- HP Prime Periodic Table
- 07 Mar 2015 07:42:31 pm
- Last edited by iconmaster on 07 Mar 2015 10:17:06 pm; edited 2 times in total
Today, I wanted to make a periodic table application. There IS another periodic table program floating around, but it lacked a certain... Niceless of interface. I hope to fix this?
Let me tell you though, finding easily computer-parsable periodic table data can be a hassle. I settled on using GPeriodic to give me their data tables.
Anyways, here's version 1. It's a full table, and it provides some basic properties when you hit ENTER. Also, you can use touch to move around as well as the arrow keys. Here's some pictures:
I hope to add features like a listview and easy numerical export soon.
And finally, here's the source code:
Code:
EDIT: I made an update that uses the power of a second database, jquery-pte, to provide you with more chemical data. Cheers!
EDIT 2: Bugfixes, and a new feature: Try pressing left and right in the dataset view.
Let me tell you though, finding easily computer-parsable periodic table data can be a hassle. I settled on using GPeriodic to give me their data tables.
Anyways, here's version 1. It's a full table, and it provides some basic properties when you hit ENTER. Also, you can use touch to move around as well as the arrow keys. Here's some pictures:
I hope to add features like a listview and easy numerical export soon.
And finally, here's the source code:
Code:
EXPORT periodic_table = {{1,1,"H",1,1,"Hydrogen",1.00794,0.0899_g/1_cm^3,13.81_K,20.28_K,2.08_Å,14.304_J/(1_g*1_K),"1","1s1",2.1,14.1_cm^3/1_mol,13.598,0.1815_W/(1_m*1_K)},{18,1,"He",5,2,"Helium",4.0026,0.1785_g/1_cm^3,0.95_K,4.216_K,"n/a",5.193_J/(1_g*1_K),"n/a","1s2",0,31.8_cm^3/1_mol,24.587,0.152_W/(1_m*1_K)},{1,2,"Li",2,3,"Lithium",6.941,0.53_g/1_cm^3,453.7_K,1615_K,1.55_Å,3.582_J/(1_g*1_K),"1","1s2 2s1",0.98,13.1_cm^3/1_mol,5.392,84.7_W/(1_m*1_K)},{2,2,"Be",3,4,"Beryllium",9.01218,1.85_g/1_cm^3,1560_K,3243_K,1.12_Å,1.825_J/(1_g*1_K),"2","1s2 2s2",1.57,5_cm^3/1_mol,9.322,200_W/(1_m*1_K)},{13,2,"B",6,5,"Boron",10.811,2.34_g/1_cm^3,2365_K,4275_K,0.98_Å,1.026_J/(1_g*1_K),"3","1s2 2s2 p1",2.04,4.6_cm^3/1_mol,8.298,27_W/(1_m*1_K)},{14,2,"C",1,6,"Carbon",12.011,2.26_g/1_cm^3,3825_K,5100_K,0.91_Å,0.709_J/(1_g*1_K),"+/-4, 2","1s2 2s2 p2",2.55,5.3_cm^3/1_mol,11.26,155_W/(1_m*1_K)},{15,2,"N",1,7,"Nitrogen",14.0067,1.251_g/1_cm^3,63.15_K,77.344_K,0.92_Å,1.042_J/(1_g*1_K),"+/-3, 5, 4, 2","1s2 2s2 p3",3.04,17.3_cm^3/1_mol,14.534,0.02598_W/(1_m*1_K)},{16,2,"O",1,8,"Oxygen",15.9994,1.429_g/1_cm^3,54.8_K,90.188_K,0.65_Å,0.92_J/(1_g*1_K),"-2","1s2 2s2 p4",3.44,14_cm^3/1_mol,13.618,0.2674_W/(1_m*1_K)},{17,2,"F",4,9,"Fluorine",18.9984,1.696_g/1_cm^3,53.55_K,85_K,0.57_Å,0.824_J/(1_g*1_K),"-1","1s2 2s2 p5",3.98,17.1_cm^3/1_mol,17.422,0.0279_W/(1_m*1_K)},{18,2,"Ne",5,10,"Neon",20.1797,0.900_g/1_cm^3,24.55_K,27.1_K,0.51_Å,1.03_J/(1_g*1_K),"n/a","1s2 2s2 