatement = hasStatement;
inputRows.hasDummy = hasDummy;
return(inputRows);
}
private void Populate()
{
Character currentCharacter = SelectedCharacter();
if (currentCharacter == null)
{
WindowTitle.text = "No Character Selected";
return;
}
if (edit)
{
WindowTitle.text = "Edit " + currentCharacter.Name;
}
else
{
WindowTitle.text = "View " + currentCharacter.Name;
}
Name.text = currentCharacter.Name;
MaxHP.text = currentCharacter.MaxHP.ToString();
Speed.text = currentCharacter.Speed.ToString();
Experience.text = currentCharacter.Experience.ToString();
if (!edit)
{
Name.interactable = false;
MaxHP.interactable = false;
Speed.interactable = false;
Experience.interactable = false;
Abilities.interactable = false;
Skills.interactable = false;
Modifiers.interactable = false;
}
else
{
Name.interactable = true;
MaxHP.interactable = true;
Speed.interactable = true;
Experience.interactable = true;
Abilities.interactable = true;
Skills.interactable = true;
Modifiers.interactable = true;
}
if (Abilities == null)
{
return;
}
string[] abilities = currentCharacter.GetAbilities();
foreach (string ability in abilities)
{
InputRow instance = Abilities.AddRow();
instance.RowElements[0].GetComponent <Text>().text = ability;
instance.RowElements[1].GetComponent <InputField>().text =
currentCharacter.GetAbilityBase(ability).ToString();
instance.RowElements[2].GetComponent <Toggle>().isOn =
currentCharacter.HasProficiency(ability);
if (!edit)
{
instance.RowElements[1].GetComponent <InputField>().interactable = false;
instance.RowElements[2].GetComponent <Toggle>().interactable = false;
instance.interactable = false;
}
}
if (Skills == null)
{
return;
}
string[] skills = currentCharacter.GetSkills();
foreach (string skill in skills)
{
InputRow instance = Skills.AddRow();
instance.RowElements[0].GetComponent <Text>().text = skill;
instance.RowElements[1].GetComponent <InputField>().text =
currentCharacter.GetSkillType(skill);
instance.RowElements[2].GetComponent <Toggle>().isOn =
currentCharacter.HasProficiency(skill);
if (!edit)
{
instance.RowElements[1].GetComponent <InputField>().interactable = false;
instance.RowElements[2].GetComponent <Toggle>().interactable = false;
instance.interactable = false;
}
}
if (Modifiers == null)
{
return;
}
string[] modifierTypes = currentCharacter.Modifiers.GetTypes();
foreach (string type in modifierTypes)
{
foreach (Modifier mod in currentCharacter.Modifiers.Get(type))
{
InputRow instance = Modifiers.AddRow();
instance.RowElements[0].GetComponent <InputField>().SetTextWithoutNotify(mod.Name);
instance.RowElements[1].GetComponent <InputField>().SetTextWithoutNotify(mod.Type);
instance.RowElements[2].GetComponent <Toggle>().isOn = mod.Active;
instance.RowElements[3].GetComponent <InputField>().SetTextWithoutNotify(mod.Expr);
instance.RowElements[4].GetComponent <InputField>().SetTextWithoutNotify(mod.Condition);
if (!edit)
{
instance.RowElements[0].GetComponent <InputField>().interactable = false;
instance.RowElements[1].GetComponent <InputField>().interactable = false;
instance.RowElements[2].GetComponent <Toggle>().interactable = false;
instance.RowElements[3].GetComponent <InputField>().interactable = false;
instance.RowElements[4].GetComponent <InputField>().interactable = false;
instance.interactable = false;
}
}
}
}
void ConnectToInput()
{
MInput input = GetComponent <MInput>();
if (input == null)
{
input = gameObject.AddComponent <MInput>();
