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https://github.com/UpsilonNumworks/Upsilon.git
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50 lines
3.4 KiB
C++
50 lines
3.4 KiB
C++
#include "tool_box_controller.h"
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#include "tool_box_node.h"
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/* TODO: find a shorter way to initiate tree models
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* We create one model tree: each node keeps the label of the row it refers to
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* and the text which would be edited by clicking on the row. When the node is a
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* subtree, the edited text is set at nullptr. */
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const ToolBoxNode calculChildren[4] = {ToolBoxNode("Nombre derivee", "diff(,)"), ToolBoxNode("Integrale", "Int(,,)"), ToolBoxNode("Somme", "sum(,,)"), ToolBoxNode("Produit", "Product(,,)")};
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const ToolBoxNode complexChildren[5] = {ToolBoxNode("Module", "abs()"), ToolBoxNode("Argument", "arg()"), ToolBoxNode("Partie reelle", "re()"), ToolBoxNode("Partie imaginaire", "im()"), ToolBoxNode("Conjugue", "conj()")};
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const ToolBoxNode probabilityChildren[4] = {ToolBoxNode("Combinaison", "binomial()"), ToolBoxNode("Arrangement", "permute(,)"), ToolBoxNode("Nombre aleatoire", "random(,)"), ToolBoxNode("Fonction gamma", "gamma()")};
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const ToolBoxNode arithmeticChildren[4] = {ToolBoxNode("PGCD", "gcd()"), ToolBoxNode("PPCM","lcm()"), ToolBoxNode("Reste division euclidienne", "rem()"), ToolBoxNode("Quotien division euclidienne", "quo()")};
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const ToolBoxNode matricesChildren[5] = {ToolBoxNode("Inverse", "inverse()"), ToolBoxNode("Determinant", "det()"), ToolBoxNode("Transposee", "transpose()"), ToolBoxNode("Trace", "trace()"), ToolBoxNode("Taille", "dim()")};
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const ToolBoxNode listesChildren[5] = {ToolBoxNode("Tri croissant", "sort<()"), ToolBoxNode("Tri decroissant", "sort>()"), ToolBoxNode("Maximum", "max()"), ToolBoxNode("Minimum", "min()"), ToolBoxNode("Taille", "dim()")};
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const ToolBoxNode approximationChildren[4] = {ToolBoxNode("Partie entiere", "floor()"), ToolBoxNode("Partie fractionnaire", "frac()"), ToolBoxNode("Plafond", "ceil()"), ToolBoxNode("Arrondi", "round(,)")};
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const ToolBoxNode trigonometryChildren[6] = {ToolBoxNode("cosh", "cosh()"), ToolBoxNode("sinh", "sinh()"), ToolBoxNode("tanh", "tanh()"), ToolBoxNode("acosh", "acosh()"), ToolBoxNode("asinh", "asinh()"), ToolBoxNode("atanh", "atanh()")};
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const ToolBoxNode menu[11] = {ToolBoxNode("|x|", "abs()"), ToolBoxNode("root(x)", "root(,)"), ToolBoxNode("log(x)", "log(,)"),
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ToolBoxNode("Calcul", nullptr, calculChildren, 4), ToolBoxNode("Nombre complexe", nullptr, complexChildren, 5),
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ToolBoxNode("Probabilite", nullptr, probabilityChildren, 4), ToolBoxNode("Arithmetique", nullptr, arithmeticChildren, 4),
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ToolBoxNode("Matrice", nullptr, matricesChildren, 5), ToolBoxNode("Liste", nullptr, listesChildren, 5),
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ToolBoxNode("Approximation", nullptr, approximationChildren, 4), ToolBoxNode("Trigonometrie", nullptr, trigonometryChildren, 6)};
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const ToolBoxNode toolBoxModel = ToolBoxNode("TOOLBOX", nullptr, menu, 11);
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const char * ToolBoxController::title() const {
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return "ToolBoxController";
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}
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Node * ToolBoxController::nodeModel() {
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return (Node *)&toolBoxModel;
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}
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bool ToolBoxController::selectLeaf(Node * selectedNode){
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m_listViewController.deselectTable();
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ToolBoxNode * node = (ToolBoxNode *)selectedNode;
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const char * editedText = node->text();
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m_textFieldCaller->appendText(editedText);
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int cursorPosition = 0;
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int editedTextLength = strlen(editedText);
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for (int i = 0; i < editedTextLength; i++) {
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if (editedText[i] == '(') {
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cursorPosition = i + 1 - editedTextLength;
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break;
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}
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}
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m_textFieldCaller->moveCursor(cursorPosition);
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app()->dismissModalViewController();
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return true;
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}
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