p6",0,16.9_cm^3/1_mol,21.564,0.0493_W/(1_m*1_K)},{1,3,"Na",2,11,"Sodium",22.98977,0.97_g/1_cm^3,371_K,1156_K,1.9_Å,1.23_J/(1_g*1_K),"1","[Ne] 3s1",0.93,23.7_cm^3/1_mol,5.139,141_W/(1_m*1_K)},{2,3,"Mg",3,12,"Magnesium",24.305,1.74_g/1_cm^3,922_K,1380_K,1.6_Å,1.02_J/(1_g*1_K),"2","[Ne] 3s2",1.31,14_cm^3/1_mol,7.646,156_W/(1_m*1_K)},{13,3,"Al",7,13,"Aluminum",26.98154,2.7_g/1_cm^3,933.5_K,2740_K,1.43_Å,0.9_J/(1_g*1_K),"3","[Ne] 3s2 p1",1.61,10_cm^3/1_mol,5.986,237_W/(1_m*1_K)},{14,3,"Si",6,14,"Silicon",28.0855,2.33_g/1_cm^3,1683_K,2630_K,1.32_Å,0.70_J/(1_g*1_K),"4","[Ne] 3s2 p2",1.9,12.1_cm^3/1_mol,8.151,148_W/(1_m*1_K)},{15,3,"P",1,15,"Phosphorus",30.97376,1.82_g/1_cm^3,317.3_K,553_K,1.28_Å,0.769_J/(1_g*1_K),"+/-3, 5, 4","[Ne] 3s2 p3",2.19,17_cm^3/1_mol,10.486,0.235_W/(1_m*1_K)},{16,3,"S",1,16,"Sulfur",32.066,2.07_g/1_cm^3,392.2_K,717.82_K,1.27_Å,0.71_J/(1_g*1_K),"+/-2, 4, 6","[Ne] 3s2 p4",2.58,15.5_cm^3/1_mol,10.36,0.269_W/(1_m*1_K)},{17,3,"Cl",4,17,"Chlorine",35.4527,3.214_g/1_cm^3,172.17_K,239.18_K,0.97_Å,0.48_J/(1_g*1_K),"+/-1, 3, 5, 7","[Ne] 3s2 p5",3.16,18.7_cm^3/1_mol,12.967,0.0089_W/(1_m*1_K)},{18,3,"Ar",5,18,"Argon",39.948,1.784_g/1_cm^3,83.95_K,87.45_K,0.88_Å,0.52_J/(1_g*1_K),"n/a","[Ne] 3s2 p6",0,24.2_cm^3/1_mol,15.759,0.0177_W/(1_m*1_K)},{1,4,"K",2,19,"Potassium",39.0983,0.86_g/1_cm^3,336.8_K,1033_K,2.35_Å,0.757_J/(1_g*1_K),"1","[Ar] 4s1",0.82,45.3_cm^3/1_mol,4.341,102.5_W/(1_m*1_K)},{2,4,"Ca",3,20,"Calcium",40.078,1.55_g/1_cm^3,1112_K,1757_K,1.97_Å,0.647_J/(1_g*1_K),"2","[Ar] 4s2",1,29.9_cm^3/1_mol,6.113,200_W/(1_m*1_K)},{3,4,"Sc",8,21,"Scandium",44.9559,2.99_g/1_cm^3,1814_K,3109_K,1.62_Å,0.568_J/(1_g*1_K),"3","[Ar] 3d1 4s2",1.36,15_cm^3/1_mol,6.54,15.8_W/(1_m*1_K)},{4,4,"Ti",8,22,"Titanium",47.88,4.54_g/1_cm^3,1945_K,3560_K,1.45_Å,0.523_J/(1_g*1_K),"4, 3","[Ar] 3d2 4s2",1.54,10.6_cm^3/1_mol,6.82,21.9_W/(1_m*1_K)},{5,4,"V",8,23,"Vanadium",50.9415,6.11_g/1_cm^3,2163_K,3650_K,1.34_Å,0.489_J/(1_g*1_K),"5, 4, 3, 2","[Ar] 3d3 4s2",1.63,8.35_cm^3/1_mol,6.74,30.7_W/(1_m*1_K)},{6,4,"Cr",8,24,"Chromium",51.996,7.19_g/1_cm^3,2130_K,2945_K,1.3_Å,0.449_J/(1_g*1_K),"6, 3, 2","[Ar] 3d5 4s1",1.66,7.23_cm^3/1_mol,6.766,93.7_W/(1_m*1_K)},{7,4,"Mn",8,25,"Manganese",54.938,7.44_g/1_cm^3,1518_K,2335_K,1.35_Å,0.48_J/(1_g*1_K),"7, 6, 4, 2, 3","[Ar] 3d5 4s2",1.55,7.39_cm^3/1_mol,7.435,7.82_W/(1_m*1_K)},{8,4,"Fe",8,26,"Iron",55.847,7.874_g/1_cm^3,1808_K,3023_K,1.26_Å,0.449_J/(1_g*1_K),"2, 3","[Ar] 3d6 4s2",1.83,7.1_cm^3/1_mol,7.87,80.2_W/(1_m*1_K)},{9,4,"Co",8,27,"Cobalt",58.9332,8.9_g/1_cm^3,1768_K,3143_K,1.25_Å,0.421_J/(1_g*1_K),"2, 3","[Ar] 3d7 4s2",1.88,6.7_cm^3/1_mol,7.86,100_W/(1_m*1_K)},{10,4,"Ni",8,28,"Nickel",58.6934,8.9_g/1_cm^3,1726_K,3005_K,1.24_Å,0.444_J/(1_g*1_K),"2, 3","[Ar] 3d8 4s2",1.91,6.6_cm^3/1_mol,7.635,90.7_W/(1_m*1_K)},{11,4,"Cu",8,29,"Copper",63.546,8.96_g/1_cm^3,1356.6_K,2840_K,1.28_Å,0.385_J/(1_g*1_K),"2, 1","[Ar] 3d10 