}
BoolVar RiderCombatMode = MalbersTools.GetInstance <BoolVar>("RC Combat Mode");
BoolVar RCWeaponInput = MalbersTools.GetInstance <BoolVar>("RC Weapon Input");
var inv = GetComponent <MInventory>();
#region AIM INPUT
var AIM = input.FindInput("Aim");
if (AIM == null)
{
AIM = new InputRow("Aim", "Aim", KeyCode.Mouse1, InputButton.Press, InputType.Key);
input.inputs.Add(AIM);
AIM.active.Variable = RiderCombatMode;
AIM.active.UseConstant = false;
UnityEditor.Events.UnityEventTools.AddPersistentListener(AIM.OnInputChanged, SetAim);
Debug.Log("<B>Aim</B> Input created and connected to RiderCombat.SetAim()");
}
#endregion
#region RiderAttack1 INPUT
var RCA1 = input.FindInput("RiderAttack1");
if (RCA1 == null)
{
RCA1 = new InputRow("RiderAttack1", "RiderAttack1", KeyCode.Mouse0, InputButton.Press, InputType.Key);
input.inputs.Add(RCA1);
RCA1.active.Variable = RiderCombatMode;
RCA1.active.UseConstant = false;
UnityEditor.Events.UnityEventTools.AddPersistentListener(RCA1.OnInputDown, MainAttack);
UnityEditor.Events.UnityEventTools.AddPersistentListener(RCA1.OnInputUp, MainAttackReleased);
Debug.Log("<B>RiderAttack1</B> Input created and connected to RiderCombat.MainAttack() and RiderCombat.MainAttackReleased() ");
}
#endregion
#region RiderAttack2 INPUT
var RCA2 = input.FindInput("RiderAttack2");
if (RCA2 == null)
{
RCA2 = new InputRow("RiderAttack2", "RiderAttack2", KeyCode.Mouse1, InputButton.Press, InputType.Key);
input.inputs.Add(RCA2);
RCA2.active.Variable = RiderCombatMode;
RCA2.active.UseConstant = false;
UnityEditor.Events.UnityEventTools.AddPersistentListener(RCA2.OnInputDown, SecondAttack);
UnityEditor.Events.UnityEventTools.AddPersistentListener(RCA2.OnInputUp, SecondAttackReleased);
Debug.Log("<B>RiderAttack2</B> Input created and connected to RiderCombat.SecondAttack() and RiderCombat.SecondAttackReleased() ");
}
#endregion
#region Reload INPUT
var Reload = input.FindInput("Reload");
if (Reload == null)
{
Reload = new InputRow("Reload", "Reload", KeyCode.R, InputButton.Down, InputType.Key);
input.inputs.Add(Reload);
Reload.active.Variable = RiderCombatMode;
Reload.active.UseConstant = false;
UnityEditor.Events.UnityEventTools.AddPersistentListener(Reload.OnInputDown, ReloadWeapon);
Debug.Log("<B>Reload</B> Input created and connected to RiderCombat.ReloadWeapon() ");
}
#endregion
#region Weapon1 INPUT
var w1 = input.FindInput("Weapon1");
if (w1 == null)
{
w1 = new InputRow("Weapon1", "Weapon1", KeyCode.Alpha4, InputButton.Down, InputType.Key);
input.inputs.Add(w1);
w1.active.Variable = RCWeaponInput;
w1.active.UseConstant = false;
UnityEditor.Events.UnityEventTools.AddPersistentListener(w1.OnInputDown, Change_Weapon_Holder_Back);
if (inv)
{
UnityEditor.Events.UnityEventTools.AddIntPersistentListener(w1.OnInputDown, inv.EquipItem, 0);
}
Debug.Log("<B>Weapon1</B> Input created and connected to RiderCombat.Change_Weapon_Holder_Back() ");
}
#endregion
#region Weapon2 INPUT
var w2 = input.FindInput("Weapon2");
if (w2 == null)
{
w2 = new InputRow("Weapon2", "Weapon2", KeyCode.Alpha5, InputButton.Down, InputType.Key);
input.inputs.Add(w2);
w2.active.Variable = RCWeaponInput;
w2.active.UseConstant = false;
UnityEditor.Events.UnityEventTools.AddPersistentListener(w2.OnInputDown, Change_Weapon_Holder_Left);
if (inv)
{
UnityEditor.Events.UnityEventTools.AddIntPersistentListener(w2.OnInputDown, inv.EquipItem, 1);
}
