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Rev | Author | Line No. | Line |
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193 | f9daq | 1 | Blockly.Blocks['particle_combiner'] = { |
2 | init: function() { |
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3 | this.appendDummyInput() |
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4 | .appendField("Combine 2 particles"); |
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5 | this.appendValueInput("list1") |
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6 | .setCheck("particle list") |
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7 | .setAlign(Blockly.ALIGN_RIGHT) |
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318 | f9daq | 8 | .appendField("Particle 1"); |
193 | f9daq | 9 | this.appendValueInput("list2") |
10 | .setCheck("particle list") |
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11 | .setAlign(Blockly.ALIGN_RIGHT) |
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318 | f9daq | 12 | .appendField("Particle 2"); |
193 | f9daq | 13 | this.appendDummyInput() |
267 | f9daq | 14 | .appendField("Same particle lists?") |
15 | .appendField(new Blockly.FieldDropdown([["No", "0"], ["Yes", "1"]]), "sameparticles"); |
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16 | this.appendDummyInput() |
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272 | f9daq | 17 | .appendField("Set identity to") |
321 | f9daq | 18 | .appendField(new Blockly.FieldDropdown([["electron", "ELECTRON"], ["muon", "MUON"], ["pion", "PION"], ["kaon", "KAON"], |
19 | ["proton", "PROTON"], ["photon", "PHOTON"], ["Phi meson", "PHI"], ["D meson", "D"], |
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20 | ["D* meson", "DSTAR"], ["J/Psi meson", "JPSI"],["B meson","B"]]), "simplepid"); |
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193 | f9daq | 21 | this.appendDummyInput() |
22 | .setAlign(Blockly.ALIGN_RIGHT) |
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271 | f9daq | 23 | .appendField("Min mass [GeV/c2] :") |
193 | f9daq | 24 | .appendField(new Blockly.FieldNumber(0, 0, Infinity, 0.0001), "mass0"); |
25 | this.appendDummyInput() |
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26 | .setAlign(Blockly.ALIGN_RIGHT) |
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271 | f9daq | 27 | .appendField("Max mass [GeV/c2] :") |
193 | f9daq | 28 | .appendField(new Blockly.FieldNumber(0, 0, Infinity, 0.0001), "mass1"); |
319 | f9daq | 29 | //this.appendValueInput("histogram").setCheck("histogram").appendField("Histogram"); |
30 | this.appendDummyInput().appendField("Histograms"); |
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31 | this.appendStatementInput("histogram") |
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32 | .setCheck("histogram"); |
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193 | f9daq | 33 | this.setInputsInline(false); |
34 | this.setOutput(true, "particle list"); |
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35 | this.setColour(120); |
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318 | f9daq | 36 | this.setTooltip('Combine two particles in the new particle by making combinations between particles in two input lists. If the input connector is empty, the full particle list will be used'); |
37 | this.setHelpUrl('http://belle.jp/'); |
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193 | f9daq | 38 | } |
39 | }; |
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40 | |||
41 | Blockly.Blocks['particle_selector'] = { |
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42 | init: function() { |
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43 | this.appendDummyInput() |
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44 | .appendField("Select Particles"); |
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45 | this.appendValueInput("list1") |
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46 | .setCheck("particle list") |
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318 | f9daq | 47 | .appendField("Particle"); |
193 | f9daq | 48 | this.appendDummyInput() |
49 | .appendField("Charge") |
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272 | f9daq | 50 | .appendField(new Blockly.FieldDropdown([["-1", "-1"], ["0", "0"], ["1", "1"], ["Any", "2"]]), "chargelist"); |
193 | f9daq | 51 | this.appendDummyInput() |
52 | .appendField("Type") |
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321 | f9daq | 53 | .appendField(new Blockly.FieldDropdown([["electron", "ELECTRON"], ["muon", "MUON"], ["pion", "PION"], ["kaon", "KAON"], |
54 | ["proton", "PROTON"], ["photon", "PHOTON"], ["Phi meson", "PHI"], ["D meson", "D"], |
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55 | ["D* meson", "DSTAR"], ["J/Psi meson", "JPSI"],["B meson","B"],["all particles","ALL"]]), "simplepid"); |
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319 | f9daq | 56 | //this.appendValueInput("histogram").setCheck("histogram").appendField("Histogram"); |
57 | this.appendDummyInput().appendField("Histograms"); |
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58 | this.appendStatementInput("histogram") |
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59 | .setCheck("histogram"); |
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193 | f9daq | 60 | this.setInputsInline(false); |
61 | this.setOutput(true, "particle list"); |
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62 | this.setColour(65); |
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318 | f9daq | 63 | this.setTooltip('Create a new list of particles based on the input particle list. If the input is empty, all the particles in the event are used.'); |
64 | this.setHelpUrl('http://belle.jp/'); |
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193 | f9daq | 65 | } |
66 | }; |
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67 | |||
68 | Blockly.Blocks['histogram_creator'] = { |
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69 | init: function() { |
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70 | this.appendDummyInput() |
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71 | .appendField("Histogram"); |
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72 | this.appendDummyInput() |
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73 | .setAlign(Blockly.ALIGN_RIGHT) |
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74 | .appendField("Title") |
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75 | .appendField(new Blockly.FieldTextInput("Reconstructed Mass"), "name"); |