4s1",1.9,7.1_cm^3/1_mol,7.726,401_W/(1_m*1_K)},{12,4,"Zn",8,30,"Zinc",65.39,7.13_g/1_cm^3,692.73_K,1180_K,1.38_Å,0.388_J/(1_g*1_K),"2","[Ar] 3d10 4s2",1.65,9.2_cm^3/1_mol,9.394,116_W/(1_m*1_K)},{13,4,"Ga",7,31,"Gallium",69.723,5.91_g/1_cm^3,302.92_K,2478_K,1.41_Å,0.371_J/(1_g*1_K),"3","[Ar] 3d10 4s2 p1",1.81,11.8_cm^3/1_mol,5.999,40.6_W/(1_m*1_K)},{14,4,"Ge",6,32,"Germanium",72.61,5.32_g/1_cm^3,1211.5_K,3107_K,1.37_Å,0.32_J/(1_g*1_K),"4","[Ar] 3d10 4s2 p2",2.01,13.6_cm^3/1_mol,7.899,59.9_W/(1_m*1_K)},{15,4,"As",6,33,"Arsenic",74.9216,5.78_g/1_cm^3,1090_K,876_K,1.39_Å,0.33_J/(1_g*1_K),"+/-3, 5","[Ar] 3d10 4s2 p3",2.18,13.1_cm^3/1_mol,9.81,50_W/(1_m*1_K)},{16,4,"Se",1,34,"Selenium",78.96,4.79_g/1_cm^3,494_K,958_K,1.4_Å,0.32_J/(1_g*1_K),"-2, 4, 6","[Ar] 3d10 4s2 p4",2.55,16.5_cm^3/1_mol,9.752,2.04_W/(1_m*1_K)},{17,4,"Br",4,35,"Bromine",79.904,3.12_g/1_cm^3,265.95_K,331.85_K,1.12_Å,0.226_J/(1_g*1_K),"+/-1, 5","[Ar] 3d10 4s2 p5",2.96,23.5_cm^3/1_mol,11.814,0.122_W/(1_m*1_K)},{18,4,"Kr",5,36,"Krypton",83.8,3.75_g/1_cm^3,116_K,120.85_K,1.03_Å,0.248_J/(1_g*1_K),"n/a","[Ar] 3d10 4s2 p6",0,32.2_cm^3/1_mol,13.999,0.00949_W/(1_m*1_K)},{1,5,"Rb",2,37,"Rubidium",85.4678,1.532_g/1_cm^3,312.63_K,961_K,2.48_Å,0.363_J/(1_g*1_K),"1","[Kr] 5s1",0.82,55.9_cm^3/1_mol,4.177,58.2_W/(1_m*1_K)},{2,5,"Sr",3,38,"Strontium",87.62,2.54_g/1_cm^3,1042_K,1655_K,2.15_Å,0.3_J/(1_g*1_K),"2","[Kr] 5s2",0.95,33.7_cm^3/1_mol,5.695,35.3_W/(1_m*1_K)},{3,5,"Y",8,39,"Yttrium",88.9059,4.47_g/1_cm^3,1795_K,3611_K,1.78_Å,0.3_J/(1_g*1_K),"3","[Kr] 4d1 5s2",1.22,19.8_cm^3/1_mol,6.38,17.2_W/(1_m*1_K)},{4,5,"Zr",8,40,"Zirconium",91.224,6.51_g/1_cm^3,2128_K,4682_K,1.6_Å,0.278_J/(1_g*1_K),"4","[Kr] 4d2 5s2",1.33,14.1_cm^3/1_mol,6.84,22.7_W/(1_m*1_K)},{5,5,"Nb",8,41,"Niobium",92.9064,8.57_g/1_cm^3,2742_K,5015_K,1.46_Å,0.265_J/(1_g*1_K),"5, 3","[Kr] 4d4 5s1",1.6,10.8_cm^3/1_mol,6.88,53.7_W/(1_m*1_K)},{6,5,"Mo",8,42,"Molybdenum",95.94,10.22_g/1_cm^3,2896_K,4912_K,1.39_Å,0.25_J/(1_g*1_K),"6, 5, 4, 3, 2","[Kr] 4d5 5s1",2.16,9.4_cm^3/1_mol,7.099,138_W/(1_m*1_K)},{7,5,"Tc",8,43,"Technetium",98,11.5_g/1_cm^3,2477_K,4538_K,1.36_Å,0.24_J/(1_g*1_K),"7","[Kr] 4d5 5s2",1.9,8.5_cm^3/1_mol,7.28,50.6_W/(1_m*1_K)},{8,5,"Ru",8,44,"Ruthenium",101.07,12.37_g/1_cm^3,2610_K,4425_K,1.34_Å,0.238_J/(1_g*1_K),"2, 3, 4, 6, 8","[Kr] 4d7 5s1",2.2,8.3_cm^3/1_mol,7.37,117_W/(1_m*1_K)},{9,5,"Rh",8,45,"Rhodium",102.9055,12.41_g/1_cm^3,2236_K,3970_K,1.34_Å,0.242_J/(1_g*1_K),"2, 3, 4","[Kr] 4d8 5s1",2.28,8.3_cm^3/1_mol,7.46,150_W/(1_m*1_K)},{10,5,"Pd",8,46,"Palladium",106.42,12_g/1_cm^3,1825_K,3240_K,1.37_Å,0.244_J/(1_g*1_K),"2, 4","[Kr] 4d10",2.2,8.9_cm^3/1_mol,8.34,71.8_W/(1_m*1_K)},{11,5,"Ag",8,47,"Silver",107.868,10.5_g/1_cm^3,1235.08_K,2436_K,1.44_Å,0.232_J/(1_g*1_K),"1","[Kr] 4d10 5s1",1.93,10.3_cm^3/1_mol,7.576,429_W/(1_m*1_K)},{12,5,"Cd",8,48,"Cadmium",112.41,8.65_g/1_cm^3,594.26_K,1040_K,1.71_Å,0.233_J/(1_g*1_K),"2","[Kr] 4d10 