Debug.Log("<B>Weapon2</B> Input created and connected to RiderCombat.Change_Weapon_Holder_Left() ");
}
#endregion
#region Weapon3 INPUT
var w3 = input.FindInput("Weapon3");
if (w3 == null)
{
w3 = new InputRow("Weapon3", "Weapon3", KeyCode.Alpha6, InputButton.Down, InputType.Key);
input.inputs.Add(w3);
w3.active.Variable = RCWeaponInput;
w3.active.UseConstant = false;
UnityEditor.Events.UnityEventTools.AddPersistentListener(w3.OnInputDown, Change_Weapon_Holder_Right);
if (inv)
{
UnityEditor.Events.UnityEventTools.AddIntPersistentListener(w3.OnInputDown, inv.EquipItem, 2);
}
Debug.Log("<B>Weapon3</B> Input created and connected to RiderCombat.Change_Weapon_Holder_Right() ");
}
#endregion
}
void ConnectToInput()
{
MInput input = GetComponent <MInput>();
if (input == null)
{
input = gameObject.AddComponent <MInput>();
}
#region Mount Input
var mountInput = input.FindInput("Mount");
if (mountInput == null)
{
mountInput = new InputRow("Mount", "Mount", KeyCode.F, InputButton.Down, InputType.Key);
input.inputs.Add(mountInput);
mountInput.active.Variable = MalbersTools.GetInstance <BoolVar>("Can Mount");
mountInput.active.UseConstant = false;
UnityEditor.Events.UnityEventTools.AddPersistentListener(mountInput.OnInputDown, MountAnimal);
Debug.Log("<B>Mount</B> Input created and connected to Rider.MountAnimal");
}
#endregion
#region Dismount Input
var DismountInput = input.FindInput("Dismount");
if (DismountInput == null)
{
DismountInput = new InputRow("Dismount", "Dismount", KeyCode.F, InputButton.LongPress, InputType.Key);
DismountInput.LongPressTime = 0.2f;
input.inputs.Add(DismountInput);
DismountInput.active.Variable = MalbersTools.GetInstance <BoolVar>("Can Dismount");
DismountInput.active.UseConstant = false;
var RiderDismountUI = MalbersTools.GetInstance <MEvent>("Rider Dismount UI");
UnityEditor.Events.UnityEventTools.AddPersistentListener(DismountInput.OnLongPress, DismountAnimal);
if (RiderDismountUI != null)
{
UnityEditor.Events.UnityEventTools.AddPersistentListener(DismountInput.OnLongPress, RiderDismountUI.Invoke);
UnityEditor.Events.UnityEventTools.AddPersistentListener(DismountInput.OnPressedNormalized, RiderDismountUI.Invoke);
UnityEditor.Events.UnityEventTools.AddPersistentListener(DismountInput.OnInputUp, RiderDismountUI.Invoke);
UnityEditor.Events.UnityEventTools.AddIntPersistentListener(DismountInput.OnInputDown, RiderDismountUI.Invoke, 0);
}
Debug.Log("<B>Dismount</B> Input created and connected to Rider.DismountAnimal");
}
#endregion
#region CanCallMount Input
var CanCallMount = input.FindInput("Call Mount");
if (CanCallMount == null)
{
CanCallMount = new InputRow("Call Mount", "Call Mount", KeyCode.F, InputButton.Down, InputType.Key);
input.inputs.Add(CanCallMount);
CanCallMount.active.Variable = MalbersTools.GetInstance <BoolVar>("Can Call Mount");
CanCallMount.active.UseConstant = false;
UnityEditor.Events.UnityEventTools.AddPersistentListener(CanCallMount.OnInputDown, CallAnimalToggle);
Debug.Log("<B>Call Mount</B> Input created and connected to Rider.CallAnimalToggle");
}
#endregion
}
// Retun false if not hit, retun true if hit
public virtual bool CheckHit(InputRow currentInput)
{
return(false);
}
private static void ConstructColor(string indir, string outdir, string filename, int index)
{
string path = indir + filename + ".txt";
string[] readText = File.ReadAllLines(path);
int n = readText.Length;
int i, j, k;
Console.WriteLine(n.ToString() + " examples read.");