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76 | this.appendDummyInput() |
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77 | .setAlign(Blockly.ALIGN_RIGHT) |
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78 | .appendField("Number of bins") |
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79 | .appendField(new Blockly.FieldNumber(40, 0), "nbins"); |
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80 | this.appendDummyInput() |
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81 | .setAlign(Blockly.ALIGN_RIGHT) |
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82 | .appendField("Min:") |
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83 | .appendField(new Blockly.FieldNumber(0, -Infinity, Infinity, 0.0001), "min"); |
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84 | this.appendDummyInput() |
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85 | .setAlign(Blockly.ALIGN_RIGHT) |
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86 | .appendField("Max:") |
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87 | .appendField(new Blockly.FieldNumber(0, -Infinity, Infinity, 0.0001), "max"); |
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88 | this.appendDummyInput() |
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89 | .appendField("Variable") |
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273 | f9daq | 90 | .appendField(new Blockly.FieldDropdown([["mass", "GetMass"], ["momentum", "GetMomentum"], ["energy", "GetEnergy"],["charge", "GetCharge"], ["identity", "GetPid"],["polar angle", "GetTheta"],["cos(polar ang.)", "GetCosTheta"],["px", "GetXMomentum"],["py", "GetYMomentum"],["pz", "GetZMomentum"],["pT", "GetTransverseMomentum"]]), "varname"); |
193 | f9daq | 91 | this.setInputsInline(true); |
319 | f9daq | 92 | this.setPreviousStatement(true); |
93 | this.setNextStatement(true); |
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193 | f9daq | 94 | this.setColour(20); |
267 | f9daq | 95 | this.setTooltip('This block handles the histogram creation and filling. Define a number of bins, minimum and maximum of the range and assign a variable to plot'); |
318 | f9daq | 96 | this.setHelpUrl('http://belle2.jp/'); |
193 | f9daq | 97 | } |
98 | }; |
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99 | |||
100 | Blockly.Blocks['simple_analysis'] = { |
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101 | init: function() { |
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102 | this.appendDummyInput() |
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103 | .appendField("Belle II Masterclass"); |
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104 | this.appendDummyInput() |
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105 | .appendField("Number of events: ") |
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106 | .appendField(new Blockly.FieldNumber(5000, 0), "neve"); |
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107 | this.appendDummyInput() |
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267 | f9daq | 108 | .appendField("First event: ") |
109 | .appendField(new Blockly.FieldNumber(0, 0), "first"); |
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110 | this.appendDummyInput() |
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193 | f9daq | 111 | .appendField("Data Source") |
112 | .appendField(new Blockly.FieldDropdown([["hadron-1", "1"], ["hadron-2", "2"]]), "datasource"); |
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267 | f9daq | 113 | this.appendDummyInput() |
114 | .appendField("Print particle list?") |
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115 | .appendField(new Blockly.FieldDropdown([["No", "0"], ["Yes", "1"]]), "print"); |
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193 | f9daq | 116 | this.appendValueInput("list") |
117 | .setCheck("particle list") |
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118 | .appendField("Particle List"); |
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119 | this.setColour(230); |
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267 | f9daq | 120 | this.setTooltip('Run the analysis, specify data source, number of events, first event and a list of particles to process.'); |
318 | f9daq | 121 | this.setHelpUrl('http://belle2.jp/'); |
193 | f9daq | 122 | } |
123 | }; |
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124 | |||
125 | Blockly.Blocks['particle_mass_fix'] = { |
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126 | init: function() { |
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127 | this.appendDummyInput() |
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128 | .appendField("Particle mass fix"); |
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129 | this.appendValueInput("list") |
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130 | .setCheck("particle list") |
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131 | .appendField("Particle List"); |
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132 | this.setOutput(true, "particle list"); |
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133 | this.setColour(150); |
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134 | this.setTooltip(''); |
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318 | f9daq | 135 | this.setHelpUrl('http://belle2.jp/'); |
193 | f9daq | 136 | } |
137 | }; |
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138 | |||
139 | Blockly.Blocks['primary_list'] = { |
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140 | init: function() { |
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141 | this.appendDummyInput() |
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142 | .appendField("Stored Particles:"); |
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143 | this.appendValueInput("histogram") |
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144 | .setCheck("histogram") |
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145 | .appendField("Histogram:"); |
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146 | this.setInputsInline(true); |
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147 | this.setOutput(true, "particle list"); |
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148 | this.setColour(180); |
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267 | f9daq | 149 | this.setTooltip('Create a list of primary particles, if not used, the primary particles are used in the empty particle list connectors'); |
318 | f9daq | 150 | this.setHelpUrl('http://belle2.jp/'); |
193 | f9daq | 151 | } |
152 | }; |