5s2",1.69,13.1_cm^3/1_mol,8.993,96.8_W/(1_m*1_K)},{13,5,"In",7,49,"Indium",114.82,7.31_g/1_cm^3,429.78_K,2350_K,1.66_Å,0.233_J/(1_g*1_K),"3","[Kr] 4d10 5s2 p1",1.78,15.7_cm^3/1_mol,5.786,81.6_W/(1_m*1_K)},{14,5,"Sn",7,50,"Tin",118.71,7.31_g/1_cm^3,505.12_K,2876_K,1.62_Å,0.228_J/(1_g*1_K),"4, 2","[Kr] 4d10 5s2 p2",1.96,16.3_cm^3/1_mol,7.344,66.6_W/(1_m*1_K)},{15,5,"Sb",6,51,"Antimony",121.757,6.69_g/1_cm^3,903.91_K,1860_K,1.59_Å,0.207_J/(1_g*1_K),"+/-3, 5","[Kr] 4d10 5s2 p3",2.05,18.4_cm^3/1_mol,8.641,24.3_W/(1_m*1_K)},{16,5,"Te",6,52,"Tellurium",127.6,6.24_g/1_cm^3,722.72_K,1261_K,1.42_Å,0.202_J/(1_g*1_K),"-2, 4, 6","[Kr] 4d10 5s2 p4",2.1,20.5_cm^3/1_mol,9.009,2.35_W/(1_m*1_K)},{17,5,"I",4,53,"Iodine",126.9045,4.93_g/1_cm^3,386.7_K,457.5_K,1.32_Å,0.145_J/(1_g*1_K),"+/-1, 5, 7","[Kr] 4d10 5s2 p5",2.66,25.7_cm^3/1_mol,10.451,0.449_W/(1_m*1_K)},{18,5,"Xe",5,54,"Xenon",131.29,5.9_g/1_cm^3,161.39_K,165.1_K,1.24_Å,0.158_J/(1_g*1_K),"n/a","[Kr] 4d10 5s2 p6",2.6,42.9_cm^3/1_mol,12.13,0.00569_W/(1_m*1_K)},{1,6,"Cs",2,55,"Cesium",132.9054,1.87_g/1_cm^3,301.54_K,944_K,2.67_Å,0.24_J/(1_g*1_K),"1","[Xe] 6s1",0.79,70_cm^3/1_mol,3.894,35.9_W/(1_m*1_K)},{2,6,"Ba",3,56,"Barium",137.33,3.59_g/1_cm^3,1002_K,2078_K,2.22_Å,0.204_J/(1_g*1_K),"2","[Xe] 6s2",0.89,39_cm^3/1_mol,5.212,18.4_W/(1_m*1_K)},{4,9,"La",9,57,"Lanthanum",138.9055,6.15_g/1_cm^3,1191_K,3737_K,1.38_Å,0.19_J/(1_g*1_K),"3","[Xe] 5d1 6s2",1.1,22.5_cm^3/1_mol,5.58,13.5_W/(1_m*1_K)},{5,9,"Ce",9,58,"Cerium",140.12,6.77_g/1_cm^3,1071_K,3715_K,1.81_Å,0.19_J/(1_g*1_K),"3, 4","[Xe] 4f1 5d1 6s2",1.12,21_cm^3/1_mol,5.47,11.4_W/(1_m*1_K)},{6,9,"Pr",9,59,"Praseodymium",140.9077,6.77_g/1_cm^3,1204_K,3785_K,1.82_Å,0.193_J/(1_g*1_K),"3, 4","[Xe] 4f3 6s2",1.13,20.8_cm^3/1_mol,5.42,12.5_W/(1_m*1_K)},{7,9,"Nd",9,60,"Neodymium",144.24,7.01_g/1_cm^3,1294_K,3347_K,1.82_Å,0.19_J/(1_g*1_K),"3","[Xe] 4f4 6s2",1.14,20.6_cm^3/1_mol,5.49,16.5_W/(1_m*1_K)},{8,9,"Pm",9,61,"Promethium",145,7.22_g/1_cm^3,1315_K,3273_K,"n/a","n/a","3","[Xe] 4f5 6s2",1.13,22.4_cm^3/1_mol,5.55,17.9_W/(1_m*1_K)},{9,9,"Sm",9,62,"Samarium",150.36,7.52_g/1_cm^3,1347_K,2067_K,1.81_Å,0.197_J/(1_g*1_K),"3, 2","[Xe] 4f6 6s2",1.17,19.9_cm^3/1_mol,5.63,13.3_W/(1_m*1_K)},{10,9,"Eu",9,63,"Europium",151.965,5.24_g/1_cm^3,1095_K,1800_K,1.99_Å,0.182_J/(1_g*1_K),"3, 2","[Xe] 4f7 6s2",1.2,28.9_cm^3/1_mol,5.67,13.9_W/(1_m*1_K)},{11,9,"Gd",9,64,"Gadolinium",157.25,7.9_g/1_cm^3,1585_K,3545_K,1.8_Å,0.236_J/(1_g*1_K),"3","[Xe] 4f7 5d1 6s2",1.2,19.9_cm^3/1_mol,6.15,10.6_W/(1_m*1_K)},{12,9,"Tb",9,65,"Terbium",158.9253,8.23_g/1_cm^3,1629_K,3500_K,1.8_Å,0.18_J/(1_g*1_K),"3, 4","[Xe] 4f9 6s2",1.1,19.2_cm^3/1_mol,5.86,11.1_W/(1_m*1_K)},{13,9,"Dy",9,66,"Dysprosium",162.5,8.55_g/1_cm^3,1685_K,2840_K,1.8_Å,0.173_J/(1_g*1_K),"3","[Xe] 4f10 6s2",1.22,19_cm^3/1_mol,5.93,10.7_W/(1_m*1_K)},{14,9,"Ho",9,67,"Holmium",164.9303,8.8_g/1_cm^3,1747_K,2968_K,1.79_Å,0.165_J/(1_g*1_K),"3","[Xe] 4f11 