if (n > 100)
{
return;
}
HashSet <HashSet <int> > allPrograms = new HashSet <HashSet <int> >();
using (StreamWriter file = new StreamWriter(outdir + filename + "_newcolor.txt"))
{
file.WriteLine(n);
int total = n;
int cnt = 0;
for (i = 0; i < n; i++)
{
cnt++;
Console.WriteLine(filename + " " + cnt.ToString() + "/" + total.ToString());
try
{
string ex1 = readText[i];
string[] debris1 = ex1.Split('^');
if (debris1.Length == 2)
{
string[] input1 = debris1[0].Split('|');
InputRow in1 = new InputRow(input1);
string output1 = debris1[1];
IEnumerable <Program> topKPrograms = LearnAllProgram(in1, output1);
foreach (Program p in topKPrograms)
{
if (p != null)
{
HashSet <int> prog = new HashSet <int>();
for (k = 0; k < n; k++)
{
string test = readText[k];
string[] debrisTest = test.Split('^');
string[] goin = debrisTest[0].Split('|');
InputRow go = new InputRow(goin);
string outs = debrisTest[1];
string ret = p.Run(go) as string;
if (ret == outs)
{
//Console.WriteLine(i.ToString() + " " + j.ToString() + " " + k.ToString());
prog.Add(k);
}
}
bool take = true;
allPrograms.RemoveWhere(s => s.IsSubsetOf(prog));
foreach (HashSet <int> pp in allPrograms)
{
if (prog.IsSubsetOf(pp))
{
take = false;
break;
}
}
if (take)
{
allPrograms.Add(prog);
}
}
}
}
}
catch (Exception e)
{
Console.WriteLine("Exception caught.");
Console.WriteLine(e);
}
}
int color = 0;
foreach (HashSet <int> prog in allPrograms)
{
Console.WriteLine("=====");
foreach (var v in prog)
{
foreach (var u in prog)
{
if (v < u)
{
file.WriteLine(v.ToString() + " " + u.ToString() + " " + color.ToString());
//Console.WriteLine(v.ToString() + " " + u.ToString() + " " + color.ToString());
}
}
}
color += 1;
}
}
}
public InputRowChangeEvent(InputRow row, global::System.Data.DataRowAction action) {
this.eventRow = row;
this.eventAction = action;
}
protected void CreateInputs()
{
#if UNITY_EDITOR
MInput input = GetComponent <MInput>();
if (input == null)
{
input = gameObject.AddComponent <MInput>();
}
#region Open Close Input
var OpenCloseInput = input.FindInput("OpenSelector");
if (OpenCloseInput == null)
{
OpenCloseInput = new InputRow("OpenSelector", "OpenSelector", KeyCode.Escape, InputButton.Down, InputType.Key);
input.inputs.Add(OpenCloseInput);
UnityEditor.Events.UnityEventTools.AddPersistentListener(OpenCloseInput.OnInputDown, ToggleSelector);
}
#endregion
#region Submit Input
var Submit = input.FindInput("Submit");
if (Submit == null)
{
Submit = new InputRow("Submit", "Submit", KeyCode.Return, InputButton.Down, InputType.Key);
input.inputs.Add(Submit);
UnityEditor.Events.UnityEventTools.AddPersistentListener(Submit.OnInputDown, Controller.Submit_Input);
}
#endregion
#region ChangeLeft Input
var ChangeLeft = input.FindInput("ChangeLeft");
if (ChangeLeft == null)
{
ChangeLeft = new InputRow("ChangeLeft", "ChangeLeft", KeyCode.LeftArrow, InputButton.Down, InputType.Key);
input.inputs.Add(ChangeLeft);
UnityEditor.Events.UnityEventTools.AddPersistentListener(ChangeLeft.OnInputDown, Controller.ChangeLeft);
}
#endregion
#region ChangeRight Input
var ChangeRight = input.FindInput("ChangeRight");
if (ChangeRight == null)
{
ChangeRight = new InputRow("ChangeRight", "ChangeRight", KeyCode.RightArrow, InputButton.Down, InputType.Key);
input.inputs.Add(ChangeRight);
UnityEditor.Events.UnityEventTools.AddPersistentListener(ChangeRight.OnInputDown, Controller.ChangeRight);
}
#endregion
#region ChangeUp Input