6s2",1.23,18.7_cm^3/1_mol,6.02,16.2_W/(1_m*1_K)},{15,9,"Er",9,68,"Erbium",167.26,9.07_g/1_cm^3,1802_K,3140_K,1.78_Å,0.168_J/(1_g*1_K),"3","[Xe] 4f12 6s2",1.24,18.4_cm^3/1_mol,6.101,14.3_W/(1_m*1_K)},{16,9,"Tm",9,69,"Thulium",168.9342,9.32_g/1_cm^3,1818_K,2223_K,1.77_Å,0.16_J/(1_g*1_K),"3, 2","[Xe] 4f13 6s2",1.25,18.1_cm^3/1_mol,6.184,16.8_W/(1_m*1_K)},{17,9,"Yb",9,70,"Ytterbium",173.04,6.97_g/1_cm^3,1092_K,1469_K,1.94_Å,0.155_J/(1_g*1_K),"3, 2","[Xe] 4f14 6s2",1.1,24.8_cm^3/1_mol,6.254,34.9_W/(1_m*1_K)},{18,9,"Lu",9,71,"Lutetium",174.967,9.84_g/1_cm^3,1936_K,3668_K,1.75_Å,0.15_J/(1_g*1_K),"3","[Xe] 4f14 5d1 6s2",1.27,17.8_cm^3/1_mol,5.43,16.4_W/(1_m*1_K)},{4,6,"Hf",8,72,"Hafnium",178.49,13.31_g/1_cm^3,2504_K,4875_K,1.67_Å,0.14_J/(1_g*1_K),"4","[Xe] 4f14 5d2 6s2",1.3,13.6_cm^3/1_mol,6.65,23_W/(1_m*1_K)},{5,6,"Ta",8,73,"Tantalum",180.9479,16.65_g/1_cm^3,3293_K,5730_K,1.49_Å,0.14_J/(1_g*1_K),"5","[Xe] 4f14 5d3 6s2",1.5,10.9_cm^3/1_mol,7.89,57.5_W/(1_m*1_K)},{6,6,"W",8,74,"Tungsten",183.85,19.3_g/1_cm^3,3695_K,5825_K,1.41_Å,0.13_J/(1_g*1_K),"6, 5, 4, 3, 2","[Xe] 4f14 5d4 6s2",2.36,9.53_cm^3/1_mol,7.98,174_W/(1_m*1_K)},{7,6,"Re",8,75,"Rhenium",186.207,21_g/1_cm^3,3455_K,5870_K,1.37_Å,0.137_J/(1_g*1_K),"7, 6, 4, 2, -1","[Xe] 4f14 5d5 6s2",1.9,8.85_cm^3/1_mol,7.88,47.9_W/(1_m*1_K)},{8,6,"Os",8,76,"Osmium",190.2,22.6_g/1_cm^3,3300_K,5300_K,1.35_Å,0.13_J/(1_g*1_K),"2, 3, 4, 6, 8","[Xe] 4f14 5d6 6s2",2.2,8.43_cm^3/1_mol,8.7,87.6_W/(1_m*1_K)},{9,6,"Ir",8,77,"Iridium",192.22,22.6_g/1_cm^3,2720_K,4700_K,1.36_Å,0.13_J/(1_g*1_K),"2, 3, 4, 6","[Xe] 4f14 5d7 6s2",2.2,8.54_cm^3/1_mol,9.1,147_W/(1_m*1_K)},{10,6,"Pt",8,78,"Platinum",195.08,21.45_g/1_cm^3,2042.1_K,4100_K,1.39_Å,0.13_J/(1_g*1_K),"2, 4","[Xe] 4f14 5d9 6s1",2.28,9.1_cm^3/1_mol,9,71.6_W/(1_m*1_K)},{11,6,"Au",8,79,"Gold",196.9665,19.3_g/1_cm^3,1337.58_K,3130_K,1.46_Å,0.128_J/(1_g*1_K),"3, 1","[Xe] 4f14 5d10 6s1",2.54,10.2_cm^3/1_mol,9.225,317_W/(1_m*1_K)},{12,6,"Hg",8,80,"Mercury",200.59,13.55_g/1_cm^3,234.31_K,629.88_K,1.6_Å,0.140_J/(1_g*1_K),"2, 1","[Xe] 4f14 5d10 6s2",2,14.8_cm^3/1_mol,10.437,8.34_W/(1_m*1_K)},{13,6,"Tl",7,81,"Thallium",204.383,11.85_g/1_cm^3,577_K,1746_K,1.71_Å,0.129_J/(1_g*1_K),"3, 1","[Xe] 4f14 5d10 6s2 p1",2.04,17.2_cm^3/1_mol,6.108,46.1_W/(1_m*1_K)},{14,6,"Pb",7,82,"Lead",207.2,11.35_g/1_cm^3,600.65_K,2023_K,1.75_Å,0.129_J/(1_g*1_K),"4, 2","[Xe] 4f14 5d10 6s2 p2",2.33,18.3_cm^3/1_mol,7.416,35.3_W/(1_m*1_K)},{15,6,"Bi",7,83,"Bismuth",208.9804,9.75_g/1_cm^3,544.59_K,1837_K,1.7_Å,0.122_J/(1_g*1_K),"3, 5","[Xe] 4f14 5d10 6s2 p3",2.02,21.3_cm^3/1_mol,7.289,7.87_W/(1_m*1_K)},{16,6,"Po",6,84,"Polonium",209,9.3_g/1_cm^3,527_K,"n/a",1.67_Å,"n/a","4, 2","[Xe] 4f14 5d10 6s2 p4",2,22.7_cm^3/1_mol,8.42,20_W/(1_m*1_K)},{17,6,"At",4,85,"Astatine",210,"n/a",575_K,610_K,1.45_Å,"n/a","+/-1, 3, 5, 7","[Xe] 4f14 5d10 6s2 p5",2.2,"n/a","n/a",1.7_W/(1_m*1_K)},{18,6,"Rn",5,86,"Radon",222,9.73_g/1_cm^3,202_K,211.4_K,1.34_Å,0.094_J/(1_g*1_K),"n/a","[Xe] 4f14 5d10 6s2 p6",0,50.5_cm^3/1_mol,10.748,0.00364_W/(1_m*1_K)},{1,7,"Fr",2,87,"Francium",223,"n/a",300_K,950_K,2.7_Å,"n/a","1","[Rn] 7s1",0.7,"n/a",0,15_W/(1_m*1_K)},{2,7,"Ra",3,88,"Radium",226.0254,5_g/1_cm^3,973_K,1413_K,2.33_Å,0.094_J/(1_g*1_K),"2","[Rn] 7s2",0.89,45.2_cm^3/1_mol,5.279,18.6_W/(1_m*1_K)},{4,10,"Ac",10,89,"Actinium",227,10.07_g/1_cm^3,"n/a",3470_K,1.88_Å,0.12_J/(1_g*1_K),"3","[Rn] 6d1 7s2",1.1,22.5_cm^3/1_mol,5.17,12_W/(1_m*1_K)},{5,10,"Th",10,90,"Thorium",232.0381,11.72_g/1_cm^3,2028_K,5060_K,1.8_Å,0.113_J/(1_g*1_K),"4","[Rn] 6d2 7s2",1.3,19.9_cm^3/1_mol,6.08,54_W/(1_m*1_K)},{6,10,"Pa",10,91,"Protactinium",231.0359,15.4_g/1_cm^3,1845_K,4300_K,1.61_Å,"n/a","5, 4","[Rn] 5f2 6d1 7s2",1.5,15_cm^3/1_mol,5.88,47_W/(1_m*1_K)},{7,10,"U",10,92,"Uranium",238.029,18.95_g/1_cm^3,1408_K,4407_K,1.38_Å,0.12_J/(1_g*1_K),"6, 5, 4, 3","[Rn] 5f3 6d1 7s2",1.38,12.5_cm^3/1_mol,6.05,27.6_W/(1_m*1_K)},{8,10,"Np",10,93,"Neptunium",237.0482,20.2_g/1_cm^3,912_K,4175_K,1.3_Å,"n/a","6, 5, 4, 3","[Rn] 5f4 6d1 7s2",1.36,21.1_cm^3/1_mol,6.19,6.3_W/(1_m*1_K)},{9,10,"Pu",10,94,"Plutonium",244,19.84_g/1_cm^3,913_K,3505_K,1.51_Å,0.13_J/(1_g*1_K),"6, 5, 4, 3","[Rn] 5f6 7s2",1.28,12.32_cm^3/1_mol,6.06,6.74_W/(1_m*1_K)},{10,10,"Am",10,95,"Americium",243,13.7_g/1_cm^3,1449_K,2880_K,1.84_Å,"n/a","6, 5, 4, 3","[Rn] 5f7 7s2",1.3,20.8_cm^3/1_mol,6,10_W/(1_m*1_K)},{11,10,"Cm",10,96,"Curium",247,13.5_g/1_cm^3,1620_K,"n/a","n/a","n/a","3","[Rn] 5f7 6d1 7s2",1.3,18.3_cm^3/1_mol,6.02,10_W/(1_m*1_K)},{12,10,"Bk",10,97,"Berkelium",247,"n/a","n/a","n/a","n/a","n/a","4, 3","[Rn] 5f9 7s2",1.3,"n/a",6.23,10_W/(1_m*1_K)},{13,10,"Cf",10,98,"Californium",251,"n/a",1170_K,"n/a","n/a","n/a","3","[Rn] 5f10 7s2",1.3,"n/a",6.3,10_W/(1_m*1_K)},{14,10,"Es",10,99,"Einsteinium",252,"n/a",1130_K,"n/a","n/a","n/a","n/a","[Rn] 5f11 7s2",1.3,"n/a",6.42,10_W/(1_m*1_K)},{15,10,"Fm",10,100,"Fermium",257,"n/a",1800_K,"n/a","n/a","n/a","n/a","[Rn] 5f12 7s2",1.3,"n/a",6.5,10_W/(1_m*1_K)},{16,10,"Md",10,101,"Mendelevium",258,"n/a",1100_K,"n/a","n/a","n/a","n/a","[Rn] 5f13 7s2",1.3,"n/a",6.58,10_W/(1_m*1_K)},{17,10,"No",10,102,"Nobelium",259,"n/a",1100_K,"n/a","n/a","n/a","n/a","[Rn] 5f14 7s2",1.3,"n/a",6.65,10_W/(1_m*1_K)},{18,10,"Lr",10,103,"Lawrencium",262,"n/a",1900_K,"n/a","n/a","n/a","n/a","[Rn] 5f14 6d1 7s2","n/a","n/a","n/a",10_W/(1_m*1_K)},{4,7,"Rf",8,104,"Rutherfordium",261,"n/a","n/a","n/a","n/a","n/a","n/a","[Rn] 5f14 6d2 7s2","n/a","n/a","n/a","n/a"},{5,7,"Db",8,105,"Dubnium",262,"n/a","n/a","n/a","n/a","n/a","n/a","[Rn] 5f14 6d3 7s2","n/a","n/a","n/a","n/a"},{6,7,"Sg",8,106,"Seaborgium",263,"n/a","n/a","n/a","n/a","n/a","n/a","[Rn] 5f14 6d4 7s2","n/a","n/a","n/a","n/a"},{7,7,"Bh",8,107,"Bohrium",262,"n/a","n/a","n/a","n/a","n/a","n/a","[Rn] 5f14 6d5 7s2","n/a","n/a","n/a","n/a"},{8,7,"Hs",8,108,"Hassium",265,"n/a","n/a","n/a","n/a","n/a","n/a","[Rn] 5f14 6d6 