var ChangeUp = input.FindInput("ChangeUp");
if (ChangeUp == null)
{
ChangeUp = new InputRow("ChangeUp", "ChangeUp", KeyCode.UpArrow, InputButton.Down, InputType.Key);
input.inputs.Add(ChangeUp);
UnityEditor.Events.UnityEventTools.AddPersistentListener(ChangeUp.OnInputDown, Controller.ChangeUp);
}
#endregion
#region ChangeDown Input
var ChangeDown = input.FindInput("ChangeDown");
if (ChangeDown == null)
{
ChangeDown = new InputRow("ChangeDown", "ChangeDown", KeyCode.DownArrow, InputButton.Down, InputType.Key);
input.inputs.Add(ChangeDown);
UnityEditor.Events.UnityEventTools.AddPersistentListener(ChangeDown.OnInputDown, Controller.ChangeDown);
}
#endregion
UnityEditor.EditorUtility.SetDirty(this);
UnityEditor.EditorUtility.SetDirty(input);
#endif
}
// This is the custom mapping. We now separate it into a method, so that we can use it both in training and in loading. public static void IncomeMapping(InputRow input, OutputRow output) => output.Label = input.Income > 50000;
void ConnectToInput()
{
MInput input = GetComponent <MInput>();
if (input == null)
{
input = gameObject.AddComponent <MInput>();
}
BoolVar RiderCombatMode = MTools.GetInstance <BoolVar>("RC Combat Mode");
BoolVar RCWeaponInput = MTools.GetInstance <BoolVar>("RC Weapon Input");
#region AIM INPUT
var AIM = input.FindInput("Aim");
if (AIM == null)
{
AIM = new InputRow("Aim", "Aim", KeyCode.Mouse1, InputButton.Press, InputType.Key);
input.inputs.Add(AIM);
AIM.active.Variable = RiderCombatMode;
AIM.active.UseConstant = false;
UnityEditor.Events.UnityEventTools.AddPersistentListener(AIM.OnInputChanged, Aim_Set);
Debug.Log("<B>Aim</B> Input created and connected to RiderCombat.SetAim()");
}
#endregion
#region RiderAttack1 INPUT
var RCA1 = input.FindInput("RiderAttack1");
if (RCA1 == null)
{
RCA1 = new InputRow("RiderAttack1", "RiderAttack1", KeyCode.Mouse0, InputButton.Press, InputType.Key);
input.inputs.Add(RCA1);
RCA1.active.Variable = RiderCombatMode;
RCA1.active.UseConstant = false;
UnityEditor.Events.UnityEventTools.AddPersistentListener(RCA1.OnInputDown, MainAttack);
UnityEditor.Events.UnityEventTools.AddPersistentListener(RCA1.OnInputUp, MainAttackReleased);
Debug.Log("<B>RiderAttack1</B> Input created and connected to RiderCombat.MainAttack() and RiderCombat.MainAttackReleased()");
}
#endregion
#region RiderAttack2 INPUT
var RCA2 = input.FindInput("RiderAttack2");
if (RCA2 == null)
{
RCA2 = new InputRow("RiderAttack2", "RiderAttack2", KeyCode.Mouse1, InputButton.Press, InputType.Key);
input.inputs.Add(RCA2);
RCA2.active.Variable = RiderCombatMode;
RCA2.active.UseConstant = false;
UnityEditor.Events.UnityEventTools.AddPersistentListener(RCA2.OnInputDown, SecondAttack);
UnityEditor.Events.UnityEventTools.AddPersistentListener(RCA2.OnInputUp, SecondAttackReleased);
Debug.Log("<B>RiderAttack2</B> Input created and connected to RiderCombat.SecondAttack() and RiderCombat.SecondAttackReleased() ");
}
#endregion
#region Reload INPUT
var Reload = input.FindInput("Reload");
if (Reload == null)
{
Reload = new InputRow("Reload", "Reload", KeyCode.R, InputButton.Down, InputType.Key);
input.inputs.Add(Reload);
Reload.active.Variable = RiderCombatMode;
Reload.active.UseConstant = false;
UnityEditor.Events.UnityEventTools.AddPersistentListener(Reload.OnInputDown, ReloadWeapon);
Debug.Log("<B>Reload</B> Input created and connected to RiderCombat.ReloadWeapon() ");
}
#endregion
EditorUtility.SetDirty(input);
}