7s2","n/a","n/a","n/a","n/a"},{9,7,"Mt",8,109,"Meitnerium",266,"n/a","n/a","n/a","n/a","n/a","n/a","[Rn] 5f14 6d7 7s2","n/a","n/a","n/a","n/a"},{10,7,"Uun",8,110,"ununnilium",269,"n/a","n/a","n/a","n/a","n/a","n/a","[Rn] 5f14 6d8 7s2","n/a","n/a","n/a","n/a"},{11,7,"Uuu",8,111,"unununium",272,"n/a","n/a","n/a","n/a","n/a","n/a","[Rn] 5f14 6d9 7s2","n/a","n/a","n/a","n/a"},{12,7,"Uub",8,112,"ununbium",277,"n/a","n/a","n/a","n/a","n/a","n/a","[Rn] 5f14 6d10 7s2","n/a","n/a","n/a","n/a"},{13,7,"Uut",7,113,"Ununtrium","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a"},{14,7,"Uuq",7,114,"Ununquadium","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a"},{15,7,"Uup",7,115,"Ununpentium","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a"},{16,7,"Uuh",7,116,"Ununhexium","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a"},{17,7,"Uus",4,117,"Ununseptium","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a"},{18,7,"Uuo",5,118,"Ununoctium","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a","n/a"}};
ext_disp_used = CONCAT(4,MAKELIST(X,X,7,18));
ext_disp_names = {"Group", "Atomic Weight", "Density", "Melting Point", "Boiling Point", "Atomic Radius", "Specific Heat", "Oxidation States", "Electron Configuration", "Electronegativity", "Atomic Volume", "Ionization Potential", "Thermal Conductivity"};
cell_size = 16;
clear_color = RGB(0,0,0,255);
border_color = RGB(0,0,0);
group_colors = {RGB(0,255,0),RGB(255,255,0),RGB(256,128,0),RGB(0,255,255),RGB(0,128,255),RGB(128,255,128),RGB(128,255,0),RGB(128,128,0),RGB(128,128,128),RGB(64,64,64)};
group_names = {"Nonmetal", "Alkali Metal", "Alkaline Earth Metal", "Halogen", "Noble Gas", "Metalliod", "Post-Transition Metal", "Transition Metal", "Lanthanoid", "Actinoid"};
selX;
selY;
RENDER_CELL(cell)
BEGIN
RECT_P(G1, cell[1]*cell_size, cell[2]*cell_size, (cell[1]+1)*cell_size-1, (cell[2]+1)*cell_size-1, border_color, group_colors[cell[4]]);
TEXTOUT_P(cell[3],G1,cell[1]*cell_size+2, cell[2]*cell_size+4, 1, border_color);
IF selX==cell[1] AND selY==cell[2] THEN
INVERT_P(G1, cell[1]*cell_size, cell[2]*cell_size, (cell[1]+1)*cell_size-1, (cell[2]+1)*cell_size-1);
TEXTOUT_P(cell[5] + " - " + cell[6], G1, 20, 200);
END;
END;
DISPLAY_LINE(cell,I)
BEGIN
IF I==1 THEN
TEXTOUT_P(ext_disp_names[I]+":",G1,20,15+16*I);
TEXTOUT_P(group_names[cell[ext_disp_used[I]]],G1,70,15+16*I,0,group_colors[cell[ext_disp_used[I]]]);
RETURN;
END;
TEXTOUT_P(ext_disp_names[I]+": "+cell[ext_disp_used[I]],G1,20,15+16*I);
END;
RENDER_TABLE()
BEGIN
DIMGROB_P(G1,320,240);
RECT_P(G1);
MAKELIST(RENDER_CELL(periodic_table[X]),X,1,SIZE(periodic_table));
END;
CHEM_DATA_MENU(cell)
BEGIN
LOCAL I = cell[5];
WHILE 1 DO
DIMGROB_P(G1,320,240);
RECT(G1);
TEXTOUT_P(I+" - "+cell[6]+" ("+cell[3]+")",G1,10,0,5);
MAKELIST(DISPLAY_LINE(cell,X),X,1,SIZE(ext_disp_used));
BLIT(G1);
LOCAL input2 = WAIT(0);
CASE
IF input2==4 THEN //escape
BREAK;
END
IF input2==7 THEN //left
I:=I-1;
IF I==0 THEN I:=118; END;
cell := periodic_table[I];
END
IF input2==8 THEN //right
I:=I+1;
IF I==119 THEN I:=1; END;
cell := periodic_table[I];
END
END;
END;
END;
EXPORT PERIODIC()
BEGIN
selX:=0; selY:=0;
WHILE 1 DO
RENDER_TABLE();
BLIT(G1);
DRAWMENU("About");
//get input
LOCAL input = WAIT(-1);
IF TYPE(input)==6 THEN //mouse input
IF input[1]==#3 THEN
IF input[2]<(320/6) AND input[3]>220 THEN
MSGBOX("HP Prime Periodic Table. Written by iconmaster.
Data taken from GPeriodic and jquery-pte.
www.github.com/iconmaster5326");
END;
END;
IF input[1]==#0 THEN
IF input[3]>200 THEN
ELSE
LOCAL mx = FLOOR(input[2]/cell_size);
LOCAL my = FLOOR(input[3]/cell_size);
LOCAL I;
FOR I FROM 1 TO SIZE(periodic_table) DO
LOCAL cell = periodic_table[I];
IF mx==cell[1] AND my==cell[2] THEN
selX := mx;
selY := my;
BREAK;
END;
END;
END;
END;
ELSE //key input
CASE
IF input==30 THEN //enter
LOCAL I;
LOCAL cell;
FOR I FROM 1 TO SIZE(periodic_table) DO
cell := periodic_table[I];
IF selX==cell[1] AND selY==cell[2] THEN
BREAK;
END;
END;
CHEM_DATA_MENU(cell);
END
IF input==4 THEN //escape
BREAK;
END
IF input==7 THEN //left
IF selX==0 THEN
selX := 1;
selY := 1;
ELSE
selX := selX - 1;
CASE
IF selY==1 AND selX==17 THEN
selX := 1;
END
IF (selY==2 OR selY==3) AND selX==12 THEN
selX := 2;
END
IF (selY==6 OR selY==7) AND selX==3 THEN
selX := 2;
END
IF (selY==9 OR selY==10) AND selX==3 THEN
selX := 18;
END
IF selX==0 THEN
selX := 18;
END
END;
END;
END
IF input==8 THEN //right
IF selX==0 THEN
selX := 1;
selY := 1;
ELSE
selX := selX + 1;
CASE
IF selY==1 AND selX==2 THEN
selX := 18;
END
IF (selY==2 OR selY==3) AND selX==3 THEN
selX := 13;
END
IF (selY==6 OR selY==7) AND selX==3 THEN
selX := 4;
END
IF (selY==9 OR selY==10) AND selX==19 THEN
selX := 4;
END
IF selX==19 THEN
selX := 1;
END
END;
END;
END
IF input==2 THEN //up
IF selX==0 THEN
selX := 1;
selY := 1;
ELSE
selY := selY - 1;
CASE
IF selX==1 AND selY==0 THEN
selY := 7;
END
IF selX==2 AND selY==1 THEN
selY := 7;
END
IF selX==3 AND selY==3 THEN
selY := 5;
END
IF (selX>=4 AND selX<=12) AND selY==3 THEN
selY := 10;
END
IF (selX>=13 AND selX<=17) AND selY==1 THEN
selY := 10;
END
IF selX==18 AND selY==0 THEN
selY := 10;
END
IF selX>=4 AND selY==8 THEN
selY := 7;
END
END;
END;
END
IF input==12 THEN //down
IF selX==0 THEN
selX := 1;
selY := 1;
ELSE
selY := selY + 1;
CASE
IF selX==1 AND selY==8 THEN
selY := 1;
END
IF selX==2 AND selY==8 THEN
selY := 2;
END
IF selX==3 AND selY==6 THEN
selY := 4;
END
IF (selX>=4 AND selX<=12) AND selY==11 THEN
selY := 4;
END
IF (selX>=13 AND selX<=17) AND selY==11 THEN
selY := 2;
END
IF selX==18 AND selY==11 THEN
selY := 1;
END
IF selX>=4 AND selY==8 THEN
selY := 9;
END
END;
END;
END
END;
END;
END;
END;
EDIT: I made an update that uses the power of a second database, jquery-pte, to provide you with more chemical data. Cheers!
EDIT 2: Bugfixes, and a new feature: Try pressing left and right in the dataset view.
